BlackandWhite
Screen Series Products
User Manual
Version: 3.3.2
Date: Dec. 2012
About This Manual
This manual introduces the interface and menu operations of the blackandwhite
screen series products. For the product
installation, see related installation guide.

Contents
I
Contents
1 Instruction for Use………………………………………………………………………………………………………………………………… 1
2 Basic Concepts……………………………………………………………………………………………………………………………………… 3
2.1 User Enrollment ………………………………………………………………………………………………………………………….. 3
2.2 User Verification …………………………………………………………………………………………………………………………. 3
2.3 Match Threshold …………………………………………………………………………………………………………………………. 3
2.4 User ID ……………………………………………………………………………………………………………………………………… 3
2.5 Authority Classes ………………………………………………………………………………………………………………………… 4
2.6 Main Interface…………………………………………………………………………………………………………………………….. 4
3 Enrollment and Verification…………………………………………………………………………………………………………………… 5
3.1 Enroll a User ………………………………………………………………………………………………………………………………. 5
3.1.1 Enroll a Fingerprint……………………………………………………………………………………………………………. 5
3.1.2 Backup Enrollment ……………………………………………………………………………………………………………. 6
3.1.3 Enroll a Password……………………………………………………………………………………………………………… 6
3.1.4 Enroll Both fingerprint (biometric fingerprint time clock readers, time and attendance system) and Password …………………………………………………………………………………… 7
3.1.5 Enroll an ID Cardê…………………………………………………………………………………………………………… 8
3.1.6 Enroll an HID Cardê………………………………………………………………………………………………………… 9
3.1.7 Enroll a Mifare Cardê……………………………………………………………………………………………………….. 9
3.2 Prompts for Successful Enrollment………………………………………………………………………………………………… 11
3.3 Verification Modes…………………………………………………………………………………………………………………….. 11
3.3.1 fingerprint (biometric fingerprint time clock readers, time and attendance system) Verification ……………………………………………………………………………………………………. 11
3.3.2 Password Verification………………………………………………………………………………………………………. 13
3.3.3 Verification Through Card Swipingê…………………………………………………………………………………. 13
3.3.4 Mifare Card Verificationê………………………………………………………………………………………………… 13
3.4 Administrator Enrollment ……………………………………………………………………………………………………………. 15
3.5 Delete Enrollment Data……………………………………………………………………………………………………………….. 16
4 Settings ……………………………………………………………………………………………………………………………………………… 17
4.1 System Settings …………………………………………………………………………………………………………………………. 17
4.1.1 Time Settings …………………………………………………………………………………………………………………. 17
4.1.2 Languagesê…………………………………………………………………………………………………………………… 17
4.1.3 Date Format……………………………………………………………………………………………………………………. 18
4.1.4 Lock Driver Durationê……………………………………………………………………………………………………. 18
4.1.5 Number of Usersê………………………………………………………………………………………………………….. 18
4.1.6 Daylight Saving Time (DLST) ê……………………………………………………………………………………….. 18
4.1.7 Advanced Settings …………………………………………………………………………………………………………… 19
4.2 Power Managementê…………………………………………………………………………………………………………………. 21
4.2.1 Power Settings………………………………………………………………………………………………………………… 21
4.2.2 Timing State Switchingê…………………………………………………………………………………………………. 23
4.3 Communicationrelated
Settings……………………………………………………………………………………………………. 25
4.4 Log Settings ……………………………………………………………………………………………………………………………… 26
4.5 Access Optionsê………………………………………………………………………………………………………………………. 27
4.5.1 Define Time Segments……………………………………………………………………………………………………… 29
4.5.2 Define Grouping Functions ……………………………………………………………………………………………….. 30
4.5.3 User access control and biometric attendance system Settings …………………………………………………………………………………………….. 30
4.5.4 Definition of Unlock Combinations…………………………………………………………………………………….. 32
4.5.5 Lock Driver Duration……………………………………………………………………………………………………….. 33
4.5.6 Door Sensor Delay…………………………………………………………………………………………………………… 34
4.5.7 Door Sensor Switch …………………………………………………………………………………………………………. 34
4.5.8 Door Sensor Alarm Delay…………………………………………………………………………………………………. 34
4.5.9 Duress Alarm …………………………………………………………………………………………………………………. 34
4.5.10 Verification Failure Alarm ………………………………………………………………………………………………. 36
4.5.11 Group Verification Typeê………………………………………………………………………………………………. 36
4.6 Automatic Test………………………………………………………………………………………………………………………….. 37
5 Voice Settings ★………………………………………………………………………………………………………………………………… 38
5.1 Setting through Device ……………………………………………………………………………………………………………….. 38
5.2 TTS web server………………………………………………………………………………………………………………………….. 40
6 USB Pen Drive / SD Management ★…………………………………………………………………………………………………….. 41
6.1 Download Attendance Data………………………………………………………………………………………………………….. 41
6.2 Download Employee Data …………………………………………………………………………………………………………… 41
6.3 Upload Employee Data……………………………………………………………………………………………………………….. 41
Contents
II
6.4
Download Short Messages ★ ……………………………………………………………………………………………………… 41
6.5 Upload Short Messages ★………………………………………………………………………………………………………….. 42
7 System Information …………………………………………………………………………………………………………………………….. 43
8 485 Reader Function ★ ………………………………………………………………………………………………………………………. 44
9 Turn Off (Clear) Alarm ★ ………………………………………………………………………………………………………………….. 45
10 Query Attendance Records ★……………………………………………………………………………………………………………. 46
11 Maintenance …………………………………………………………………………………………………………………………………….. 48
12 FAQs……………………………………………………………………………………………………………………………………………….. 49
13 Appendix …………………………………………………………………………………………………………………………………………. 51
13.1 USB………………………………………………………………………………………………………………………………………. 51
13.2 Status Key………………………………………………………………………………………………………………………………. 51
13.3 Scheduled Bell ………………………………………………………………………………………………………………………… 51
13.4 External Connection with the fingerprint (biometric fingerprint time clock readers, time and attendance system) Reader……………………………………………………………………………. 51
13.5 Modem ………………………………………………………………………………………………………………………………….. 52
13.6 GPRS Functions ………………………………………………………………………………………………………………………. 54
13.7 WIFI Functions ……………………………………………………………………………………………………………………….. 54
13.8 Attendance Query…………………………………………………………………………………………………………………….. 55
13.9 Print………………………………………………………………………………………………………………………………………. 55
13.10 MP3 Function Description……………………………………………………………………………………………………….. 56
13.11 Short Message……………………………………………………………………………………………………………………….. 58
13.12 Multiple Verification Modes…………………………………………………………………………………………………….. 58
13.13 EM Readonly
Card, HID Card, Mifare Card, iClass Card ……………………………………………………………… 61
13.14 Masterslave
function ê………………………………………………………………………………………………………….. 62
13.15 Remote Identification Server (RIS) ……………………………………………………………………………………………. 64
13.16 iClock Attendance System ……………………………………………………………………………………………………….. 65
13.17 Web Server access control and biometric attendance system ……………………………………………………………………………………………………… 65
13.18 Automatic IP Address Collection ………………………………………………………………………………………………. 66
13.19 Wiegand Protocol…………………………………………………………………………………………………………………… 66
13.20 Soap Interface ……………………………………………………………………………………………………………………….. 67
13.21 POE Function………………………………………………………………………………………………………………………… 68
13.22 Backup Battery (MiniUPS)………………………………………………………………………………………………………
69
13.23 9digit
Enrollment Number ………………………………………………………………………………………………………. 70
13.24 Automatic Time Calibration……………………………………………………………………………………………………… 70
13.25 Daylight Saving Time (Time Zone Settings)………………………………………………………………………………… 70
13.26 Play Voice Within Specified Time Segment (By Time Segment or Group)………………………………………… 71
13.27 Work Code……………………………………………………………………………………………………………………………. 71
13.28 DHCP………………………………………………………………………………………………………………………………….. 72
13.29 User Grouping……………………………………………………………………………………………………………………….. 72
13.30 T9 Input Method ……………………………………………………………………………………………………………………. 73
13.31 TTS Function ………………………………………………………………………………………………………………………… 74
13.32 Menu Items …………………………………………………………………………………………………………………………… 74
13.33 EnvironmentFriendly
Use Description ………………………………………………………………………………………. 75
Instruction for Use






Instruction for Use
Thank you for using our blackandwhite
(B&W) screen series fingerprint (biometric fingerprint time clock readers, time and attendance system) recognition terminal (FRT). Please read this
manual carefully before using this product for a comprehensive understanding so as to avoid causing unnecessary
damages to the product.
Protect the FRT from exposure to direct sunlight or strong beam as strong beam greatly affects the fingerprint (biometric fingerprint time clock readers, time and attendance system) collection
and leads to fingerprint (biometric fingerprint time clock readers, time and attendance system) verification failure.
Avoid using the FRT outdoors in summer. The working temperature of B&W screen series ranges from 0–40 ° C. The heat
dissipated during longterm
operation may easily lead to response slowdown and verification pass rate decrease. It is
recommended to use sunshades and heat sink devices for protection of the FRTs outdoors. We recommend you to use the
FRT properly so as to achieve the optimal recognition effect and verification speed.
1. Recommended fingers
Recommended fingers: The index finger, middle finger or the ring finger; the thumb and little finger are not
recommended (because they are usually clumsy on the fingerprint (biometric fingerprint time clock readers, time and attendance system) collection screen).
2. Finger Placement
1) Correct finger placement:
Place the finger to the centre of the sensor and keep flat.
2)Incorrect finger placement:
Not flat to the surface Offcenter
Slanting Offcenter
Note:
Please enroll and verify your fingerprints by using the proper finger placement mode to avoid degradation of
verification performance due to improper operations.
3. LED Colors and Their Meanings
B&W screen FRT works normally: The green LED blinks once every other second.
Verification fails: The red LED is solid on for 3 seconds.
Verification succeeds: The green LED is solid on for 3 seconds.
Note:
If the LED display is inconsistent with the above conditions, please contact our technical personnel.
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Screen Series Products User Manual
2
4.
About This Manual
l Our products are subject to update from time to time, so our company will neither make a commitment to
guarantee the consistency between the actual products and this document, nor assume any responsibility for any
dispute arising out of the discrepancy between the actual technical parameters and this manual. This document is
subject to change without prior notice.
l The functions marked with ê in this manual are optional for some B&W screen series FRTs. Please refer to the
actual product for the specific function description.
l Picture descriptions in this manual may vary slightly from actual product. Please refer to the actual product for
exact descriptions.
l FRT and FRTs in this manual that means fingerprint (biometric fingerprint time clock readers, time and attendance system) terminal (or fingerprint (biometric fingerprint time clock readers, time and attendance system) device / machine).
l Reserves the final rights to change and interpret by our company.
Basic Concepts
3
2
Basic Concepts
This section introduces the definitions and descriptions of the following basic concepts:
Ø User enrollment
Ø User verification
Ø Match threshold
Ø User ID
Ø Authority class
The most important two functions supported by B&W screen series are user enrollment and verification.
2.1 User Enrollment
A user can enroll up to 10 different fingerprints using one ID number to have multiple verification selections.
Theoretically all the fingers (Time and Attendance system)of a user need to be enrolled so that the user can use any of the enrolled fingerprints for
recognition even if he/she forgets which fingerprint (biometric fingerprint time clock readers, time and attendance system) has been enrolled.
Generally it is recommended that a user shall enroll at least two fingerprints, for example, the index fingers (Time and Attendance system)of both
hands, so that the user can still perform fingerprint (biometric fingerprint time clock readers, time and attendance system) matching even if one or more of his/her fingers (Time and Attendance system)get cut or damaged.
2.2 User Verification
When a user scans his/her fingerprint (biometric fingerprint time clock readers, time and attendance system) on the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader(1:N); or enters a password / placing his/her finger after
entering an ID number(1:1), the device compares the newly scanned fingerprint (biometric fingerprint time clock readers, time and attendance system) with a fingerprint (biometric fingerprint time clock readers, time and attendance system) stored in template.
The fingerprint (biometric fingerprint time clock readers, time and attendance system) template is used to check the user ID. Upon verification, the system displays a prompt about whether the
verification succeeds or not and then stores the successful matching record in the device.
2.3 Match Threshold
The match threshold is set to achieve a tradeoff
between the possibilities of false rejection and false acceptance. The
false acceptance means the fingerprint (biometric fingerprint time clock readers, time and attendance system) recognition device mistakes the fingerprint (biometric fingerprint time clock readers, time and attendance system) of user A for that of user B, while the
false rejection means the fingerprint (biometric fingerprint time clock readers, time and attendance system) recognition device refuses to recognize an enrolled fingerprint.
You can set a match threshold for all users. For fingerprints that fail to pass the verification, you can adopt the “ID +
Fingerprint” verification mode (that is, 1:1 match) so that the system adopts the data set in 1:1 match threshold when
matching the fingerprints.
If a user’s fingers (Time and Attendance system)are severely worn out or damaged, lower the match threshold (see Table 21).
J Note: The false acceptance rate (FAR) and false rejection rate (FRR) mutually influence each other. Reducing the
FAR will increase the FRR, and vice versa. The default match threshold is 35 and the default 1:1 match threshold
is 15. Table 21
lists the settings of match thresholds in different scenarios.
Table 21
Match Threshold
FRR FAR Match threshold 1:N 1:1
High Low 45 25
Medium Medium 35 15
Low High 25 10
2.4 User ID
When enrolling fingerprints, a user will be allocated with an unused ID. When the user starts to verify his/her identity,
this ID is used to associate the fingerprint (biometric fingerprint time clock readers, time and attendance system) feature template or password.
You can enter the ID through the mini keyboard or other storage means, for example, the RF card (the fingerprint
recognition device must be configured with the RF card reader).
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Screen Series Products User Manual
4
2.5
Authority Classes
The B&W screen series FRTs include four authority classes:
l Users: refer to those who are required to verify their identity for a purpose, for example, opening the door through
the B&W screen FRT or keeping their entry/exit records.
l Registrars: refer to the users who are granted the right to enroll or delete users.
l Administrators: refer to the users who are granted the right to perform all operations except performing advanced
settings and enrolling administrators and super administrators.
l Super administrators: refer to users who have access to all system functions and modify all system settings.
Note: When the super administrators are not enrolled, the registrars can enroll the administrators and super
administrators. Similarly, the administrators can enroll super administrators in the absence of super administrators. Once
super administrators are enrolled, administrators of lower class cannot enroll those of higher class.
2.6 Main Interface
The first interface displayed on the screen upon equipment poweron
is referred to as the “Initial Interface”, as shown in
the following figure.
or “Signoff”
Welcome Signin
10:12
060514
Tue
Enrollment and Verification
5
3
Enrollment and Verification
This chapter introduces how to enroll users on the B&W screen series. Further, it describes how to verify the validity of
enrolled fingerprints.
This chapter includes the following parts:
² Enroll users
² Enroll backup fingerprints
² Prompts for successful enrollment
² Verify identity.
² Administrator enrollment
² Delete enrollment data
Note:
To enroll a new user, you must have the authority of a registrar, administrator or super administrator. For details, see 2.5
Authority Classes.
3.1 Enroll a User
If no administrator has been enrolled, any user has the right to enroll a new user. If an administrator has already been
enrolled, you can only enroll a new user after passing the administrator verification.
The RFT supports the following three enrollment modes that respectively apply to the general public with three
different types of fingerprint (biometric fingerprint time clock readers, time and attendance system) quality:
l fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment: This enrollment mode applies to the majority of the general public with good quality
fingerprints.
l fingerprint (biometric fingerprint time clock readers, time and attendance system) + Password enrollment: This enrollment mode applies to a small portion of the general public who can
enroll their fingerprints successfully but have difficulty in fingerprint (biometric fingerprint time clock readers, time and attendance system) verification due to their poor fingerprint
quality.
l Password enrollment: This enrollment mode applies to about one percent (the actual number may vary slightly) of
the general public who are unable to enroll their fingerprints successfully.
If an administrator has already been enrolled, you need to verify the administrator identity by pressing MENU. The
system then prompts you to swipe your finger or enter a password for administrator verification.
Note: If no administrator has been enrolled, administrator verification is not required.
3.1.1 Enroll a Fingerprint
1) Select Menu → User Manage → User Enrollment to display the [User Enrollment] interface. Select [Enroll FP]
and press OK to display the [Enroll FP] interface.
Enroll FP
UserID: 00011
ESC OK
2) Input a number (from 1–65534) in the [User ID] field. Press OK for 3 seconds to display the fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment interface.
New Enroll
000110
Place Finger…
ESC
Note: The last digit “0”
in “0000110”
denotes
the first fingerprint.
3) Place the same finger for three consecutive times on the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader according to system prompts. If the
enrollment succeeds, the following information is displayed:
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New
Enroll
000110
ESC OK(Save)
4) Press OK to save the enrolled fingerprint. If the enrollment fails, the system will prompt you to reenter
your user ID
and restart the enrollment from Step 2.
JNotes:①The FTP displays 5digit
numbers, and automatically adds 0 as prefix to the numbers less than 5 digits.
For example, if you input “11”, the FRT will display “00011”.
②Enrollment number could only be input in order before, but now for technology updating, you can
freely enter the number with maximum to 65534.
③For nonnumeric
key models, such as F6, you can use the “▲” or “▼” key and the “OK” button to input
the enrollment number.
Operations: on the fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment interface → press “▲” or “▼” key to select the digit you
want to enter, such as the “hundreds place” → press “OK” button press
“▲” or “▼” key to select the number you
want to enter →press “OK” button, then move to the “ten place”, as the operation above → press “OK” button for 3
seconds to confirm the enrollment.
3.1.2 Backup Enrollment
If you press ESC on the [New Enroll] interface, you can cancel the new enrollment and display the [Backup Enroll]
interface as shown in the following figure:
Backup Enroll
UserID: 00009
ESC OK
Enroll FP
New Enroll?
ESC OK
The following steps of backup enrollment are the same with those of new enrollment, while the only difference is the
“New Enroll” on the top right corner changes into “Backup Enroll”.
Note: It is recommended that a longterm
user should enroll at least two fingerprints.
3.1.3 Enroll a Password
1) Select Menu → User Manage → User Enrollment to display the [User Enrollment] interface. Select [Enroll Pwd]
and press OK to display the [Enroll Pwd] interface.
Enroll Pwd
New Enroll?
ESC OK
2) Press OK to confirm and proceed.
New Enroll
UserID: 00006
ESC OK
3) Input a number (from 1–2147483646) in the [User ID] field. Press OK to display the password input interface.
Enrollment and Verification
7
New
Enroll
Input Pwd *****
ESC OK
4) Input your password in the [Input Pwd] field and press OK to proceed.
New Enroll
Input Pwd *****
Pwd Affirm *****
5) Reenter
your password in the [Pwd Affirm] field and press OK to confirm your entry and proceed.
New Enroll
00006P
ESC OK(Save)
Note: The last digit “P”
in “00006P”
denotes
password.
5) Press OK to save the enrolled data and exit the password enrollment.
3.1.4 Enroll Both fingerprint (biometric fingerprint time clock readers, time and attendance system) and Password
1) Select Menu → User Manage → User Enrollment to display the [User Enrollment] interface. Select [FP&Pwd]
and press OK to proceed.
FP & Pwd
New Enroll?
ESC OK
2) Press OK to confirm and proceed.
New Enroll
UserID: 00008
ESC OK
3) Input a number (from 1–65534) in the [User ID] field. Press OK to display the fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment interface.
New Enroll
000080
Place Finger…
ESC
4) Place the same finger for three consecutive times on the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader according to system prompts. If the
enrollment succeeds, the following information is displayed:
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New
Enroll
Input Pwd *****
ESC OK
5) Input your password in the [Input Pwd] field and press OK to proceed.
New Enroll
Input Pwd *****
Pwd Affirm *****
6) Reenter
your password in the [Pwd Affirm] field and press OK to confirm your entry and proceed.
New Enroll
000080P
ESC OK(Save)
Note: The second digit
“0” from the bottom in
“000080P”
denotes one
fingerprint, and the last
digit “P” denotes
password.
7) Press OK to save the enrolled data and complete the fingerprint (biometric fingerprint time clock readers, time and attendance system) and password enrollment.
3.1.5 Enroll an ID Cardê
1) Select Menu → User Manage → User Enrollment to display the [User Enrollment] interface. Select [Reg RFID]
and press OK to proceed.
Reg RFID
New Enroll?
ESC OK
2) Press OK to confirm and proceed.
New Enroll
Show the card
UserID: 00010
ESC OK
3) Input a number (from 1–65534) in the [User ID] field. Press OK to display the ID card enrollment interface.
New Enroll
000010C
ESC OK(Save)
4) Swipe your card and the system reads your card number.
Enrollment and Verification
9
New
Enroll
UserID: 00010
ESC OK
5) Press OK to confirm and proceed.
New Enroll
CARD: 16650449
UserID: 00010
ESC OK
Note: The last digit “C”
in “00010C”
denotes ID
card.
6) Press OK to save the enrolled data and complete the ID card enrollment.
Note:
The ID card verification is an optional function. To customize an IDcardcapable
FRT, please consult our commercial
representatives or presale
technical support engineers.
3.1.6 Enroll an HID Cardê
The enrollment procedure of HID cards is the same as that of ID cards.
The standard HID card adopts the ID of dedicated format and the facility code for encryption.
Note:
The HID card verification is an optional function. To customize an HIDcardcapable
FRT, please consult our
commercial representatives or presale
technical support engineers.
3.1.7 Enroll a Mifare Cardê
1) Select Menu → User Manage → FPCard Mng to display the [FPCard Mng] interface.
User Manage ▼
Enroll User
► FPCard Mng
Enroll Admin
2) Press OK to proceed. The following information is displayed:
FPCard Mng
►Create PINCard
Enroll FPCard
Create FPCard
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Reg
FPCard
Unreg FPCard,
Empty Card
Dump FPCard
Move To FPCard
Create PINCard: Create a PIN card for every user enrolled in FRT. Users can log attendance records by using their
PIN cards instead of fingerprints.
Enroll FPCard: Fingerprints are stored directly in users’ PIN cards instead of the FRT. Users can verify their IDs by
using “cards and fingerprints”, that is, swiping their PIN cards and then placing their fingers (Time and Attendance system)on the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader.
Create FPCard: Duplicate the enrolled fingerprints (from the FRT) to the user’s PIN card to create a fingerprint (biometric fingerprint time clock readers, time and attendance system) card
(FP card) so that users can verify their IDs by using their “fingerprints” or “cards and fingerprints”.
Reg FPCard: To use an FP card of an FRT on another FRT, you must register a new FP card on current FRT.
Unreg FPCard: To prohibit the use of an FP card on an FRT, you must deregister this card from this FRT.
Empty FPCard: Delete all the data (fingerprints and numbers) of the FP card.
Duplicate FP in Card: After duplicating the fingerprints from an FP card to the FRT, you can verify user ID through
fingerprints.
Transfer FP to Card: If the fingerprints in an FRT are transferred to an FP card, these fingerprints will only exist in
this FP card and no longer present in the FRT.
Note:
The Mifare card verification is an optional function. To customize a Mifarecardcapable
FRT, please consult our
commercial representatives or presale
technical support engineers. For details, see Mifare Card User Guide.
Enrollment and Verification
11
3.2
Prompts for Successful Enrollment
A high fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment quality assures quick verification speed, while a poor fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment quality may
easily lead to false rejection and slow verification.
Table 31
Common Causes of Enrollment Failure or Poor fingerprint (biometric fingerprint time clock readers, time and attendance system) Quality
Finger is too dry or
dirty
Rub your fingers (Time and Attendance system)against your palm because rubbing yields oil.
Moisturize your finger by breathing on it.
Apply insufficient
pressure Apply pressure lightly and evenly during the capturing process.
Select fingers (Time and Attendance system)for
enrollment
Left and right index fingers (Time and Attendance system)or middle fingers (Time and Attendance system)are recommended.
Select the fingers (Time and Attendance system)without wornout
or damaged fingerprints.
Users usually select their index fingers, but if their index fingers (Time and Attendance system)do not have high
fingerprint quality, they can select their middle fingers (Time and Attendance system)or ring fingers.
For users with small fingers, they can opt for their thumbs. To enroll spare fingerprints,
users can select fingers (Time and Attendance system)not prone to wearout
or damage, for example, the ring fingers.
Finger placement
Press your finger flatly on the fingerprint (biometric fingerprint time clock readers, time and attendance system) sensor and be sure that the pad (not the tip)
covers as much of the sensor window as possible. Do not press your finger perpendicular
to the fingerprint (biometric fingerprint time clock readers, time and attendance system) sensor; do not knock your finger on the sensor quickly; keep your finger
still.
Impact of the
fingerprint image
change
The change of fingerprint (biometric fingerprint time clock readers, time and attendance system) image due to skin peelingoff
or injury will affect the
verification performance.
If the fingerprint (biometric fingerprint time clock readers, time and attendance system) quality of a user is poor due to the skin peelingoff
and the user cannot
pass the verification one week later, the user needs to reenroll
his/her fingerprint (biometric fingerprint time clock readers, time and attendance system) or adopt
the password verification mode.
Other causes
There may be a small amount of people who cannot pass the verification no matter how
hard they try due to very poor fingerprint (biometric fingerprint time clock readers, time and attendance system) quality. In that case, you can adopt the ID +
fingerprint verification mode, duly lower the 1: 1 match threshold or adopt the password
verification mode.
3.3 Verification Modes
After enrollment, you can verify validity that registered fingerprints or ID card or password on the initial interface.
3.3.1 fingerprint (biometric fingerprint time clock readers, time and attendance system) Verification
You can adopt 1:1 and 1:N matching modes for fingerprint (biometric fingerprint time clock readers, time and attendance system) identification.
(1) 1:1 fingerprint (biometric fingerprint time clock readers, time and attendance system) matching (ID + fingerprint)
In the 1:1 fingerprint (biometric fingerprint time clock readers, time and attendance system) matching mode, the FRT compares the current fingerprint (biometric fingerprint time clock readers, time and attendance system) collected through the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader
with that in relation to the user ID entered through keyboard.
Operation steps:
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1:
1 FP Match
PIN: 00011
ESC OK
Enter a user ID through keyboard on the initial interface.
Note: The FRT displays 5digit
numbers, and automatically adds 0 as prefix to the numbers less than 5 digits. For
example, if you input “11, the FRT will display “00011”.
1:1 FP Match
Remove Finger
Press OK and then place your finger on the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader, or directly place your finger on the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader to
display the following interface:
Verify
UserID: 00001
Verified!
If the verification succeeds, the system will generate a voice announcement “Thank you!” after the above interface is
displayed about 0.5 seconds, and then the following interface will be displayed:
FP Verify
Please Try Agn.
If the verification fails, the system will generate a voice announcement “Please try again!” and display the following
interface:
After the above interface is displayed 0.5 seconds, the system will return to the initial interface.
(2) 1:N fingerprint (biometric fingerprint time clock readers, time and attendance system) verification
In the 1:N fingerprint (biometric fingerprint time clock readers, time and attendance system) matching mode, the FRT compares the current fingerprint (biometric fingerprint time clock readers, time and attendance system) collected through the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader
with all the fingerprints stored in the FRT.
Operation steps:
FP Verify
Remove Finger
Place your finger on the initial interface to display the following interface:
Verify
UserID: 00001
Verified!
If the verification succeeds, the system will generate a voice announcement “Thank you!” after the above interface is
displayed about 0.5 seconds, and then the following interface will be displayed:
If the verification fails, the system will generate a voice announcement “Please try again!” and display the following
interface:
FP Verify
Please Try Agn.
After the above interface is displayed 0.5 seconds, the system will return to the initial interface.
Enrollment and Verification
13
3.3.2
Password Verification
Input your ID on the initial interface.
1:1 FP Match
UserID: 00008
ESC OK
Press OK and the system displays a prompt message “Verified!”.
Pwd Verify
UserID: 00008
Input Pwd *****
Input a correct password and press OK to confirm your entry.
Pwd Verify
UserID: 00008
Error Pwd.
If you enter a wrong password, the system displays “Error Pwd” as shown below and returns to the password input
interface:
Pwd Verify
UserID: 00008
Verified.
3.3.3 Verification Through Card Swipingê
If you have your ID card number enrolled in the system, you can pass the verification by swiping your ID card at the
swiping area in a proper way.
3.3.4 Mifare Card Verificationê
If you use your PIN card for Mifare card enrollment, you need to select Menu → Options → System Opt → Adv
Option to display the [Adv Option] interface. Select the “Card Only” option through the “▲/▼” key, and set this
option to Y.
Swipe your PIN card at the swiping area on the initial interface to display the following interface (Do not place your
card too far from the swiping area; otherwise, your card may not be sensed.):
Verify
UserID: 00008
Verified.
If you adopt other modes (for example, FP card) for Mifare card enrollment and set the “Card Only” option to Y, the
verification process is the same with the above.
If you set the “Card Only” option to N, the verification process is as follows:
Swipe your PIN card at the swiping area on the initial interface to display the following interface (Do not place your
card too far from the swiping area; otherwise, your card may not be sensed.):
Verifying FPCard
00009
Place Finger…
Anykey to Cancel
Place your finger on the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader and the following interface is displayed:
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Verifying
FPCard
00009
Remove Finger
Anykey to Cancel
If the verification succeeds, the system will generate a voice announcement “Thank you!” after the above interface is
displayed about 0.5 seconds, and then the following interface will be displayed:
Verifying FPCard
00009
UserID: 00009
Verified.
If the verification fails, the system will generate a voice announcement “Please try again!” and display the following
interface:
Verifying FPCard
00009
Please Try Agn.
Anykey to Cancel
After the above interface is displayed 0.5 seconds, the system will return to the initial interface.
Note:
Besides the verification modes above, the B&W screen FRT also provides other modes. For details, see Appendix
Multiple Verification Modes. If you need other verification modes, please consult our commercial representatives or
presales
technical support engineers.
Enrollment and Verification
15
3.4
Administrator Enrollment
The B&W screen FRT provides administrator settings to prevent unauthorized users changing system data and ensure
system security. The operations on administrator settings are as follows:
1) The brand new FRT does not assign any administrator, so you can press Menu to access the system directly and the
following interface is displayed.
Menu
►User Manage
Options
Sys Info
2) Press OK to display the [User Manage] interface.
User Manage
►Enroll User
Enroll Admin
Delete
3) Select Enroll Admin through the ▲/▼ key.
Enroll Admin
►Enroll FP
Enroll Pwd
FP & Pwd
4) Press OK to display the [Enroll Admin] interface.
User Manage
Enroll User
►Enroll Admin
Delete
5) Select an enrollment mode and press OK to display the administrator enrollment interface. Administrator enrollment
includes three modes: Enroll Recorder, Enroll Ordinary Admin, and Enroll Super Admin. For details, see 3.1.5
Authority Class. The enrollment mode of administrator is consistent with that of a new enrolled user. For details, see 4.1
Enroll a User.
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3.5
Delete Enrollment Data
To delete an enrolled user from the system, perform as follows:
1) Press Menu to access related menu item for verification, and the following interface is displayed:
Menu
►User Manage
Options
Sys Info
2) Press OK to display the [User Manage] interface.
User Manage
►Enroll User
Enroll Admin
Delete
3) Select Delete through the ▲/▼ key.
User Manage
Enroll User
Enroll Admin
►Delete
4) Press OK to display the [Delete] interface.
Delete
UserID: 00008
ESC OK
5) Enter a number in the [User ID] field and press OK to confirm your entry. Then delete the user according to system prompt.
Note:
About delete Administrator’s Permission and Clear All Data:some models “advanced settings” has “Clearing administrator
privileges” and “Deleting all data” functions. For detail, please refer to4.1.7Advanced Settings.
You can also use “access control and biometric attendance system Management Software” to delete. Operation steps:opening the “access control and biometric attendance system Management
Software”,click the “Basic settings””
Device Management””
others “read
options ” of the bottom (it can read the all the data
that you connected into the device)Select
” Clear Admin’ Privilege “.
Deleting “All users” can also be conducted in the “Device management” menu. Therefore, it is depending on user’s need
and the actual models.
Settings
17
4
Settings
Press Menu on the initial interface. After verifying your administrative rights, the system displays the following
interface.
Menu
User Manage
►Options
Sys Info
Select Options and press OK to proceed.
Options ▼
►System Opt
Power Mng
Comm Opt
Log Opt
Access Options
Auto Test
The Options menu contains six submenus: System Opt, Power Mng, Comm Opt, Log Opt, GPRS (Only professional
access control and biometric attendance system devices provide this setting), and Auto Test. These submenus will be described in the following part.
4.1 System Settings
Select System Opt and the information displayed on the screen is shown in the following figure:
System Opt ▼
►Date Time
Language
Fmt
Lock 150
Unlock Users
DLST
Adv Option
4.1.1 Time Settings
Set the current date and time displayed on the FRT screen. Select Set Date Time and press OK to display the following
interface.
YYYYMMDD
24H
2006613
9:34:29
ESC OK
To modify date and time, place the cursor to the desired field through the ▲/▼ key, input correct date and time, and
press OK to save the changes.
Note: For some type of devices, you need to press Menu key about 3seconds for confirm.
4.1.2 Languagesê
You can set the language displayed on the FRT screen. Select Language and press OK to display the language editing
interface. If you select English, the information on screen will be displayed in English.
System Opt ▼
Date Time
►Language English
Fmt
You can change the types of languages through the ▲/▼ key. Select a desired language and press OK. Then press ESC
to exit the [System Opt] interface. When prompted to save your settings, press OK to save the settings. The system
prompts you that your settings will take effective after the restart of your device.
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Note:
Language selection is a nonstandard
function. If you need this function, please consult our commercial representatives
or presales
technical support engineers.
4.1.3 Date Format
You can set the date format displayed on the FRT screen. Select Format and press OK to display the format setting
interface. Select a desired date format through the ▲/▼ key. The FRT supports 10 date formats: YYMMDD,
YY/MM/DD, YY.MM.DD, MMDDYY,
MM/DD/YY, MM.DD.YY, DDMMYY,
DD/MM/YY, DD.MM.YY and
YYYYMMDD. Select desired date format and press OK to confirm your selection. Then press ESC to exit the system
settings. When prompted to save the settings, press OK and the date format of the system is modified.
For example, the date formats MM/DD/YY and YYMMDD
are displayed in the above figures on the left and right
respectively.
Welcome Signin
10:12
05/14/06 Tue
Welcome Signin
10:12
060514
Tue
4.1.4 Lock Driver Durationê
The time duration of electronic lock works from open to close when user’s verification succeeds (In case the door is closed).
To set this duration, proceed as follows: Select Lock, and press OK. Then enter a desired number through the numeric
pad, and press ESC to exit and save the setting.
“S (second)” is chosen as the unit of lock driver duration, and you can set it 1~254 (while some devices can set 10s at most).
If set the duration to“0”, means Lock driver duration is closed. Normally, we do not suggest set it is“0”.
Notes:
This parameter is only available for the FRTs with the simple access control and biometric attendance system function. For FRTs with professional
access control and biometric attendance system function, this parameter is contained in the access control and biometric attendance system settings.
The unit of quantity and the maximum value of this parameter here are standard configurations. If you need larger
parameter values, please consult our commercial representatives or presales
technical support engineers.
4.1.5 Number of Usersê
To set the number of users required to unlock the FRT, select Unlock Users and press OK. Then enter a desired number
through the numeric pad, and press ESC to exit and save the setting.
This parameter is set to 1 by default, that is, the FRT sends the lock control signal as long as one user passes the
verification. If it is set to 3, then the FRT sends the lock control signal only after all these three users pass the
verification and the verification interval cannot exceed 30s. This parameter can be set to 5 at most.
Note:
This parameter is only available for the FRTs with the simple access control and biometric attendance system function.
4.1.6 Daylight Saving Time (DLST) ê
Select Menu → Options → System Opt → DLST to set the “DLST”.
On the interface as shown in the following figure, you can set the DLST.
DLST ▼
►DLST Y
Mode Mode 1
Enter DLST
Settings
19
End
DLST
To enable the DLST, select Y and press OK. To disable the DLST, select N.
After enabling the DLST, you need to set the events related to the start and end of the DLST. You can set two modes for
the DLST format: Mode 1 and Mode 2.
In the default Mode 1, the DLST is set in the format of “MonthDay
Hour: Minute”.
In Mode 2, the DLST is set in the format of “MonthWeekSpecific
Day of the Week Hour: Minute”.
The value scope of week (WS): 1 – 6. 1 means the first week, 2 the second week and so on and so forth. The value
scope of day (WK): 0 – 6. 0 means Sunday, 1 means Monday and so on and so forth.
Let’s take 4:00 September 1 st 2008 (that is, Saturday of the first week in September 2008) as an example to illustrate
these two modes:
MMDD
24H
9–1 04:00
ESC OK
MMWSWK
24H
916
04:00
WK (0:Sun 6:Sat)
ESC OK
Mode 1 Mode 2
Note: 1. If the month set in the DLST start time is later than that set in the DLST end time, the DLST will span two
years, for example, the DLST starts at 200791
4: 00 and ends at 200841
4:00.
2. If you select Mode 2 and set the DLST to start on Sunday of the sixth week and current year is 2007, then the system
will start the DLST at the specified timepoint on the last Sunday of current month in 2008 once finding out that there
are only 5 weeks in current month.
3. If you set the DLST to start on Monday of the first week in September and current year is 2008, then the system will
automatically start the DLST on the first Monday in current month once finding out that the first day is Tuesday instead
of Monday in 2009.
4.1.7 Advanced Settings
Through the advanced settings, you can perform such operations as restoring factory defaults, clearing management
rights, deleting attendance records, clearing all data, setting match thresholds and setting voice prompts, as shown
below:
Adv Option ▼
►Reset Opts
Clear All Data
Del All Logs
Clr Admin Pri
Show Score N
Match Thr 45
Mst Input ID N
1:1 Thr 35
Two Sensor N
Voice Y
Card Only
R.Card Only
FPCard Key
Upd Firmware
Remote Verify
Server IP
Work Code No
Button Beep N
Adj VOL M
Alg Version 9
Instant Print
AntiPB
No
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Note:
The menu options above contain some optional functions. If the actual product does not have one or several of the
options above, then this product does not support the related function(s).
Select a desired option through the ▲/▼ key, and perform settings as required.
1) Reset Opts.
This option is used to restore all the settings to factory defaults.
2) Clear All Data
This option is used to delete all the enrolled fingerprints and records.
3) Del All Logs
This option is used to delete all verification records in the chip.
4) Clr admin pri
This option is used to set all the administrators to ordinary users.
5) Show Score
This option is used to set whether to display the fingerprint (biometric fingerprint time clock readers, time and attendance system) quality value on the top right corner of the screen.
(Note: The setting of this option affects the image capture speed of the FRT.)
6) Match Threshold
This option is used to set the extent of matching between an input fingerprint (biometric fingerprint time clock readers, time and attendance system) and that stored in templates. For details,
see 2.1.3 Match Threshold.
7) Mst Input ID
This option is used to set whether the user must input an ID number before fingerprint (biometric fingerprint time clock readers, time and attendance system) matching. If you select Y, you
must input an ID number before 1:1 fingerprint (biometric fingerprint time clock readers, time and attendance system) matching; if you select N, you do not have to input an ID number before
1:1 fingerprint (biometric fingerprint time clock readers, time and attendance system) matching.
8) 1:1 threshold
This option is used to set the extent of matching between an input ID/fingerprint and that stored in templates in the ID
and fingerprint (biometric fingerprint time clock readers, time and attendance system) identification mode. For details, see 2.1.3 Match Threshold.
9) Two Sensorê
If you select Y, you can install an external fingerprint (biometric fingerprint time clock readers, time and attendance system) sensor through the USB interface and use this external sensor
together with the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader accompanied with the FRT. If you select N, you cannot install any external
fingerprint sensor. For details, see Appendix External Connection with the fingerprint (biometric fingerprint time clock readers, time and attendance system) Reader.
10) Voiceê
This option is used to set whether to play voice prompts during the operation of the FRT. Select Y to enable the voice
prompt, and select N to play beep sound only.
11) Upd firmware
You can select “Upd Firmware” to upgrade the firmware of an FRT through the upgrade files in the USB pen drive.
Note: If you need firmware upgrade files, please contact our technical support engineers. Generally it is not
recommended to upgrade the firmware.
12) Card Onlyê
If you select Yes, you only need to verify your ID card. If you select No, you need to verify both your ID card and
fingerprint.
13) R.card Onlyê
If you select Y, you must swipe a card registered on the FRT for verification. If you select N, you do not need to swipe a
registered card.
14) FPCard Keyê
When you set a value for this parameter, you set a password for your FP card and the FRT will write this password in
your enrolled FP card.
15) Remote Verifyê
After Remote Verify is set to Yes, the FRT can be used for verification on the background server.
Settings
21
You
can select the following four verification modes:
LO: Local verification only. Only the fingerprints that have been enrolled on local FRT can pass the verification.
NO: Remote verification only. The FRT only searches the remote database for matched fingerprints.
LN: Local verification comes before remote verification. The FRT first searches local database for matched fingerprints
and then the remote database if it fails to locate matched fingerprints in local database.
LN: Remote verification comes before local verification. The FRT first searches remote database for matched
fingerprints and then the local database if it fails to locate matched fingerprints in remote database.
16) Server IPê
This option is used to set the IP address of the RIS server.
17) Work Codeê
This option is used to set whether to use the work code and to set the mode of work code. There are three options: None,
Mode1, and Mode2. For details, see Appendix Work Code.
18) Keypad toneê
This option is used to set whether to generate a beep sound in response to every keystroke. Select Y to enable the beep
sound, and select N to mute.
19) Adj VOLê
This option is used to adjust the volume of the keypad tone among High, Medium and Low.
20) Alg Version
This option is used to set the version number of the fingerprint (biometric fingerprint time clock readers, time and attendance system) algorithm. Select 9 to adopt algorithm version 9.0 and 10
to adopt algorithm version 10.0. Please select the algorithm version with caution because the fingerprint (biometric fingerprint time clock readers, time and attendance system) templates of
these two algorithm versions are incompatible.
Note: some of the device will be prompted to remove the user information and attendance data when change the
algorithm. So we proposed to back up user information and attendance data before change the algorithm.
21) Imdt Prt (Immediate Print) ê
After this option is set to RS232, the FRT outputs the verification information each time after successful verification to
the serial port. The verification information can be directly printed if the serial port is connected with a printer. The
verification information can be viewed through a HyperTerminal. For the cable connection between the serial port and
printer, see Appendix Print.
22) AntiPassback
ê
This option has four values: None, Exit, Entry and Entry and Exit. For details, see Appendix AntiPassback.
Note:
1. The options Two Sensor and Upd Firmware are available only on the USBcapable
FRTs.
2. The option Card Only is available only on the Mifarecardcapable
or IDcardcapable
FRTs.
3. The options R.card Only and FPCard Key are available only on the Mifarecardcapable
FRTs.
4. The options Remote Verify and Server IP are available only on the RIScapable
FRTs.
5. The options Keypad Tone and Adj VOL are available only on the FRTs that adopt the URU sensor.
6. The option Work Code is available only on the FRTs that support the work code feature.
7. The option Imdt Prt is available only on the printcapable
FRTs.
8. The option Anti Passback is available only on the antipassbackcapable
FRTs.
4.2 Power Managementê
Through power management, you can set the timing poweron/
shutdown, poweron/
shutdown time, lock power key, and
timing state switching.
4.2.1 Power Settings
Press Menu to access system menu. Select Options → Power Mng to display the following interface.
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Power
Mng ▼
►Shutdown N
PowerOn N
Sleep N
Bell Delay 10
Scheduled Bell
Idle
Sleep
Idle Min 0
Lock Power N
Server IP
Sch. State
The B&W screen FRT adopts an intelligent power management system and supports such functions as timing
poweron/
shutdown and sleep timing.
1) Shutdown
This option is used to automatically shut down the FRT at specified time.
Select Shutdown and press OK.
Shutdown
Set Sch. Fun?
ESC OK
Press OK to set the automatic shutdown time. Press ESC to disable the automatic shutdown function.
After setting the time, press OK and the timing shutdown function is enabled.
2) PowerOn
This option is used to automatically power on the FRT at specified time. The settings of timing poweron
are similar to
those of timing poweroff.
3) Sleep
This option is used to set the FRT to automatically enter sleep mode at specified time. You can wake up the FRT from
sleep mode by pressing any key. The setting steps of this parameter are similar with those of timing shutdown.
4) Idle& Idle min
These two options are closely associated. When Idle min is 0, the Idle function is disabled. When Idle min is a nonzero
number (unit: minute), for example, 1, the system will enter a specified state if there is no operation in 1 minute.
5) Scheduled Bell & Bell Delayê
There are 8 time segments available every day of a week. You can set the alarm time as required. The FRT will
automatically alarm at the specified time every week and stop the alarm after the alarm duration times out.
6) WEB SERVER IPê
This option is used to set the IP address of the web server.
7) Adj VOLê
You can adjust the MP3 playing volume as required.
8) Lock Powerê
If you set this option to Y, the poweroff
key on the keyboard cannot be used, and the option PowerOff
is displayed
under the menu. If you set the option to N, the poweroff
key on the keyboard can be used.
Note:
1) If you have not found this Option, shutdown, Power on, it belongs to the normal state. Only some device have the
time state selection function, if you have any question, please contact our technician.
2) Web Master IP setting is valid unless the fingerprint (biometric fingerprint time clock readers, time and attendance system) device own playing MP3 function. Please refer to Appendix
MP3 Function Introduction.
3) Time ring and the duration of ringing only belong to these fingerprint (biometric fingerprint time clock readers, time and attendance system) device with Time ring and Playing MP3
function.
4) Only the device with a power key, the Lock power button function is available.
Settings
23
5)
For some type of devices, when you set the time of shutdown, power on or sleep, please press Menu key for confirm.
4.2.2 Timing State Switchingê
State switching: Different attendance states need to be recorded in different time segments, so there are 6 state keys on
the keyboard to switch between different states for the FRT of some models. You need to change the state manually by
pressing related status key. To use an attendance state, press related state key. To reduce manual operations, a timing
state switching option is provided.
Definition of Timing State Switching
The FRT automatically switches the attendance state at the specified time. Current attendance state is displayed on the
initial interface.
Setting of Timing State Switching
Set state switching time
1. Select Menu → Options → Power Mng → Sch. State to display the following interface:
Sch. State
State
Singin
ESC OK
2. Select an attendance state through the ▲/▼ key from signin,
signoff,
signin
for overtime work, and signoff
for
overtime work. Press OK to set the selected state. Take ”signoff”
as an example:
To signoff

►No. 1 N
No. 2 N
No. 3 N
No. 4 N
3. Select the time for setting, for example, select 1 and press OK.
No. 1
Set Sch. Fun?
ESC OK
No. 4 N
4. In the displayed interface as shown below, input a number, for example, 8:30, as the signoff
time through the
keyboard.
To signoff

►No. 1 8:30
No. 2 N
No. 3 N
5. Select the time for setting through the ▲/▼ key, with the similar operation as Step 4.
6. After completing the setting, press ESC to exit. When prompted to save your settings, press OK to confirm or press
ESC to cancel.
To signoff
Save?
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ESC
OK
7. If you save your settings, these settings will take effect and the attendance state will change into “signoff”
at the
specified time.
Cancel the set state switching time
Display the set state switching time interface to cancel the above “Signoff”
time setting.
1. Select Menu → Options → Power Mng → Sch. State, and select “Signoff”
as shown below:
To signoff

►No. 1 8:30
No. 2 N
No. 3 N
No. 4 N
2. To cancel time 1, select time 1 and press OK.
No. 1
Set Sch. Fun?
ESC OK
3. Press ESC to cancel time 1.
To signoff

►No. 1 N
No. 2 N
No. 3 N
4. After completing the setting, press ESC to exit. When prompted to save your settings, press OK to confirm or press
ESC to cancel.
To signoff
Save?
ESC OK
5. If you save your settings, these settings will take effect and the “Signoff”
switching time 1 will be cancelled.
Settings
25
4.3
Communicationrelated
Settings
Select Comm. Opt and the information displayed on the screen is shown in the following figure:
Comm Opt ▼
►BaudRate 115200
Dev Num 1
DHCP N
Net Speed Auto
IP Addr 192.168.1.201
NetMask 255.255.255.0
Gateway 192.168.1.1
Ethernet Y
RS232 N
RS485 N
USB N
COMM Key 0
Extern MODEM Y
1. BaudRate
This option is used to set the baud rate for the communication between the FRT and the PC. It includes five options:
9600, 19200, 38400, 57600, and 115200. The high baud rate is recommended for the RS232 communication to achieve
high communication speed, while the low baud rate is recommended for the RS485 communication to achieve stable
lowspeed
communication.
2. Dev Num
This option refers to the device ID numbered from 1 to 255.
3. Dynamic Host Configurationê
If this option is set to Yes, the FRT requests the DHCP server on the network to dynamically assign an IP address.
4. IP Addrê
The default IP address is 192.168.1.201. You can modify the IP address as required.
5. Net speedê
This parameter refers to the network rate, including five options: ATUO, 10MF,
10MH,
100MF
and 100MH.
“10MF”
is recommended for the ZEM100 product series and “AUTO” is recommended for the ZEM200 product
series.
6. Net Maskê
The default subnet mask is 255.255.255.0. You can modify the subnet address as required.
7. Gatewayê
The default gateway is 0.0.0.0. You can modify the gateway as required.
8. Ethernetê
This parameter is used to set whether to adopt the Ethernet for communications. To adopt the Ethernet, set this
parameter to Y; otherwise set it to N.
9. RS232
This parameter is used to set whether to adopt the RS232 for communications. To adopt the RS232, set this parameter to
Y; otherwise set it to N.
10. RS485
This parameter is used to set whether to adopt the RS485 for communications. To adopt the RS485, set this parameter to
Y; otherwise set it to N.
11. USBê
This parameter is used to set whether to adopt the USB for communications. To adopt the USB, set this parameter to Y;
otherwise set it to N.
12. COMM Key
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When
the password is set to 0, no password is required for communication; when the password is set to a nonzero
value, this value is required for communication connection.
13. Extern MODEMê
If this option is set to Y, the FRT can access network through a Modem. For details, see Appendix Modem.
Note: 1. The option Ethernet is unavailable on the FRTs with the two options Gateway and Net Mask, and the
Ethernet function is enabled by default; for the FRTs without the two options Gateway and Net Mask, the option
Ethernet is available and must be set to Y before the use of Ethernet communications.
2. After finishing the settings above, you need to restart the FRT to enable the settings.
4.4 Log Settings
Select Log Opt and the information displayed on the screen is shown in the following figure:
Log Opt ▼
►Alarm AttLog 99
ReCheck Min 0
1. Alm AttLog
When the available space for storage of attendance logs reaches the specified value, the FRT automatically generates an
alarm.
2. Recheck Min
If a user’s attendance record already exists and the user checks in again within the specified period (unit: minute),
his/her second attendance record will not be stored.
Settings
27
4.5
Access Optionsê
The access control and biometric attendance system Settings items include the user’s access time segments and access combinations etc.
The access control and biometric attendance system Settings are valid for the FRTs with professional access control and biometric attendance system functions. The menu item “Access
Options” is inexistent in the fingerprint (biometric fingerprint time clock readers, time and attendance system) time attendance machines and the devices with simple access control and biometric attendance system functions.
Select Access Options and the information displayed on the screen is shown in the following figure:
Access Options ▼
►TP Opts
User Acc Opts
GRP TP Define
Access Comb
Lock 150
DSen. Delay 10
DSen. Mode N
DSen.Alarm 30
Duress Options
Failed Trig
Group VerType
The Access Options includes the following options:
1. Def TP
Define the unlocking time segments every day of a week.
2. User Acc Opts
Set the unlocking time, the group that the user belongs to, and the unlocking combination.
3. GRP TP Define
Define the available time segments for users of a certain group to unlock.
4. Access Comb
Define diverse unlocking combinations. Each combination is composed of different groups.
5. Lock
Set the duration from successful fingerprint (biometric fingerprint time clock readers, time and attendance system) matching to unlocking.
6. DSen. Delay
Set the door sensor delay. An alarm will be generated if the door is left open for a period of time, and this period is
called door sensor delay.
7. DSen. Mode
Door sensor switch includes three modes: NONE, Normal Open (NO), and Normal Close (NC). NONE: Door sensor
switch is not used. NO: Both door and lock are open; otherwise, an alarm will be generated after the door sensor delay.
NC: Both door and lock are closed; otherwise, an alarm will be generated after the door sensor delay.
8. Duress Optionsê
Set the automatic alarm function to prevent enrollment under duress. In times of duress, the system will silently send a
duress signal after a period of time when a fingerprint (biometric fingerprint time clock readers, time and attendance system) passes the match.
9. Failed Trigê
The system automatically generates an alarm when the number of consecutive verification failures exceeds the upper
limit.
10. Group VerTypeê
Set the verification type adopted by the user in a group.
Note:The “Group VerType” option is available only for the devices supporting 14 verification modes. To customize this
function, please consult our commercial representatives or presales
technical support engineers.
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1).
access control and biometric attendance system Function Description
The setting items for each user include: the group that the user belongs to, and the available access time segments for
group and user. User grouping means the allocation of a user to a certain group, for example, Group 1 or Group 2. A
group or user can be set with three preset access time segments at most, and these time segments have an “OR” relation
with one another (that is, unlocking is available for a group/user at any one of these time segments). For details on the
relationship between the use of group TSs and the user TPs, see 4.5.3 User access control and biometric attendance system Settings.
In a simple word, the unlocking conditions for an enrolled user are as follows:
① The group to which the user belongs must lie in an access combination (or it can share the same access combination
with other groups and unlock together with them).
② The current unlocking time must remain within any one of valid access time segments.
Newly enrolled users are classified into Group 1 by default. The default group time segment is “1”. When Group 1 and
time segment 1 both adopt factory defaults, the newly enrolled users are in Open state. (If a user modifies the access
control settings, the system will also change these settings accordingly.)If the group to which a user belongs is
inexistent in access combination settings, the user can only mark his/her attendance but cannot unlock.
2). access control and biometric attendance system Verification Flow
Settings
29
4.5.1
Define Time Segments
Time segment is the minimum time unit for access control and biometric attendance system setting. The entire system can be defined with a maximum of
50 time segments. Each time segment is divided into 7 time buckets, that is, one week. Each time bucket is the valid
time segment within 24 hours every day. Every user can be set with up to 3 time segments which have an “OR” relation
with one another. The verification time is deemed valid only if it remains within one of these time segments. The time
bucket format is HH:MMHH:
MM using a 24hour
clock.
If the end time is earlier than the start time (23:57–23:56), unlock is prohibited for a whole day. If end time is later than
the start time (00:00–23:59), unlock is valid within this time bucket.
Valid time segments for unlock: whole day (00:00–23:59), or the period from start to end time.
@ Tip: The default time segment 1 indicates the whole day access (that is, the newly enrolled users are allowed to
unlock).
Select Define TP to display the following information:
Define TP
TP No.
1
ESC OK
Press OK to display the Define TP1 interface as follows:
Def TP 1 ▲
Sun 00:0023:
59
Mon 00:0023:
59
Tue 00:0023:
59
Wed 00:0023:
59
Thu 00:0023:
59
Fri 00:0023:
59
Sat 00:0023:
59
The TP1 above is defined as whole day access, that is, the factory default.
Time segment can be reset. Take TP1 as an example:
Inaccessible on Saturday and Sunday;
Accessible during the work time from Monday to Friday.
Work time: 08:30–18:00
The specific settings are as follows:
Def TP 1 ▲
Sun 23:5723:
56
Mon 08:3018:
00
Tue 08:3018:
00
Wed 08:3018:
00
Thu 08:3018:
00
Fri 08:3018:
00
Sat 23:5723:
56
Multiple time segments can be defined as required and the entire system can be defined with 50 time segments at most.
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4.5.2
Define Grouping Functions
By using the grouping functions, you can divide users into different groups and combine diverse groups to form
different access combinations, so as to facilitate access control and biometric attendance system management. The system defines 5 groups: Group 1,
Group 2, Group 3, Group 4 and Group 5. Newly enrolled users belong to Group 1 by default, but they can also be
reassigned to other groups.
Group TS: This parameter is used to set the unlocking time of groups. In Group TS, select a set TP No.
The newly enrolled user adopts the time segment of Group 1 by default, but after resetting the group that he/she belongs
to, the user will use the related time segment of the new group. Therefore, the default time segment of every group shall
be defined in advance.
For details on how to Use Grp TPs, see 4.5.3User access control and biometric attendance system Settings.
@Tip: The time segment of Group 1 is numbered “1” by default. (That is, the newly enrolled users are allowed to
unlock by default.)
a) Select GRP TP Define and then select “1” as Group No.:
GRP TP Define ▲
Group No.
1
ESC OK
Press OK to display the Group1 Default TS interface.
GRP 1 Define TP ▲
TP 1 1
TP 2 8
TP 3 40
There are three default time segments which have an “OR” relation with one another.
Group 1 is allowed to unlock within the time segments 1, 8 and 40. You can also select other defined time segments.
b) Select GRP TP Define and then select “2” as Group No.
Press OK to display the Group2 Default TS interface.
GRP TP Define ▲
Group No.
2
ESC OK
Group 2 is allowed to unlock within the time segments 2, 10 and 36. You can also select other defined time segments.
The time segments of every group can be defined as required and the entire system can be defined with the time
segments of 5 groups at most.
GRP 2 Define TP ▲
TP 1 2
TP 2 10
TP 3 36
4.5.3 User access control and biometric attendance system Settings
The user access control and biometric attendance system settings can be performed based on user requirements.
You can access the User Acc Opts menu to query the access control and biometric attendance system setting state of a user.
The User Acc Opts menu includes the options: Belong to GRP, Group TS, User TS, Group VerType, and Individual
VerType. .
² Belong to GRP: Divide the enrolled users into several groups to facilitate management.
² Group TS: Set whether the user adopts the default time segments of the group that he/she belongs to.
² User TS: Set the user’s unlocking time and select a set time segment number.
² Group VerType: Set whether the user adopts the verification types of the group that he/she belongs to.
² Individual VerType: Select a verification type for an individual user without using group verification types or
affecting other group members’ verification types.
Settings
31
J
Note: 1. Relationship between group time segments and user time segments.
The value of the option Use Grp TPs only works for the following user time segments:
(1) If “Use Grp TPs” is set to Y, the user time segment will be automatically assigned the time segment No. of the
group that the user belongs to. (Group time segments must be set in advance.)
(2) If the user time segment changes, “Use Grp TPs” will be automatically set to N.
2. Relationship between group verification types and individual verification types.
(1) If the option Group VerType is set to Y, the user will use the group verification type.
(2) If the option Group VerType is set to N, the user will use the individual verification type.
Examples:
A. Users 00001 and 00002 are classified into Groups 1 and 2 respectively.
Select User Acc Opts and set the UserID to 00001.
User Acc Opts ▲
UserID: 00001
ESC OK
Press OK to display the setting interface of user 00001. Press ▲/▼ to select Y for the option Use Grp TPs. As
mentioned above, Group 1 has been allowed to unlock within the time segments 1, 8 and 40. Select Y for the option Use
Grp VS. Here we assume that the verification type of Group 1 is password verification (which can be set through the
option Group VerType under the menu “Access Options”). The following information is displayed on the screen:
User 00001 Opt ▲
Belong to GRP 1
Use Grp TPs Y
TP 1 1
TP 2 8
TP 3 40
VERType FP
Use Grp VS Y
User 00001:
i. User 00001 belongs to Group 1 and adopts the time segment of Group 1 (The user time segment No. is the group
time segment No).
User 00001 is allowed to unlock within the time segments 1, 8 and 40.
ii. If user 00001 adopts a group verification type (password verification), this type shall prevail even if user 00001
selects another individual verification type.
B. Select User Acc Opts and set the UserID to 00002.
User Acc Opts ▲
UserID: 00002
ESC OK
Press OK to display the setting interface of user 00002.
If the user time segments are numbered 1 and 20, the system will automatically set the option Use Grp TPs to N.
To set “Group VerType” to N, set the option VERType (individual verification type) to FP as shown in the following
figure:
User 00002 Opt ▲
Belong to GRP 2
Use Grp TPs N
TP 1 1
TP 2 20
TP 3
VERType FP
Use Grp VS N
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User
00002:
i. User 00002 belongs to Group 2 and adopts the user time segment instead of group time segment (which means user
00002 is allowed to unlock within the time segments 1 and 20).
If user 00002 wants to adopt the group time segments, he/she can select Y, and then the user time segment No. will be
automatically assigned the group time segment No. If user 00002 wants to adopt the user time segments, he/she can
directly modify the user time segment No. and the system will automatically set the option Use Grp TPs to N.
ii. The individual verification type adopted by user 00002 is fingerprint (biometric fingerprint time clock readers, time and attendance system) verification.
4.5.4 Definition of Unlock Combinations
The unlock combinations are defined to control the unlocking. For example, to make all enrolled users unable to unlock,
leave all the ten unlock combinations BLANK.
The unlock combinations are userdefined
combinations to unlock the door, and each combination consists of different
groups. The unlock combinations specify the group number(s) permitted to unlock the door, leaving the user
verification sequence out of account. For example,
l “123” means the door unlocks only after at least three users respectively from Group 1, Group 2 and Group 3 pass
the verification within the specified time segment.
l “4” means the door unlocks after one user of Group 4 passes the verification.
You can define a maximum of 10 unlock combinations for the FRT and the door unlocks as long as one of them passes
the verification.
@Tip: The default unlock combination is “1” (that is, new enrolled users can unlock the FRT by default).
On the initial interface, press Menu → Options → Access Options → Access Comb, as shown in the following figure:
Access Comb ▲
Comb 1 1
Comb 2
Comb 3
Comb 4
Comb 5
Comb 6
Comb 7
Comb 8
Comb 9
Comb 10
The default unlock combination is “1” and other unlock combinations are left blank.
To make all users unable to unlock, leave all these ten unlock combinations BLANK.
To enable unlocking for some of the groups, you need to define the unlock combinations, as shown below:
Example 1:
Access Comb ▲
Comb 1 123
Comb 2 4
Comb 3 24
Comb 4 45
Comb 5 15
Comb 6
Comb 7
Comb 8
Comb 9
Comb 10
As shown in the figure above, five unlock combinations are set in total:
Unlock combination 1: 123.
Unlock combination 2: 4.
Unlock combination 3: 24.
Unlock combination 4: 45.
Settings
33
Unlock
combination 5: 15.
Unlock combination 1: The door unlocks only after at least three users respectively from Group 1, Group 2 and Group 3
pass the verification within the specified period.
Unlock combination 2: The door unlocks as long as one user from Group 4 passes the verification.
Unlock combination 3: The door unlocks only after at least two users respectively from Group 2 and Group 4 pass the
verification within the specified period.
Unlock combination 4: The door unlocks only after at least two users respectively from Group 4 and Group 5 pass the
verification within the specified period.
Unlock combination 5: The door unlocks only after at least two users respectively from Group 1 and Group 5 pass the
verification within the specified period.
To sum up, the door unlocks only when users of each group in an unlock combination pass the verification within the
specified period.
J Note:
1. The verification will fail in any of the following cases:
² The user time segment number is not selected.
² The default group time segment number is not selected (when the group time segment is used).
²The verification does not remain within any of the userdefined
time segments.
² The time segment is defined as “Disabled”.
2. Users set a time segment within which the verification fails:
ŒIf the conditions of unlock combination 2 are met, users of “Invalid Group” cannot unlock but are allowed to register
attendance. (If there are other users meeting the unlocking condition in Group 4, then the unlock combination 2 is
allowed to unlock)
If the conditions of unlock combinations 1, 3, 4 and 5 are met, users of “Invalid Group” cannot unlock but are
allowed to register attendance.
2) Example 2:
To set the vault of a bank to unlock only in the presence of three people, proceed as follows:
These three people respectively belong to Group 2, Group 4 and Group 5 and are granted the right to unlock within the
same time segment. Select “Comb 1” and press OK. Then enter “245” through the numeric pad and press ESC to exit
and save the setting.
@ Tip: Once the “245” combination is set, combinations such as 24, 25 and 45 are not allowed.
4.5.5 Lock Driver Duration
The time duration of electronic lock works from open to close when user’s verification succeeds (In case the door is
closed).
To set this duration, proceed as follows: Select Lock, and press OK. Then enter a desired number through the numeric
pad, and press ESC to exit and save the setting.
The unit of quantity for this duration is 40 ms, and you can set it to 254 at most. (some devices can set “S (second)”
for the unit of lock driver duration).
If set the duration to“0”, means Lock driver duration is closed. Normally, we do not suggest set it is“0”.
Notes:
①The Path of lock driver duration of simple access control and biometric attendance system function in System Setting menu.
②The unit of quantity and the maximum value of this parameter here are standard configurations. If you need larger
parameter values, please consult our commercial representatives or presales
technical support engineers.
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4.5.6
Door Sensor Delay
DSen. Delay (Door Sensor Delay): indicates the delay in checking the door sensor after the door is open. If door sensor
state is inconsistent with the normal state set by the door sensor switch, an alarm will be generated, and this period of
time is regarded as the “door sensor delay”.
Set the DSen. Delay, press Menu → Options → Access Options, and then select DSen. Delay through the ▲/▼ key,
as shown in the following figure:
Access Options
Access Comb
Lock 150
►DSen. Delay 10
Press OK and modify the value of DSen. Delay through the ▲/▼ key.
4.5.7 Door Sensor Switch
The door sensor switch includes three modes:
l NONE: The door sensor switch is not used.
l NO: The lock is open as long as the door is open.
l NC: The lock is closed after the door is closed.
To set DSen. Mode, press Menu → Options → Access Options, and then select DSen. Mode through the ▲/▼ key,
as shown in the following figure:
Access Options ▲
DSen. Delay 10
►DSen. Mode NO
DSen.Alarm
Press OK and then switch among the door sensor switch modes through the ▲/▼ key. The door sensor switch includes
three modes: NONE, NO and NC.
4.5.8 Door Sensor Alarm Delay
The door sensor alarm delay refers to the delay in generating the alarm signal after a door sensor alarm is triggered. You
can set the alarm delay between 0 and 999s.
To set DSen.Alarm, press Menu → Options → Access Options, and then select DSen.Alarm through the ▲/▼ key,
as shown in the following figure:
Access Options
DSen. Delay 10
DSen. Mode NO
►DSen.Alarm 30
Press OK and modify the value of DSen.Alarm through the ▲/▼ key.
4.5.9 Duress Alarm
To set Duress Options, press Menu → Options → Access Options, and then select Duress Options through the ▲/▼
key, as shown in the following figure:
Access Options ▲
DSen. Delay 10
DSen. Mode NO
►Duress Options
The Duress Options include such options as the Duress FP Mng, Help Key, 1:1 Trig, 1:n Trig, Pwd Trig and Alarm
Delay.
Settings
35
4.5.9.1
Duress fingerprint (biometric fingerprint time clock readers, time and attendance system) Management
Users may specially enroll a new or specify an existing fingerprint (biometric fingerprint time clock readers, time and attendance system) as the “Duress Fingerprint”. Under any
circumstances, a duress alarm is generated once this fingerprint (biometric fingerprint time clock readers, time and attendance system) passes the match.
Access Duress Options and select Duress FP Mng through the ▲/▼ key. Press OK to display the interface as shown
in the following figure:
Duress FP ▼
►New Enrollment
Def. Duress F
Undef DuressFP
Undef All
1) New Enrollment
This option is used to enroll a new fingerprint (biometric fingerprint time clock readers, time and attendance system) as the duress fingerprint.
2) Def. Duress FP
This option is used to change an enrolled fingerprint (biometric fingerprint time clock readers, time and attendance system) as the duress fingerprint.
3) Undef DuressFP
This option is used to cancel a single duress fingerprint.
4) Undef All
This option is used to cancel all duress fingerprints.
4.5.9.2 Help Key
Select Duress Options, and press ▲/▼ key to select Help Key, as shown in the following figure:
Duress Options ▼
►Help key
1:1 Trig N
1:N Trig N
If the option Help Key is set to Y, press and hold ▼ (over 3 seconds) to signal for help; if you press and hold ▼ (less
than 3 seconds) and then input your fingerprint (biometric fingerprint time clock readers, time and attendance system) or ID card number, a duress alarm will be generated at the same time
when you pass the verification successfully.
If the option Help Key is set to N, the system will not send signals seeking for help even if you press and hold ▼.
4.5.9.3 Verification Alarms
Our FRT supports three fingerprint (biometric fingerprint time clock readers, time and attendance system) verification modes: 1:1 verification, 1:N verification, and password verification.
Press ▲/▼ in the following interface to select one or more verification modes as the duress alarm mode. When you
perform verification by using a verification mode which is set to Y, the system will generate an alarm signal.
Duress Options ▲
►Duress FP
Help key
1:N Trig N
Pwd Trig N
Alarm Delay 10
4.5.9.4 Alarm Delay
Define automatic alarm time: You can define an alarm delay to enable the system to automatically send a duress alarm
signal after a period of time (0–255 seconds).
Under the menu Duress Options, press ▲/▼ to select Alarm Delay.
Duress Options ▲
1:N Trig Y
Pwd Trig Y
►Alarm Delay 10
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4.5.10
Verification Failure Alarm
Define the number of verification failures: The system automatically generates an alarm when the number of
consecutive verification failures exceeds the upper limit.
Access Options ▼
Duress Options
►Failed Trig
Group VerType
Under the menu Access Options, press ▲/▼ to select Failed Trig.
Press OK. Then select a number from 0–9 through the ▲/▼ key. Here, 0 denotes the deactivation of verification failure
alarm, and other numbers denote the specific number of verification failures.
4.5.11 Group Verification Typeê
There are 14 group verification types available. For details, see Appendix Multiple Verification Modes.
Under the menu Access Options, press ▲/▼ to select Group VerType and press OK as shown below:
Group VerType ▼
►1 FP / PW / RF
2 FP / PW / RF
3 FP / PW / RF
4 FP / PW / RF
5 FP / PW / RF
First select a group through the ▲/▼ key and press OK. Then press ▲/▼ to select a verification type for this group
and press OK to confirm your selection. Finally press ESC to exit current interface, and when the system prompts you
to save your changes, press OK.
Note:
The “Group VerType” option is available only for the devices supporting multiple verification modes.
Settings
37
4.6
Automatic Test
Select Auto Test and the information displayed on the screen is shown in the following figure:
Auto Test ▼
►Run All Test
LCD Test
Voice Test
FP Reader
Key Test
RTC Test
HID Card
MP3 Test
Through this menu, you can test the system components. The auto test function helps troubleshoot the FRT quickly and
facilitates the FRT maintenance.
LCD Test: The FRT automatically tests the display effect of its LCD and check whether its LCD displays integral images.
Voice Test: The FRT automatically tests whether the voice files are complete and the voice quality is good by playing
the voice files stored in the FRT. You can continue the test by touching the screen or exit it by pressing [Auto Test].
Fingerprint Reader Test: The FRT automatically tests whether the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader works properly by checking.
After select it, press “OK” to test, and check it whether normal. Press” ESC “to exit the test.
Keyboard Test: The FRT tests whether every key on the keyboard works normally. Press any key on the [Keyboard
Test] interface to check whether the pressed key matches the key displayed on screen. Press ” ESC ” to exit the test.
Realtime Clock (RTC) Test: The FRT tests whether its clock works properly by checking the stopwatch of the clock.
After select it, press “OK” to test, Press ” ESC ” to exit the test.
êHID Card Test: The FRT detects the format of user’s HID card.
Note: When the FRT fails to identify the HID card number, please inform us of the characters detected through the HID
card test and your HID card number, and our development personnel will troubleshoot as soon as possible.
êMP3 Test: You can check whether the MP3 works properly by playing the MP3 files stored in the FRT.
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5
Voice Settings ★
5.1 Setting through Device
Select Voice Options and the information displayed on the screen is shown in the following figure:
Voice Options
►Voice Speed (0–10) 6
SMS Voice Y
Startup Voice Y
Enroll Voice Y
Record Warning Y
NumKey Voice Y
Hourly Chime Y
Menu Voice Y
Veri Voice Opt
TP Voice Opt
Dwnload Voice Opt
Update Voice Opt
Reset Voice Opt
1. Voice Speed
This option is used to set the voice playing speed. Value range: 0–10. The larger the value, the faster the voice speed.
2. SMS Voice
This option is used to set whether to play a voice prompt when the user receives an SMS after passing the attendance
verification.
3. Startup Voice
This option is used to set whether to play a voice prompt when the FRT starts up.
4. Enrollment Voice
This option is used to set whether to play a voice prompt during fingerprint (biometric fingerprint time clock readers, time and attendance system) or password enrollment.
5. Record Warning
When the number of remaining records in the FRT exceeds the threshold, the FRT will play a warning voice after
successful verification each time.
6. Numeric Key Voice
The FRT will read the corresponding number after you press a numeric key.
7. Hourly Chime
The FRT chimes on each full hour.
8. Menu Voice
The FRT automatically reads the menu item over which the cursor hovers.
To modify the settings of any of the above options from 1) to 8), first select an option through the ▲/▼ key, and press
OK to place the cursor on the field. Then press ▲/▼ to select a desired value and press OK. Finally press ESC to exit
current interface, and when the system prompts you to save your changes, press OK.
9. Verification Voice Option
This option is used to select a voice playing mode after the completion of verification. There are 4 modes available:
Name only, Name+Time segment greetings, Time segment greetings only, and No read.
Press OK to display the setting interface.
Voice Settings ★
39
10.
Time Segment Voice
This option is used to play customized voice within a specified time segment. After a user passes the verification, the
FRT will play a greeting of current time segment if the time segment greeting is activated in verification voice settings.
For example, set a time segment 07:00–09:00, and a greeting “Good Morning!”.
TP Voice Opt
►Add TP Voice
Delete TP Voice
(1) Add a time segment greeting:
TP Name
Morning
OK 0
TP Voice Opt HH:MM
Start 07:00
End 09:00
ESC OK
OK
Welcome tone
OK 0
Set the start and end
time of this time
segment.
Input a greeting (length:
1–16 letters) for this
time segment using T9
input method.
Input a time segment
name using T9 input
method.
OK
@ Tip: Time segments can be defined as infinite, but they shall not overlap with one another.
(2) Delete a time segment welcome voice:
Select a desired time segment through the ▲/▼ key and press OK to confirm your selection. Press ESC to exit.
11. Download Voice Configuration
This option is used to download the voice configuration file from the FRT to a USB pen drive. Users can modify voice
in this text file.
12. Update Voice Configuration
This option is used to upload the voice configuration file from a USB pen drive to the FRT. After upload, the voice in
the FRT will be updated.
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13.
Restore Voice Configuration
This option is used to restore all the voice configurations of the FRT to factory defaults.
5.2 TTS web server
Input the FRT’s IP address (for example, http://192.168.1.115) into your IE browser and press Enter to access the web
server login interface. You can use the user name “admin” and the password “0” to log in to the TTS web server. Here,
the user name “admin” is unchangeable but the password is not. (Select Menu → Options → Comm Opt → COMM
Key and you can change your password in the displayed interface, and then use the new password for relogin.)
Modify the TTS related statements in the text boxes shown in the figure above and save your changes. These changes
will take effect after system restart.
Description of the voice configuration file format:
Voice configuration file is of TXT format.
For example, the startup greeting in this text file is defined as follows:
127=Welcome to use **** fingerprint (biometric fingerprint time clock readers, time and attendance system) recognition terminal
1) Users can change the statement “Welcome to use **** fingerprint (biometric fingerprint time clock readers, time and attendance system) recognition terminal”.
2) “127” denotes the serial number of the startup greeting, and it is recognizable for the FRT. If this number is changed,
the FRT will fail to identify the statement above as the startup greeting.
3) Users shall not add any serial number or statement because the FRT cannot identify new serial numbers.
J Note: Please modify voice strictly in compliance with the format of text contents. Do not change the file format.
Otherwise, it may lead to failure in playing specified voice. In the event of any problem, please restore the voice
configurations to factory defaults.
USB Pen Drive / SD Management ★
41
6
USB Pen Drive / SD Management ★
Select PenDrive Mng and the information displayed on the screen is shown in the following figure:
PenDrive Mng ▼
►DwnLoad AttLog
DwnLoad User
UpLoad User
Download SMS
Upload SMS
You can download the attendance data, employee data and short messages and upload employee data and short
messages with a USB pen drive.
6.1 Download Attendance Data
1. Insert a USB pen drive into the USB interface on the FRT.
2. Select PenDrive Mng and select the desired attendance data to be downloaded through the “▲/▼” key. The
interface displayed is shown as follows:
PenDrive Mng ▼
►DwnLoad AttLog
DwnLoad User
UpLoad User
3. Press OK to confirm your selection and start the download. The interface displayed upon successful download is
shown as follows:
Copy Data Suc!
4. Press ESC to return to the initial interface and then remove the USB pen drive. Three files X_attlog.dat (attendance
records), X_oplog.dat (management records) and X_user (where “X” refers to the device ID) are stored in the USB pen
drive.
@ Tip: If the download succeeds, a prompt “Copy Data Suc” will pop up. If the system displays the prompt “Plug
Pen Drive?”, please check whether the USB pen drive is plugged in properly.
6.2 Download Employee Data
Employee data downloading is similar to the downloading of attendance records. Press ▲/▼ to select “DwnLoad User”
from the “PenDrive Mng” menu. The files user.dat (user profile) and Template.dat (fingerprint template) will be
concurrently downloaded to the USB pen drive.
6.3 Upload Employee Data
Press ▲/▼ to select “UpLoad User” from the “PenDrive Mng” menu and then press OK. The files user.dat (user
profile) and Template.dat (fingerprint template) stored in the USB pen drive will be concurrently uploaded to the FRT.
6.4 Download Short Messages ★
Short message downloading is similar to the downloading of attendance records. Press ▲/▼ to select “Download
SMS” from the “PenDrive Mng” menu. Press OK to start download. The system will prompt whether the download is
successful or not.
BlackandWhite
Screen Series Products User Manual
42
6.5
Upload Short Messages ★
Edit a short message by selecting External Program → SMS Mng of the attendance software. Select External
Program→ PenDrive Mng→ Export → Export to PenDrive to export the edited short message to the USB pen drive.
Insert the USB pen drive into the USB interface on the FRT upon successful export, and select Menu → PenDrive
Mng → Upload SMS to upload the short message from the USB pen drive.
Notes:
1. The option PenDrive Mng is available only on the FRTs configured with USB slots. The options Upload SMS and
Download SMS are available only on the SMScapable
FRTs. If you need FRTs that support these functions, please
consult our commercial representatives or presales
technical support engineers.
2. F6 access control and biometric attendance system devices supports SD card management. You can download the employee data and upload
employee data and update firmware. Before “update firmware”, you need to insert stored the latest firmware with SD
card.
3. About others “Update firmware function” in advanced settings menu.
SD card management ▼
DwnLoad employee data
DwnLoadUser
UpLoad User
►Update firmware
System Information
43
7
System Information
Through the Sys Info menu, you can check all information of the FRT, including the enrolled fingerprint (biometric fingerprint time clock readers, time and attendance system) count, enrolled
users, attendance records, administration records and equipment information. On the Menu interface, select Sys Info
and press OK to display the interface as shown in the following figure:
Sys Info ▼
►Enroll User 206
Enroll FP 173
AttLog 8046
Enroll Admin 2
Enroll Pwd 30
Alm SuperLog 263
Free Space Info
Dev Info
On the screen as shown in the figure above, you can check the User Cnt (Number of enrolled users), FP Cnt (Number
of enrolled fingerprints), Att Log (Piece of attendance records), Admin Cnt (Number of enrolled administrators), Pwd
User (Number of passwords) and Super Logs (Number of enrolled super administrators). Through Free Space Inf, you
can check the free space in the storage device. Through Dev Info, you can check such information as the storage
capacity, date of manufacture, serial number, manufacturer, algorithm version number and firmware version number.
BlackandWhite
Screen Series Products User Manual
44
8
485 Reader Function ★
Some BlackandWhite
Screen access control and biometric attendance system also regard as 485 reader for use. As the access control and biometric attendance system in use , all menu
can operation. But as the 485 reader, can press fingerprint (biometric fingerprint time clock readers, time and attendance system) or swipe card only. If change any one step, must to restart the
equipment.
Enter ”485 Reader Function” menu, the interface displayed is shown as follows:
485 Reader Function ”
►485 Reader NO
If select the “485 reader” for “Yes”, after restart devices, it can press fingerprint (biometric fingerprint time clock readers, time and attendance system) or swipe card only, all menu can not
operation.
access control and biometric attendance system device and 485 reader function can be used to change to each other. If from 485 reader function to change
to access control and biometric attendance system for use, should thought backdoor function (tamper switch of device back view)to operate.
Operation: Press the tamper switch three times after the alarm being triggered 30 seconds, but not more than 60 seconds.
Note:
You can use the tamper switch to restore device number, system password, and clear administrator privileges. The user
data will not be cleared.
Turn Off (Clear) Alarm ★
45
9
Turn Off (Clear) Alarm ★
The option Turn Off Alarm is available only after the FRT generates an alarm and is used to clear an alarm.
Note:
The option Turn Off Alarm is available only after an alarm signal is generated.
Query Attendance Records ★
46
10
Query Attendance Records ★
You can query the attendance records of an individual or all employees through the FRT without connection with the
attendance software.
1) Query modes of attendance records
You can query the attendance records in the following two ways:
l Select Menu → Query Attendance Records and enter the ID of the user to be queried. Then press OK to query
the attendance records of the specified user. If the user ID is left unspecified, that is, leave it to “00000”, then the
attendance records of all employees can be queried.
l You can query your own attendance records by pressing Menu before the interface returns to the initial attendance
records interface.
For example, the attendance records of the user with ID of 00014 are displayed as follows:
00014 20065
1/23
27 08:30 12:10 13:20
18:08
26 08:46 12:15 13:25
18:23 18:55 22:20
25 08:53 12:07 13:19
18:23
The attendance records of all employees are displayed as follows:
1/380
00001 0527
18:46:21I
00012 0527
18:32:09I
00217 0527
18:30:52I
00031 0527
18:29:01I
00016 0527
18:27:55I
00029 0527
18:22:08I
2) Browse of attendance records
The attendance records are arranged in reverse chronological order, that is, the most recent record comes first and the
least recent record last. You can press the following keys during the browse:
Key Function
▲ Scroll up one page.
▼ Scroll down one page.
1 Move the display one column left.
3 Move the display one column right.
OK Restore the display to the initial value.
2 Move the display one row up.
5 Move the display one row down.
4 Switch between the compact and complete
display modes.
For example, the two figures on the right
respectively display the complete and compact
display of “All attendance records”.
— Complete display mode: refers to the format
designed to display the complete field
values.
— Compact display mode: refers to the format
designed to display as much information as
possible on the LCD. Complete display mode
1/380
00001 0527
18:46:21I
00012 0527
18:32:09I
00217 0527
18:30:52I
00031 0527
18:29:01I
00016 0527
18:27:55I
00029 0527
18:22:08I
Query Attendance Records ★
47
Key
Function
Compact display mode
6 Switch between the large and small fonts. The
two figures on the right take the “Individual
Attendance Interface” as an example to show the
display of attendance records in small and large
fonts respectively.
Small font
Large font
9 The latest record
0 The earlier record
3) Print of displayed attendance records
When querying the attendance records on the FRT, you can print the records currently displayed on the screen by
pressing OK.
You can also check the output with a HyperTerminal.
Note:
The attendance tracking is an optional function. If you need this function, please consult our commercial representatives
or presales
technical support engineers.
00014 20065
1/23
27 08:30 12:10 13:20
18:08
26 08:46 12:15 13:25
18:23 18:55 22:20
25 08:53 12:07 13:19
18:23
1/380
00001 27 18:46IF
00012 27 18:32IF
00217 27 18:30IF
00031 27 18:29IF
00016 27 18:27IF
00029 27 18:22IF
27 08:30 12:10
13:20 18:08
26 08:46 12:15
13:25 18:23
18:55 22:20
Maintenance
48
11
Maintenance
1. Cleaning
Sometimes the optical lens, keyboards and display screens need to be cleaned. Although the specific cleaning cycle is
dependent upon the ambient environment where the FRT operates, the following maintenance guide might be of some
help to you:
Table 111
Maintenance Description
Item Cleaning
Keyboards and display screens Clean the keyboards or display screens when the surface of them is dirty or the
screens look blurry. Please refer to the following descriptions.
Do not clean the optical lens frequently. The optical lens work better with oil or
Optical lens grease. Clean the optical lens if they get blurry and the verification performance is
affected. Please refer to the following descriptions.
2. Clean keyboards and LCD screens
Before cleaning keyboards and LCD screens, power off the FRT, clean them with a piece of wet cloth or a neutral
detergent and then wipe them with a piece of dry cloth.
3. Clean optical lens
Follow the suggestions below to clean the optical lens after powering off the FRT:
1) Blow off the dust or dirt on the surface of the optical lens.
2) Clean the display screens with adhesive tape.
Warning: Do not clean the optical lens with water or nonneutral
detergents; otherwise the optical lens may be
damaged.
3) Wipe the optical lens with a fine microfiber
cloth. Be careful not to scratch the lens. If there are micro fibers left on
the lens, try to blast them off after the lens get dry.
FAQs
49
12
FAQs
Question: How do I address the problem that some employees fail to pass the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification more often
than not?
Answer: The following factors will make fingerprint (biometric fingerprint time clock readers, time and attendance system) verification hard or even impossible for some employees:
. The fingerprints of some fingers (Time and Attendance system)wear out.
‚. The fingers (Time and Attendance system)have too many wrinkles which change frequently.
ƒ The skin on the fingers (Time and Attendance system)peels off badly.
For users whose fingerprints are beyond recognition, they can delete these fingerprints and enroll them again or enroll a
fingerprint of another finger.
It is recommended to select fingers (Time and Attendance system)with good fingerprint (biometric fingerprint time clock readers, time and attendance system) quality (few wrinkles, no peelingoff
and distinct fingerprint)
for fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment. Press the finger flatly on the fingerprint (biometric fingerprint time clock readers, time and attendance system) sensor and be sure that the pad (not the tip) covers as
much of the sensor window as possible. Perform fingerprint (biometric fingerprint time clock readers, time and attendance system) match test after finishing enrollment. It is recommended to
enroll the fingerprints of several fingers (Time and Attendance system)as backup.
Furthermore, the FRT provides the 1:1 matching and password verification functions especially for users who have
difficulty in or cannot pass fingerprint (biometric fingerprint time clock readers, time and attendance system) verification.
Question: What are the possible causes of FRT communication failure?
Answer: The possible causes are listed as follows:
 The setting of communication port is incorrect. The port set for communication is not the COM port actually used.
‚ The setting of the communication port baud rate of the PC is not consistent with that of the FRT.
ƒ The FRT is not connected with the power supply or the PC.
„ The FRT is connected with the PC but not powered on.
… The No. of the connected terminal is incorrect.
† The data cable or converter is faulty.
‡ The COM port of the PC is faulty.
Question: What are the possible causes of incomplete display (sometimes halfscreen
display) or blurred screen
after the FRT is powered on? How to fix it?
Answer: The possible causes are listed as follows:
 The main board is faulty.
‚ The LCD display is faulty.
In either of the above cases, you need to contact the supplier and return the FRT for repair.
Question: How can I delete a FRT administrator?
Answer: Connect the FRT with a PC and establish communication between them. Select the FRT management tab, and
click Delete Administrator to delete the FRT administrator. You can access the FRT menu after disconnecting the FRT
with the PC.
Question: Why is there a beep sound during the communication between FRT and PC?
Answer:
 If the beep sound occurs in RS232
communication mode, the baud rate settings of the PC and FRT are inconsistent.
‚ If the beep sound occurs in RS485
communication mode, it is possible that the two communication cables of the
converter are inversely connected or stuck together.
Question: Why does the FRT constantly display “Please press (remove) your finger again”? How to fix it?
Answer: The possible causes are as follows:
 There is dirt, grease or scratch on the surface of the fingerprint (biometric fingerprint time clock readers, time and attendance system) sensor, which may lead the fingerprint (biometric fingerprint time clock readers, time and attendance system) sensor to
mistakenly think there is a finger pressing on the surface. Remove the dirt or grease on the surface of the fingerprint
sensor with an adhesive tape.
‚ The connection cable of fingerprint (biometric fingerprint time clock readers, time and attendance system) sensor comes loose or disconnected.
ƒ The chip of the main board is faulty.
FAQs
50
For
the last two cases, contact the supplier and return the FRT for maintenance.
Question: Why does a failure or error occurs when I read the attendance data while I can download fingerprint
and password data properly? How to fix it?
Answer: This problem may relate to the data cable, converter or the COM port setting of the PC. You may try
decreasing the baud rate of the PC and FRT, for example, set it to 19200 or 9600 before reading the attendance data
again.
Appendix
51
13
Appendix
The functions described in Appendix are all optional. If you need FRTs that support these functions, please consult our
commercial representatives or presales
technical support engineers.
13.1 USB
USB Host
The FRT is used as the USB Host to externally connect with a USB pen drive for data exchange.
The conventional fingerprint (biometric fingerprint time clock readers, time and attendance system) readers transfer data only through the RS232, RS485 or Ethernet. Bulk data transfer may
take a long time due to the restriction of physical conditions. The USB far outperforms any other previous transfer
modes in terms of data transfer rate. Insert the USB pen drive to the USB slot on the FRT, download data to the USB
pen drive, and then connect the USB pen drive to a computer to import the data to the computer. Further, the FRT also
supports the exchange of user information and fingerprint (biometric fingerprint time clock readers, time and attendance system) data between two devices, which helps dispense with the
hassle of conventional cable connection for data transfer between the FRT and computers.
For the operations of the FRT used as the USB host, see 7. USB pen drive Management.
USB Client
Connect the FRT with the PC as the mobile storage device, and transfer the data stored in the FRT to the PC through the
USB connection cable.
When the FRT is used as the USB Client, the USB communication options will be displayed in the FRT communication
setting menu. For details, see 5.3 Communication Settings.
Note: When the FRT connects with the PC as the USB Client, the PC must be installed with related driver.
13.2 Status Key
Different events relate to different statuses. For example, the attendance involves such statuses as signin,
signoff,
signin
for overtime work, signoff
for overtime work, leave and return. The access control and biometric attendance system system involves such
statuses as entry and exit.
Some FRTs have 6 status keys on their keyboards to set current status, while others have the ▲/▼ key to select current
status. But these statuses must be manually set, that is, to use a status, press related status key. To reduce manual options,
our company has developed the timed status switchover function that enables the FRT to automatically switch over
current status at userspecified
time and display the status on the initial interface.
For details, see 5.2.2 Timed Status Switchover.
13.3 Scheduled Bell
Lots of companies need to ring their bells to signal the start and end of work shifts, and they usually manually ring their
bells or use electric bells. To save costs and facilitate management, our company integrates the scheduled bell function
into the FRT. The options Bell Delay and Bell Time Segment are available on the FRTs that support the scheduled bell
function. There are 8 time segments available every day of a week. You can set the ring time as required. The FRT will
automatically ring at the specified time every week and stop the ring after the ring duration times out.
The FRT rings the bell in the following two ways:
Ring the bell through the speaker configured on the FRT.
Connect an electric bell to the FRT. The FRT will send a relay signal to trigger the electric bell at the specified
time.
13.4 External Connection with the fingerprint (biometric fingerprint time clock readers, time and attendance system) Reader
This function is especially for devices configured with USB interfaces. Insert the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader into the USB slot,
select the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader Menu → Options → Adv Option → Connect with FP Reader and set the option
Connect with FP Reader to Y. After that, the externally connected fingerprint (biometric fingerprint time clock readers, time and attendance system) reader and the builtin
fingerprint reader
of the FRT can be used concurrently.
Appendix
52
When
used for time & attendance management, the externally connected fingerprint (biometric fingerprint time clock readers, time and attendance system) reader can help siphon off some of
the users at peak time; when used for access control and biometric attendance system, the externally connected fingerprint (biometric fingerprint time clock readers, time and attendance system) reader can be placed outside
of the door and the host is placed inside, which not only implements the fingerprint (biometric fingerprint time clock readers, time and attendance system) access control and biometric attendance system both inside and
outside of the door, but also ensures the host security.
Note:
1) After connected, the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader can only be used after restart.
2) Only the fingerprint (biometric fingerprint time clock readers, time and attendance system) readers with the SDK license can be used for external connection.
13.5 Modem
[Overview]
To enable remote communication between a PC and the FRT in areas where Internet access is unavailable, some FRTs
support the PointtoPoint
Protocol (PPP) connection. The PPP connection is a type of endtoend
connection over
telephone cables. The PC implements dialup
network access through a Modem. The FRT must also connect with a
Modem which is then connected with the PSTN over a telephone cable. The FRT accesses the network upon successful
dialup.
[Operation Steps]
1. Connect the FRT with the Modem by using the deliveryattached
cable marked with “Modem”. Power on the FRT
and Modem respectively and then connect the telephone cable to Modem.
2. Select Option → Comm Opt on the FRT and set the option Extern Modem to Y. Save the setting and exit. Then
restart the FRT.
3. The following takes Windows XP dialup
setup as an example to illustrate the procedures of creating a dialup
connection:
1) From the Start menu, choose Control Panel. Click the Network and Internet Connections icon and disable
Local Connection, as shown in the following figure:
2) Select “Create a new connection” from Network Tasks. The New Connection Wizard will start.
3) Click the Next button to begin, as shown in the following figure:
Appendix
53
4)
Make sure the Connect to the network at my workplace option is selected and click the Next button, as shown
in the following figure:
5) Select the Set up my connection manually option and click the Next button.
6) On the next screen you will be prompted to enter a name for the dialup
connection. You can name this connection
anything you wish (e.g. 1019). After you have entered your connection name click the Next button.
7) On the next screen you will be prompted for the phone number for the ISP. Enter the number of the telephone
cable connected with Modem. When entering the local access number, pay attention to the following cases:
i. Extensiontoextension
dialup within a company: Enter the number of extension connected with Modem. “1019”
in the figure above is an extension number.
ii. Dialing extension from an external line: First you need to enter the exchange number and then the extension
number. The exchange and extension numbers are separated with comma(s). Each comma indicates a pause of 3
seconds. Add several commas in between if necessary. Note that you need to prefix an area code to the exchange
number if you dial the extension from another city.
iii. Direct dialup: Enter the telephone number to be dialed and prefix an area code to the telephone number if you dial
the direct line from another city.
iv. Direct outward dialup: Enter 0 or 9 and then the number to be dialed. The number 0 or 9 and the number to be
dialed are separated with a comma, for example, “9,02150814442”.
8) After entering the phone number, click the Next button.
9) After finishing the connection setup, doubleclick
the new connection and the interface as shown in the following
figure is displayed:
10) Both the user name and password are “ppp”. After typing the user name and password, click Dial to start
connection. The default FRT IP address after successful connection is 192.168.1.100.
11) Start the attendance tracking software, and change the IP address into 192.168.1.100.
Appendix
54
12)
Click the Connect button. You can upload or download data upon successful connection (as shown in the figure
below).
[Schematic Diagram of Connection]
[Precautions]
1. Connect Modem with the FRT using the deliveryattached
cable marked with “Modem Cable” in the packing box.
2. Use the deliveryattached
C1 control box (12V) to power the Modem.
3. Before connecting Modem with the FRT, set the option Extern MODEM (MENU → Options → Comm Opt →
Extern MODEM) on the FRT to Y.
4. When Modem is used, the RS232 and RS485 functions of the FRT will be disabled; when the option Extern
MODEM is set to N (that is, Modem is not used), the RS232 and RS485 functions are enabled.
5. The PPP Server is integrated into the FRT. Please adopt Windowsbased
PPP client dialup program to connect A11.
The default user name and password are both “ppp”. After the PPP connection is set up, the IP address of A11 is
192.168.1.100 and that of PC is 192.168.1.133 by default.
13.6 GPRS Functions
The General Packet Radio Service (GPRS) is a new packet data bearer service developed based on the Global System
for Mobile Communications (GSM). As a packet switched system, the GPRS is especially suitable for intermittent and
sporadic or frequent and small packet data transmission and also suitable for occasional bulky data transmission. This
feature is ideal for a majority of mobile applications, for example, the mobile office and Internet access. The GPRS
demonstrates outstanding capabilities in terms of transmission rate, radio resource management and billing.
Our FRT is also GPRScapable.
It supports either builtin
or external GPRS module to implement data transmission
over the GPRS.
For detailed GPRS operations, see related operation instructions.
13.7 WIFI Functions
Wireless Fidelity (WiFi)
is also known as the 802.11b standard. The greatest advantage of WiFi
is its high
transmission rate up to 11Mbps. WiFi
also features long transmission distance and excellent compatibility with various
existing 802.11 DSSS devices. IEEE 802.11b is a radiobased
variant of IEEE 802.11. The bandwidth of IEEE 802.11b
can be up to 11 Mbps and automatically adjusted to 5.5Mbps, 2Mbps and 1Mbps depending the signal strength and
interference level, thus effectively ensuring network stability and reliability. Major advantages: High transfer speed and
reliability. The communication distance can be up to 305 m in an open area and 76 m to 122 m in an enclosed area.
WiFi
can be conveniently integrated with the existing wireline Ethernet, making the networking cost even lower.
Our FRT is also WIFIcapable.
It supports either builtin
or external WIFI module to implement wireless data
transmission over the WIFI.
For detailed WIFI operations, see related operation instructions.
Appendix
55
13.8
Attendance Query
You can query the attendance data of an individual or all employees directly on the FRT that supports the attendance
query feature. This helps remove the hassle of installing software and connecting device for attendance downloading
and query, and facilitates employees to query their own attendance data.
You can query the attendance data of not only an individual but also all employees on the FRT.
For details, see Chapter 10 Query Attendance Record.
13.9 Print
[Function Description]
The FRT supports only the serial port print function. The printed contents are output in RS232 mode and each time after
a user passes the verification, the verification result is output through the serial port. If the FRT is connected with a
printer, the output can be directly printed or queried through a HyperTerminal.
Cable connection between FRT and printer
FRT Printer
2 TXD <>
3 RXD
3 RXD <>
2 TXD
5 GND <>
7 FG
RS232 port pinout
sequence
Schematic diagrams of cable connection between FRT and printer
The FRT has a 9PIN
serial port.
The FRT has a connecting terminal
Appendix
56
[
Operation Description]
Select Menu → Options → System Opt → Adv Option → Print Format on the FRT. The FRT supports 10 print
formats in total.
For example, the piece of attendance record that Jack checks in at 13: 24: 55 on November 1 st 2007 can be printed in the
following 10 formats:
Format 1:
00001 071101
13:24:55
Format 2:
User ID: 00001
Date Time CheckIn
13:24:55
Format 3:
00001 Jack 071101
13:24:55
Format 4 – Format 10
00001 071101
13:24:55
Note:
1. The baud rates of the FRT and printer (HyperTerminal) must be the same.
2. If the default print format falls short of your requirements, please contact our commercial representatives to
customize other formats.
13.10 MP3 Function Description
The MP3 function enables the play of hifi
MP3 music by realtime
decoding MP3 files with an MP3 player. The
MP3capable
FRTs have a builtin
MP3 player to play MP3 voice files of MPEG1.0 Layer III format. Similar to the
scheduled bell, the MP3 function allows users to set 8 time segments and automatically plays MP3 files at
userspecified
time segments.
You can also set an MP3 file to signal the start of work and noon break, or place an announcement into an MP3 file for
the FRT to play at the specified time, thus making your office more employeefriendly.
The FRT can either play MP3 files through its own speakers or through an external sound box.
MP3 play setting
Appendix
57
Under
the menu item Menu → Options → Power Mng → Scheduled Bell, there are 8 time segments available for you
to select. You can set the time segment as required. The FRT automatically plays an MP3 file at the specified time
segment.
Note:
1. All the 8 time segments adopt the 24hour
time system.
2. The time segment 1 relates to file 1.mp3, the time segment 2 relates to file 2.mp3 and so on and so forth.
3. You cannot perform other operations while the FRT is playing an MP3 file.
4. While the FRT is playing an MP3 file, you can press any menu key to stop the play.
MP3 file access
The FRT itself cannot store MP3 files, but it can access MP3 files in the following two ways:
l Access MP3 files through webserver.
Step 1: Select Menu → Options → Power Mng → WEB Server IP on the FRT and enter the IP address of the PC
where the web server is installed.
Step 2: Copy MP3 files to the web server.
If you have already installed web server (IIS, or Apache) on the PC, you can create a folder with the name of “MP3”
under the root directory of the virtual host of the web server. Then copy MP3 files to this folder. Type
http://xxx.xxx.xxx.xxx/mp3/y.mp3 in the IE address bar to check whether you can access the MP3 file normally.
If you have not installed WEB server in your PC, you can install the web server software provided the software in the
following way: Decompress the “web server .rar” file to a certain directory (take d:\ as an example). Doubleclick
webs.exe under the directory d:\webserver\main to run the Web server and ensure the Web server runs in the entire
process. Copy the MP3 to be played to d:\webserver\web\mp3. Type http://xxx.xxx.xxx.xxx/mp3/y.mp3 in the IE
address bar to check whether you can access the MP3 file normally.
Note: “xxx.xxx.xxx.xxx” refers to the IP address of the PC where the Web server is installed and “y” in “y.mp3” refers
to the number of an MP3 file.
Step 3: The FRT reads and plays the mp3 file through web server at userspecified
time segment.
l Access MP3 file through a USB pen drive.
Copy MP3 files to a USB pen drive. The FRT automatically searches the set MP3 file in the USB pen drive to play at
the userspecified
time segment.
Note: The FRT searches and plays MP3 files in the following sequence:
Search MP3 files on the Web server.
Search MP3 files in the USB pen drive if no MP3 file is specified on the Web server or the Web server cannot be
accessed.
Play its own ringtone
if the USB pen drive is not inserted or the specified MP3 file is not found in the USB pen
drive.
MP3 play modes
The FRT can either play MP3 files through its own speakers or through an external sound box.
l Volume control
The FRT supports the volume control function. If the volume of the MP3 player is too high or low, you can adjust the
volume by selecting Menu → Options → System Opt → Adv Option → Volume Control on the FRT.
l MP3 file format
The FRT supports MP3 files of MPEG1.0 Layer III format. (The MPEG1.0 Layer III format is the common format for
MP3 files. If an MP3 file cannot be played by the FRT because it is compressed by a standard (e.g. MPEG I Layer 1 or
Layer 2) that the FRT does not support, replace it with another MP3 file.)
l MP3 file detection
To check whether an MP3 can be played, select Menu → Options → Auto Test → MP3 Test on the FRT.
Appendix
58
13.11
Short Message
FRTs of some models support the transfer of public and private short messages at the specified time and for a specified
individual. You can edit public or short messages through the background software and then upload them to the FRT.
The public short messages are displayed on the screen all the time once the FRT is started, while private short messages
are displayed upon the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification. This function helps reduce the workload for the HR department and
greatly enhance working efficiency.
A short message for an individual: For example, if an employee’s birthday is October 20 th , then you can edit a short
message “Happy birthday to you!” through the background software, upload the short message to the FRT, and set it to
be displayed on October 20 th . This message will be displayed on the screen once this employee verifies his/her
fingerprint.
A short message for a group of employees: for example, for a plenary meeting scheduled to be held on June 19 th , you
can edit a short message “Please attend the plenary meeting at ×× in the ×× meeting room” (you can edit it as required)
through the background software and upload it to the FRT. Then on June 19 th , this short message will be displayed all
the time on the screen once the FRT is started.
Setting of short messages: After setting the short message in the attendance software, upload it to the FRT. The FRT
supports the import of short messages in two modes:
l Direct import by connecting the software to the FRT.
l Import from a USB pen drive.
Operation Description:
1. Edit a short message by selecting the External Program→ SMS Mng menu item of the attendance software,
connect the attendance software to the FRT and upload it to the FRT.
2. Edit a short message by selecting the External Program→ SMS Mng menu item of the attendance software. Select
External Program→ PenDrive Mng→ Export → Export to PenDrive to export the edited short message to the USB
pen drive. Insert the USB pen drive into the slot on the FRT upon successful export, and select Menu → PenDrive
Mng → Upload SMS to upload the short message from the USB pen drive.
Display of short messages: Public short messages are displayed all the time on the screen once the FRT is started.
Private short messages are displayed upon fingerprint (biometric fingerprint time clock readers, time and attendance system) verification.
Note: You can upload a maximum of 1024 public or private short messages to the FRT.
13.12 Multiple Verification Modes
Currently the FRT falls short of the requirements for highsecurity
access control and biometric attendance system by providing the fingerprint (biometric fingerprint time clock readers, time and attendance system) only,
password only and ID + fingerprint (biometric fingerprint time clock readers, time and attendance system) verification modes. To provide featurerich
access control and biometric attendance system systems, we support
customization of multiple verification modes for individuals or groups to meet the most stringent security requirements
of customers. Apart from the fingerprint (biometric fingerprint time clock readers, time and attendance system) only, password only and ID + fingerprint (biometric fingerprint time clock readers, time and attendance system) verification modes, the FRT also
supports a combination of the ID (PIN), fingerprint (biometric fingerprint time clock readers, time and attendance system) (FP), password (PW) and RF verification to achieve up to 15
verification modes as listed in the following tables.
Note: 1) Mifare can be deemed as RF in the verification process and Mifare card verification is only available for
Mifarecardcapable
FRTs.
2) Except for some FRTs of specific models, the B&W screen series FRTs support only the fingerprint (biometric fingerprint time clock readers, time and attendance system) and password
verification modes. The Mifarecardcapable
FRTs also support the Mifare card verification apart from the fingerprint
and password verification modes.
3) The FRT supports up to 15 verification modes to meet the requirements of different customers. “/” means “or”, “&”
means “and” and “←” means confirmation (OK).
Users enroll their fingerprints and passwords on the FRT. The verification modes are listed as follows:
Type Description
Fingerprint verification only
FP PIN+FP (1: 1)
2) FP (1: N)
3) RF+FP (1: 1)
Appendix
59
Type
Description
ID number verification only
PIN Users can pass the verification as long as they type their ID numbers through keyboard
regardless of their enrollment modes.
Password verification only
PW 1) PIN+“←”+PW
2) RF+PW
RF Card verification only
RF
1) RF
Fingerprint or password verification
FP/PW
PIN+FP(1:1)
2) FP(1:N)
3) PIN+“←”+PW
4) RF+PW
Fingerprint or RF verification
FP/RF 1) PIN+FP(1:1)
2) FP(1:N)
3) RF
Password or RF verification
PW/RF 1) RF
2) PIN+“←”+PW
Fingerprint or password or RF verification
FP/PW/RF
1) PIN+FP(1:1)
2) FP(1:N)
3) PIN+PW
4) RF
ID number and fingerprint (biometric fingerprint time clock readers, time and attendance system) verification
PIN & FP 1) PIN+“←”+FP(1:1)
2) RF+ PIN+“←”+FP(1:1)
Fingerprint and password verification
FP&PW 1) FP(1:N)+PW
2) PIN+FP(1:1)+PW
3) RF+PW + FP(1:1)
Fingerprint and RF verification
FP&RF 1) RF+FP(1:1)
2) FP(1:N)+RF
3) PIN+FP(1:1)+RF
Password and RF verification
PW&RF RF+PW
PIN+“←”+PW+RF
Fingerprint, password and RF verification
FP&PW&RF 1) FP(1:N)+PW+RF
2) PIN+FP(1:1)+PW+RF
3) RF+ PW+ FP(1:1)
ID number, PIN & FP &PW fingerprint (biometric fingerprint time clock readers, time and attendance system) and password 1) PIN+“←”+PW+FP(1:1)
Appendix
60
Type
Description
2) RF+ PIN+“←”+PW+FP(1:1)
Fingerprint and ID number or fingerprint (biometric fingerprint time clock readers, time and attendance system) and RF verification
FP & PIN /RF
1) FP+ PIN
2) FP +RF
3) PIN+FP(1:1) + PIN
4) PIN+FP(1:1) +RF
Users enroll their fingerprints or passwords on the FRT. The verification modes are listed as follows:
Description
Type
Enroll fingerprint (biometric fingerprint time clock readers, time and attendance system) Enroll password
FP
Fingerprint verification only
1) PIN+FP (1:1)
2) FP (1:N)
3) RF+FP(1:1)
Verification failure
PIN ID number verification only
1) PIN is entered through the keyboard. 1) PIN is entered through the keyboard.
PW Password verification only
Password error 1) PIN+“←”+PW
2) RF+PW
RF RF Card verification only
1) RF 1) RF
FP/PW
Fingerprint or password verification
1) PIN+FP(1:1)
2) FP(1:N)
3) PIN+“←”+ FP(1:1)
4) RF+FP(1:1)
1) PIN+“←”+PW
2) RF+PW
FP/RF
Fingerprint or RF verification
1) PIN+FP(1:1)
2) FP(1:N)
3) RF
1) RF
PW/RF
Password or RF verification
1) RF
2) PIN+“←”+RF
1) PIN+”←”+PW
2) RF
FP/PW/RF
Fingerprint or password or RF verification
1) PIN+FP(1:1)
3) FP(1:N)
4) PIN+“←”+ FP(1:1)
5) RF
1) PIN+”←”+PW
2) RF
FP&PIN
Fingerprint and ID number verification
1) PIN+“←”+FP(1:1)
2) RF+ PIN+“←”+FP(1:1)
Verification failure
FP&PW fingerprint (biometric fingerprint time clock readers, time and attendance system) and password verification
Verification failure Verification failure
FP&RF fingerprint (biometric fingerprint time clock readers, time and attendance system) and RF verification
Appendix
61
Description
Type
Enroll fingerprint (biometric fingerprint time clock readers, time and attendance system) Enroll password
1) RF+FP(1:1)
2) FP(1:N)+RF
3) PIN+FP(1:1)+RF
Verification failure
PW&RF Password and RF verification
Verification failure RF+PW
PIN+“←”+PW+RF
Fingerprint, password FP&PW&RF and RF verification Verification failure Verification failure
FP&PIN&PW Fingerprint, ID number and password Verification failure Verification failure
Note: 1) 1:N also includes 1:H and 1:G.
2) It is recommended to enroll both fingerprints and passwords for the combined verification mode; otherwise, it
may lead to verification failure.
For example, user A only enrolls his/her fingerprint, but the verification mode is PW, so user A will fail the
verification.
13.13 EM Readonly
Card, HID Card, Mifare Card, iClass Card
To accommodate the market demand for the currently popular RF cards, we have developed the FRT with builtin
noncontact
RF EM card reader module. By integrating the EM readonly
card, this FRT can be conveniently
consolidated into the existing telephone, canteen POS and access control and biometric attendance system system. This FRT supports multiple
verification modes including the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification, password verification, card verification, card + fingerprint
verification and card + password verification to meet the diversified customer needs.
EM Readonly
Card
The EM Readonly
Card supports thick (1.88 mm), thin (0.88 mm) and mediumthickness
(1.05 mm) ID/EM cards with
working frequency of 125 kHz and card reading distance of 5m.
HID Card
To accommodate to the market demand for the currently popular RF cards, we have developed the FRT with
noncontact
RF HID card reader module. By integrating the HID readonly
card, this FRT can be conveniently
consolidated into the existing telephone, canteen POS and access control and biometric attendance system system. This FRT supports multiple
verification modes including the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification, password verification, card verification, card + fingerprint
verification and card + password verification to meet the diversified customer needs.
The FRT supports HID cards with working frequency of 125 kHz and card reading distance of 2m to 5m.
Mifare Card
To accommodate the market demand for the currently popular RF cards, we have developed the FRT with noncontact
RF Mifare card reader module. By integrating the Mifare card, the FRT can be conveniently consolidated into the
existing telephone, canteen POS and access control and biometric attendance system system. This FRT supports multiple verification modes including
the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification, password verification, card verification, card + fingerprint (biometric fingerprint time clock readers, time and attendance system) verification and card + password
verification to meet the diversified customer needs.
The FRT supports MIFARE noncontact
smart cards with working frequency of 13.56 MHz and card reading distance
of 3m to 5m.
For the operations of the Mifare cards, see Mifare Card User Guide.
iClass Card
To accommodate to the market demand for the currently popular iClass cards, we have developed the FRT with
noncontact
RF iClass card reader module. By integrating the iClass card, the FRT can be conveniently consolidated
into the existing telephone, canteen POS and access control and biometric attendance system system. The FRT supports multiple verification modes
including the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification, password verification, card verification, card + fingerprint (biometric fingerprint time clock readers, time and attendance system) verification and card +
password verification to meet the diversified customer needs.
Appendix
62
The
FRT supports iClass read/write noncontact
smart cards with working frequency of 13.56 MHz and card reading
distance of 2m to 5m.
For the operations of the iClass cards, see iClass Card User Guide.
13.14 Masterslave
function ê
Two devices, a master and a slave, both controlling the same lock, are connected by RS232/RS485/Wiegand.
1. The Applications of the Master and the Slave
1) Record storage:
By default, the master status is exit and the slave status is entry. The records of entry and exit are both saved on the
master.
2) AntiPassback
function:
Whether to perform the antipassback
function is determined by the latest record of the user’s entry and exit. With this
function, the exit record must match the entry record. The function supports “Out”, “In”, “In Out”, “None and save ” or
“None”. antipassback.
By default, the identification status of the master is exit and that of the slave is entry, so if ” out
antipassback
” has been set and when the last record of the user’s entry is not “entry”, the system will prompt
antipassback
refusal” and refuse to open the door if the user wants to exit. The logic is the same with “out
antipassback”
and ” in out antipassback”.
For example, now A wants to exit.
① If the last record for A is not entry, the device will prompt antipassback
refusal and refuse to open the door.
② If the last record for A is entry, after the fingerprint (biometric fingerprint time clock readers, time and attendance system) identification is passed, the device will open the door.
3) Alarm function
If the slave is equipped with alarm function (e.g. F10), when an alarm incident occurs, the slave will forward it for the
master to process. There is no such function on device that is not equipped with alarm function.
2. The Connection of the Master and the Slave
Currently, three modes-RS232, Wiegand and RS485 are applicable for the connection of the master and the slave. Of
the three, RS232 is less often used due to its deficiency that its connection distance is short. For example, it can be used
when the master and the slave are just installed respectively inside and outside a door. Its connection principle is similar
to that of RS485, which is omitted here. The Wiegand connection is widely used, most of whose devices on the market
are applicable to the master and the slave. RS485, whose transmission distance is great (however it is recommended that
the distance should not be over 600 meters), applies to most occasions, but the slave must be equipped with the inBIO
reader (which is used for collecting fingerprint (biometric fingerprint time clock readers, time and attendance system) or swiping card).
If Wiegand connection is to be used, the connection and setting for antipassback
are as follows:
1) Select model:
Master machine: Machine with Wiegand in function, except for F10 Reader.
Slave machine: Machine with Wiegand Out function.
Appendix
63
2)
Masterslave
menu setting:
This machine supports out, in, outin,
No, No and saved antipass
back (enter Menu >
setting >
system setting >
advanced setting >
antipassback).
3) Modify device’s Wiegand output format:
If the two devices are communicating, only Wiegand signals without device ID can be received. Enter device Menu >
Comm. Opt >
Wiegand option or enter software: Basic setting >
device management >
Wiegand, to modify “defined
format” as “wiegand26 without device ID”.
4) Enroll user:
The user must be on master machine and slave machine at the same time, and user PIN must be the same. Therefore, it
is necessary to enroll user on master machine and slave machine at the same time.
5) Connection instruction:
Wiegand communication is adopted for master machine and slave machine. Refer to the following for connection:
Master Slave
IND0 <>
WD0
IND1 <>
WD1
GND <>
GND
If RS485 connection is to be used, the connection and setting for antipassback
are as follows:
The mode of RS485 is a new application in the connection of the master and the slave. In this mode, user information,
fingerprint verification, card verification and authority verification are all processed on the master and the slave is only
used as a collector. Therefore, the software only needs to manage user information and record information on the
master.
1) Choosing devices:
The master: It must have the 485 communication function (upgrade firmware required).
The slave: It must use the inBIO readers (reader only responsible for collecting fingerprint, such as F11 and SR200).
2) Setting the menu on the master:
Setting the master:
①Access Menu>Settings>System Settings>Advanced Settings>Antipassback.
The setting can be “Out”, “In”, “In
Out”, “None and save ” or “None”.
②Access Menu>Settings> Access Options>485 reader. If “Yes” is chosen, the master and slave function of 485 mode is
started and at the same time the communication function with PC is forbidden. If “No” is chosen, the machine runs
normally the communication function of PC.
Setting the slave:
Set the device number, identical to the master.
3) Connecting the master and the slave
The master and the slave are for RS485 communication, whose connection is shown as in the figure:
Master Slave
485+ <>
485+
485< >
485GND
<>
GND
3. The Use of the Master and the Slave
After the devices are started, the master works the same as common access control and biometric attendance system. The slave cannot verify. When a
fingerprint is pressed or a card is swiped on the slave, the indicator will blink and “click, click” will sound to prompt
and the verification result will be displayed on the master.
Appendix
64
13.15
Remote Identification Server (RIS)
Due to the capacity and speed constraints, it is unlikely to store a hefty amount of fingerprints (for example, thousands
of fingerprints) offline on the FRT. Even if the FRT is highly scalable, the offline running speed of the FRT is way too
slow as opposed to the PC. Therefore, the offline RFT falls short of the requirements raised by some large verification
system for large fingerprint (biometric fingerprint time clock readers, time and attendance system) storage capacity and high match efficiency. To accommodate to these requirements, our
company delivers the Remote Identification Server (RIS) solution.
Operating Principle of the RIS
The RIS solution uses the FRT as the fingerprint (biometric fingerprint time clock readers, time and attendance system) reader while retaining its offline verification function. By using the
network function of the FRT, it sends the data such as the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification templates and fingerprint (biometric fingerprint time clock readers, time and attendance system) images to the
background for verification, stores verification results in background database and displays them on the LCD screen of
the FRT.
The RIS solution is especially suited to large database match of factories with a headcount of 1000 to 3000 employees,
making time & attendance tracking highly efficient. Furthermore, to address the issue of crossfactory
staff mobility, we
also propose the zone and quasiDNS
solutions. By logically dividing server locations and dynamically identifying staff
mobility, the FRT realizes free staff mobility and dispenses with manual configurations. The quasiDNS
solution
developed based on the DNS ensures stable system running and even and efficient resource allocations even in the case
of traffic burst.
RIS Architecture
The basic mode of the RIS is client/server (c/s) mode, as shown in the following figure. The FRT only serves as the
fingerprint reader and sends fingerprints to the RIS. The RIS verifies the fingerprint (biometric fingerprint time clock readers, time and attendance system) templates from the FRT by taking
advantage of the powerful processing capability of PC, stores the verification results in the center database and returns
them to the FRT for display at the same time. At present the verification speed of the FRT is less than 2s when the total
number of fingerprints is 5,000.
RIS Operation Description
Menu setting
Select Menu → Options → System Opt → Adv Option on the RIScapable
FRT and you can see the following two
options:
l Remote Verify: This option includes four values: “NO”, “NL”, “LO” and “LN”.
l Server IP: This option is used to set the IP address of the RIS.
After the FRT is successfully connected with the RIS, select Menu → User Manage → Enroll User and the following
option is displayed:
Remote FP Enroll: The remote fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment is available after this option is set to Y.
RIS software
The RIS software includes three parts: fingerprint (biometric fingerprint time clock readers, time and attendance system) enrollment, verification server personnel configuration and
fingerprint verification server.
For details of the RIS, see RIS Specifications.
Appendix
65
13.16
iClock Attendance System
Overview of iClock
The iClock series is a type of Web Serverbased
attendance system that adopts the common Web page requests to handle
and manage data. It centralizes multiple functions such as the onsite data collection, onsite smart interface
(RS232/RS485), communication protocol conversion, image capturing, alarm data storage and Web server. The uniform
monitoring platform underpinned by the iClock can conveniently provide integrated solutions for onsite device
management and attendance tracking. The iClock is free from geographical restrictions and does not require the
installation of other software. You can download the employee data stored in the remote fingerprint (biometric fingerprint time clock readers, time and attendance system) terminal through
various types of browsers such as IE and Netscape, and prepare statistical reports for enterprise management and
decisionmaking.
Further, the iClock can help management personnel to query employees’ attendance/onthejob
information anytime and handle important services such as the attendance, access control and biometric attendance system and salary report after going
online. With the iClock, customers can really have realtime
synchronization at hand anywhere at any time.
Role of Builtin
Web Server
1. Lightlyattended
or unattended
The Web Server can be reliably and stably deployed on site through TCP/IP and Ethernet. You can perform remote
query and operation of the data stored in the equipment in realtime,
upload/download data and upgrade system through
the browser without resorting to any software or tools.
2. Interworking with other related software
The Web Server features excellent compatibility with other related software to meet customer needs in a more flexible
way.
3. More stable and fast remote data communication mode
You can stably and quickly download data to a local PC through the Web Server. You can download all data in the
device within a short time through the browser without worrying about the data reliability.
4. More flexible and easytouse
data management and resource sharing mode
The applications constructed based on the Web Server platform make the data management more flexible and easier.
5. The Web Server can easily interconnect or integrate with the OA and CRM systems to implement the complete
networkbased
HR management solutions.
Use of iClock Series FRTs
The iClock series supports three connection modes: LAN, telephone line dialup network and Internet. When
successfully accessing the Web server through browser, you need to enter a username and password. The default
username is “administrator” and password is “123456”. For details of iClock series, see iClock User Guide.
13.17 Web Server access control and biometric attendance system
Overview of Web Server access control and biometric attendance system Software
The Web server access control and biometric attendance system system is remote data collection/access control and biometric attendance system system based on the Web Server
technology and underpinned by the standard TCP/IP network structure. It adopts the common Web page requests to
handle and manage data. It is free from geographical restrictions and does not require the installation of other software.
You can download the employee data stored in the remote fingerprint (biometric fingerprint time clock readers, time and attendance system) terminal through various types of browsers such
as IE and Netscape, and prepare statistical reports for enterprise management and decisionmaking.
With the Web
Server access control and biometric attendance system software, customers can really have realtime
synchronization at hand anywhere at any time.
Role of Builtin
Web Server
See iClock Attendance.
Use of Webserver access control and biometric attendance system Software
When using the webserver access control and biometric attendance system software, you need to set the IP address of the FRT, for example,
192.168.1.115. Then type http://192.168.1.115 in the IE address bar. The default username of the super administrator is
“admin” and password is “admin888”.
For details of the webserver access control and biometric attendance system software, see Webserver access control and biometric attendance system Software Specifications.
Appendix
66
13.18
Automatic IP Address Collection
It is possible that the administrator may forget the IP addresses of the FRTs when multiple FRTs are managed on the
same LAN. To remove the hassle of querying the IP addresses of FRTs one by one, we develops a type of software that
automatically collects the IP addresses of FRTs on the LAN.
All you need is to copy all dll files to the system directory System32, and select Start → Run to run regsvr32
zkemkeeper.dll. After the system prompts registration success, doubleclick
DeviceSearch.exe to run the software.
13.19 Wiegand Protocol
Wiegand26 is an access control and biometric attendance system standard protocol established by the access control and biometric attendance system Standard Subcommittee affiliated
to the Security Industry Association (SIA). It is a noncontact
IC card reader interface and output protocol.
Wiegand26 defines the interface between the card reader and controller used in the access control and biometric attendance system, security and other
related industrial fields. Wiegand26 helps standardize the work of the card reader designers and controller
manufacturers. The FRT is also designed in compliance with Wiegand26.
Digital Signals
Figure 1 is a sequence diagram in which the card reader sends digital signals in bit format to the access control and biometric attendance systemler. In
this sequence diagram, Wiegand follows the SIA’s access control and biometric attendance system standard protocol for the 26bit
Wiegand card reader
(one pulse time ranges between 20us and 100us, and the pulse jump time ranges between 200us and 20ms). Data1 and
Data0 are high level (larger than Voh) signals till the card reader prepares to send a data stream. The asynchronous
lowlevel
pulse (smaller than Vol) generated by the card reader is sent to the access control and biometric attendance system panel (The sawtooth
wave
as shown in Figure 1) through Data1 or Data0. Data1 and Data0 pulses will neither overlap nor be generated
synchronously. Table 1 lists the maximum and minimum pulse widths (a consecutive pulse) and pulse jump time (time
between pulses) allowed by the F series fingerprint (biometric fingerprint time clock readers, time and attendance system) access control and biometric attendance system terminal.
Table 1 Pulse Time
Symbol Definition Typical Value of Reader
Tpw Pulse Width 100 μs
Tpi Pulse Interval 1 ms
Figure 1 Sequence Diagram
Wiegand Format
The Wiegand format adopted by the FRT is the universal access control and biometric attendance system protocol.
26Bit
Wiegand Format
The composition of the open de facto 26 Bit Weigand industry standard contains 8 bits for the facility code and 16 bits
for the ID number field. Mathematically, these 8 facility codes allows for a total of just 256 (0 to 255) facility codes,
while the 16 ID number bits allow for a total of only 65,536 (0 to 65,536) individual ID’s within each facility code.
26Bit
Wiegand format is of 26 bits in length, including 2 bits for parity bits.
1 2 9 10 25 26
EP FC CC OP
Appendix
67
Table
2 Definition of Fields
Field Purpose
EP Even Parity bit (EP) is judged based on field 1 to 13 bit. EP is 1 if the number of
“1” is even; otherwise, EP is 0.
FC(bit2bit
9) Facility Code (0255)
Bit 2 is the Most Significant Bit (MSB).
CC (bit10bit
25) Card Code (065
535). Bit10 is the MSB.
OP The value of Odd Parity bit is determined by 14–26 bit. OP is 1 if the number of
“1” is even; otherwise, OP is 0.
Pyramid Wiegand format
Several alternatives exist for customers who require more codes. The first is to switch to Keri’s standard 39 bit Pyramid
format. This 39 bit Wiegand format contains 17 bits for the facility code field and 20 bits for the ID number field.
Mathematically these 17 facility code bits allow for a total of 131,072 (0 to 131,071) facility codes, while the 20 ID
number bits allow for a total of 1,048,576 (0 to 1,048,575) individual ID’s within each facility code. Since there are so
many facility codes in the Pyramid format, a new facility code may be selected for each project. Additionally the large
number of ID’s per facility code makes the Pyramid format ideal for very large projects. For added security, Keri
Systems tracks credential coding to ensure that no duplication occurs. Table 3 provides a summary of the Pyramid
Wiegand format.
Table 3 Pyramid Wiegand Format
Bit Number Meaning
Bit 1 Even parity over bits 2 to 9
Bits 2 to 18 Facility code (0 to 131,071); Bit 2 is MSB
Bits 19 to 38 ID Number (0 to 1,048,575); Bit 19 is MSB
Bit 39 Odd parity over bits 20 to 38
Custom Wiegand Formats
The second alternative is to create a custom Wiegand format. Typically, up to 64 bits are available for creating a custom
Wiegand format. With certain limitations, formats with greater than 64 bits may be created. If a customer currently has a
custom Wiegand format from Wiegand or from other proximity manufacturers, Keri can normally match that format.
Although the customer is primarily responsible for custom format card coding, as an added benefit Keri Systems tracks
card coding for additional security. Table 4 provides an example of one possible custom Wiegand format.
Table 4 Example of a Custom Wiegand Format
Bit Number Purpose
Bit 1 Even parity over bits 2 to 22
Bits 2 to 9 OEM code (0 to 255); Bit 2 is MSB
Bits 10 to 21 Facility code (0 to 4,096); Bit 10 is MSB
Bits 22 to 43 ID Number (0 to 524,287); Bit 22 is MSB
Bit 44 Even parity over bits 23 to 43
13.20 Soap Interface
Definition of SOAP
SOAP is a lightweight protocol for exchange of information in a decentralized, distributed environment. SOAP defines
a type of scalable message handling framework by using the XML technology and provides a structure for exchange of
information through multiple underlying protocols. The framework has been designed to be independent of any
particular programming model and other implementation specific semantics.
Application of SOAP Interface
The FRT supports the XMLbased
SOAP data interface. By embedding the SOAP requests in the program, you can
upload and download the user information, fingerprint (biometric fingerprint time clock readers, time and attendance system) data and verification records to and from the FRT. Furthermore,
Appendix
68
you
can conveniently import the user information, fingerprint (biometric fingerprint time clock readers, time and attendance system) data and verification records to the enterprise database or
software to meet different software requirements as well as the special needs for personnel management.
iClockbased
SOAP Specifications
Convention:
All parameters are transferred in form of . The “” in the parameter value is
equivalent to “2”.
All return values are returned in the form of . The return values are returned in the form of attribute
values, for example, .
All SOAP requests are submitted by adopting the POST method.
If a fault occurs, the standard SOAP fault code will be returned.

500
Internal Error
</SOAPENV: Fault>
Other faults comply with the HTTP fault status codes.
If the SOAPXML
format submit does not comply with WELL FORMAT or the accessed method name does not exist,
the system will return “500 Common service error”. For example, for the error of access service name, error 404 will be
returned in the HTTP header.
Service name: iWsService
This service name specifies the SOAP service to be provided by the Web Server.
HTTP header:
Follow the standard SOAPHTTP
header rules
POST /iWsService HTTP/1.0 ‘SOAP service is required
ContentType:
text/xml ‘The SOAP resolution format must be specified to be XML.
ContentLength:
nnnnn ‘The XML size of the SOAP request must be specified.
SOAPAction:”uri:someuri” ‘Extended HTTP. It means the URI behind the action domain of the SOAP can be null.
For example, the acceptable formats include:
SOAPAction:
SOAPAction:””
SOAPAction:”uri:someuri”
The URI can be any valid domain name.
The server returns the following after responding to the SOAP request:
HTTP/1.0 200 OK ‘200 means success
Server: WEBSERVER
ContentType:
text/xml
Returned XMLSOAP
data
Note:
For further development and technical plans, please contact our technical personnel.
13.21 POE Function
1. Overview
Power over Ethernet (PoE) is a technology that enables DC power along with data to be provided to the Ethernetbased
terminal equipment (such as an IP phone or a wireless LAN access point) without any changes in current Ethernet
cabling architecture. A PoE system essentially consists of two major components; the Power Sourcing Equipment (PSE),
Appendix
69
which
delivers power, and Powered Devices (PDs), which receive and use the power. PoE integrates power and data in
the same cabling system, and delivers data and DC power through a Cat5/5E cable.
2. Application
If you connect an FRT with a builtin
PoE module to the PoE system, the FRT can work properly by using the power
provided by the PoE system without any dedicated power adaptor. Thus it not only saves cost but also facilitates cabling
and installation. Table 1 lists the definitions of RJ45 wires on the FRT after the access of the PoE module.
Table 1 Pin Definition of RJ45
Pin (socket notch to top; from right to left) Definition
1 TX+
2 TX3
RX+
4 Power
5 Power
6 RX7
GND
8 GND
3. Advantages
Costeffective
A PoE system only needs to support one cable. In many cases, the PoE system needs to be installed in the places
where AC power is hard to deploy. The PoE system enables an increasing number of devices over Ethernet to
dispense with local power and thus greatly reduces deployment costs and simplifies device management.
Easytoinstall
and easytomanage
The PoE can coexist
with the legacy devices and Ethernet cables on network.
Safe
The PSE only supplies power to the devices that need power supply. The Ethernet cable has a voltage only when
the PSE connects with the PD, which eliminates the creepage risk.
Ease of management of network devices
When a remote device connects with a network, the PoE can implement remote control, reallocation
or reset
of
this remote device.
13.22 Backup Battery (MiniUPS)
A prerequisite for FRT’s proper work is the normal power supply in any cases. Apart from power adaptors, we also
provides 5V and 12V MiniUPSs
which can reduce the impact of power failure as a result of power supply problems on
the FRT operation to the greatest extent.
1. Operating principle
Usually the backup battery remains in idle state, and the power adaptor converts AC to DC power supply for the FRT. If
the backup battery is in nonsaturated
state, it will charge automatically. In the event of power failure, the backup
battery will automatically switch into the discharge state to supply power to the FRT.
2. Model
1) 5V MiniUPS
Input: DC5V–2A
Output: DC5V–0.8A
Charge time: ≥7.5 H
Discharge time: 3.0±0.5 H
Indicator: The red indicator is on during charge. The green indicator is on when the battery is saturated.
2) 12V MiniUPS
Input: DC12V/2A
Output: DC7–12V/0.8A
Appendix
70
Charge
time: ≥5.0 H
Discharge time: 3.0±0.5 H
Indicator: The red indicator is on during charge. The green indicator is on when the battery is saturated.
3. Connection mode
Tip: Please first connect the MiniUPS
to the FRP and then charge the MiniUPS.
4. Storage
During long term storage (over 3 months), keep batteries with 50% of rated capacity (perform charging once every 3
months) and put them in a cool and dry place with an ambient temperature from 10°
C–30°C, far away from erosive
substances, fire and heating sources.
5. Precautions for use of batteries
Failure to read the following precautions carefully may lead to battery leakage, overheat, sparking, explosion or rupture.
l Do not connect anode and cathode of the battery directly.
l Do not use batteries in places with ambient temperature over 45°C.
l Do not expose batteries to water or get wet.
l Do not use or store batteries near heating sources (for example, fire or heater).
l Use the original factory charger.
l Do not reverse the positive (+) and negative ()
terminals.
l Do not connect the battery directly to any wallmounted
socket or vehiclemounted
cigarette lighter socket.
l Do not put the battery into fire or apply heat to them. Do not connect anode and cathode of the battery using a
conductor or other metal objects to avoid a short circuit. Do not transport or store batteries together with necklaces,
hair pins or other metal objects.
l Do not disassemble the battery or form a short circuit.
l Do not strike the battery with any sharp edge parts.
13.23 9digit
Enrollment Number
The standard user IDs supported by the FRT for user enrollment are 5 digits long (ranging between 1 and 65534). In
practice, customers may require user IDs with digits more than 5 digits. We can customize devices supporting 9digit
user IDs to meet your needs.
13.24 Automatic Time Calibration
Considering the huge workload for onebyone
time calibration of multiple FRTs in a network, you can specify a device
or PC in this network as a time server, and set the Automatic Time Calibration option of the tobecalibrated
devices
to the IP address of the specified time server. Then other devices will automatically connect with this server for time
calibration. You only need to ensure that all the devices can access the time server.
For example, several FRTs in a network support the automatic time calibration function. Set FRT A to the time server.
The display time of FRT A is 11:00 on October 28 th 2006, and its IP address is assumed “192.168.1.100”. You need to
set the time of devices in the quantity of M in this network to be synchronous with the FRT A. Access these devices and
select Menu → Options → System Opt → Adv Option. In the displayed [Adv Option] interface, check the
Automatic Time Calibration option and set it to the IP address of the time server. After completing these settings,
restart the devices. These devices will automatically search the time server after a period of time to keep synchronous
with the time of the time server.
13.25 Daylight Saving Time (Time Zone Settings)
The Daylight Saving Time (DLST) is a widely used system of adjusting the official local time forward to save energy.
The uniform time adopted during the implementation of this system is known as the DLST. Typically clocks are
adjusted forward one hour in the summer to make people early to bed and early to rise so as to make full use of
Appendix
71
illumination
resources and save electricity. Clocks are adjusted backward in autumn. The specific DLST regulations
vary with countries. At present, the DLST system is adopted every year by about 110 countries in the world.
To meet the DLST requirement, the FRT supports the DLST function to adjust forward one hour at ×× (Hour): ××
(Minute) ×× (Day) ×× (Month) and backward one hour at ×× (Hour): ×× (Minute) ×× (Day) ×× (Month).
For the operations of the FRT menu settings, see 5.1.6 Daylight Saving Time.
13.26 Play Voice Within Specified Time Segment (By Time Segment or Group)
When the user operates the FRT, the FRT often plays voice prompts. For example, the FRT voices “Thank you!” after
the user passes the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification, and voices “Place try again!” if the user fails to pass the verification.
To make the FRTs more userfriendly,
we enables the FRTs to play the specified voice prompts in response to different
user operations.
For instance, if the employee signs in during 6:00–8:00 a.m., the FRT will voice “Thank you!” but if the employee signs
in during 8:00–10:00 a.m., the prompt will become “You are late. Thank you!”
The voice prompts can be set in two ways:
By time segment: The FRT plays different voice prompts in response to the same operation performed within different
time segments.
By group (which is available only on the devices supporting advanced access control and biometric attendance system functions): The FRT plays
different voice prompts in response to the same operation performed by the users from different groups.
To set voice prompts for different time segments, proceed as follows:
You can set a total of 8 time segment voice prompts for a whole day. Select Menu → Options → System Opt → Adv
Option, and select the option TZ Voice. Set the play of voice 001 during 07:00–09:00 a.m. and voice 002 during
10:00–12:00 a.m. as shown below:
TZ Voice
001 07:00–09:00
002 10:00–12:00
003 00:00–00:00
004 00:00–00:00
005 00:00–00:00
006 00:00–00:00
007 00:00–00:00
008 00:00–00:00
After completing the settings, press OK. These settings will take effect after the FRT restart.
13.27 Work Code
[Function Description]
The concept of work code is introduced to facilitate the software to handle the verification records according to different
cases. For example, we define “1” for eating, “2” for seeing a doctor and “3” for smoking, and input corresponding
value when performing a specific action. In this way, the software can easily differentiate among events 1, 2 and 3.
[Operation Description]
You can set the “Work Code” by selecting Menu → Options → System Opt → Adv Option. The “Work Code”
includes three options: Mode 1, Mode 2 and None.
Select “Mode 1”, that is, input the work code (one to nine digits) upon the fingerprint (biometric fingerprint time clock readers, time and attendance system) verification, and press OK to
save the records together with the input work code.
Note:
If you press OK without entering any work code upon successful verification, the work code is left to the default
value “0”.
If you enter the work code upon successful verification without pressing OK, the work code is left to the default
value “0”
If you perform no operation upon successful verification, the FRT will automatically save the record and leave
the work code to “0” five seconds later.
Appendix
72
Select
“Mode 2”, that is, press “▲” and then input the work code (one to nine digits). Press OK and then place your
finger on the sensor by following the prompt. The records will be saved together with the input work code upon
successful fingerprint (biometric fingerprint time clock readers, time and attendance system) verification.
Note:
If you forget to press “▲” and perform verification directly, you still can pass the verification, but the work code
in the record is “0”.
If you perform no operation of the FRT after pressing “▲”, the FRT will return to the initial interface 10
seconds later.
If you select “None”, this function is not enabled. And you will not be prompted to enter the work code by the system in
response to any of your operations.
Note: 1. The existing attendance software can save the field to the database when downloading the attendance records,
but it cannot handle the work code.
2. The existing offline communication development kit supports the work code for users to handle the work code in the
second development. Users can perform classified handling of the records based on the different work codes so as to
collect statistics of different events and verification modes.
13.28 DHCP
The Dynamic Host Configuration Protocol (DHCP) provides a framework for allocating dynamic IP addresses to hosts
on a TCP/IP network. DHCP consists of two components: server and client. The DHCP server performs centralized
management of all the IP network configuration data and handles with the DHCP requests from client. The client uses
the IP address allocated by server.
When our FRT uses the DHCP, it needs a DHCP server and our FRT works as a client.
On the FRT supporting DHCP, select Menu → Options → Comm Opt → Dyn Host Opt, and set the option Dyn Host
Opt to Y. After accessing the network, restart the FRT and the FRT will send a message to the DHCP server, requesting
a dynamic IP address, and a prompt “Acquiring IP address” will be displayed on the screen. The DHCP server will
provide a usable IP address and a subnet mask for the FRT based on the configured address. After the FRT acquires an
IP address, you can select Menu → Options → Comm Opt to query the acquired IP address, subnet mask, and
gateway.
If you set the option Dyn Host Opt to N, the DHCP function will not be activated. You need to manually input an IP
address, subnet mask, and gateway.
13.29 User Grouping
Divide users into different groups. The user needs to first input the number of the group that he/she belongs to and then
place his/her finger on the FRT for recognition. You can also set the unlock time for every group to facilitate the access
control management. The system defines 5 groups: Group 1, Group 2, Group 3, Group 4 and Group 5.
Setting of the “Match by Group” function
On the FRT supporting this function, select Menu → Options → System Opt → Adv Option and set the option Allow
Group on the “Adv Option” interface. If you select Y, the user needs to first input the number of the group that he/she
belongs to and then place his/her finger on the FRT for match. If you select N, the match by group is deactivated during
user verification.
You can set and modify the “Default Group” on the “Adv Option” interface by selecting Menu → Options → System
Opt → Adv Option.
User enrollment
If “Allow Group” is set to Y, the following dialog box will be displayed during the enrollment of a new user. The new
user needs to first set the group that he/she belongs to and then enroll the system.
New Enrol
Input Group ID
1
ESC OK
Note: Current group number is a default value. If you want to change this group number, you only need to input a new
number.
Appendix
73

Match by Group” mode
When “Allow Group” is set to Y, the system adopts the “match by group” mode for verification. Therefore, users are
divided into different groups and they need to first input the number of the group that they belong to and then place their
fingers on the FRT for verification. For details, see 3.4.1 fingerprint (biometric fingerprint time clock readers, time and attendance system) Verification.
Note: The users in “Default Group” can directly place their fingers (Time and Attendance system)on the FRT for fingerprint (biometric fingerprint time clock readers, time and attendance system) match without inputting
their group numbers. The system deems current group as “Default Group” by default.
Group attributes
Select Menu → Options → Access Options → User Acc Opts, and on the displayed “User Acc Opts” interface, you
can view the group that a certain user belongs to and modify related settings, including the group setting, group time
segment, user time segment, and so on. For details, see 4.5.3.3 User access control and biometric attendance system Settings.
View group information
Select Menu → Sys Info → Group FP Info and on the displayed “Group FP Info” interface you can view the number
of fingerprints contained in every group.
Note:
The default fingerprint (biometric fingerprint time clock readers, time and attendance system) count is 600 for every group. If you need to modify this capacity, please consult our commercial
representatives or presales
technical support engineers.
13.30 T9 Input Method
Every of the number keys 2–9 is distributed with 3 or 4 English letters, for example, key 1 has three letters A, B, and C.
You only need to type the key for the desired letter once, all the corresponding uppercase
and lowercase
letters come
up. You can press ▲/▼ to choose the desired letter. The user can type his/her name, department name, and work shift
by T9 input method.
The keyboard layout of T9 input method is as follows:
For example: To input a user name “Robert”, proceed as follows:
Appendix
74
13.31
TTS Function
By use of the TTS technology, the FRT converts normal language text into the speech that can be output as WAV files.
The FRT dynamically edits and plays the speech so that users can enjoy clear natural voice. Users can modify or
customize individualized voice prompts as desired by using PC software.
For detailed operations, see 5. Voice Settings.
Note: The FRT supporting 9digit
user IDs must upload user data first and then fingerprint (biometric fingerprint time clock readers, time and attendance system) data instead of uploading
user and fingerprint (biometric fingerprint time clock readers, time and attendance system) data concurrently during the highspeed
upload of fingerprint (biometric fingerprint time clock readers, time and attendance system) data in RS485 mode.
13.32 Menu Items
The menu items marked with “ê” in this manual are only supported by a specific or tailormade
device and they have
been described above.
Statement on Human Rights and Privacy
Dear Customers:
Thank you for choosing the hybrid biometric products designed and manufactured by us. As a worldrenowned
provider
of biometric technologies and services, we pay much attention to the compliance with the laws related to human rights
and privacy in every country while constantly performing research and development.
We hereby make the following statements:
1. All of our fingerprint (biometric fingerprint time clock readers, time and attendance system) recognition devices for civil use only collect the characteristic points of fingerprints instead of
the fingerprint (biometric fingerprint time clock readers, time and attendance system) images, and therefore no privacy issues are involved.
2. The characteristic points of fingerprints collected by our products cannot be used to restore the original fingerprint
images, and therefore no privacy issues are involved.
3. We, as the equipment provider, shall not be held legally accountable, directly or indirectly, for any consequences
arising due to the use of our products.
4. For any dispute involving the human rights or privacy when using our products, please contact your employer
directly.
Our fingerprint (biometric fingerprint time clock readers, time and attendance system) products for police use or development tools support the collection of the original fingerprint (biometric fingerprint time clock readers, time and attendance system) images. As
for whether such a type of fingerprint (biometric fingerprint time clock readers, time and attendance system) collection constitutes an infringement of your privacy, please contact the
government or the final equipment provider. We, as the original equipment manufacturer, shall not be held legally
accountable for any infringement arising thereof.
J Note: The law of the People’s Republic of China has the following regulations regarding the personal freedom:
Unlawful arrest, detention or search of citizens of the People’s Republic of China is prohibited; infringement of
individual privacy is prohibited.
The personal dignity of citizens of the People’s Republic of China is inviolable.
The home of citizens of the People’s Republic of China is inviolable.
The freedom and privacy of correspondence of citizens of the People’s Republic of China are protected by law.
At last we stress once again that biometrics, as an advanced recognition technology, will be applied in a lot of sectors
including ecommerce,
banking, insurance and legal affairs. Every year people around the globe suffer from great loss
due to the insecurity of passwords. The fingerprint (biometric fingerprint time clock readers, time and attendance system) recognition actually provides adequate protection for your identity
under a high security environment.
Appendix
75
13.33
EnvironmentFriendly
Use Description
The Environment Friendly Use Period (EFUP) marked on this product refers to the safety period of
time in which the product is used under the conditions specified in the product instructions without
leakage of noxious and harmful substances.
The EFUP of this product does not cover the consumable parts that need to be replaced on a regular
basis such as batteries and so on. The EFUP of batteries is 5 years.
Names and Concentration of Toxic and Hazardous Substances or Elements
Toxic and Hazardous Substances or Elements
Parts Name
Pb Hg Cd Cr6+ PBB PBDE
Chip resistor Ï     
Chip capacitor Ï     
Chip inductor Ï     
Chip diode Ï     
ESD components Ï     
Buzzer Ï     
Adapter Ï     
Screws    Ï  
: Indicates that this toxic or hazardous substance contained in all of the homogeneous materials for this part is
below the limit requirement in SJ/T113632006.
Ï: Indicates that this toxic or hazardous substance contained in at least one of the homogeneous materials for this
part is above the limit requirement in SJ/T113632006.
Note: 80% of the parts in this product are manufactured with nonhazardous
environmentfriendly
materials. The
hazardous substances or elements contained cannot be replaced with environmentfriendly
materials at present due
to technical or economical constraints.




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