DIY Computer Access Controller RFID RS232 / RS485 › lib › 853111 › aveaks232du.pdf · DIY...
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www.avea.cc RFID RS232 / RS485 Computer Access Controller DIY Computer based cost effective solutions for access control with Time Recorder S2 DU K 32 KS4 DU 85 KS48 DF 5 KS2 DF 32 Quick Start: 1. For KS232D series products - connect the RS232 cable (straight through) from the computer to the terminal block of RS232 port. (See Terminal Layout) For KS485D series products - plug the KC485C (buy separately) into the serial port of the computer. Connect the terminal block of KC485C to the RS485 data bus of the reader. (See Terminal Layout) 2. Connect a 9 to 12VDC supply to the terminal block of 9-12V 300mA. 3. Turn on the computer. 4. Insert the Time Recorder CD into your computer's CD-ROM drive. The Installer will start by itself automatically. If the Installer doesn't start automatically, you can run the setup.exe program to install the software. 5. Follow the installation instruction to finish the installation and follow the Installation Manual of Time Recorder from Start for details of Time Recorder's Setup. Ref:KS232DFU-5\October 28, 08 www.avea.cc
Transcript of DIY Computer Access Controller RFID RS232 / RS485 › lib › 853111 › aveaks232du.pdf · DIY...
www.avea.cc
RFID RS232 / RS485Computer Access ControllerDIY
Computer based cost effective solutions for access control
with Time Recorder
S2 DUK 32 KS4 DU85 KS48 DF5KS2 DF32
Quick Start:
1. For KS232D series products - connect the RS232 cable (straight through) from the computer to the terminal block of RS232 port. (See Terminal Layout)
For KS485D series products - plug the KC485C (buy separately) into the serial port of the computer. Connect the terminal block of KC485C to the RS485 data bus of the reader. (See Terminal Layout)
2. Connect a 9 to 12VDC supply to the terminal block of 9-12V 300mA.
3. Turn on the computer.
4. Insert the Time Recorder CD into your computer's CD-ROM drive. The Installer will start by itself automatically. If the Installer doesn't start automatically, you can run the setup.exe program to install the software.
5. Follow the installation instruction to finish the installation and follow the Installation Manual of Time Recorder from Start for details of Time Recorder's Setup.
Ref:KS232DFU-5\October 28, 08www.avea.cc
Time Recorder Quick Start
PHOTO(Card Information)
LIVE VIDEO(from PC Camera)
PICTURE(Captured by PC Camera
while user presentingthe ID card to the reader)
1. Setup the RFID Readers2. Setup the EMAIL Settings3. Webcam Setup
4. Present the ID cards to the reader.5. Double click the record to enter Card Information. Or, Edit Card Information in Setup6. Start and enjoy the Time Recorder.
For details, please check the Installation Manual oremail us at [email protected] for support.
INDICATION RED LED GREEN LED BUZZER LOCK
Stand by mode – waiting for instruction Blink
Action: Present a card to the reader
The reader is not connected to the computer ON
ID card with NO Card Information ON ON
ID card with Card Information ON ON ON
ID card with Card Information and access allowed ON ON ON RELEASE
LED and Buzzer Indication
KS232DU / KS485DU / KS232DF / KS485DFRFID Computer Access Controller and Time Recorder
INTRODUCTION
The proximity readers are cost effective solutions for access control and time recording solutions. While connecting them to the computer and running the Time Recorder software (in Windows), the program will stamp the date, time and card ID into the computer database, show up the associated picture with the specific ID on the computer screen, capture the photo if a PC camera is connected to the computer and release the electric lock if allow access.
A 9 to 12V DC supply is required to power the reader, which has a current consumption of less than 300mA.
TERMINAL LAYOUT
KS232DU / KS485DU / KS232DF and KS485DF
MODEL KS485DF
ENAB E TERM NATORL I
D
D+A(RS485 D TA BUS)
PEN O SW
G DN(BYPASS SWITCH)
NORMAL OPEN
COMMON
DC OUT
GND
DC IN
GND
(TO ELECTRIC LOCK)
- 3(9 12V 00mA)
( ELAY)R
NORMAL CLOSE
MODEL KS485DU
OPEN SW
GND(BYP SS SWITCA H)
UDC O T
DGN
DC IN
GND
(TO L CTR OCK E E IC L )
9 V m( -12 300 A)
(RELAY)(RELAY)
KS
85
DU
4
5 AT RS48 D A BUS
NENABLE TERMI ATOR
ONORMAL PENC MMONO
R CLONO MAL SE
8K
S4
5D
F
MODEL KS232DF
NORMAL CLOSE
NORMAL OPENCOMMON
O NPE SWGND
L(TO ELECTRIC OCK)
(9- 2V 30 A1 0m )
Y I )(B PASS SW TCH
(REL Y)A
DC OUTGND
DC INGND
RS232 PORT
- DATA TO PC DB9 PIN 2A C - D 9D TA FROM P B PIN 3
N G D - DB9 PIN 5
C(TO OMPUTER)
ACTIVE WHEN TRANSMITNOT USED
NU
DO
T
SE
NOT USED
Power supplynegative terminalPower supply
positive terminal
Power supplynegative terminal
Power supplypositive terminal
OPEN SW
GND(BYPA S SWITCH)S
NORMAL OPENCOMMON
DC OUT
GND
DC IN (positive)DGN (negative)
(TO E ECTRIC CK)L LO
NORMAL CLOSE(REL Y)A
O C - DATA T P DB9 PIN 2
D T F O PC - B P N 3A A R M D 9 IG N DB PI 5D - 9 N
A T E N TR S ITC IV WHE AN MSPD0S 1PD N USEOT D
***Jumper setupfor RS232 mode
N T USEO D
R 23 ORTS 2 P
(TO POWER:19- 2V 300mA)
MODEL KS232DU
NO SEDT U
Six mounting holes of diameter 4mm
KS232DF and KS485DF Dimensions:
116.5mm 21mm
23mm
Front View Rear ViewSide View
Lock power
Lock power
Bypassswitch
Electro-magneticlock
N.O.(NORMAL OPEN)
Lock power
Lock power
Bypassswitch
C(COMMON)
C(COMMON)
N.C.(NORMAL CLOSE)
ElectricStrike
LOCK CONNECTION:
One mounting holes of diameter 5mm
0m
6m
Three mounting holes of diameter 4mm86mm
Front View Rear ViewSide View
10mm 30mm
m8
6m
KS232DU and KS485DU Dimensions:
