U Pass CPR-303US RFID User Manual Appendix 11 Manual CPR 303US

U Pass Co., Ltd. RFID Appendix 11 Manual CPR 303US

Users Manual

Download: U Pass CPR-303US RFID User Manual Appendix 11  Manual CPR 303US
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Document ID1179911
Application ID6rDyCnzLxCRiauUaQG1mgg==
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Short Term ConfidentialNo
Permanent ConfidentialNo
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Date Submitted2009-10-05 00:00:00
Date Available2009-10-05 00:00:00
Creation Date2009-09-25 18:17:05
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Document TitleAppendix 11. Manual_CPR-303US.pdf
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U Pass co., Ltd
Content
CONTENT....................................................................................................................................2
Caution .......................................................................................................................................3
CHAPTER 1. INTRODUCTION ..................................................................................................4
1.1 Reader Define
1.2 Operation Specifications
1.3 Communication Specifications
1.4 Enviroment Specifications
1.5 h•›Œ••ˆGz—ŒŠŠˆ›–•š
1.6 Reader Specifications
1.7 Product Image
CHAPTER 2. HARDWARE INSTALLATION
2.1 Each partial by summary of hardware
CHATER 3. READER THEORY OF OPERATION
3.1 Blockdiagram
3.2 Reader Theory Of Operation
CHATER 4. USER MANUAL
4.1 Bootloader Connectivity
4.2 Bootloader Manual
4.3 Pin Assign
4.3.1 power
4.3.2 RS -232
4.3.3 Relay
4.3.4 Loop Detector
CHAPTER 5. Contact
CAUTION...
- Use a power cable rated for the voltage in question.
- Be sure however to use a power cable conforming to safety standard of your nation
when using a product overseas.
- Do not place anything heavy on top of the power cable.
- Before turning on the power, be sure to check that the supply voltage matches
the voltage requirements of the instrument.
- Use a power have suitable specifications.
- Use a power plug normally.
- Handle a power adaptor as follows.
a. Remove a dust or foreign body of the surface before plug in.
b. Insert a power plug completely.
c. Do not use a loose power plug.
d. Do not drag a power cable when pull out a power plug.
This can cause a cable short or a fire.
e. Pull out a cable in a dried hand. In case of touching by a wet hand,
an electric shock can be occurred.
- Turn off the power before connecting of a communication cable or
some peripheral devices.This can cause an electric shock.
- Do not the heavy things on the reader to reduce the risk of body injury
when the reader clash to the floor.
- When a strange smoke,small or abnormal temperature occure,stop the reader operating.
a. This is the major cause of an electric shock or a fire.
b. Remove a power cable.
c. Do not disassemble the reader.
- Do not disassemble or convert the reader for repair.
- This can cause hurts,an electric shock or a fire.
- Check the connecting of a antenna port, when the state of tagging is not good.
- Set a reader at the stable place. The vibration can cause to make a fault reader
by falling or damaging.
Chapter 1. Introduction
1.1 Reader Define
The CPR-303US is high performance RFID reader that reliably operated in
outdoor circumstances.
The I/O structure of the CPR-303US enables inputting sensor signal and
outputting controller. With internal antenna and simple construction,
CPR-303US provides a seal against adverse environmental conditions.
It is designed based on ISO18000-6 so that it supports major tag protocols.
The CPR-303US can be operated not only in stand-alone mode but also
in remote control mode by adjusting internal selection switch which enables wide
application range.
The most suitable application range of this reader is parking-lot application,
vehicle and human access control.
1.2 Operation Specifications
- ISO18000 6A, 6B, 6C singular which is satisfied a standard or it will recognize
multiple Tag and there is a possibility which it will write a data in Tag memories.
- External Interface support : RS -232, TCP/IP
- To use LED, the operation state identification is possible from the external.
- User Mode Possibility.
- Firmware upgradable by Bootloader
1.3 Communication Specifications
Serial
9600bps / 38,400bps / 115,200bps
Ethernet
TCP/IP
Tag Air Protocol
ISO 18000 - 6A
ISO 18000 - 6B
ISO 18000 - 6C
External
Interface
Air Protocol
1.4 Enviroment Specifications
Operating Temp.
-30˚C ~ 40˚C
Storage Temp.
-30˚C ~ 70˚C
Humidity
10% ~ 95%
1.5 Antenna Specifications
Form
Micro Fatch Array
Gain
< 6dBi
Polarization
Circular
3dB Beamwidth
20˚ (E-plane)
Impedance
50 Ohm
Size
220x220x13 (mm)
1.6 Reader Specifications
Operation Frequency
905 ~ 928MHz
Operation Tag
ISO 18000 - 6A,6B,6C
RF Output
1W
Modulation
PR - ASK
An Antenna Type
Circular
Operation Type
Hopping Channel
50 Channel
Read Range
4~5m
Channel band widwh
500KHz@1FA
Operating Voltage
DC 24V
Current
0.5A
Size
235x255x55 (mm)
Height
1.5Kg
LAN
RJ - 45
Protocol:TCP/IP
1.7 Product Image
Chapter 2. HARDWARE INSTALLATION
2.1 Each partial by summary of hardware
Bootloader
TCP/IP
etc..
- Bootloader : Firmware upgrade, Interface, Baudrate, Tag Type
- TCP/IP
- etc : RS -232 , TCP/IP, RELAY, LOOP
Chapter 3. READER THEORY OF OPERATION
3.1 Blockdiagram
3.2 Reader Theory Of Operation
CPR-303US device is intended to use as interrogator for UHF RFID system for access control
or industrial automation. Device consist of RF transmitter section and RF receiver section.
Tranmitter section radiates RF power in the UHF ISM frequency band with
narrow band modulation within 500KHz bandwidth and receiver section receiver signal
in the same frequency as transmitter radiates within same frequency channel.
CRP-303US has internal build-in 6dBi gain antenna. Transmitter and receiver sections of device
shares the same antenna for normal operation. As option, receiver section can be
switched to employ additional external antenna for better operation. For this mode of operation
it is needed to soldering a coaxial jumper cable inside of device and connection of
a one more standalone antenna.
Device has auxiliary input signal to control an intended transmission, so to avoid continuous
radiation of RF power CRP-303US must be configured to using of this signal to
start radiation of RF power.
Device also has electrically decoupled pair of connector, used to control external executive
mechanism, like a gate motor or door lock.
Chapter 4. USER MANUAL
4.1 Bootloader Connectivity
Reader SUS
USB Cable (male)
PC
Figure 1
4.2 Bootloader Manual
1.
2.
3.
4.
Cable Connection. (Figure 1. Connection Reference)
aLOADER_APP.exe Execution.
UHF READER(CPR-303US) Power ON.
The boot_loader is connect.
5. In Order.
6. Communication & Baudrate Setting
7. Tag Type & ID Setting
8. READER Firmware Download
8.1 Main Program
Directory Select ( Source File )
->> mPROGRAM ->> MPROGRAM.hex CLICK.
->> Main Program Update Completion...
8.1 Channel Program
Directory Select ( Source File )
->> cPROGRAM ->> CPROGRAM.hex CLICK.
->> Channel Program Update Completion...
->> private use Of Credipass
4.3 PIN ASSIGN
4.3.1. Power ( DC 24V ) UHF READER [ RED ] [ BLACK ]
->( Connection without Polarity )
Black
Red
Ex) Power Supply
DC 24V 1A
4.3.2. RS-232 [ GREEN ] [ WHITE ] [ GRAY ]
4.3.3 RELAY [ ORANGE ] [ VIOLET ]
-> Connection without Polarity because NO VOLTAGE BIAS.
4.3.4 Loop Detector [ BROWN ] [ GRAY ]
Brown
Gray
Loop Detector
Chapter 5. Contact
U Pass Office & Technic Support
- No.509 Daeryung Post TowerIII, 182-4, Guro-3Dong, Guro-Gu
152-847 Korea.
TEL:+82-2-488-8807
FAX:+82-2-488-8277
WARNING STATEMENT
“Changes or modifications not expressly approved by the party
responsible for compliance could void the user's authority to
operate the equipment.”
“NOTE: This equipment has been tested and found to comply
with the limits for a
Class A digital device, pursuant to Part 15 of the FCC Rules.
These limits are
designed to provide reasonable protection against harmful
interference in a
residential installation. This equipment generates, uses and
can radiate radio
frequency energy and, if not installed and used in accordance
with the
instructions, may cause harmful interference to radio
communications. However,
there is no guarantee that interference will not occur in a
particular installation.
If this equipment does cause harmful interference to radio or
television reception,
which can be determined by turning the equipment off and on,
the user is
encouraged to try to correct the interference by one or more of
the following
measures:
-- Reorient or relocate the receiving antenna.
-- Increase the separation between the equipment and receiver.
-- Connect the equipment into an outlet on a circuit different
from that to which the receiver is connected.
-- Consult the dealer or an experienced radio/TV technician for
help.”

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