ARE K1 / RS232 Transponderreader for trovanTM transponders for Industrial Applications
TRANSPONDERREADER FOR TROVANTM 1 TRANSPONDERS FOR INDUSTRIAL APPLICATIONS 1 1 INTRODUCTION 4 2 TECHNICAL DATA 4 2.1 Mechanical characteristics 4 2.2 Outline dimensions 5 2.3 PCB of the ARE K1 6 2.4 Connection characteristics of the digital inputs 6 2.5 Connection characteristics of the relay outputs 6 2.6 Pin configuration of the RS 232 interface 6 2.7 Antenna cable 6 2.8 Pin Configuration of the terminal blocks (for antenna, power lines, etc.) 8 2.9 DIP-Switches 8 2.
8 NOTIFICATION OF CHANGES 13 --------------------------------------------------------------------------------3/13--------------------------------------------------------------------------------
1 Introduction The reader is designed to read trovantm transponders. It is a robust device for industrial applications. It is especially suited for large reading ranges. The adaption to the individual needs can be performed by selection of the most optimal antenna. The wide range of applications for this device includes for example: Production control in car assembly and paint shop, barrel logistics, bin identification, skilift management, etc.
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2.3 PCB of the ARE K1 Input power: Average input current (active antenna AAN FK2 included): Stanby input current (antenna not active) PC interface: Fuse: 1,6 A/250 V inert Number of Inputs (galvanic disconnected): Number of Outputs: Reading time: Reading error rate1: 2.4 24 V(18....30V) 1 A max 0,07 A 2 wire RS 232 1 2 50ms using default settings <1ppm Connection characteristics of the digital inputs The reader is equipped with an galvanic disconnected digital input.
TP4 LED9 - not used LED8 - TxD LED7 - RxD LED6 - power LED5 - error LED4 - dig-input LED3 - read JP5 LED2 - no read LED1 - antenna 1 2 X1 3 4 5 1 2 JP3 JP2 JP1 X2 3 4 5 6 data shielding of data sync ground 12V make contact of relay QN1 relay QN1 break contact of relay QN1 make contact of relay QR1 relay QR1 break contact of relay QR1 JP4 1 X3 2 3 4 1 8 7 2 X5 2 digital input + digital input 24V ground 5 6 1 2 1 +12V GND On 3 4 DIP-Switch X4 shielding ground TXD RXD
2.8 Pin Configuration of the terminal blocks (for antenna, power lines, etc.) 1 data shield sync GND 12 V white brown grey pink green yellow 2 3 4 5 1 2 6 3 4 antenna connector X1-reader a) using LiY-LiYCY-Y 2+2x0,5 (delivered until march 2001) b) using Li2YCY (TP) 3x2x0,34 (delivered from march 2001) 5 2.
3 Firmware The reader supports ASB (AEG ID standard set of instructions). When delivered the reader´s configuration is set into the operation mode 2 (readings triggered by serial interface). The reader can be set to the operation mode 0 (continuous operation) or to the operation mode 1 (triggered by external input). The parameters NRD and NID should only be changed after consulting the manufacturer.
4 Putting into operation 4.1 Putting into operation for the first time a) Connect the device to a 24 V DC source which is able to provide a minimum of 1 A. Connect the antenna with the device. Connect a Personal Computer or equivalent to the device via the RS 232 interface. Please assure the interface is set to the right baud rate. b) Establish a connection to the reader (parameter: 19200 baud, 8N1) by using an appropriate software (for example Windows terminal program).
5 Antennas The following antennas are suitable for this reader: a) high power plate antenna AAN FK6 (only choice for USA) b) high power plate antenna AAN FK2 / FK3 c) rod antenna AAN FK0 The reader with above antennas was tested against the requirements according ETS 300683 and EN 55022 class B. It is possible that antennas of other manufacturers may fit to the device. However, if connecting such non original manufacturer antennas to the device, the warranty will get lost.
7 FCC Information Federal Communications Commissions (FCC) Statement 15.21 You are cautioned that changes or modifications not expressly approved by the part responsible for compliance could void the user’s authority to operate the equipment. 15.105(a) This equipment has been tested and found to comply with the limits for a Class A digital de-vice, pursuant to Part 15 of the FCC Rules.
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