HF Adjustable Power Reader

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RR9291TDB
RoyalRay HF long distance reader RR9291TDB is a high performance ISO15693 protocol HF tag reader. It is designed upon fully self-intellectual property. Based on proprietory efficient anti-collision algorithm, it supports fast tag read/write operation with high identification rate. It can be widely applied in many RFID application systems such as logistics, personnel identification, conference attendance system, access control, anti-counterfeit and industrial production process control system.

  • Characteristic and Advantage
  • Electrical Characteristics
- Self-intellectual property;
- Support mainstream ISO15693 protocol tag (TI, PHILIPS, ST, INFINEON, FUJITSU, EM...);
- RF output power adjustable from 0.25W to 8W(10W);
- Advanced anti-collision algorithm. High identification rate with typical tag processing speed 80pcs/s;
- Support standard 50ohm RFID antenna with effective distance up to 90cm;
- Support transparent command;
- Support tag data scan mode and EAS scan mode
- Support external input and command synchronization in scan mode;
- Support antenna failure detection;
- Support RS232, RS485,RS422,TCPIP interface with optional WiFi interface; Baud rate adjustable;
- Low power dissipation with single +24V DC needed;
- Provide DLL and demonstration software to facilitate development

CHARACTERISTICS

Absolute Maximum Rating

ITEM

SYMBOL

VALUE

UNIT

Power Supply

VCC

28

V

Optical Coupled Input/Output

Vopc

30V/30mA

Operating Temp.

TOPR

-25~+70

 

Storage Temp.

TSTR

-35~+80

Electrical and Mechanical Specification

Under TA25VCC+24V and RF output power 4W unless specified

ITEM

SYMBOL

MIN

TYP

MAX

UNIT

Power Supply

VCC

22

24

26

V

Current Dissipation

IC

0.68

1.2

A

Frequency

FREQ

13.56

MHz

Effective Distance*

DIS

0

900

1000

mm

Relay

Rated Load

CLOAD

        

0.5A at 125VAC

1A at 24VDC

Operating Voltage

125VAC

60VDC

V

Operating Current

1

A

Size

L x W x H

170x135x63

mm

*Effective distance depends on antenna, tag and working environment.