Brand Name : Andea Electronics
Model Number : RD202BL
Pla of Origin : CHINA
MOQ : 1 Piece
Pri : Negotiable
Payment Terms : T/T, Western Union, Paypal
Supply Ability : 500~1000 Sets Per Month
Delivery Time : 3~5 work days
Packaging Details : Standard Export Carton, Foam and Protective Film
Place of Origin : CHINA
Operating Frequency : 13.56 MHz
RF Power : 0.25-1.5W
Communication Interface : RS232
Host And Scan Mode : Support
EMI Detection : Support
Dimension : 410*300*29mm
Product Introduction:
RD202BL is a rarely model that allows to be used on metal desktop due to its metal shielded design. Its RS232 communication interface is convenient to link with computer directly. The surface of the reader is acrylic material with silk printing pattern, which is also changeable according to your demands to print your own design or logo if you could meet our minimum order quantity. You could use our testing software easily to read the tag's UID and change EAS bit. Free SDK and testing software could be provided.
This reader is specially designed as library staff workstation for reading several books tagged with RFID tags. It is integrated with reader and antenna together, which is also shielded design to support working normally in metal surrounding environment. As its perfect reading range 40cm and anti-collision algorithm, it is very perfect to read several books overlap in one time.
Product Features:
Technical Specification | |
Model | RD202BL |
Operating Frequency | 13.56 MHz |
Compatible Protocols | ISO 15693 / ISO 18000-3M1 |
RF Power | 0.25-1.5W |
Communication Interface | RS232 |
Reading Range | 40cm |
Misreading Range | ≤10cm |
Working Voltage | DC 12V |
Max Power Consumption | 3.5W |
Metal Shielded Design | Support |
EMI Detection | Support |
Housing Material | Acrylic And Aluminum Alloy |
Dimension | 410*300*29mm |
Weight | 3150g |
Product Application:
This pad RFID reader is suitable for RFID library management in books check in/out.
ISO15693 Library RFID Reader Staff Workstation For Books Check In / Out Acrylic Surface Images |