RFID Card Reader/Write with Semi-Transparent Bezel&USB
This RFID card reader/writer is specifically designed for smart terminals, self-service devices, and industrial IoT scenarios.
Opis
The core highlight lies in the innovative combination of the semi-transparent panel and the LED&RGB lighting system it not only retains the high – efficiency reading and writing performance of RFID technology but also realizes the dual value of “function + vision” through the light and shadow value of “function + vision” through the light and shadow effect of the semi – transparent bezel.
Specification:
| Napon ulaza | DC 5.0±5% V/USBpower supply |
|---|---|
| Trenutna potrošnja | Statička struja: < 50 mA |
| Sučelje | USB |
| Card Specification | Width:53.92~54.18 mm,Length:85.47~85.90mm Thickness: 0.76~1mm(Ex-work standard 0.76mm) |
| condition | Operation:-20ºC~50ºC,0~90 % RH (Non-condensing).Storage: -25ºC~80ºC, 0~95 % RH (Non-condensing). |
| Net Weight | Approx: 0.2 Kg (without accessories) |
| ROHS standard | Comply with ROHS standard. |
| IC card standard | ISO7816 ( AT24C0124;SLE4442,SLE4428;CPU T=0/T=1). |
| RF card standard | ISO1443-3/-4 (TYPEA, TYPEB,CPU card); 1K series S50/S70/UL card read/write. ISO15693 for option |
The light transmittance reaches 85%-92% (ensuring uniform transmission of LED light). The surface is hardened (hardness ≥ 3H), scratch-resistant and fingerprint-resistant. Meanwhile, it has a temperature resistance range of – 25ºC to 80ºC, adapting to complex environments.
Process characteristics: Precision manufacturing ensures performance and texture
The structure is designed in an integrated way. The semi-transparent panel and the body are fixed by both snap-fit and sealant, with a gap of less than 0.1mm. The dust and water resistance rating reaches IP54 (adjustable according to actual test data), making it suitable for damp or dusty environments.
The RFID module and the LED drive circuit are designed with independent partitions. They have passed the EMC electromagnetic compatibility test to avoid the interference of the lighting system on radio frequency identification.
