Aritech ATS1187
Secure MIFARE DESFire EV1/EV2/EV3 card reader with output and RTE input in standard design
- Secure ATS MIFARE DESFire EV1/EV2/EV3 reader
- Supports Secure Mifare (secure mode) or Mifare 4 or 7 byte CSN/UID (Unsecure mode)
- Use secure ATS145x series cards or customer cards
- Secure communication using AES-128 bit encryption between reader and Axon / Advisor Advanced / CDC4 control panel
- Robust molded plastic housing in slim design
- Indoor or outdoor mounting
- ATS bus interface
- Request To Exit input
- Open Collector Output (door open)
- Supported as of Advisor Advanced MR4.2
The ATS MIFARE DESFire EV1/EV2/EV3 readers connect directly to the control panel or 4 door controller using the ATS databus. Communication to Axon or Advisor Advanced control panels is AES encrypted, providing data to be securely communicated from the card to the processing unit. The readers are configured through locally through keypad and control panel menu or addressed through the ATS1482 addressing card. Select secure cards from the ATS145x secure card series. The reader offers a Request To Exit input and one open collector output that can be used to control a door relay or door strike. The ATS Mifare Desfire EV1 readers are designed to transfer card data is a secure and reliable way in various environments. The card data is by default secured by an Interlogix own security key, but can be changed easily in Axon or Advisor Advanced control panels to any custom required key. The readers can optionally be set to read MIFARE CSN numbers instead in unsecure mode. The reader communicates over the ATS LAN databus to Axon or Advisor control panels and 4 door controllers. When connected to Axon or Advisor Advanced control panels, the data between reader and control panel is AES encrypted, securing the data from the card until being processed. The unique design of the housing guarantees that the reader can be used in the most demanding surroundings having IP67 and IK-09 rating. The reader can be installed directly on to a metal surface without any insulation.
