iButton, security and authentication system on 1-Wire basis iButton contact surface stainless steel. Designed for permanent installation in devices, machines or doors (front doors or bell systems). The data transfer between iButton key and 1-Wire bus is serial. Only one data line and ground is required. The combination of iButton Key and 1-Wire Controller 1 forms an optimally coordinated security or access system. iButton components fit, among others, for the Loxone controller and the E-Service 1-Wire Controller 1 and 1-Wire Controller 2Design Contact surface stainless steel Plastic housing for insulated installation approx. 20 cm connection cable (without plug) For outdoor and indoor use Examples of use Security and authentication system Goods tracking within logistics Access rights for devices and machines Inventory Type DG9092L0-M0-ST Connections 2 wires Design Housing plastic, contact surface stainless steel Bus interface iButton (1-Wire bus with 5VDC, parasitic operation) Dimensions 22.9 x 9.7 mm (DxH) without cable Assembly Fixing by tension spring ring Scope of delivery reading unit with approx. 20cm connection cable, tension spring for mechanical fixation Pin assignment: Data: white GND: brown

RFID button, security and authentication key RFID key fob as access key Access key for mounting on key ring. Available in different colours. Function Access key Technical description RFID UNIQUEChip: 4100; operating frequency: 125Khz, switching distance: 2-15cm Dimensions 28 x 5,8mm (without ring)

iButton, security and authentication system on 1-Wire basis iButton key fob with DS1990A F5 module is fully assembled. Access key for mounting on key ring. Available in different colours.

RFID Reader according to 1-Wire Bus, RFID - iButton reader iButton, security and authentication system on 1-Wire basis Contactless reader unit for reading RFID* cards or keys via the 1-Wire bus. RFID cards are read like normal iButton keys via 1-Wire bus. Each RFID card or key has a unique and uniquely assignable serial number. The only difference is that the RFID's are interrogated wirelessly. The RFID reader is intended for permanent installation in machines, doors or devices. Ideally suited as an access system for front doors or secure areas in companies and public authorities. The data transfer between RFID card or key and the 1-Wire bus is serial. Only three wires with a power supply, data and ground line are required. Examples of use Security and authentication system Goods tracking within logistics Access rights for devices and machines Inventory Type DG9092L2 RFID tags RFID UNIQUE 125kHz, 64 bit Reading distance 2 - 10cm, depending on the quality of the cards or buttons to be read Power supply 6.5 to 32VDC Power consumption approx. 12mA without LEDs Connection 5 wires, approx. 40cm with open cable ends Cable Assignment Yellow: Power supply 6.5 - 32VDC Grey: Ground, GND White: 1-Wire Data Green: Cathode (minus) for green LED Brown: Cathode (minus) for red LED Design Plastic housing, M12 thread LED indicator LED green and red (no series resistor necessary) LED Power consumption approx. 10mA per colour Bus interface iButton, 1-Wire bus with 5VDC voltage Software Like all 1-Wire and iButton components, each RFID tag has a unique and unambiguous serial number. Compared to standard iButton, the data transfer is contactless. As with all 1-Wire modules, several reader units can be operated on one 1-Wire bus. The RFID reader has the following 1-Wire commands: - Read Rome, 33h - Search Rom, F0h The number of the RFID tags is transmitted as follows: CRC (1 byte), 0x00, serial number with 5 bytes, Family Code 01h (DS1990) Dimensions 28 x 9 mm (DxT, visible range) 15mm installation depth, M12 plastic thread Assembly Fixing by M12 threaded screw connection Scope of delivery reading unit with approx. 20cm connection cable, tension spring for mechanical fixation Hint: No series resistors are required for the LEDs. To switch on an LED, only the corresponding cable must be connected to GND. *Reading of UNIQUE 125 kHz RFID tags (Manchester coding) via the 1-Wire protocol