TELTONIKA TELEMATICS iButton-sleutel - magnetisch. Compatibel met iButton-lezer CZ0M 120C

Driver identification in fleets often fails due to fragile cards, forgotten PINs, or readers that cannot withstand harsh environments. The Teltonika iButton Key solves this by providing a rugged, magnetic identification token that works seamlessly with the Teltonika iButton reader CZ0M 120C. Simply touch the key to the reader and the unique 64-bit ID is transmitted instantly over the 1-Wire protocol.

Who is it for

Fleet managers, logistics operators, and security personnel who need reliable driver authentication, access control, or asset tracking in demanding conditions. Ideal for vehicles, warehouses, and industrial sites where dust, moisture, and vibration are common.

Main features

• Magnetic attachment for secure placement on the reader when not in use.
• Stainless steel construction resists corrosion, shock, and chemicals.
• Unique unalterable 64-bit serial number ensures positive identification.
• No battery required – powered parasitically from the 1-Wire bus.
• Operating temperature range from -40°C to +85°C for extreme environments.
• Compatible with Teltonika iButton readers and standard Dallas/Maxim 1-Wire systems.

Specifications

• Product type: iButton key
• Technology: 1-Wire
• Chip: Maxim Integrated DS1990A-F5
• Data storage: Read-only 64-bit ID
• Interface: Momentary contact
• Attachment: Magnetic
• Material: Stainless steel
• Form factor: Cylindrical
• Operating temperature: -40°C to +85°C
• Durability: High resistance to dirt, moisture, shock, chemicals
• Power source: Parasitic from 1-Wire bus
• Data transfer rate: Up to 16.3 kbit/s
• Applications: Driver identification, access control, fleet management, asset tracking, time & attendance
• Corrosion resistance: Yes
• ESD protection: Yes
• Colour: Metallic silver

Tips

Keep the iButton key attached to the reader's magnetic holder when not in use to avoid loss. For best contact, ensure the key's face is clean and dry before touching the reader. This key is read-only, so it cannot be reprogrammed – each unit has a permanent unique ID.