Zebra CA1210 DC extension cable

Product description

Zebra CA1210 is an original DC extension cable designed specifically for Zebra vehicle-mounted terminals, especially for the VC80 model. This component serves as a reliable interface between the vehicle and the onboard computer, ensuring a stable and uninterrupted power supply. The cable is designed for connection to the onboard power supply or vehicle battery, which is crucial for operation in demanding industrial environments where maximum device availability is required.

Thanks to its design, this cable is an ideal accessory for logistics warehouses, distribution centers, airports, ports, or railway stations. Ensures that the VC80 vehicle-mounted terminal, known for its durability and support for a full Windows environment, has sufficient performance to run demanding applications, scan barcodes, or communicate via Wi‑Fi. The cable is 180 cm long (approximately 6 feet), allowing flexible installation even in smaller vehicles such as forklifts, clamp trucks, or handling carts, where space is limited.

The key feature of this accessory is its waterproofness. The cable is designed to withstand demanding conditions, including exposure to water and dust, matching the high durability standards of the VC80 terminal itself (IP66 certification). This means that the cable is also suitable for use in freezers or outdoor areas, where moisture condensation or direct contact with water may occur. Using original Zebra accessories guarantees compatibility, safety, and a long service life for the entire system.

• Type: DC extension cable (Power Extension Cable)
• Compatibility: Zebra VC80 Vehicle Mount Computer
• Cable length: 180 cm (6 ft)
• Protection: Waterproof design
• Purpose: Connection to the vehicle's onboard power supply or battery
• Category: Accessories for data terminals and PDAs

This cable is an essential part of a complete solution for mobile data terminals in industrial environments.

Ensures that your vehicle equipment remains powered and operational even during demanding operations, where power reliability is critical for work efficiency and operational safety.