Zebra CRD-TC7X-SE2CPP-01 laturi mobiililaitteille PDA musta sisäkäyttöön

Single-slot indoor charger designed for Zebra TC7X series PDAs, model CRD-TC7X-SE2CPP-01. The unit charges one terminal and one spare battery (charge-only sharecradle) and is compatible with both PowerPrecision and PowerPrecision Plus battery types. The compact black housing is intended for office or light-duty indoor use where a reliable, dedicated charging station is required.

Advantages

The charger supports a single terminal plus one spare battery in a space-saving single-slot configuration, allowing quick replacement of batteries without needing a separate charger. Compatibility with PowerPrecision and PowerPrecision Plus batteries ensures correct charging profiles for Zebra TC7X devices. Its compact indoor design and black finish suit desk or shelf placement and reduce clutter compared with multi-slot charging stations.

Suitable for

• Charging a single Zebra TC7X handheld terminal in an office or retail backroom
• Maintaining one spare TC7X battery charged for shift changes
• Workstations or service counters with limited space

Key specifications

• Model: CRD-TC7X-SE2CPP-01
• Compatibility: Zebra TC7X series PDAs
• Battery compatibility: PowerPrecision and PowerPrecision Plus
• Slots: Single terminal slot plus one spare battery (charge-only sharecradle)
• Intended use: Indoor
• Colour: Black

How to use

Place the Zebra TC7X terminal into the designated slot and insert the spare battery into the battery charging position. Connect the charger to a suitable indoor power outlet using the supplied power cable. Ensure contacts on both the device and battery are clean and properly aligned. Charging status is determined by the charger’s LED indicators (refer to the device user manual for indicator meanings).

Recommendations

Use the charger in a dry, indoor environment and avoid exposure to extreme temperatures. Only charge batteries and terminals specified for Zebra TC7X and PowerPrecision/PowerPrecision Plus to ensure safe and correct charging behaviour.