Entel Single Charger

The Entel Single Charger (HCAC.113) is specifically designed for use with Entel DT radios, providing a fast and reliable charging solution to keep your communication devices powered and operational. This charger is essential for industries that rely on radio communication equipment such as construction, petrochemical, utilities, and events, where keeping radios operational is critical.
Designed with portability in mind, the Entel Single Charger has a compact and lightweight structure, making it easy to transport and store. It is equipped with an LED indicator that clearly displays the charging status, ensuring that users can monitor the charging process efficiently.
This charger is built to ensure quick and safe charging, reducing downtime and allowing businesses to stay connected throughout their operations. With a 2-day lead time, it is available for hire in the UK, providing businesses with a flexible and cost-effective solution for temporary needs or short-term projects.
Optional accessories such as extra charging docks or power adapters can be added to further enhance your setup. For businesses with multiple radios or larger teams, multiple chargers can be rented, ensuring seamless communication across all devices.
 

ESS Code: HCAC.113

• Compact and portable design.
• Efficient charging to minimize downtime.
• LED status indicators for easy monitoring.
• Designed for Entel DT radios for a perfect fit.
• Quick and safe charging process.
• Ideal for hire in the UK with a 2-day lead time.
   

• Compatibility: Designed for Entel DT radios
• Charging Voltage: 12V DC
• Input Voltage: 110-240V AC
• Charging Time: Approximately 4-6 hours
• Dimensions: 120mm x 80mm x 40mm
• Weight: 0.25 kg
• Power Indicator: LED light (charging / full charge)
• Plug Type: UK plug (can be adapted for other regions on request)
   

• Entel Single Charger (HCAC.113)
• AC power cable (UK plug)
• User manual
   

Lead time: 2 days

Delivery and Collection charges will be displayed in the basket at checkout stage and will vary depending upon your location and transport method applied.