
Digital Power Corporation is excited to announce the launch of the DPLVD-1014 Low Voltage Load Disconnect (LVLD) device, a cutting-edge solution designed to safeguard battery life and ensure reliable power management in various applications. The DPLVD-1014 intelligently senses battery voltage and automatically disconnects the load or battery when the voltage drops to a critically low level, preventing damage from excessive low-level discharging.
The device is programmed to automatically reconnect once the voltage returns to a preset level, ensuring seamless operation. What sets the DPLVD-1014 apart is its smart programmability, allowing users to adjust voltage levels for disconnection and reconnection, as well as customize various alarm functions. This flexibility makes it adaptable to specific system requirements, providing both audible and visual LED warning alarms.
Designed with ruggedness and reliability in mind, the DPLVD-1014 features a fully sealed encapsulation with an IP67 protection class, ensuring durability in harsh environments. Its compact, lightweight design allows for easy, discreet mounting, optimizing space and improving wire routing in vehicles and systems.
Key features
- Automatic disconnection at critically low voltage and reconnection at preset levels.
- Operating voltage range from 7 Vdc to 23 Vdc, with customizable presets.
- Programmable settings for specific system requirements.
- LED and buzzer indicators for low battery voltage alarms.
- Fully sealed design with IP67 protection, ideal for harsh environments.
- Compatible with 12 Vdc vehicle systems, including military tactical vehicles, ambulances, fire trucks, recreational vehicles, and more.
The DPLVD-1014 is an ideal solution for ensuring reliable power management in military tactical vehicles, emergency response vehicles, mobile communications, and various commercial applications. Its ability to prolong battery life and prevent unnecessary downtimes makes it a valuable addition to any power management system.