Tomzn Tovpd1-60-ec Manual -

To customize the protection thresholds, follow these step-by-step programming instructions.

If grid voltage drops below your preset limit, the device cuts off power to avoid brownout damage to motors and compressors.

: The "EC" in the model number suggests compliance with certain European standards or regulations, possibly indicating that the device meets specific requirements for safety, electromagnetic compatibility, or environmental protection. tomzn tovpd1-60-ec manual

The TOMZN TOVPD1-60-EC is a professional-grade DIN-rail device that automatically disconnects a circuit when voltage or current exceeds or falls below safe thresholds, preventing damage to sensitive electronics, motors, and appliances. It is part of the broader TOVPD1 series and features independent adjustable thresholds for over-voltage, under-voltage, and over-current protection. The device integrates a dual-display showing real-time voltage and current, enabling electricians to set precise limits. Models are available for both 230V and 110V systems and can be rated from 40A up to 80A. : The TOMZN TOVPD1-60-EC is a professional-grade DIN-rail

Snap the device onto a standard 35mm DIN rail inside your distribution box or consumer unit. Wiring Configuration

Connect the wires leading to your household appliances or sub-panel boards. Connect the live outgoing wire to the OUT-L terminal. Connect the neutral outgoing wire to the OUT-N terminal. Models are available for both 230V and 110V

Snap the TOVPD1-60-EC onto a standard 35mm DIN rail inside your distribution box.

The faceplate of the TOVPD1-60-EC contains digital displays and control buttons for real-time monitoring and parameter configuration:

Many users fail to connect the top Neutral. The device needs the Neutral to power its internal processor and LCD screen. If you only connect the Live wire, the screen will remain blank.

The Tomzn TOVPD1-60-EC surge protector is a valuable component in any electrical system, providing essential protection against surges and enhancing the reliability of connected devices. Its robust design, combined with compliance with relevant standards, makes it a suitable choice for a wide range of applications. Proper installation, maintenance, and monitoring are key to maximizing its protective benefits.