Feature

●Miss-phase protection means phase failure occurs and delay is 2S when the protection circuit is in working or non-working condition
●Voltage imbalance protection This refers to a measure of protection that affects the safe operation of the line due to imbalances of the three-phase voltage
●The protector base features a 35mm rail type or device type and has two internal screw hole configurations that allow you to mount individually or HT35 rails
●Displays with 3 indicators of normal,defective phase (voltage three-phase unbalanced) and reverse phase
●Reverse phase protection is a defense against misconnections in the three phase AC phase sequence of L1, L2, and L3 and delays the 2S operation


Description

Features:

1. Protector base adopts 35mm rail type or device type, with two internal screw hole structure, can be installed individually or HT35 rails.

2. It is indicated by three indicators of normal,phase loss (voltage three-phase unbalanced) and reverse phase.

3. Miss-phase protection means phase failure occurs and delay is 2S when the protection line is in working or non-working condition.

4. Reverse phase protection, protect against the three phase AC phase sequence of L1, L2, L3 from accidental connection and delay the 2S operation.

5.Voltage imbalance protection This refers to a means of protection that affects the safe operation of the line due to imbalances of the three-phase voltage.

6. Widely used in air compressors, electric motors, distribution boxes, water pumps, oil pumps, central air conditioning units etc.

Specifications:

Condition: 100% Brand New

Rated Voltage: 200-500VAC, 50/60Hz

Protection: Phase failure and phase sequence

Display mode: LED indicates working status

Contact Form: 2 Pairs of Normal Open Normal Close Contact

Contact Capacity: 6A AC250V (Resistor)

Installation Method: 35mm Rail or Device

Size: Approx. 79 x 23 x 79mm / 3.1 x 0.9 x 3.1in

Package List:

1 x Protector

WARNING:

This product is generally sampled by the power side of the 3-phase power supply and should not be installed on the output side of the variable current.