VOLTAGE MONOTERING MODULE 415Un

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VOLTAGE MONOTERING MODULE 415Un Specification

Working Temperature
-10C to +55C

Output Current
5A (Relay contact rating)

Power Supply
Direct from Monitored Voltage (415V AC)

Application
Industrial and Commercial Electrical Panels

Operating Temperature
-10C to +55C

Phase
Three Phase

Features
LED Status Indication, Fast Response, DIN Rail Mounting

Noise Level
Low

Connector Type
Screw Terminal

Output Type
Relay Output

Cooling Method
Natural Air Cooling

Product Type
Voltage Monitoring Module

Output Frequency
50/60 Hz

Input Voltage
415V AC (Un)

Voltage Protection
Over-Voltage and Under-Voltage Protection

Efficiency
High

Material
Industrial Grade ABS

Line Regulation
1% max.

Storage Temperature
-25C to +70C

Weight
Approx. 120g

About VOLTAGE MONOTERING MODULE 415Un

Presenting the renowned VOLTAGE MONITORING MODULE 415Un, an exquisite masterpiece engineered for industrial and commercial electrical panels. Featuring customizable trip delay times and competitive pricing, it ensures trending reliability in voltage protection. With multi-LED indicators for real-time status and fault detection, IEC 60255 and CE certification underscore its premium quality. The module boasts a fast response time (<100ms), robust insulation resistance (>100M), and industrial-grade ABS construction. Effortlessly DIN rail mountable, it delivers high efficiency, adaptive line regulation, and natural air cooling for seamless, trouble-free operation.

Direction of Use & Plant Application

To utilize the VOLTAGE MONITORING MODULE 415Un, simply mount it on DIN rails within industrial or commercial electrical panels. Its application surface is tailored for rugged environments, supporting critical plant instrumentation and process control. The device monitors three-phase voltage, promptly indicating faults via multi-LED indicators. With adjustable settings, it is ideal for safeguarding manufacturing units, processing plants, and industrial machinery where voltage fluctuation protection is paramount.

FOB Port, Sample Policy & Shipment

The VOLTAGE MONITORING MODULE 415Un is available for shipment from designated Indian FOB ports, with stock ready to meet immediate outlay requirements. Our sample policy allows for evaluation samples upon request, ensuring buyer satisfaction before bulk orders. Sample units are readily available, enabling traders and suppliers to assess the performance and reliability of this trending, industrial-grade module prior to placing substantial procurement orders.

FAQs of VOLTAGE MONOTERING MODULE 415Un:

Q: How is the VOLTAGE MONITORING MODULE 415Un installed in electrical panels?

A: The module is DIN rail mountable, making installation straightforward in both industrial and commercial electrical panels. Secure the device onto the rail and connect the screw terminals according to your panels configuration.

Q: What protection does this module offer for my facility?

A: It provides comprehensive over-voltage and under-voltage protection, rapidly detecting abnormalities and isolating affected circuits to safeguard sensitive equipment and reduce downtime.

Q: When should I adjust the trip delay time on the module?

A: You can adjust the trip delay time between 0.1 and 10 seconds based on your process requirements. Setting an appropriate delay ensures the module responds precisely to momentary or sustained voltage deviations.

Q: Where can I use the VOLTAGE MONITORING MODULE 415Un?

A: This module is designed for use in industrial and commercial electrical panels, particularly in manufacturing plants, process industries, and areas where stable, protected voltage supply is critical.

Q: What benefits do the multi-LED indicators provide?

A: Multi-LED indicators ensure clear visual feedback for operational status and fault conditions, enabling quick diagnostics and timely response by maintenance teams.

Q: How efficient is the module during operation?

A: The module delivers high efficiency and maintains line regulation within 1% max, ensuring stable relay output and minimal voltage drift during continuous use.

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