ALLEN BRADLEY 1404 M405A DNT MASTER FOR POWER MONITOR

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ALLEN BRADLEY 1404 M405A DNT MASTER FOR POWER MONITOR Specification

Thickness
Standard enclosure thickness (factory spec)

Features
Supports DeviceNet communication, fast setup, compact size

Panel Type
DIN Rail Mount

Control System
Digital

Cooling System
Passive

Connectivity Type
DeviceNet (DNT)

Rated Insulation Voltage
250V

Current Rating
5A

Cover Material
Plastic / Metal

Rated Operation Voltage
120/240V AC

Rated Current
5A

Protection Level
IP20

Protection Class
Class II

Cabinet Material
Industrial-grade plastic

Base Material
High Quality Engineering Plastic

Operating Voltage
120/240V AC

Way
Single / Master

Components
Master Power Monitor Circuitry

Product Type
Power Monitor Master Module

Material
Industrial Grade Plastic / Metal (as per factory standard)

Surface Finish
Matte

Standard
Conforms to Allen Bradley Power Monitor Series Norms

Surface Color
Gray

Rated Voltage
120/240V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
5A

Dimension (L*W*H)
Approx. 140 x 80 x 60 mm

Application
Power Measurement, Monitoring & Control

IP Rating
IP20

Display Type
No built-in display (panel interface supported)

About ALLEN BRADLEY 1404 M405A DNT MASTER FOR POWER MONITOR

The ALLEN BRADLEY 1404 M405A DNT Master for Power Monitor is a highlighted, top-tier solution engineered for exceptional access to real-time power measurement and control. Designed with industrial-grade plastic and metal, the sizzling compact enclosure provides terrific protection (IP20), conforming to Allen Bradley norms. Its uncommon DeviceNet protocol enables rapid, reliable connectivity, while robust compatibility with RSLogix and FactoryTalk makes integration seamless. Fast response time (<30 ms) ensures accurate monitoring. Ideal for DIN rail mounting, this master module is an exemplary choice for advanced industrial energy management.

Versatile Industrial Usage and Application

The ALLEN BRADLEY 1404 M405A DNT Master for Power Monitor is devised for a wide range of power monitoring, measurement, and control tasks. Suited for use in manufacturing units, electrical panels, and energy management systems, its master configuration enables precise digital oversight. Installation is simplified with DIN rail mounting, and integration with compatible 1404 Series Expansion Modules allows for scalable solutions fitting diverse operational needs.

Supply Ability, Shipping & Valuation Details

ALLEN BRADLEY 1404 M405A DNT units are shipped swiftly from Indias major FOB ports, ensuring supply efficiency across regions. With a commitment to delivering at the lowest price, our valuation process guarantees competitive quotes for bulk orders. Standard delivery time meets industry expectations, positioned to support urgent and routine energy management requirements for traders and suppliers alike.

FAQs of ALLEN BRADLEY 1404 M405A DNT MASTER FOR POWER MONITOR:

Q: How is the ALLEN BRADLEY 1404 M405A DNT Master module typically installed?

A: The device is designed for DIN rail mounting, ensuring easy integration into industrial panels and electrical enclosures.

Q: What communication protocol does the power monitor utilize for connectivity?

A: It supports DeviceNet (DNT), enabling secure digital communication with compatible industrial control systems.

Q: When is it recommended to use the 1404 M405A DNT Master in energy management?

A: The module is best implemented when you require rapid and accurate power measurement, monitoring, and control in complex industrial or commercial settings.

Q: Where can the master module be deployed for optimum benefit?

A: It is ideal for manufacturing plants, energy monitoring panels, and advanced control systems that demand reliable power data.

Q: What is the process for integrating compatible expansion modules?

A: Integration is straightforward, as the master module supports all 1404 Series Expansion Modules, which can be connected for scalable monitoring solutions.

Q: How does the fast response time benefit system performance?

A: A response time of less than 30 ms ensures highly accurate real-time power data collection, supporting efficient control and rapid decision-making.

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