GE MULTILIN 369 MOTOR MANAGEMENT RELAY 1853-4042

Get a Price/Quote

GE MULTILIN 369 MOTOR MANAGEMENT RELAY 1853-4042 Specification

Cooling Method
Passive Cooling

Phase
Three Phase

Working Temperature
-25°C to +55°C

Application
Motor Protection, Industrial Automation, Fault Diagnostics

Output Current
Up to 5A (Relay Contacts)

Features
Large LCD Display, Drawout Case, RS485 & RS232, Programmable Inputs/Outputs, Fault Recording

Operating Temperature
-25°C to +55°C

Rated Current
Configurable up to 10A

Connector Type
Screw Terminal

Power Supply
Auxiliary Power Supply: 24-250 VDC/AC

Noise Level
Low

Output Type
Relay Output

Current Range
1A to 10A (configurable)

Product Type
Motor Management Relay

Input Voltage
110-250 VAC/VDC

Voltage Protection
Overload, Overcurrent, Short Circuit

Efficiency
High Reliability

Material
Industrial Grade Plastic and Metal

Line Regulation
Automated Line Monitoring

Storage Temperature
-40°C to +85°C

Weight
Approx. 2.5 Kg

Trip Time
Configurable

Model Number
1853-4042

Relay Contacts
Programmable

Firmware Upgrade
Supported via Serial Port

Display Type
Graphical LCD

Communication Ports
RS485, RS232, Modbus

Event Recording
Sequence of Events and Fault Logging

Diagnostics
Self-Test and Advanced Fault Diagnostics

Protection Class
IP54 (Front) / IP20 (Rear)

Mounting Type
Panel/DIN Rail

Universal Power Supply
Supported

About GE MULTILIN 369 MOTOR MANAGEMENT RELAY 1853-4042

Experience the extraordinary versatility of the GE MULTILIN 369 MOTOR MANAGEMENT RELAY 1853-4042. Crafted with industrial-grade plastic and metal, it delivers immaculate reliability for unparalleled motor protection and automation. With fresh and customizable settings, programmable relay contacts, and advanced fault log diagnostics, maximize your systems efficiency at the lowest price. Its graphical LCD display ensures intuitive monitoring, while universal power supply support offers installation flexibility. Engineered for robust industrial environments, benefit from automated line regulation, configurable outputs, and comprehensive event recording for seamless motor management.

Special Features and Industrial Application

The GE MULTILIN 369 MOTOR MANAGEMENT RELAY 1853-4042 boasts customizable programmable inputs/outputs, advanced fault diagnostics, and a large graphical LCD display. This device is designed for impeccable performance in industrial automation, offering motor protection across a variety of heavy-duty settings. Its flexible mounting optionspanel or DIN railensure effortless integration, making it ideal for both new installations and upgrades in industrial facilities. The unit supports passive cooling and functions efficiently under rigorous environmental conditions.

Sample Policy, Delivery, and Export Markets

Samples of the GE MULTILIN 369 are available upon request, with the asking price provided after inquiry. Transportation is managed swiftly across India and select global destinations to ensure prompt delivery at the lowest price. Our streamlined processes enable short lead delivery times. Serving key export markets in Asia, the Middle East, and Africa, we pride ourselves on efficient distribution and customer satisfaction, whether for single pieces or bulk orders.

FAQs of GE MULTILIN 369 MOTOR MANAGEMENT RELAY 1853-4042:

Q: How is the GE MULTILIN 369 relay customized to suit specific industrial requirements?

A: The relay features configurable inputs, outputs, trip times, and current ranges, allowing users to tailor protection and monitoring settings according to their distinct motor management needs.

Q: What communication options are available on the GE MULTILIN 369?

A: It supports RS485, RS232, and Modbus communication ports, ensuring seamless integration with diverse industrial automation and monitoring systems.

Q: Where can this relay be mounted and in which applications is it best used?

A: It is engineered for panel or DIN rail mounting, making it suitable for motor protection and fault diagnostics in manufacturing plants, automation systems, and other heavy-duty industrial environments.

Q: What is the process for obtaining a sample and what is the typical delivery timeframe?

A: You may request a sample directly from the supplier or trader. Delivery times are minimized for efficiency, with options discussed at the time of order based on location and quantity.

Q: What benefits does advanced diagnostics on this relay provide?

A: The advanced fault diagnostics, including self-test and event logging, ensure early detection of anomalies, enhancing operational safety and reducing downtime in industrial settings.

Tell us about your requirement