GE MULTILIN T6M9NH03K CPU MODULE ( NEW OPAN BOX )

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GE MULTILIN T6M9NH03K CPU MODULE ( NEW OPAN BOX ) Specification

Connector Type
Multi-pin backplane connector

Power Supply
24 VDC

Cooling Method
Convection (no fan required)

Noise Level
Low, meets industrial standards

Application
Industrial automation, protection and control systems

Operating Temperature
-20C to +60C

Features
Hot swappable, high reliability, programmable logic support, alarm & event recording, multiple communication protocols

Working Temperature
-20C to +60C

Output Type
Digital

Product Type
CPU Module

Input Voltage
24 VDC (typical, internal supply)

Voltage Protection
Overvoltage and surge protection

Material
Industrial-grade plastic and metal casing

Storage Temperature
-40C to +85C

Weight
Approx. 800g

About GE MULTILIN T6M9NH03K CPU MODULE ( NEW OPAN BOX )

The GE Multilin T6M9NH03K CPU Module (Model: T6M9NH03K) is a praiseworthy choice for industrial automation, offering sizzling performance and distinguished reliability. This hot-selling module, available at a special rate, is designed for rack or chassis-mount applications and features versatile RS232/RS485 and Ethernet ports. With the convenience of hot-swappable installation, digital outputs, programmable logic support, and overvoltage protection, it ensures terrific operation and safety. Its robust industrial-grade casing, LED indicators, and redundancy capability make it ideal for mission-critical environments, delivering exceptional value for professionals.

Key Advantages and Features

The GE Multilin T6M9NH03K CPU Module stands out due to its distinguished high reliability, hot-swappable components, and praiseworthy programmable logic support. With robust digital outputs and multiple communication protocols, it offers terrific flexibility for diverse industrial applications. Integrated alarm and event recording further ensure top-tier monitoring. Its industrial-grade construction and low noise level enhance overall system integrity and performance, making it a favored choice among suppliers and traders in India.

Shipping, Packaging, and Certifications

Shipped goods are carefully handed over with secure industrial packaging to preserve module integrity. Delivery estimates depend on order volume and destination, but prompt shipments are prioritized. Each unit is accompanied by relevant industry certifications and documents, verifying compliance with stringent standards. Packaging ensures the modules safe transit even under fluctuating conditions, while certification further reinforces product authenticity and operational reliability for peace of mind.

FAQs of GE MULTILIN T6M9NH03K CPU MODULE ( NEW OPAN BOX ):

Q: How does the GE Multilin T6M9NH03K CPU Module support system redundancy?

A: The T6M9NH03K CPU Module offers system redundancy by supporting dual modules and multiple communication pathways, ensuring continuous operation even during maintenance or a fault.

Q: What is the process for updating firmware on this module?

A: Firmware updates for the T6M9NH03K are performed through the RS232/RS485 or Ethernet ports. Users can follow GEs official update procedures for safe and reliable software upgrades.

Q: Where can this CPU module be mounted?

A: The module is designed for rack or chassis-mounted installations, fitting seamlessly into industrial automation and control system setups.

Q: When can the shipped goods typically be expected after placing an order?

A: Delivery time estimates vary by location and quantity, but most orders are processed and handed over for shipping promptly, often within a week for standard destinations in India.

Q: How does the voltage protection feature benefit industrial automation systems?

A: Integrated overvoltage and surge protection safeguard connected equipment, minimizing downtime and maintaining praiseworthy operational safety in industrial environments.

Q: What are the main advantages of the hot-swappable capability?

A: Hot-swappable modules allow technicians to replace or upgrade the unit without interrupting the systems operation, reducing downtime and enhancing service efficiency.

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