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0445428002 - Telit HE910-G Mini PCIe Cellular Module with GPS

Packaging: pack of 1
$1,055.60/EA $632.45/pack of 1 only $632.45/EASave 40%

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OVERVIEW

Replacement Telit HE910-G Cellular Module for Industrial Equipment

In the modern industrial landscape, connectivity is as crucial as the weld itself. The Telit HE910-G HSPA+ Mini PCIe module is a critical replacement part for maintaining the communication backbones of advanced industrial equipment. Many modern welding machines, generators, and industrial controllers utilize cellular modules to transmit telemetry data, track usage, and enable remote diagnostics. When these communication modules fail, you lose visibility into your operations. This genuine Telit replacement part ensures your equipment gets back online quickly and reliably.

Designed to fit standard Mini PCIe slots found on industrial motherboards and control cards, the HE910-G is a plug-and-play solution for restoring lost cellular functions. It supports HSPA+ networks for fast data transfer, allowing for real-time monitoring of machine parameters such as voltage, amperage, and wire feed speed on connected welding rigs. Additionally, the integrated GPS functionality is vital for mobile assets, allowing fleet managers to track the location of portable welding trailers and generators across large job sites. If your equipment's tracking or remote login features have stopped working, a faulty cellular card is often the culprit.

This module is built to withstand the rigors of industrial environments. It offers robust fallback to 2G networks, ensuring that your equipment maintains a connection even in remote field locations where 3G coverage might be spotty. The card handles all the complex radio frequency tasks, meaning you simply need to slot it in, secure it, and connect the antenna cables. It is compatible with a wide range of industrial operating systems, ensuring seamless integration with your existing machine software.

Don't let a communication failure blind your operations. Keeping a spare Telit HE910-G in your maintenance inventory ensures that you can address connectivity issues immediately. Whether you are servicing a fleet of rental welders or maintaining a factory floor of connected automation cells, this module provides the reliable voice, data, and GPS capabilities required to keep your industrial IoT ecosystem functioning smoothly. Trust in genuine replacement parts to maintain the factory specifications and performance of your valuable capital equipment.

Additional Information
Brand:Telit
Packaging Description:pack of 1
Form Factor:Mini PCIe
Technology:HSPA+, GSM, GPRS, EDGE
Data Speed:21.0 Mbps Downlink, 5.76 Mbps Uplink
Interface:USB 2.0
GPS:Integrated High Sensitivity
Voltage:3.3 V

INCLUDED

  • 1 x Telit HE910-G HSPA+ Mini PCIe Module
  • Installation/Safety Sheet

APPLICATIONS

  • Industrial Telemetry and Remote Monitoring
  • Connected Welding Machines and Power Sources
  • Fleet Management and Asset Tracking
  • Mobile Computing and PDAs
  • Industrial Routers and Gateways
  • Vending and Point-of-Sale Terminals

FAQ

The Telit HE910-G utilizes the standard Mini PCIe (mPCIe) form factor, making it compatible with standard slots in industrial computers and routers.

Yes, the 'G' in HE910-G indicates that it features an integrated high-sensitivity GPS receiver for positioning applications.

It supports HSPA+ (3.5G) with fallback to Quad-band GSM/GPRS/EDGE (2G) networks.

The module supports downlink speeds of up to 21.0 Mbps and uplink speeds of up to 5.76 Mbps.

Yes, if the welding equipment uses a standard Mini PCIe slot for its cellular telemetry and remote monitoring features, this is a common replacement part.

Power down the equipment, locate the Mini PCIe slot on the control board, insert the card at an angle, press down, and secure with screws. Reattach antenna cables.

Yes, the module requires a SIM card to access cellular networks. The SIM slot is typically located on the host board, not the module itself.

It primarily uses a USB 2.0 interface over the Mini PCIe connector to communicate with the host system.