Control Module

Material Number: 17-12-702
Module Type: Control
Application: Genset Control Panel
Text: Power Command (Includes EPROM)

Overview: The 17-12-702 Control Module is an advanced and reliable Genset Control Panel designed to provide seamless control and monitoring for gas-powered generator sets. It includes an EPROM for enhanced programming and operational control. Manufactured by Cummins, this module is built to support the 1750GQNB Generator Model for efficient power management in industrial applications.

Key Features:

• Control Type: Power Command with EPROM included
• Manufacturer: Cummins
• Generator Model: 1750GQNB
• Rated Power: 2188 KVA
• Power Output: 1750 kW
• Voltage: 416V
• Idle Speed: 850-950 RPM
• Application: Gas genset control for industrial systems
• Serial Numbers:
  • K08KAVH370
  • K08KAVL820
  • K08KAVF010
• Gas Engine Serial Numbers:
  • 66301151
  • 66301168
  • 66301155
• Model Number: QSV 91-G2
• Conf No.: D 673002GX03
• Reference Number: 07PN992864
• Manufactured By: Cummins
• Manufacturer Part Number: 300-5127-02

Applications: This Control Module is specifically designed for use in Cummins Gas Gensets, providing efficient control and monitoring of QSV 91-G2 engines. It’s ideal for use in commercial and industrial applications requiring reliable power generation and seamless integration into the Genset control panel. The module is highly suitable for large-scale facilities or backup power systems.

Technical Specifications:

• Control Module Type: Power Command with EPROM
• Rated Power Output: 2188 KVA (1750 kW)
• Voltage: 416V
• Engine Idle Speed: 850-950 RPM
• Engine Model: QSV 91-G2
• Serial Numbers of Engine: 66301151, 66301168, 66301155
• Application Type: Gas Genset Control Panel
• Manufacturer Part Number: 300-5127-02
• Reference No.: 07PN992864

Important Note: This control module is engineered for use with Cummins Gensets and is pre-programmed to provide superior control over the 1750GQNB gas-powered generators. Its EPROM functionality ensures the device is adaptable to varying operational conditions, making it an essential component in power management systems.