Description
Model Number:IS200JPDMG1ADC
Manufacturer:General Electric
Functional Acronym:JPDM
Board Type:Jumper Power Distribution Card
Weight:Approximately 3 pounds
Number of Plug Connectors:13
Input Maximum:35 Amps
Mounting Method:DIN-Rail Mounting
Series:Mark VI
Dimensions:X inches by Y inches by Z inches
Operating Temperature Range:-30 to +65 Celsius
Safety Standards:UL 1604, compliant for use in Class I, Division 2 potentially hazardous environments
The GE IS200JPDMG1ADC DC Power Distribution Module is a cornerstone of modern industrial automation, engineered to withstand the rigors of demanding operational environments. This cutting-edge component boasts a robust design, ensuring seamless integration into existing systems while enhancing overall system reliability and efficiency.
Featuring a comprehensive suite of 13 plug connectors, this module caters to diverse power distribution needs, making it an indispensable asset for optimizing the performance of industrial machinery and control systems. The inclusion of a 3-pound weight ensures manageable handling during installation and maintenance processes.
With support for input currents up to 35 amps, this module is capable of delivering substantial power without compromising on safety standards. Its compliance with UL 1604 and suitability for Class I, Division 2 environments ensures it can operate safely in potentially hazardous areas, offering peace of mind to users.
Engineered with precision, the GE IS200JPDMG1ADC is a testament to General Electric’s commitment to innovation and quality. It stands as a reliable choice for power distribution, backed by rigorous testing and stringent adherence to industry benchmarks, making it an ideal upgrade for any industrial control system seeking enhanced functionality and durability.
Ease of installation and maintenance are further enhanced by its DIN-rail mounting capability, allowing for quick deployment and hassle-free access during servicing. This module is designed to complement the GE Mark VI series, seamlessly integrating into existing control architectures to elevate system performance and efficiency.
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