GE 1S420ESWBH3A Industrial Control Module

When you’re dealing with complex automation systems requiring precise timing and robust performance, the GE 1S420ESWBH3A emerges as a reliable solution. This control module, part of GE’s established Mark VI turbine control family, delivers consistent performance in environments where stability matters most.

Specification	Details
Manufacturer	General Electric
Series	Mark VI Control System
Voltage Rating	220 VAC
Output Frequency	50 kHz switching
Certification	CE, UL Listed

Engineers typically deploy this module in gas/steam turbine control systems where precise sequencing matters. We’ve supplied units for applications ranging from power plant synchronization to industrial compressor control. The module’s 50 kHz output frequency makes it particularly suitable for applications requiring fast response times, such as emergency shutdown systems.

While originally designed for GE’s turbine management systems, we’ve seen successful implementations in third-party integrations too. For instance, a recent customer in the oil & gas sector used it to upgrade their pipeline monitoring infrastructure, replacing aging components in a legacy system. The module’s compatibility with standard industrial protocols made integration straightforward.

Our Support Services

As your supplier, we offer more than just parts. Our global inventory network ensures 90% of orders ship same-day from one of our 16 regional warehouses. Each unit comes with a 12-month warranty covering performance defects – no questions asked.

We maintain extensive technical documentation and test equipment to verify functionality before shipment. For critical applications, our engineering team can provide basic configuration guidance to help with initial setup. While we don’t offer full system programming, we do verify basic operation parameters during testing.

*Note: While we specialize in GE Mark VI components, our inventory includes compatible interface modules and related hardware. Let us know if you’re working with mixed-technology systems – we might have cross-reference solutions available.