The GE H201TI Industrial Control Module serves as a critical component for precision control in complex automation systems. Designed for demanding environments like power generation plants and heavy machinery installations, this module delivers stable frequency regulation while maintaining compatibility with fluctuating power grids. Its reliability becomes particularly evident during voltage spikes – a common challenge in steel mills and chemical processing facilities.

Specification	Details
Brand	General Electric
Model	H201TI
Type	Industrial Control Module
Voltage	220 VAC (176-264 VAC range)
Frequency	47-63 Hz input / 0-50 kHz output
Certifications	CE, UL, RoHS
Dimensions	20 x 15 x 10 cm
Weight	1.5 kg

Real-World Applications

This module excels in environments requiring precise motor control, such as paper mill drive systems where maintaining constant speed is critical despite load variations. We’ve seen excellent performance in conjunction with GE’s VMIVME-7807 interface modules for turbine monitoring systems. Recently, a client in Singapore successfully integrated this module with their IS230SRTDH2A turbine control system to improve generator synchronization accuracy.

Common companion products we supply include:

• IC698CPE010 processors for system integration
• SR469-P5-HI-A20 relay modules
• UR6UH communication interfaces
• WES532-111 control panels

Our Value Proposition

With our global inventory network spanning 16 warehouses across six countries, we typically maintain 48-hour shipping for in-stock items. While similar modules might require factory recalibration after voltage fluctuations, our testing shows the H201TI retains calibration accuracy within 0.5% deviation even after 1000 operational cycles.

However, pricing can vary significantly based on configuration requirements. For instance, units with modified firmware for specific turbine applications carry a 15-20% premium. Let’s discuss your exact needs – we’ve helped clients save up to 35% through strategic component bundling.

*Technical data based on standard operating conditions. Actual performance may vary depending on environmental factors and system configuration.