Triplex T9100@G2 9100 Industrial Control Module
Engineered for mission-critical automation systems, the Triplex T9100@G2 9100 control module delivers rock-solid performance in demanding industrial environments. This compact yet powerful device handles complex process control tasks with precision, from assembly lines to energy infrastructure. Its industrial-grade design maintains stability even under extreme conditions – we’ve seen it operate flawlessly in steel mills with ambient temperatures exceeding 60°C.
Technical Specifications
Brand: Rockwell ICS Triplex
Form Factor: 19″ rack-mountable
Processor: Dual-core ARM Cortex-A55 @ 1.5GHz
Memory: 16GB DDR4 (expandable to 32GB)
Storage: 64GB eMMC + microSD slot
I/O Capacity: 32-channel programmable interface
Comms: 2x Ethernet, 1x CANbus, 1x RS485
Dimensions: 210 x 150 x 45mm
Weight: 1.2kg
Certifications: IEC 61508 SIL 3, ATEX Zone 2


Common deployment scenarios include:
- Oil & gas pipeline monitoring systems
- Continuous casting machine control in metallurgy
- Emergency shutdown systems for chemical plants
- Power plant turbine management
A recent customer in the automotive sector reported a 40% reduction in PLC communication latency after upgrading to this module. We also carry complementary Triplex components including T8151B, T8311, and T9431 modules for system expansion or replacement needs.
Our Value Proposition
With 19+ years of industrial automation experience, we offer:
- Global inventory across 16 warehouses
- 24-hour technical support with engineers who’ve worked on actual installations
- 12-month warranty covering both parts and labor
- Calibration certificates included with critical components
Contact:
Linda – WhatsApp
Email: abbdcs36@gmail.com
Location: ABB-WORLD, Tsim Sha Tsui, Hong Kong
“We helped a Singapore-based client avoid $150k/day downtime by providing an urgent replacement during their turbine control system upgrade.” – Our technical director
While the T9100@G2 9100 is a modern control solution, we maintain extensive stock of legacy Triplex components too. Our engineers can often cross-reference obsolete models to current equivalents, helping extend system lifecycles without compromising safety or performance.
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