Products Description
The ICS Triplex T8290C Trusted Output Power Distribution Unit Module is a robust and reliable power management component designed for Safety Instrumented Systems (SIS) and critical industrial automation applications.The module operates over a wide voltage range of 22 VDC to 120 VDC and can handle a maximum supply current of 60 A. Power is supplied via two M6 x 25 mm positive studs, while 0 V reference connections are provided through BLZ two-part terminals to maintain consistent grounding and system integrity. Three 6-way AMP MATE-N-LOK connectors deliver power outputs, with additional 0 V reference connections via 5-way BLZ terminals for reliable load connections.Designed to accommodate conductors from 0.5 mm² to 2.5 mm², the T8290C operates efficiently in temperatures ranging from 0 °C to +60 °C (+32 °F to +140 °F). Its durable construction and trusted design ensure high reliability, uninterrupted power distribution, and enhanced safety in high-integrity control systems.With ICS Triplex engineering standards, the T8290C Trusted Output Power Distribution Unit Module is ideal for maintaining continuous system operation and safeguarding critical automation equipment.
At a Glance: Technical Metrics
Model: T8290C
Product Type: Trusted™ Output Power Distribution Unit Module
System Compatibility: Trusted™ TMR control systems
Voltage Range: 22 Vdc - 120 Vdc
Supply Current: 60 A max
Field Device Support:
- Solenoids
- Relays
- Contactors
- Alarm devices
Supply Connection: +ve 2-off M6 x 25 mm studs
0 V Reference Connector (not 0 V return): BLZ 2-part terminal
Power Output (3-off): 6-way AMP MATE-N-LOK connector
0 V Reference Connector (3-off): 5-way BLZ two-part terminal
Conductor Clamping Range: 0.5 mm2 to 2.5 mm2
Operating Temperature: 0 °C to +60 °C (+32 °F to +140 °F)
Supports up to three Trusted Sourcing Output Modules.
Dual stud power connection for either single or dual feed.
0 V module reference via BLZ 2-part connectors.
Broad Industrial Applications
- Deep-Water Oil & Gas Production Facilities: Specifically engineered for rugged offshore and marine environments, the T8290C maintains complete operational stability under extreme thermal shifts, high vibration, and salt-mist exposure on deep-sea drilling platforms and floating production storage structures.
- Emergency Shutdown Systems (ESD): Built to execute high-priority trip actions without lag, the T8290C drives rapid, deterministic control commands directly to emergency isolation valves, solenoids, and fuel-cut off relays, protecting heavy plant assets from cascading mechanical failures.
- High-Availability Distributed Control Systems (DCS): Functioning within vast decentralized control architectures, this module bridges raw field instrumentation networks with overarching supervisory databases, enabling continuous process tuning in power plants and large-scale manufacturing facilities.
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Main Features And Advantages
- Sacrificial Overcurrent Shielding: To protect the underlying silicon from catastrophic field spikes, the T8290C uses replaceable fuses for overload and short-circuit protection, instantly blowing an isolated link if an external valve wire shorts out.
- Actuator Power Apportionment Grid: The T8290C distributes 24 VDC field power to Trusted digital output channels, functioning as a heavy-current terminal routing hub that safely relays actuation voltage down to individual field devices.
- Back-EMF Cascade Blockage: By trapping electrical transients directly at the sub-terminal block, the unit helps prevent propagation of field-side electrical faults, sheltering vulnerable downstream instrumentation.
- Structured Multi-Rail Geometry: Eliminating erratic cross-cabinet jumpers, the T8290C provides structured and protected field power routing, establishing clean physical separation between parallel digital output branches.
- Grouped Circuit Boundary Hardening: The internal copper trace design of the T8290C enhances fault isolation between output circuit groups, ensuring that a physical ground fault on one plant sector does not compromise adjacent live safety subroutines.
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