TRICONEX 8110 Power Supply High Density Module Invensys

TRICONEX 8110 is a high-density chassis, mainly used for monitoring and controlling digital signals, and is widely used in industrial automation control systems. The following is its related introduction:

Basic parameters

Product type: high-density main chassis.

Structural form: modular.

I/O points: 6.

Working voltage: power supply group 24VDC.

Ambient temperature: 0°C to 60°C.

Ambient humidity: 5% to 95%, non-condensing.

Weight: 24.5 kg.

Functional features

High fault tolerance: As a modern programmable logic and process controller, it adopts triple module redundancy (TMR) technology to provide a high level of system fault tolerance, which can ensure that the system can maintain normal operation even if a single fault occurs. It is very suitable for performing critical tasks and can meet SIL 1, 2 or 3 requirements.

Multiple rack configurations: For the V9 TRICON system, there are three forms: main rack, expansion rack and remote extension rack. The main rack is up to 30m away from the expansion rack and up to 2km away from the remote extension rack. The system includes up to one main rack, eight expansion racks and six remote extension racks, supporting a total of up to 118 input/output modules or communication modules, and can handle 2048 digital input points, 1024 digital output points, 1024 analog input points, 512 analog output points and 80 pulse input points.

Strong communication capability: The communication module is powerful and can not only connect to Modbus devices and distributed control systems (DCS), but also connect to external hosts through peer-to-peer or 802.3 networks to achieve information interaction and collaborative work between systems.

Flexible signal processing: The input module can detect and receive field input device signals of various types and voltage levels, and convert them into low-voltage signals accepted internally. The switch input module has three signal types: DC input, AC input and AC/DC input. According to the input signal voltage, it can be classified into DC 5V, 24V, 48V, 60V, etc., AC 110V, 220V, etc., and can be flexibly selected according to the distance between the on-site equipment and the module and the environment.