TRICONEX 8111 Power Supply High Density Module Invensys

TRICONEX 8111 is a digital output module, which is widely used in industrial automation control systems. The following is its introduction:

Basic parameters

Working voltage: 220V.

Dimensions: 99mm×83mm×70mm.

Minimum output load: 100 microamperes, 100 millivolts VDC per point.

Load current: 2 amperes at 5 to 28.8VDC, 0.8 amperes at 48VDC, 0.5 amperes at 110VDC, 2 amperes at 250VAC.

Output surge current: No specific data, but usually has a certain tolerance.

Interface type: DB9 connector (RS-485), spring clamp terminal block.

Internal power consumption: Typical value is 50mA at 24VDC, 400mA at maximum load of 5VDC.

Features

High reliability: TRICONEX products use triple-module redundancy (TMR) technology, and the 8111 module is no exception. It integrates three independent control channels, works in parallel, and votes on digital input and output signals through hardware voting devices. It uses a three-out-of-two logic voting method to ensure that even if a single point failure occurs in a channel, it will not affect the normal operation of the system, which can meet the requirements of high reliability and high availability.

Powerful diagnostic function: Supports system-level diagnosis, and can realize fault animation, login and printing functions through the fault alarm function of CIMPLICITY software. It can also use the software functions of PLC and operation station to perform system status self-diagnosis, judge the system status, working conditions and conditions, and help to quickly locate and solve faults.

High flexibility: It can adapt to a variety of field equipment, and can provide corresponding output currents at various voltage levels according to different load requirements and field environments to meet the drive requirements of different types of actuators.

TRICONEX 8111 module plays an important role in industrial automation and control systems in oil and gas, refining, petrochemical, chemical, power and other industries, especially in safety-critical application scenarios, due to its high reliability, powerful diagnostic functions and flexibility.