The Digital Input AOI Control Module is used for general-purpose discrete inputs. Note: Programmed followed ISA88, ISA95, and ISA106 Standard

Determines if a value stays within a % range for an amount of time and returns TRUE when it does. Useful for applications in weighting quantities

This add-on instruction counts the number of HIGH bit/s in an integer (INT) or double integer (DINT). Counter that counts anything that can become active at the same time and recounts if anything changes.

Takes the input from the analog card. Outputs a scaled value and HH/HI/LO/LL alarms. Maintenance override switch functionality.

Contains a typical for digital Fail Close Valves with 1 solenoid and 2 limit switches. The valve closes if it is tripped or a command to close is set on it. Can receive manual operations like opening and closing the valve from a button(on the HMI).

Bypass Control

Analog Raw Value from Sensors Scaling to real Value

A comprehensive Analog Input module providing many features.

A comprehensive Analog output module providing different features.

Ramp Function Generator

This block is a multiplexer function. When a single input is on, the corresponding single output real value will be on.

This block selects between the first or the second group of real variables.

The AOI provides a sensor signal to be treated according to its authenticity proof. The AOI is mainly developed to be used with any industrial protocol sensor/gateway/module (ex. Modbus sensor/gateway, remote IO etc), but could be used with any analog measured value.

Count the operating time of equipment

Digital Output Control Module Note: Programmed followed ISA88, ISA95, and ISA106 Standard

This module is for Mitsubishi Fx3U and is built on GX works tools in function block diagram This totalizer will totalize the flow rate. The totalizer will auto reset at user's defined value as well user controlled reset is also given.

Double Solenoid 2 position operation

The BNOT16 block allows up to 16 Boolean conditions to be inverted. By using the BNOT16 block in application code the required inversion of signals is clearly shown within the Function Block Diagram (FBD).

Used for First Out tripping and alarming. Inputs are set are set high to cause trip/alarm.

Used for latch an output ON when the corresponding input to the module goes ON.

Used for latch an output OFF when the corresponding input to the module goes OFF.