Measurement input
Receive the selected sensor, transmitter-receiver system or conditioned signal with its defined range and engineering unit.
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Products and systems
Displays, controllers and communications
Convert sensor outputs into usable values, status, alarms and plant interfaces while preserving scale and calibration context from the operator station to PLC/SCADA.
06System role
Control equipment determines how a measurement is displayed, judged and transmitted
The controller is the operating bridge between sensing hardware and the plant. It must preserve the value, its validity and its configuration—not simply repeat a number on another screen.
Signal processing
Apply the approved scaling, compensation, calibration and state logic for the connected measurement system.
Operator interface
Present value, trend, alarm and fault information in a form that operators can interpret and act on.
Plant connection
Deliver analogue or digital variables, status and records to PLC, SCADA or the control room under a documented interface.
Core functions
Keep value, state and interface consistent across the complete signal path
A control unit is selected for the connected measurement route and the decisions the plant expects to make.
Local display and operation
Provide current value, trend, alarm acknowledgement and authorised parameter access close to the process.
Scaling and status management
Maintain engineering units, range, valid, warning and fault states without silently holding an old good value.
Alarm and control interface
Support bounded manual or automatic response only after thresholds, delays and fallback behaviour are agreed.
Communications and records
Map registers, update rates and timestamps for PLC, SCADA or industrial-PC integration and troubleshooting.
Available equipment
Select the control unit with the measurement system and plant interface
Current product documentation identifies the NM-1000 display and control unit, MPC3000 and MPC6000 control units, industrial computers and touchscreen consoles. Exact I/O and protocol support is confirmed by model and project.
- NM-1000 display and control unit
- MPC3000 control unit
- MPC6000 central processing unit
- Industrial computers and touchscreen consoles
Signal integrity
A correct display does not prove that the plant integration is correct
The signal must remain interpretable through every conversion, communication step and operating state.
Scale and units
Verify the same range, decimal place and engineering unit at sensor, controller and PLC.
Validity and faults
Transmit quality state explicitly so faults cannot be mistaken for stable process values.
Process timing
Account for update rate, averaging and transport delay before alarms or control actions.
Configuration records
Record parameter, register-map and firmware changes with backup and responsible owner.
Selection inputs
Choose the interface from the plant decision backwards
Begin with what operators and automation must do with the result, then define the control hardware, signals and responsibilities required to support that action.
Contact an engineer- 1Connected sensor or measurement-system model
- 2Local display, operation and alarm requirements
- 3Analogue and digital variables with units and states
- 4PLC or SCADA protocol and register map
- 5Cabinet, environment, mounting and cable distance
- 6Fail-safe behaviour, permissions and configuration owner
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