Industrial heaters and ovens
Industrial heaters and ovens is a suitable application class when the selected N1200 input, control output and process-response capability match the sensor, load interface and thermal dynamics.
NOVUS · Temperature & Process Control
N1200
High-performance universal process controller for demanding thermal or analogue-variable loops that need fast acquisition, flexible I/O and extensive ramp-and-soak programming.
RoleAuto-adaptive PID process controller
CategoryProcess Control & Indication
SelectionInput · output · control duty
SupportPrimionics application engineering
Engineering position
Auto-adaptive PID process controller for industrial process control
The controller forms the closed-loop control layer between the process measurement and the final power or actuating device. Model selection should be based on sensor type and range, control algorithm, output hardware, panel format, supply, communication and the thermal dynamics of the application. High-performance universal process controller for demanding thermal or analogue-variable loops that need fast acquisition, flexible I/O and extensive ramp-and-soak programming.
Configured process inputMatch the ordered sensor/input version and usable measurement range to the actual process signal before panel design.
PID or ON/OFF control as documentedConfirm the required control mode, heating/cooling action, tuning behavior and process response for the selected model.
Alarm and output selectionAllocate control, alarm and auxiliary outputs against the load-interface and sequence requirements.
Panel integrationConfirm cutout, depth, supply, terminal access and front protection for the machine panel.
Current product position: Current NOVUS positioning emphasizes high-speed sampling, universal process input, ramp-and-soak programming and its current DeepCTRL control-intelligence positioning.
System role
N1200 signal and system architecture
The architecture separates the field/process interface, the NOVUS function and the downstream control or information path. Exact electrical interfaces, protocol roles and accessories remain model-dependent.
01Supported sensor
02N1200
03Control output
04SSR / contactor
05Thermal process
Use the current NOVUS product page, manual and exact order code as the final authority for numeric ratings, approvals, firmware-dependent functions and supplied accessories.
Application scope
N1200 application environments
These application classes indicate the engineering context. Final selection still depends on the exact range, I/O, communication, installation and performance requirements.
Packaging and sealing machinery
Packaging and sealing machinery is a suitable application class when the selected N1200 input, control output and process-response capability match the sensor, load interface and thermal dynamics.
Machine temperature control
Machine temperature control is a suitable application class when the selected N1200 input, control output and process-response capability match the sensor, load interface and thermal dynamics.
Technical data
Technical data and model boundaries
The table is a selection summary, not a substitute for the current NOVUS manual or ordering information. Product families and optional versions can differ in input, output, communication, supply and approvals.
| Inputs | Thermocouples J, K, T, N, R, S, B, E; Pt100; current and voltage |
|---|---|
| Control | PID, PI, PD, P or ON/OFF; heating or cooling |
| Sampling | 55 readings per second |
| Programs | 20 ramp-and-soak programs with 9 segments each |
| Outputs | Relay, SSR pulse and analogue control options by model |
| Communication | Optional RS485 Modbus RTU |
| Panel | 48 × 48 × 110 mm; IP65 front |
Selection context
N1200 within the NOVUS portfolio
Use role, range, I/O, installation and communication requirements to distinguish nearby products. Similar naming does not imply interchangeable electrical or functional capability.
Current page
N1200
High-performance universal process controller for demanding thermal or analogue-variable loops that need fast acquisition, flexible I/O and extensive ramp-and-soak programming.
Inputs: Thermocouples J, K, T, N, R, S, B, E; Pt100; current and voltagePID controller with LCD interface and process programsN1050
LCD PID controller for thermal applications that need clear local operation, ramp-and-soak programs, optional RS485 and model-dependent analogue output.
Inputs: Thermocouples J, K, T, S; Pt100Modular connected PID controllerN20K48
Modular connected PID controller for machine and process applications that need high-speed control plus expandable local/wireless communication.
Inputs: Thermocouples J, K, T, E, S, N, R, B; Pt100; current and voltageSelection basis: application duty, exact interface requirements and current orderable configuration.
Documentation & engineering inputs
Current NOVUS documentation and application data
Use the manufacturer page for the current orderable configuration, then provide the application information below so Primionics can review technical fit, accessories and commercial scope.
Process variableSensor type, normal range and maximum process temperature.
Control dutyHeating/cooling action, process dynamics, required stability and cycle profile.
Output stageRelay, SSR pulse, analogue output, alarm outputs and final load interface.
Panel integrationCutout, depth, supply voltage, wiring and environmental protection.
CommunicationStandalone operation, RS485/Modbus or connected/modular interface requirements.
Commercial scopeQuantity, required accessories, configuration support and delivery target.