Industrial ovens & furnaces
Define the operating range, interfaces, environmental conditions and integration boundary for this application before product configuration.
NOVUS · Industrial process control
Temperature & Process Control
PID and ON/OFF controllers, timed/process-profile control and solid-state load switching for industrial thermal and process applications.
Application-led product selection
Selection framework for Temperature & Process Control
Model selection is based on the application requirement, not the product name. Use the role summaries below to narrow the route before comparing exact specifications.
Compact 1/16 DIN temperature controller for straightforward heating or cooling loops where automatic PID tuning, removable wiring and relay/SSR-pulse control are sufficient.N1030Input · output · control duty
General-purpose 1/16 DIN temperature controller for industrial machines that need fast sampling, automatic PID tuning and model-dependent relay, analogue or RS485 integration.N1040Input · output · control duty
Temperature-and-time controller for equipment that needs the thermal setpoint and timed sequence coordinated in the same compact panel instrument.N1040TInput · output · control duty
Compact 1/32 DIN PID controller for applications that need universal input capability, ramp-and-soak profiles, USB-C configuration and optional RS485 without using a 48 × 48 mm panel format.N1020Input · output · control duty
LCD PID controller for thermal applications that need clear local operation, ramp-and-soak programs, optional RS485 and model-dependent analogue output.N1050Input · output · control duty
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.N1200Input · output · control duty
Modular connected PID controller for machine and process applications that need high-speed control plus expandable local/wireless communication.N20K48Input · output · control duty
Solid-state switching stage for controller-driven AC loads where silent, high-cycle operation is required and the thermal design is properly sized.NOVUS SSR 10–100 AInput · output · control duty
System architecture
Temperature & Process Control system architecture
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.
01Temperature / process sensor
02NOVUS controller
03Control output
04SSR / contactor / actuator
05Machine / thermal process
Confirm sensor/input version, electrical outputs, communication and installation requirements against the exact orderable model before design release.
NOVUS product routes
NOVUS products for Temperature & Process Control
Each dedicated page defines the product role, application scope, technical data, selection context and system relationships.
Compact temperature controller
N1030
Compact 1/16 DIN temperature controller for straightforward heating or cooling loops where automatic PID tuning, removable wiring and relay/SSR-pulse control are sufficient.
View dedicated page →General-purpose PID temperature controller
N1040
General-purpose 1/16 DIN temperature controller for industrial machines that need fast sampling, automatic PID tuning and model-dependent relay, analogue or RS485 integration.
View dedicated page →Time and temperature controller
N1040T
Temperature-and-time controller for equipment that needs the thermal setpoint and timed sequence coordinated in the same compact panel instrument.
View dedicated page →
Compact temperature controller with digital configuration
N1020
Compact 1/32 DIN PID controller for applications that need universal input capability, ramp-and-soak profiles, USB-C configuration and optional RS485 without using a 48 × 48 mm panel format.
View dedicated page →
PID controller with LCD interface and process programs
N1050
LCD PID controller for thermal applications that need clear local operation, ramp-and-soak programs, optional RS485 and model-dependent analogue output.
View dedicated page →
Auto-adaptive PID process controller
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.
View dedicated page →
Modular connected PID controller
N20K48
Modular connected PID controller for machine and process applications that need high-speed control plus expandable local/wireless communication.
View dedicated page →
Solid-state power switching
NOVUS SSR 10–100 A
Solid-state switching stage for controller-driven AC loads where silent, high-cycle operation is required and the thermal design is properly sized.
View dedicated page →Application environments
Application environments for Temperature & Process Control
The application environment establishes the measurement, control, installation and data requirements that drive the final model selection.
Packaging and sealing
Define the operating range, interfaces, environmental conditions and integration boundary for this application before product configuration.
Machine thermal zones
Define the operating range, interfaces, environmental conditions and integration boundary for this application before product configuration.
Heat treatment
Define the operating range, interfaces, environmental conditions and integration boundary for this application before product configuration.
Laboratory equipment
Define the operating range, interfaces, environmental conditions and integration boundary for this application before product configuration.
OEM process skids
Define the operating range, interfaces, environmental conditions and integration boundary for this application before product configuration.
Engineering inputs
Engineering inputs for Temperature & Process Control model selection
These inputs allow Primionics to narrow the current NOVUS configuration before quotation and avoid late changes to I/O, accessories or communication.
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.