Heater banks
Heater banks is a suitable application class when the selected NOVUS SSR 10–100 A input, control output and process-response capability match the sensor, load interface and thermal dynamics.
NOVUS · Temperature & Process Control
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.
RoleSolid-state power switching
Range10–100 A family
Input4–32 Vdc
SwitchingZero crossing
Engineering position
Solid-state power switching for controller-driven AC loads
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. Solid-state switching stage for controller-driven AC loads where silent, high-cycle operation is required and the thermal design is properly sized.
Silent electronic switchingUse solid-state switching where high-cycle or noise-sensitive load control is appropriate and within the documented ratings.
High-cycle heater controlSize the SSR and heat sink from load current, ambient temperature, duty cycle and switching frequency.
Controller-to-load interfaceMatch controller drive output, SSR control voltage, load voltage/current and protective devices.
Current product position: The current NOVUS product page remains the authority for exact model variants, interfaces, firmware, approvals and lifecycle status.
System role
NOVUS SSR 10–100 A 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.
01NOVUS controller
02SSR drive
03NOVUS SSR
04Protection / heat sink
05AC load
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
NOVUS SSR 10–100 A application environments
These application classes indicate the engineering context. Final selection still depends on the exact range, I/O, communication, installation and performance requirements.
Industrial ovens
Industrial ovens is a suitable application class when the selected NOVUS SSR 10–100 A input, control output and process-response capability match the sensor, load interface and thermal dynamics.
Packaging heaters
Packaging heaters is a suitable application class when the selected NOVUS SSR 10–100 A 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.
| Rated-current models | 10, 25, 40, 60, 80 and 100 A |
|---|---|
| Maximum load voltage | 250 Vac or 480 Vac, model-dependent |
| Control voltage | 4–32 Vdc |
| Protection | Internal snubber; heat sink required as applicable |
Selection context
NOVUS SSR 10–100 A 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
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.
Rated-current models: 10, 25, 40, 60, 80 and 100 ACompact temperature controllerN1030
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.
Panel format: 48 × 48 × 35 mm (1/16 DIN)General-purpose PID temperature controllerN1040
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.
Inputs: Thermocouples J, K, T; Pt100Selection 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.