Sheathed thermocouples (type K, J, Pt100), resistance sensors and accessories for reliable temperature measurement, combined with single- and multi-zone temperature controllers featuring PID control and autotune. For hot-runner systems, mould and machine control — calibratable and long-term stable.
S5201_Switching voltage:
DC
|
S5201_Switching current [A]:
20
Technical specifications:
Function: 1-phase with zero switchingDimension: 58,2 x 44,8 x 26,8 mm (W x H x D)Connection: Screw terminal
I/O Signal: 4,5 - 32 VDC
Type: LED and varistor, protection cover
S5202_Switching voltage:
DC
|
S5202_Switching current [A]:
15
Technical specifications:
Function: 1-phase zero switching
Mounting: DIN-rail
Dimension: 22,5 x 103 x 80,5 mm (W x H x D)
Range: 20 A Acrms
Supply: 42 - 660 VAC
Connection: Screw terminal
I/O Signal: 4 - 32 VDC
Type: Integrated heatsink
For simple control tasks.
Connection between the supply and the heater.
Control circuit: 1
Connection: 1 Consumer
Lead: 2,5 m
- Comprises a rotary scale from variable control, 0 - 100 %
- Pilot lamp
Temperature Control Device – benchtop version, precise and flexible
The benchtop temperature control device is a compact solution for precise temperature control processes in various applications.
It provides up to 10 individually configurable control zones that can be adapted to different process requirements and temperature ranges.
Technical features
Control zones: up to 10 independently operating zones
Sensor types: freely selectable per zone – thermocouple type J, type K, or PT100 (2- or 3-wire)
Power outputs:
single-phase 230 V or 400 V
alternatively three-phase 400 V for higher loads
Power supply connection options:
Schuko 230 V
CEE 16 A
CEE 32 A
Design: robust benchtop device with a clearly structured front panel and service-friendly layout
Configuration: each zone can be individually parameterized using the VIKO software (e.g., setpoint, sensor type, alarms, switching behavior)
Communication: Modbus RTU or alternatively via USB converter to Modbus RTU
Device configuration: an online configurator allows the device to be tailored once to the user’s specific requirements and then ordered directly
Application areas
The temperature control device is ideal for precise thermal processes such as heating, holding, and cooling of tools, components, or process parts.
Typical applications include temperature control tasks in process engineering, plastics processing, material testing, and general industrial processes.
- Mikroprocessor-controller with DIN-“in-built housings“
- Thermocouples: L, J, K..., Pt 100, 2L, 3L.
- Soft-start-function.
- For switchboard-mounting.
- Cutback selfoptimization.
- Energy consumption display (total and charge).
- Process alarm, band alarm, deviation alarm.
- Three color, three lines, clear LED display.
- Recovery function.
- Two extra pushbuttons (F1 and F2), the function can be defined customized.
- Small mikroprocessor-controller with DIN-“in-built housings“
- Thermocouples: L, J, K..., Pt 100, 2L, 3L.
- Soft-start-function.
- For switchboard-mounting.
- Cutback selfoptimization.
- Energy consumption display (total and charge).
- Process alarm, band alarm, deviation alarm.
- Three color, two lines, clear LED display.
- Recovery function.
Type of thermocouple: FeCuNi (J), groundedThickness brass ring: 1,0 mmExtension cable: 2000 mm long, fibreglass insulated, armouring
galvanized steel wiresTemperature max.: 400 °CDiameter „D“ and width „B“ as required („B“ max.: 150 mm)Sensor tip soldered to the edgeFor mounting underneath band heaters
Type of thermocouple: FeCuNi (J), groundedThickness brass ring: 1,0 mmExtension cable: 2000 mm long, fibreglass insulated, armouring
galvanized steel wiresTemperature max.: 400 °CDiameter „D“ and width „B“ as required („B“ max.: 150 mm)Sensor tip soldered to the edgeFor mounting underneath band heaters