The CellaPort proposes up to 10 pre-defined material emissivities to The CellaSwitch PKS Infrared Temperature Switch detects infrared.
Two-colour infrared thermometer with fibre optic and sensor head. PKF 66. 700 - 1800 °C. Metals ceramics
This configurable switch on/switch off delay permits a suppression of short interference pulses and for the adaptation of the switching output to the response
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Single-colour infrared thermometer. PKL 11. 0 - 1000 °C ???? Cella Temp® PKF 26 / ... LWT-10HT. 10m. 0.38. ?? ??? ???? ?? 50m. ?? ??.
3. • Kompaktes Infrarot-Thermometer mit großer leuchtstarker. LED-Anzeige und Bedienfeld. • alle Parameter per Taster am Sensor und digitaler Schnittstelle.
Kompaktes Infrarot-Thermometer mit großer leuchtstarker. LED-Anzeige und Bedienfeld. • alle Parameter per Taster am Sensor und digitaler Schnittstelle.
Kompaktes Infrarot-Thermometer mit großer leuchtstarker. LED-Anzeige und Bedienfeld. • alle Parameter per Taster am Sensor und digitaler Schnittstelle.
Infrared Temperature Switch CellaSwitch PKS 10 For quick non-wearing non-contact detection of hot objects Features Temperature range 50 – 500 °C / 122 – 932 °F 2 independent switching outputs individually configurable as normally open or closed contacts or to monitor temperature spans Switching thresholds precisely adjustable via
CellaSwitch PKS features 2 independent relay switching outputs These relays can be operated either as normally open (NC) or nor-mally closed (NO) contacts enabling various monitoring options such as limit temperatures or temperature spans The switch points and the desired function of the outputs can be con-figured directly using the control
The CellaSwitch PKS 20 Infrared Temperature Switch detects infrared energy radiated by objects and converts this to an electric signal A switch command will be triggered when a hot object present within the sensor’s field of view exceeds a configured threshold LEDs indicate the switching status
The infrared temperature sensor detects temperatures and monitors temperature ranges without contact The sensor detects the infrared energy radiated by a hot object and converts this to an electric switch signal The advantage of this technique is that there is no mechanical contact between the sensor and the hot object
Infrared Temperature Systems Relied upon by industry Exergen Non-contact Infrared Temperature Systems provide accurate reliable and cost effective temperature measurements at process critical control points With over 300 models Exergen temperature sensors are an industry standard in such diverse applications as printing
normally open switch between the remote input wire and dc common or connect the remote input wire to a digital output on a Programable Logic Controller (PLC) Perform the procedure below to enable or disable the push button where 0 04 s < T < 0 8 s T-GAGE™ M18T Series Infrared Temperature Sensors
The infrared temperature sensor reacts to the heat or infrared radiation emitted from the object This depends on the material and the surface To get exact meas-urement results the emissivity of the object to be measured has to be set on the unit (? 10 2 1 Setting the degree of emissivity)
used infrared scanning of both medium-voltage and low-voltage switchgear and motor control assemblies as a means of predictive maintenance Thermal imaging for electrical systems will be performed on a rotational basis for the entire facility and maintenance outages are scheduled on an as-needed basis only after an electrical problem has been
The screw-in infrared temperature sensor METS-IR HART is a sensor designed for process control with non-contact temperature measuring The device receives infrared radiation emitted from a test object and based on this foundation calculates the surface temperature of the test object 4 Start-Up Operation 4 1 Function 4 2 Before Mounting