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Heaters
Temperatursensoren

Temperatursensoren

Temperature sensors are an integral part of any heating system — they are responsible for monitoring operating conditions and keeping them within a given range. It is thanks to them that the production processes are safe, stable and repeatable.

Our portfolio includes sensors adapted to work in a variety of environments — from standard industrial applications to high temperature, humidity or chemically aggressive conditions.

We supply sensors that are fully compatible with the heaters we offer. They are prepared for easy installation in heads, housings, sockets or directly in devices. We design them on the basis of the supplied technical documentation or individual parameters of the customer, so that each product is perfectly matched to a specific application.

Our sensors enable precise measurement and ongoing temperature control in heating, cooling and process systems. We manufacture them in accordance with PN-EN 60584-1:2014 -04, which guarantees compliance with international standards and predictability and repeatability in every application.

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Basic technical parameters

Electricity
Power max
Voltmeter
Voltage
Temperature
Working Temp.
Dimensions
Lenght
Width

Heater cross section:

Rectangular
Round
Thickness
Additional Information
Typ czujnika Charakterystyka
Termopara typu J
  • Wykonana z żelaza w połączeniu ze stopem miedzi i niklu
  • Zakres pomiarowy: -40…+750°C
  • Czułość termoelementu: 55 µV/°C
  • Możliwość pomiaru w atmosferze:
    • obojętnej
    • redukującej
    • utleniającej
    • próżni
Termopara typu K
  • Wykonana ze stopu oporowego na bazie niklu
  • Zakres pomiarowy: -200…+1200°C
  • Czułość termoelementu: 41 µV/°C
  • Zwiększona odporność na utlenianie w porównaniu do typu J
  • Nieodpowiednia do stosowania w atmosferze:
    • redukującej
    • próżni
Czujnik rezystancyjny
  • Działa na zasadzie zmiany oporu elektrycznego przewodnika w zależności od temperatury
  • Im wyższa temperatura – tym większy opór elektryczny metalu
  • Element pomiarowy (np. Pt100 – platynowy opornik 100 Ω przy 0°C) umieszczony w osłonie lub obudowie
  • Oporność platyny zwiększa się zgodnie z normą IEC 60751
*Requires consultation with our technical department.

Industries

Plastics industry
Chemical industry
Pharmacology/Pharmaceutical industry
Food industry
Foundry industry
Automotive industry
Aerospace industry
HVAC Industry
Cosmetic industry
Home Appliance Industry
Electronics industry

Specification

Application
  • Plastics industry – monitoring injection mold temperatures, supervising heating zones in extruders, temperature control in thermoforming processes, overheating protection of nozzles and cylinders.
  • Food industry – measuring temperature in tunnel and chamber ovens, monitoring pasteurization and sterilization temperatures, monitoring cold rooms and freezers, maintaining temperature in bottling and packaging lines.
  • Chemical industry – monitoring reaction temperatures in chemical reactors, supervising distillation and crystallization processes, monitoring tank and pipeline temperatures, overheating protection of chemical installations.
  • Pharmacology/Pharmaceutical industry – temperature control in autoclaves, monitoring drying of active substances, climate control in cleanrooms, supervising granulation and tableting processes.
  • Foundry industry – measuring molten metal temperature, controlling induction and arc furnaces, monitoring cooling of casting molds, maintaining thermal parameters in heat treatment processes.
  • Automotive industry – sensors in engine and exhaust system tests, monitoring traction battery temperatures, controlling drying and curing of paints, supervising welding and brazing processes.
  • Furniture industry – temperature control in wood and veneer dryers, supervising pressure gluing processes, monitoring curing of varnishes and stains, maintaining CNC machining parameters when heating materials.
  • Paper industry – measuring temperature of drying cylinders, controlling evaporators and process steam systems, monitoring coating and laminating processes, overheating protection of thermal systems.
  • Electronics industry – temperature control in wave soldering and reflow processes, supervising cooling of semiconductor components, monitoring lithium-ion battery operating conditions, measuring temperature in test chambers.
  • Packaging industry – temperature control in sealing and packaging machines, supervising heating of shrink films, measuring temperature in thermoforming machines, monitoring drying systems for package printing.
  • Textile industry – temperature control in tumble dryers, supervising dyeing and color-fixing processes, measuring temperature in lamination and fabric welding, monitoring drying of synthetic fibers.
  • Wood industry – sensors in wood dryers, temperature control in gluing and pressing processes, supervising temperatures in coating ovens, measuring temperature in impregnation chambers.
  • Ceramic and glass industry – temperature control in ceramic kilns, monitoring glass melting processes, supervising cooling of glass products, measuring temperature in glazing processes.
  • Rubber Products Industry/Rubber Industry – measuring temperature in rubber extruders, controlling vulcanization processes, monitoring heated molds, supervising cooling of rubber products.
  • Railway and tramway industry/Railway industry – temperature control in train heating systems, monitoring axle bearing and braking systems, measuring traction motor temperatures, supervising air-conditioning in rolling stock.
  • Aerospace industry – measuring jet engine temperatures, monitoring fuel and hydraulic systems, controlling composite testing, supervising onboard air-conditioning systems.
  • Metallurgical and metalworking – temperature control in metallurgical furnaces, monitoring rolling and forging processes, supervising quenching and tempering of metals, measuring temperatures in continuous casting lines.
  • Reinforcement industry – temperature control in ammunition and explosives production, monitoring hardening of armament components, measuring temperature in missile systems, supervising tests of armored vehicles.
  • Energy and power plants/Power industry – measuring temperatures in steam and gas turbines, monitoring power boilers, supervising generator cooling, controlling temperatures in transmission networks.
  • Home Appliance Industry – temperature sensors in ovens, dishwashers and washing machines, supervising refrigerators and freezers, controlling overheating of heaters in kettles and coffee machines.
  • Cosmetic industry – temperature control during production of emulsions and creams, monitoring packaging and filling processes, supervising drying of ingredients, stabilizing temperatures in mixers.
  • Shipbuilding and offshore industry/Shipbuilding – temperature control in marine engines, monitoring cooling and lubrication systems, supervising air-conditioning and heating on ships, measuring temperatures in offshore installations.
  • Paint and varnish industry – measuring temperatures in paint booths, controlling drying and curing of coatings, monitoring powder coating ovens, supervising process air heating.
  • Industrial automation – temperature control in assembly lines, measuring temperatures of electronic components, monitoring robotic systems, supervising precise gluing and soldering processes.
  • Construction – monitoring concrete temperature during curing, controlling heating and ventilation in buildings, sensors in roof and gutter anti-icing systems, measuring temperature in construction dryers and heaters.
  • Laboratories & Research/Laboratory Industry – measuring temperature in laboratory ovens and incubators, monitoring laboratory refrigerators and freezers, supervising chemical reactions, stabilizing sample temperatures.
  • Industrial Warehouses and Cold Stories/Warehouses and Logistics – temperature control in cold storage chambers, monitoring the cold chain, supervising HVAC systems in warehouses, overheating protection in high-bay storage zones.
  • Road and transport infrastructure – sensors in anti-icing systems for roads and bridges, monitoring asphalt surface temperatures, measuring temperature in tunnels and metro stations, supervising heating of platforms and bus shelters.
  • Catering and catering equipment – measuring temperature in convection ovens, monitoring fryers and hot plates, controlling temperature in industrial dishwashers, supervising food warmers.
  • HVAC Industry – temperature sensors in ventilation units, controlling temperature in air-conditioning systems, monitoring duct heating, supervising heat recovery systems.
  • Medical and laboratory technology – measuring temperatures in diagnostic devices, monitoring sterilizers, supervising incubators, controlling temperatures in medical refrigerators.
    • Heater Construction
    Types of heaters
    Current Outputs
    Heating Zones
    Types of sensors

    1. Head sensors - Head sensors (with connection head). Used most often in heavy industry and power industry. They have a metal protective head (type B, BA, DANW, etc.), in which the measuring cartridge is placed. They make it possible to connect signal wires in industrial conditions (also in dust and moisture zones).

    ‍Application equipment: boilers, pipelines, furnaces, process tanks.

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    ‍2. Wired sensors - These are the most versatile temperature sensors — a measuring probe terminated with a wire. They are suitable for direct mounting or through a sleeve. They are flexible, lightweight and easy to install.

    Application: household appliances, heat pumps, refrigeration, HVAC systems, buffer tanks.

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    3. Can sensors - Sealed in a compact airtight can resistant to weather and industrial environments. They allow quick assembly and protection of electrical connections without the need for a head.

    Application: underfloor heating, outdoor installations, ventilation units, zones with increased humidity.

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    4. Sensors with CLAMP - Designed for hygienic applications where it is necessary to maintain the cleanliness of the installation — e.g. in the food and pharmaceutical industry. Equipped with a quick connector type CLAMP (DIN, ISO), they allow installation without risk of contamination of the medium.

    Application: dairies, breweries, bottling lines, CIP/SIP processes.

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    5. Measuring cartridges - It is the correct measuring element mounted inside the head or cover. Available in Pt100, Pt500, Pt1000 Ptrh-Pt or thermoelectric versions (e.g. type K, J).

    Application: maintenance, chemical and energy industries — where rapid diagnostics and service are required.

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    Temperatursensoren

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