Sensors
Sensors are used to monitor temperature, humidity, level, current, position, and equipment status. The catalog features contact sensors, temperature sensors, humidity sensors, level sensors, and current sensors for industrial automation, engineering systems, switchboard equipment, pump stations, and production processes.
Sections
Subcategories
Assortment
Products
Wireless Temperature and Humidity Sensor DVTs-304-LoRaWireless Temperature Sensor TP-304-LoRa
High-temperature temperature sensor 210K
High-Temperature Sensor TXA-109
High-temperature ceramic sensor TXA-021, TXK-021, TZHK-021
High-temperature sensors THA-022, THK-022, THJK-022
Humidity and Temperature Sensor DVT-001, DVTc-001
Humidity and Temperature Sensor DVT-002, DVTc-002
Humidity and Temperature Sensor DVT-101, DVTc-101
Humidity and Temperature Sensor DVT-302, DVTc-302
Humidity and Temperature Sensor DVT-303, DVTc-303
Humidity and Temperature Sensor DVT-303, DVTc-303
DVTc-304 Humidity and Temperature Sensor
Humidity and Temperature Sensor DVT-304
Contact Sensor DK-101
Level Sensor DU-001Level Sensor DU-002
Fuel Level Sensor RS-485, RS232
DTX Current Sensor
High-temperature temperature sensor TXA-210, TXK-210
Temperature Sensor with Standardized Output Signal (4..20 mA, 0..10V, RS-485) TSPU-003, TSMU-003
Temperature Sensor with Unified Output Signal (4..20 mA, 0..10V, RS-485) TSPU-004
Temperature Sensor with Unified Output Signal TSPU-001 (4..20mA, 0-10V, RS-485)
Temperature Sensor with Standardized Output Signal THAU-003, THKU-003, TZKU-003
Temperature sensor TSM-002, TSP-002, TXA-002, TXK-002, TJK-002
Temperature Sensor TSM-003, TSP-003, TXA-003, TXK-003, TZhK-003
Temperature Sensor TSPU-002 (4..20mA, 0..10V, RS-485)
Humidity and Temperature Sensors (Psychrometer) DVT-003
Humidity and Temperature Sensors (Psychrometer) DVT-013
Humidity and Temperature Sensors DVT-011, DVTc-011
Humidity and Temperature Sensors DVT-012, DVTc-012
Food Industry Sensors TSP-401
Temperature Sensors (4..20mA, 0..10V) TSPU-303, TSMU-303
Temperature Sensors 011
Temperature sensors 012
Temperature Sensors 101
Temperature sensors 103
Temperature Sensors 104
Temperature sensors 107
Temperature sensors 202
Temperature Sensors 205r
Temperature sensors 206
Temperature Sensors 207
Temperature sensors 209Temperature Sensors 4..20mA, 0..10V - TSPU-011, TSMU-011
Temperature Sensors for Food Industry TSP-402Temperature Sensors with Unified Output Signal (4..20 mA, 0..10 V) TSPU-012, TSMU-012
Temperature Sensors with Unified Output TSPU-303p TSMU-303pAir temperature sensors TSM-303p TSP-303p TXA-303p TXK-303p TZHK-303p
Air temperature sensors TSP-302TSP-303 Air Temperature Sensors
Air Temperature Sensors TSP-307
Temperature sensors TSM-001, TSP-001, TXA-001, TXK-001, TZK-001, TP-001
Temperature Sensors TSM-002P, TSP-002P, TXA-002P, TXK-002P, TJK-002P, TP-002P
Temperature sensors TSM-004, TSP-004, TXA-004, TXK-004, TJK-004
Temperature sensors TSM-101P, TSP-101P, TXA-101P, TXK-101P, TZK-101P, TP-101P
Temperature sensors TSM-102, TSP-102, TXA-102, TXK-102, TJK-102, TP-102
Temperature Sensors TSM-105, TSP-105, TXA-105, TXK-105, TZK-105
Temperature sensors TSM-106, TSP-106, TXA-106, TXK-106, TZhK-106
Temperature sensors TSM-204, TSP-204, TXA-204, TXK-204, TZHK-204
Temperature sensors TSM-204r, TSP-204r, TXA-204r, TXK-204r, TJK-204r
Temperature sensors TSM-205, TSP-205, TXA-205, TXK-205, TZhK-205
Temperature Sensors TSM-304, TSP-304
Temperature sensors TSP-111 TSM-111 TXA-111 TZHK-111 TXK-111
Temperature Sensors TSP-203, TXA-203, TXK-203, TZHK-203
TSP-301 Temperature Sensors
Temperature sensors TXA-108, TXK-108, TZH-108, TSM-108, MSP-108Resistance Temperature Sensor Set (matched pair for heat energy meter) KTSP-001
Resistance Thermometer Set (matched pair for heat meter) KTSP-001PLResistance Temperature Sensor Set (Matched Pair for Heat Meter) KTSP-002Platinum Resistance Thermometer Set (Matched Pair for Heat Meter) KTSP-003Set of resistance temperature detectors (matched pair for heat energy meter) KTSP-011Resistance Temperature Detector Set (matched pair for heat meter) KTSP-012Set of Resistance Temperature Sensors (matched pair for heat meter) KTSP-101Platinum Resistance Temperature Sensor Set (Matched Pair for Heat Meter) KTSP-101DLResistance Temperature Sensor Set (matched pair for heat meter) KTSP-101DS
Resistance Thermometer Set (matched pair for heat meter) TSP-002DLSet of Resistance Temperature Sensors (matched pair for heat energy meter) TSP-102Set of resistance temperature detectors (matched pair for heat energy meter) TSP-102PL
Conductometric level sensor DU-004
Conductometric Level Sensor with Connector DU-003Thermocouple with unified 4-20 mA output THAU-002, THKU-002, TZHKU-002
Thermocouples with unified 4-20 mA output THAU-001, THKU-001, TJKU-001Sensors
A sensor is a general term that can mean: a measuring transducer; a primary measuring transducer; a sensitive element. A sensor is a measurement device. Sensors based on electronic technology are called electronic sensors. A single sensor can measure (monitor) one or several physical quantities simultaneously. A sensor consists of sensitive and transducing elements. The main characteristics of electronic sensors are sensitivity and error. Sensors are widely used in scientific research, testing, quality control, telemetry, automated control systems and other fields and systems where measuring information is required.
Sensors are used to monitor, measure, and transmit information about the condition of equipment, environment, or technological process. They convert physical parameters — temperature, humidity, level, current, position, or presence of contact — into a signal that can be processed by a controller, relay, regulator, automation system, or dispatching system.
Such devices are an important part of industrial automation, engineering systems, energy, ventilation, heating, pumping equipment, production lines, and safety systems. A properly selected sensor allows improving control accuracy, reducing accident risks, protecting equipment, and automating the monitoring of operating parameters.
Main Types of Sensors
Our catalog features sensors for various automation and control tasks.
Contact Sensors
Used to determine position, opening, closing, or when a mechanism reaches a specified point. This group includes limit switches, micro switches, magnetic contact sensors, and position sensors. They are used in machine tools, conveyors, door systems, control cabinets, elevators, lifting equipment, and safety systems.
Temperature Sensors
Designed to measure the temperature of liquids, gases, air, surfaces, and technological media. They are used in heating, ventilation, boiler equipment, refrigeration units, industrial processes, and production lines. Available models have sensitive elements such as Pt100, Pt1000, thermocouples, and various output signal types.
Humidity Sensors
Used to monitor air humidity in rooms, ventilation ducts, greenhouses, warehouses, laboratories, and industrial zones. Such sensors help maintain a stable microclimate, prevent condensation, and protect products, materials, and equipment from excessive or insufficient humidity.
Level Sensors
Used to monitor the level of liquids, bulk materials, and technological media in tanks, reservoirs, silos, pump stations, and production facilities. They help prevent overflow, protect pumps from dry running, and automate filling or pumping processes.
Current Sensors
Designed to measure and monitor alternating or direct current in electrical circuits. They are used in switchboard equipment, energy monitoring systems, drives, frequency converters, power supplies, protection systems, and industrial automation.
Where Sensors Are Used
Sensors are used in many technical and industrial systems:
- automation of production processes;
- heating, ventilation, and air conditioning systems;
- boiler and heating points;
- pump and compressor stations;
- switchboard equipment;
- energy monitoring systems;
- food, chemical, and pharmaceutical industries;
- storage complexes;
- greenhouses and agricultural facilities;
- water supply and sewage systems;
- technological tanks and pipelines;
- machines, conveyors, and production lines;
- security and access control systems.
In industry, sensors ensure stable equipment operation and help monitor key process parameters. In engineering systems, they are used for automatic control of temperature, humidity, liquid level, electrical load, or mechanism positions.
How to Choose a Sensor
When choosing a sensor, it is necessary to consider not only the parameter to be measured but also the operating conditions, installation method, and signal requirements.
Main selection criteria:
- type of controlled parameter;
- measurement range;
- accuracy and response speed;
- type of environment;
- operating temperature and pressure;
- type of output signal;
- installation method;
- housing material;
- degree of protection;
- compatibility with controller, relay, or automation system;
- operating conditions: humidity, dust, vibrations, aggressive environment;
- need for analog, discrete, or digital signal.
For climate control systems, temperature and humidity sensors are typically used. Reservoirs and pumping equipment require level sensors. Switchboards and load monitoring use current sensors. Contact sensors are suitable for mechanisms, doors, covers, conveyors, and protective enclosures.
Sensor Output Signals
Depending on the purpose, sensors can have various types of outputs:
- 4–20 mA;
- 0–10 V;
- 0–5 V;
- relay output;
- NO / NC contact;
- PNP / NPN;
- RS485 Modbus;
- IO-Link;
- HART;
- pulse or digital signal.
For industrial automation, unified signals 4–20 mA and 0–10 V are often used. For simple equipment status control, discrete or relay outputs are suitable. Digital interfaces are convenient for modern dispatching and data collection systems.
Advantages of Using Sensors
Quality sensors improve equipment reliability, reduce human error influence, and provide stable control of technological parameters.
Using sensors allows:
- automation of equipment operation;
- control of key process parameters;
- prevention of emergency situations;
- improvement of control accuracy;
- reduction of energy consumption;
- protection of equipment from overload or incorrect operating mode;
- transmission of data to controllers or SCADA systems;
- enhancement of personnel and production safety;
- optimization of engineering and industrial systems’ operation.
Buy Sensors
Our catalog features sensors for industrial automation, engineering systems, switchboard equipment, pump stations, ventilation, heating, tanks, and production processes. You can select contact sensors, temperature sensors, humidity sensors, level sensors, and current sensors for specific operating conditions.
We will help you choose a sensor according to equipment type, measurement range, installation method, output signal, and the requirements of your automation system.