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The sensors of the COAST Series (COlor And STructure) are hybrid sensors that comprises two sensors that only are synchronized by the LED ring light but otherwise operate independently of each other. Both sensors can be connected to a PLC or to a PC.

COMET Cloud is an Internet data storage designed for recording measured values from selected COMET measuring instruments. The data is accessible after the user's connection to the Internet and is displayed in a web browser in the form of a table or graph. Users can be notified by e-mail of all alarm conditions reported by the device. After purchasing a device that supports connection to the COMET Cloud, you can register the device in the COMET Cloud. Each user has access only to their account, which is password protected. If you run a large number of devices in the COMET Cloud, you can clearly organize them into groups and assign new users to them, who can have an overview of the group of devices. Different rights for data display and administration can be set for individual users.

Notification app for Android or iOS

• Makes available the list of sent alarm messages from COMET Cloud
• Allows instant alarming with notifications
• The application will be expanded to display measured values
• Can be installed on Android and iOS mobile device

Temperature transducers P4141, P4121, P4151, P4131, P4161, P4171, P4191 with 4...20 mA output and Pt1000 input.

P4121 – P4171 class transducers are designed to convert RTD Pt1000 (3850ppm/°C) signal to current. These transducers have 4...20 mA output. RTD sensor Pt1000 is not included.

Temperatre, humidity and pressure meters, loggers Cxxxx, Dxxxx.
Cxxxx are designed for indication (without data logging), Dxxxx indicates and logs listed parameters.

• Applications of flue gas analyzer Si-Ca 130: boilers, burners, water heaters and furnaces
• Detectable gases: O₂, CO, CO(H₂), CO₂, NO, Low NO, NOx, Low NOx
• Up to three gas sensors
• CO measurement up to 8000 ppm
• Other measurement parameters: flue temp., air temp., differential temp., pressure / draft, excess air, combustion efficiency, combustion efficiency (condensation), stack gas velocity
• Color graphical touchscreen for control
• Communication: USB, Bluetooth (mobile App), remote printer
• Measurement storage: 2000 data points + smartphone and PC
• Predictive maintenance with estimated sensor life and calibration reminders
• Protection class: IP42
• Power supply: Rechargeable battery, Li-Ion 5100 mA/h 3.6 V (8 hours working time)
• Operating temperature: -5…+45 °C
• Sensor protection by pump stopping

TSH202B is a compact humidity and temperature sensor with 1-Wire interface. It is ideal for use in a variety of applications where space is limited, such as environmental monitoring systems, HVAC control, and more.

• Fully calibrated digital output
• Excellent long-term stability
• A unique 64-bit serial number for multi-sensor systems
• 3.0% relative humidity accuracy
• 12-bit resolution for humidity measurements
• 14-bit resolution for temperature measurements

• Compact air flow meter with switching output (1 NO)
• Robust sensor design, protection class IP67 and compact dimensions
• Switching point continuously adjustable between 0.1...15 m/s (extended measuring range available with RLSW5)
• Exemplary areas of application: monitoring of fans, heating registers, extraction, soldering and air curtain systems

• Compact air flow meter with switching output (1 NO / 1 NC) with TÜV type examination (according to DIN EN 61010-1: 2011-07)
• Robust sensor design, protection class IP67 and compact dimensions, sensitive and fast air flow detection
• Media temperature up to 60 °C
• Switching point continuously adjustable between 0.1...30 m/s
• Exemplary areas of application: Visualization and control of air flows in building automation, filter and fan monitoring as well as in industrial applications such as catalytic converters

• Compact air flow meter with analogue output (0…10 V & 4…20 mA)
• Robust sensor design, protection class IP67 and compact dimensions
• Media temperature up to 70 °C
• Switching point continuously adjustable between 0.1...30 m/s
• Exemplary areas of application: Visualization and control of air flows in building automation, filter and fan monitoring as well as in industrial applications such as catalytic converters

• Warning- and Sensor-Board WSB for digital and analog sensor technology for the precise detection of combustible, toxic and refrigerant gases.
• Versatile alarm function: Alarm and fault relays (30 V)
• Intelligent interfaces: RS-485 interface with DGC or Modbus protocol
• Precise signal transmission: 4–20 mA input and output for reliable communication
• Flexible: Connection of up to 3 sensors (2 digital)

Compact sensor VA 525 for measuring compressed air or nitrogen inline.

• 4...20 mA and pulse or a Modbus RTU (RS 485) interface as standard
• Optional interfaces such as Modbus TCP (Ethernet), PoE, M-Bus available
• Pressure range up to 16 bar
• Temperature range up to 60°C
• For speeds up to 224 Nm/s
• Integrated display to show the measured values
• Available from 1/4" to 2''
• Settings adjustable via the keys of the display
• Main counter can be reset via the display
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• Input: potentiometer / 0...10 V / 4...20 mA / 3,33 mV/V / 2 mV/V / 2.5 mV/V / CANopen
• Analog output: none / 0...10 V / 0...5 V / 0,5...4,5 V / 0...20 mA / 4...20 mA
• Relay output: 2 units
• Communication interface: none / RS-232 / RS-485 / USB / CANopen
• Invertible analogue output (10...0 V, 20...0 mA)
• Fast and easy parameter configuration via USB
• Optional tare function (scaling to zero)
• Supply: 220 VAC / 24 VAC/DC
• Operating temperature: 0...50 °C
• Protection class: IP60 (front)

• Input: potentiometer / 0...10 V / 4...20 mA / 3,33 mV/V / 2 mV/V / 2.5 mV/V / CANopen
• Temperature input: none / Pt100 / Pt1000 / thermocouple
• Analog output: none / 0...10 V / 0...5 V / 0,5...4,5 V / 0...20 mA / 4...20 mA
• Relay output: 3 units
• Communication interface: none / RS-232 / RS-485 / USB / CANopen
• Invertible analogue output (10...0 V, 20...0 mA)
• Fast and easy parameter configuration via USB
• Optional tare function (scaling to zero)
• Supply: 220 VAC / 24 VAC/DC
• Operating temperature: 0...50 °C
• Protection class: IP60 (front)

• Input: potentiometer / 0...10 V / 4...20 mA / 3,33 mV/V / 2 mV/V / 2.5 mV/V / CANopen
• Analog output: none / 0...10 V / 0...5 V / 0,5...4,5 V / 0...20 mA / 4...20 mA (optional: double output)
• Relay output: 4 units
• Communication interface: none / RS-232 / RS-485 / USB / CANopen
• Invertible analogue output (10...0 V, 20...0 mA)
• Fast and easy parameter configuration via USB
• Optional tare function (scaling to zero)
• Supply: 220 VAC / 24 VAC/DC
• Operating temperature: 0...50 °C
• Protection class: IP60 (front)

• The MQTT protocol is ideal for communication in distributed acquisition systems data (IoT applications)
• Especially suitable for server rooms, pharmaceutical and food warehouses, laboratories, museums and greenhouses
• Logged data is stored in the internal memory and then sent digitally to the user (over Ethernet)
• Alarms are formed by e-mails, on the webserver, using symbols on screen or via audible alarms
• HT20IoT can be powered by the Ethernet network (PoE – Power over Ethernet), additionally ordered
• FTP, DHCP, SMT, Modbus TCP/IP protocols

• Extreme long-term stability, quick response time
• Sensor diagnostic with CS service software
• 4...20 mA analogue output, Modbus-RTU (RS-485)
• Suitable to measurement residual moisture, dew point after granulate driers in plastic industry and various gases

• PID controller
• 2 set points (SP), chosen by binary input
• Pressure measurement range: -250...2500 Pa
• Output: 0...10 V
• Input: NTC10, NTC20, Pt1000, Ni1000
• LCD screen
• Temperature compensation
• Allowed overpressure: 25 kPa
• Supply: 24 VDC/VAC
• Operating temperature: -20...+50°C
• Protection class: IP54

• PID controller
• Pressure measurement range: 0...2500 Pa / 0...7000 Pa
• Switchable between air flow and pressure measurement
• Output: 0...10 V / 4...20 mA
• Option: autozero function
• Allowed overpressure: 25 kPa
• Supply: 24 VDC
• Operating temperature: -20...+50°C
• Protection class: IP54

• PID controller
• Pressure measurement range: 0...2500 Pa
• Modbus RTU communication
• Control output: 0...10 V
• External input: 0...10 V / thermistor / binary
• LCD display
• Temperature compensation
• Allowed overpressure: 25 kPa
• Supply: 24 VDC
• Operating temperature: -20...+50°C
• Protection class: IP54

• RS-485 (Modbus) protocol temperature and humidity sensor
• Temperature measurement range: -20...+60 °C
• Humidity temperature range: 5...95 %RH
• Accuracy: ±3 %RH (20...80 %RH) / ±5 %RH (5...95 %RH) / ±0,4 °C (-10...+60 °C) / ±0,6 °C (-20...+60 °C)
• Resolution: 12 bits for temperature and humidity
• Long-term stability
• Warranty: 3 years

SI-COLO 15 color digital sensor works according to 3-color principle using LED diode as light source. Color sensor parameters can be set using a PC via RS232 interface.

SI-COLO4 31 color digital sensor works according to 3-color principle using LED diode as light source. Color sensor parameters can be set using a PC via RS232 interface.

• 1-Wire protocol temperature and humidity sensor
• Temperature measurement range: -20...+60 °C
• Humidity temperature range: 10...90 %RH
• Accuracy: ±3 %RH (20...80 %RH) / ±5 %RH (10...90 %RH) / ±0,4 °C (-10...+60 °C) / ±1 °C (-20...+60 °C)
• Resolution: 14 bits for temperature, 12 bits for humidity
• Long-term stability
• Warranty: 3 years

• RS-485 protocol temperature and humidity sensor
• Temperature measurement range: -20...+60 °C
• Humidity temperature range: 5...95 %RH
• Accuracy: ±3 %RH (20...80 %RH) / ±5 %RH (5...95 %RH) / ±0,4 °C (-10...+60 °C) / ±0,6 °C (-20...+60 °C)
• Resolution: 14 bits for temperature, 12 bits for humidity
• Long-term stability
• Warranty: 3 years
• Connection: RJ-45

• Digital pulse counter - tachometer ECH4400
• Count inputs: 2 channels (max 50 kHz, 5…30 V pulses), can be selected as PNP or NPN input
• Counting frequency: (20, 50, 100, 500, 1000, 5000) Hz, (10, 20, 30, 40) kHz
• Control outputs: 2 relay NO / NC 250 V, 2 A
• SSR outputs: Open collector output (Max.: 30 VDC, 50 mA)
• RS485 Modbus communication interface (custom ordered)
• Power supply: 90…250 V AC; 10…30 V DC; 8…24 V AC (custom ordered)
• Auxiliary supply output: 12 VDC, max 50 mA
• Ambient temperature: 0…+50 °C
• Case protection: front panel IP65, rear panel IP20

• 1-Wire protocol temperature sensor
• Temperature measurement range: -40...+85 °C
• Accuracy: ±0,5 °C (-10...+85 °C) / ±2 °C (-40...+85 °C)
• Resolution: 12 bits
• Very low current consumption
• Warranty: 3 years
• Protection class: IP65

• 1-Wire protocol temperature sensor
• Temperature measurement range: -40...+85 °C
• Accuracy: ±0,5 °C (-10...+85 °C) / ±2 °C (-20...+85 °C)
• Resolution: 12 bits
• Very low current consumption
• Warranty: 3 years
• Connection: RJ-11

Duct temperature transducer with 4...20 mA output is built in a durable watertight case. The length of stainless steel stem is 120 mm. Calibration certificate is included.

Duct temperature transducer with 0...10 V output is built in a durable watertight case. The length of stainless steel stem is 120 mm. Output temperature range is user adjustable. Calibration certificate is included.

The silicone heater increases flow from LPG cylinders. By adding heat directly to the cylinder, the silicone heater maximizes LPG vaporization, ensuring that your supply lasts longer and works better, even under high demand.

Dimensions: 890mm x 120mm
Voltage: 230V
Wattage: 500W
Compatible with 22kg and 33kg standard size gas bottles
Spring mounted for perfect cylinder fit
Features a 40°C limiter and a 55°C safety fuse with manual reset

Utilizing unique dual-sensing technology, the device combines electromagnetic induction with an integrated ultrasonic sensor to provide highly accurate detection of both liquid level and flow velocity. Specifically optimized for partially filled pipes, open channels, and gravity-fed systems, the unit achieves an outstanding accuracy of ±1–2% of the actual flow rate.

• Internal pipe diameter: DN80…DN600
• Flow velocity (min. / max.): 0,46…7,5 m/s
• Accuracy: ± 1…2 % of actual flow (depends on flow profile and level detection)
• Process Temperature: 0…+70 °C
• Coating materials: hard rubber
• Maximum working pressure: No pressure (gravity flow) or 10 bar if pipe is full
• Output signal: 2× pulse / flow switch (max. 400 Hz), 4 ... 20 mA, 1× RS485 interface (Modbus / M-Bus protocol), M-Bus, HART, Ethernet module (TCP/IP, integrated web server)
• An optional IoT module allows measured values to be transmitted wirelessly via NB-IoT to the cloud
• Data archiving on a micro-SD card
• Process connections: flange
• Maximum ambient temperature: 55 °C
• Power supply: 24 V AC / DC, 230 V AC
• Protection class: IP68 for sensor, IP65-IP68 for transmitter

FLOW 38 MID version with certification, allowing the flow meter to be used for utility metering. FLOW 38 MID is certified for use with drinking water. The FLOW 38 MID electromagnetic flow rate meter is a precise measuring device designed to measure the flow of electrically conductive liquids.  The electronic unit (display) can be connected directly to the body (rotatable up to 350° for convenient viewing). Various process connection versions are available. A wide selection of materials for the internal surfaces in contact with the process medium allows the device to be adapted to various liquids.

• Internal pipe diameter: DN10…DN400
• Flow velocity (min./max.): 0,1…12 m/s (R40, R50)
• Accuracy: 0.2% in the 1:100 range, 0.5% in the 1:200 range
• Maximum medium temperature depending on the inner coating: 150 ℃
• Coating materials: rubber, teflon, ceramic
• Maximum working pressure: up to 16 bar
• Output signal: pulse, 4-20 mA, RS485 (Modbus RTU/ M-bus)
• An optional IoT module allows measured values to be transmitted wirelessly via NB-IoT to the cloud
• Process connections: Flange, Thread
• Maximum ambient temperature: 50 °C
• Power supply: 24 VAC/VDC, 110... 230 VAC
• Protection class: IP65, IP67, IP68

The FLOW 38 electromagnetic, bidirectional flow and flow rate meter is a precise measuring device designed to measure the flow of electrically conductive liquids. Due to the wide range of configurations available, this device is used in many industries. The electronic unit (display) can be connected directly to the body (rotatable up to 350° for convenient viewing) or connected via a cable up to 30 meters long. Various process connection versions are available. A wide selection of materials for the internal surfaces in contact with the process medium allows the device to be adapted to various liquids. FLOW 38 is certified for use with drinking water. There is also a version of the Flow38 with MID certification, allowing the flow meter to be used for utility metering.

• Internal pipe diameter: DN4-DN600
• Flow velocity - bidirectional (min./max.): 0.2…12 m/s
• Accuracy: 0.2% in the 1:100 range, 0.5% in the 1:200 range
• Maximum medium temperature depending on the inner coating: 150 ℃
• Coating materials: rubber, Rilsan, Teflon, ceramic
• Maximum working pressure: up to 100 bar
• Output signal: pulse, 4-20 mA, RS485 (Modbus RTU/ M-bus), Modbus TCP/ IP, HART
• An optional IoT module allows measured values to be transmitted wirelessly via NB-IoT to the cloud
• Process connections: Flange, Sandwich, Food grade fittings (clamp), Thread
• Maximum ambient temperature: 55 °C
• Power supply: 24 VAC/VDC, 110... 230 VAC
• Protection class: IP65, IP67, IP68

The FLOW45 electromagnetic flowmeter is equipped with a lithium battery, so it does not require an external power supply. The device has high accuracy in terms of full flow rate. Before each measurement, automatic diagnostics of all functions and parts necessary for proper measurement are performed. The device has a built-in empty pipe test and if there is no full flow, it will invalidate the entire measurement, as well as assess the flow direction and record the appropriate data.

• Internal pipe diameter: DN10…DN200
• Flow velocity (min. / max.), bidirectional: 0,2…12 m/s (1/60)
• Accuracy: 1 % for 1…10 m/s
• Maximum medium temperature depending on the inner coating: 150 ℃
• Coating materials: rubber (hard, soft, drinking water certified), Teflon, ceramic, Rilsan
• Maximum working pressure: up to 100 bar
• Output signal: pulse, RS485
• GSM data transmission module
• Data archiving on a micro SD card
• Process connections: flange, thread, sandwich, food grade
• Maximum ambient temperature: 5…55 °C
• Power supply: replaceable lithium battery (last up to 5 years) / external (12 V DC, max. 500 mA)
• Protection class: IP65, IP67, IP68

Absolute encoder AC58. Vibration- and overload-resistant. Wide range of appliance.

• Size Ø58, axis - Ø10mm

Incremental encoder RI32-O (Hengstler, Germany) is resistant to vibration and overloading, has a wide area of application.

• Size Ø30 mm, axis – Ø5 or Ø6 mm

Incremental encoder RI36. Vibration- and overload-resistant. Wide range of appliance.

• Size Ø36.6 mm, axis - Ø4/6/8/10 mm

Incremental encoder RI38. Vibration- and overload-resistant. Wide range of appliance.

• Size Ø39 mm, axis - Ø6 mm

Incremental encoder RI42. Vibration- and overload-resistant. Wide range of appliance.

• Size Ø40 mm, axis - Ø6 mm

Incremental encoder RI76. Vibration- and overload-resistant. Wide range of appliance.

• Size Ø76 mm, ašis - Ø15...42 mm

Incremental encoder RX70. Vibration- and overload-resistant. Wide range of appliance.

• Size Ø69mm, axis - Ø10mm
• Certified for ATEX zone
• Complies to category II 2 gas and dust
• IP65/IP66 protection class
• Certified: II 2 G/D E Ex d II T4/T6 IP65/IP66 135 °C bz. 85 °C

• Universal industrial rotary encoders
• Up to 40,000 steps
• High degree of signal accuracy
• Ingress protection up to IP67
• Fits most applications due to many flange and connection options
• Suitable for high shock loads
• Typical fields of application are machine tools, CNC axes, Packaging machines, Motors/ drives, Injection molding machines, Sawing machines
• Operating temperature up to 100°C (RI 58-T)

• Analog inputs: 6 (0...10 VDC / 4...20 mA, configurable, isolated)
• Digital inputs: 4 (isolated)
• RS-485 input (up to 24 Modbus RTU registers)
• Memory: 70 000 values
• Ethernet connection
• Modbus RTU to Modbus TCP conversion
• Webserver
• Periodical upload of data logger file to a remote HTTP server
• HTTP Post, HTTP API
• SNMP alarms (up to 5 recipients)
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Ethernet connection
• Analog inputs: 2 (0...10 VDC)
• Digital inputs: 2
• Relay outputs: 2 (NO/NC)
• 1-Wire input (up to 8 sensors)
• Memory: 70 000 values
• Modbus TCP/IP support
• Webserver
• XML/JSON, HTTP API commands
• SNMP alarms (up to 5 recipients)
• E-mail alarms (up to 5 recipients)
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Ethernet connection
• Digital inputs: 1
• Relay outputs: 8 (NO/NC)
• Webserver
• XML and HTTP API commands
• E-mail alarms (up to 5 recipients), SMTP with TLS support
• SNMP alarms
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...14 VDC

• Ethernet connection
• Modbus TCP/IP
• Digital inputs: 4
• 1-Wire input (up to 8 sensors)
• Analog inputs: 4 (0...60 VDC)
• Relay outputs: 4 (NO/NC)
• Configurable inputs
• Webserver
• HTTP Post, HTTP API
• E-mail alarms (up to 5 recipients), SMT with TLS support
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• Air flow monitor with switching output for control cabinet installation
• Safely and reliably monitor hot air flows up to 400°C
• Sensitive response behaviour
• Large measuring range (0.1...30 m/s), simple and fast commissioning
• Areas of application: Monitoring of heating coils, drying plants, industrial ovens, granulate dryers, surface technology plants, thermoprocess technology