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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

Multifunctional indoor climate sensor AERASGARD RFTM - LQ - PS - CO2 - Modbus with with LCD display.

• Temperature measuring range / deviation: 0…+50 °C / ± 0,2 °C at +25 °C
• Humidity measuring range / deviation: 0…100 % RH / ± 2 % RH (20…80 % RH), at 25 °C, otherwise ± 3 %
• CO2 Measuring range / accuracy: 0…5000 ppm / ± 30 ppm ± 3 % of measured value
• Particulate matter (PM) measuring range / accuracy: 0…50 μg/m³ 0…100 μg/m³ 0…300 μg/m³ 0…500 μg/m³
• Particulate matter (PM) accuracy ± 10 μg/m3 (± 10 % of measured value) at PM 2.5, ± 25 μg/m3 (± 25 % of measured value) at PM 10
• Air quality (VOC) measuring range: 0…100 %
• Data output:  galvanically separated RS-485 Modbus RTU interface
• Variants: with / without LCD display
• One sensor covers about 30 m² of room area
• Power supply: 24 V ac/dc (200 mA)
• Standards: CE, EN 61 326, EMC Directive 2014/ 30/ EU, 2014/ 35/ EU

• Suitable for ATEX Zones 2 and 22
• Stable long-life photoacoustic or optical NDIR sensor
• Range: 0...10 000 ppm / 0...40 000 ppm / 0...5 % vol (0...100 % on request)
• Resolution: 1 ppm / 10 ppm / 0.01 % vol. CO2
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST)
• Operating temperature: -40...+60 °C; 0….100 % RH; 0,9…1,1 atm.
• Supply: 12...36 VDC (default), 24 VAC or 230 VAC

• Suitable for ATEX Zones 2 and 22
• Stable long-life electrochemical sensor
• Range: 0...300 or 0...1000 ppm
• Resolution: 1 ppm
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST)
• Operating temperature: -20...+50 °C; 0….90 % RH; 0,9…1,1 atm.
• Supply: 12...36 VDC (default), 24 VAC or 230 VAC

• Suitable for ATEX Zones 2 and 22
• Detected gases: hydrogen, methane, acetylene, propane, butane
• Default calibration: methane CH4
• Stable long-life metal-oxide / pellistor sensor
• Range: 0...100% LEL
• Resolution: 0,1 / 1 % LEL
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST)
• Operating temperature: -40...+70 °C; ≤ 95 % RH; 0,9…1,1 atm.
• Supply: 12...36 VDC (default), 24 VAC or 230 VAC

• Suitable for ATEX Zones 2 and 22
• Detectable gases: R-12, R-123, R-125, R-134a, R-143, R-22, R-404a, R-407c, R-410a, R-507, R-514a, R-1234ze and similar
• Stable long-life metal-oxide sensor
• Range: 0…1000 / 0…2500 ppm
• Resolution: 1 ppm
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST)
• Operating temperature: -30...+60 °C; < 95 % RH; 0,9…1,1 atm.
• Supply: 12...36 VDC (default), 24 VAC or 230 VAC

Thermal mass flow sensor for compressed air and gases VA 500

• 4...20 mA, pulse and a Modbus RTU (RS 485) interface as standard
• Optional: Interfaces such as Modbus TCP (Ethernet), PoE, M-Bus
• Optional: Bi-directional measurement
• Pressure tight up to 50 bar
• Temperature range up to 110 °C
• Protection class IP65
• Suitable for gas velocities up to 224 Nm/s
• Integrated display for showing the measured values
• Can be used from 1/2" up to 40", larger diameters on request
• Easy installation under pressure
• Settings can be changed via the display
• Main counter reading can be reset via the display

• Applications of flue gas analyzer Si-Ca 130: for commercial and residential boilers and water heaters
• Detectable gases: O₂, CO, CO₂, NO, 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)
• Color display screen with buttons
• Communication: Bluetooth (mobile App), remote printer
• Measurement storage: smartphone
• 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

The FPI 8237 IO-Link Flush Membrane pressure transmitter impresses with an absolutely smooth and robust flush-mounted measuring diaphragm made of corrosion-resistant duplex steel 1.4462. Trafag’s proprietary thin-film-on-steel sensor technology ensures a wide temperature range and excellent long-term stability.

• Measuring range: -0,5...0,5 to 0...100 bar
• Output signal: IO-Link 1.1, COM3, min. process cycle time 1 ms, Smart Sensor Profile ED2, 2 Switching outputs PNP / NPN / Push-Pull configurable
• Accuracy at 25°C typically: ± 0.5 % FS typ.
• Measuring principle: Thin-film-on-steel
• Media temperature –10... +125 °C
• Ambient temperature: –10...+125 °C
• Protection class: IP65, IP67
• Applications: Hydraulics, Machine tools, Process technology, Food industry, Water treatment

The FPT 8236 pressure transmitter impresses with an absolutely smooth and robust flush-mounted measuring diaphragm made of corrosion-resistant duplex steel. Trafag’s proprietary thin-film-on-steel sensor technology ensures a wide temperature range and excellent long-term stability.

• Measuring range: 0.5...0.5 to 0...100 bar (-5...10 to 0...1500 psi)
• Output signal: 4...20 mA, 0...5 VDC, 1...6 VDC, 0...10 VDC, 0.5…4.5 VDC ratiometric
• Accuracy at 25°C typically: ± 0.5 % FS typ.
• Membrane in Duplex steel 1.4462
• Pressure connection: G1/2” male, flush membrane
• Media temperature –10... +125 °C
• Ambient temperature: –10...+125 °C
• Applications: Machine tools, Food Industry, Process technology, Water treatment, Hydraulics

The frame light barriers of FLB Series are used for the measurement of smallest unguided parts.

• Gas measuring, monitoring and warning controller (Multi-Sensor-Controller MSC) for reliable detection of combustible, toxic and refrigerant gases
• Flexible control: 3 relays (SPDT, potential-free, 250 V)
• Intelligent Communication: RS-485 interface with DGC and Modbus protocol
• Precise signal transmission: 4–20 mA input and output for seamless system integration, up to 3 sensors including remote

SKU: 5905309602212

• Efento Gateway automatically transfers gathered data from Efento BLE (Bluetooth Low Energy) sensors to Efento Cloud or any other IoT platform over 4G LTE
• Gateway stores 500,000 measurements in its buffer memory in case the connection to Efento Cloud is lost, it will send the measurements right after connection is restored
• If Gateway used without Efento cloud it can store sensors data in its memory
• In local mode you can check the current and historical measurements (table/chart) and export the data in a form of CSV report
• Gateway communicates with sensors wirelessly over BLE. The maximum distance between Gateway and sensor is 100 m in the open space and 20 – 30 m in the buildings
• One gateway supports up to 128 Efento sensors
• Gateway can be integrated with any cloud platform or software that supports HTTP protocol (REST API)
• Setup takes under 5 minutes and can be completed using a smartphone with a free mobile app
• SIM card slot for LTE Cat 1 connection
• Power supply: 5 V, 1 A (USB-C)
• Backup battery: LI-Po, 1900 mAh (up to 12 hours backup power)
• Operating temperature: 0…+40 °C

SKU: 5906660327066

• Efento Gateway automatically transfers gathered data from Efento BLE (Bluetooth Low Energy) sensors to Efento Cloud or any other IoT platform
• Gateway stores 500,000 measurements in its buffer memory in case the connection to Efento Cloud is lost, it will send the measurements right after connection is restored
• If Gateway used without Efento cloud it can store sensors data in its memory
• In local mode you can check the current and historical measurements (table/chart) and export the data in a form of CSV report
• Gateway communicates with sensors wirelessly over BLE. The maximum distance between Gateway and sensor is 100 m in the open space and 20 – 30 m in the buildings
• One gateway supports up to 128 Efento sensors
• Gateway can be integrated with any cloud platform or software that supports HTTP protocol (REST API)
• Configuration of Efento Gateway using any internet browser over LAN
• Ethernet connection for data transfer
• Power supply: 5 V, 1 A (mini USB)
• Operating temperature: 0…+40 °C

• GA-1 is designed for grease detection in separators, basins and tanks
• Easy to install, does not need calibration
• Switch output
• Remote monitoring capability
• Wall-mounted
• Supply: 230 VAC, 50/60 Hz

• GA-2 is designed for grease detection in separators, basins and tanks
• Two sensors – one is for grease detection, other – for blockage control
• Easy to install, does not need calibration
• 2 switch outputs
• Remote monitoring capability
• Wall-mounted
• Supply: 230 VAC, 50/60 Hz

Kuhlmann Ground Thawing Blankets are durable and weatherproof, designed to thaw frozen ground and soil, pipes, and protect equipment from freezing. They also work as curing blankets for various construction purposes.

Technical specifications:

• Durable PVC materials.
• Fixed temperature (70°C).
• 2-meter power cable.
• Special sizes produced upon request.
• IP67 Class.
• In normal conditions the mat thaws up to 30 cm of soil in 24 hours - or up to 60 cm in more sandy soil/ground.

• CO2 concentration measurement range: 0...5000 ppm
• Memory: up to 500,000 values in non-cyclic mode and 350 000 in cyclic mode
• Logging interval: 1 s...24 h
• Internal sensor
• GSM modem (GPRS)
• SMS and JSON messages can be sent via GPRS data connection
• Messages can be sent on alarms and periodically
• Data can be transferred to PC via USB-C interface
• Calibration certificate of manufacturer included
• Ambient temperature: -20...+60 °C
• Supply: 5200 mAh LiIon battery
• Protection class: IP20
• Warranty: 3 years

A simple handheld, accurate vape particulate, vape smoke detector FD-VAPE-HAND that indicates air quality for home, work, vehicles, or other occupational spaces. Excellent to detect vape, cigarette smoke, and e-cig smoke.

• Sensor: Laser scattering PM1.0, PM2.5, PM10 sensor
• Detection Range: 0-1000 µg/m3
• Response Time: <10 seconds
• Temperature measurement range: 0…50 °C (can be selected between Fahrenheit and Celsius)
• Humidity measurement range: 10…95 %RH
• Sound alarm when vape detected
• Auto off: after 5 minutes
• Power: 1000 mAh Li-Ion Battery, up to 8 hours of operation, (recharge USB 5V/1A)
• Dimensions: 5,1 x 1,8 x 8,6 cm
• Weight: 142 gr

• High level detection
• Oil on water surface detection
• Designed for usage in separators, basins and tanks
• Easy to install, does not need calibration
• Reliable long-term se in harshest conditions
• Acoustic and visual alarms
• 2 switch outputs
• ATEX certified
• Wall-mounted
• Supply: 230 VAC, 50/60 Hz

SM400-4-TH humidity and temperature sensor supports MODBUS RTU protocol over the RS-485 interface. Suitable for environmental quality monitoring offices, server room, data center and indoor air

• Changeable communication parameters
• Non-volatile memory for all settings
• Operating temperature range: -20…60°C
  • Accuracy (min): ± 0.4 °C (in -10…+ 60 °C range)
  • Accuracy (max): ± 0.6 °C (in -20…+ 60 °C range)
  • Resolution: 0.1 °C
• Operating relative humidity range: 10…90% (non-condensing)
  • Accuracy (min): ± 3.0 % RH (in 20…80 % RH range)
  • Accuracy (max): ± 5.0 % RH (in 10…90 % RH range)
  • Resolution: 0.1 % RH
• Ingress protection: IP20
• Operating voltage range: 4.5…26 VDC

The Kuhlmann Electro-Heat IBC Immersion Heater is an efficient solution for heating liquids in Intermediate Bulk Containers (IBCs), addressing viscosity challenges to enhance industrial productivity. Suitable for a variety of substances, it ensures consistent heating and easy liquid management. Its applications span multiple industries, including chemical processing, pharmaceuticals, food and beverage, and oil and gas. Constructed with durable stainless steel and featuring precise temperature control, this immersion heater combines performance with longevity.

Technical Specifications:

• Surface load: 2.2 W/cm²
• Power: 2000W
• Supply: 230V 1-phase
• Stainless steel tube element AISI 316L (1.4404)
• Length of element: 950mm
• Diameter of element: ø100mm
• Heated zone: 300mm
• Integrated PT100 sensor
• Minimum level of liquid during heating: 500mm (half full)
• Cable between heater and control unit: ~2800mm
• Digital controller: 0-90°C

An IBC silicone base heater efficiently heats up contents in an IBC container, making it easy to discharge viscous or semi-solid products with minimal waste. The 2700W heater can heat water from 15°C to 70°C in less than 40 hours. Kuhlmann’s durable silicone base heater fits various IBC containers and is easy to install and use. It can also be mounted with a digital temperature controller for precise temperature control.

Technical Specifications:

• Dimensions: 1035 - 851mm.
• Materials: 100% silicone.
• 1,5 meter power cord with no plugs.
• 0-150°C PT100 Sensor System temperature controller (additional product).
• Heats water from 15°C - 70°C in less than 40 hours in a fully loaded IBC Container.

idOil sensors are an integral part of the idOil oil separator alarm system and they are to be used with the idOil control units. All idOil sensors are digital and polarity free. Standard cable length is 5 m.

• idOil-LIQ high liquid level sensor|
  Indicates when the liquid level in the oil separator rises excessively e.g. in an outlet blockage situation.
• idOil-OIL oil sensor
  Detects oil and indicates when the separator’s oil storage is full.
• idOil-SLU sludge sensor
  Monitors the sludge layer in the oil separator and indicates when the sludge layer has reached its maximum level.

“idOil®” is an alarm system intended for monitoring liquid levels particularly in oil and sand separators. The system consists of the idOil control unit and the idOil sensors installed in the separator. The sensor cables can be extended with a cable connector or connection box. One to three digital idOil sensors of the same or different type can be connected to the control unit. The sensors can be used to monitor the following:

• High liquid level (idOil-LIQ high liquid level sensor)
• Oil layer detection (idOil-OIL oil sensor is for class IIA explosive liquids and idOil-OIL-Soil sensor is for class IIB explosive liquids)
• Sludge layer detection (idOil-SLU sludge sensor)

• Applications of flue gas analyzer Si-Ca 230: boilers, burners, water heaters, gas and diesel engines, furnaces, industrial kilns, industrial heating systems, incinerators
• Detectable gases: O₂, CO (H₂ comp.), CO₂, NO, Low NO, NO₂, Low NO₂, NOx, Low NOx, SO₂, Low SO₂, CxHy (HC), H₂S
• Up to six gas sensors
• CO measurement up to 50 000 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

Industrial IoT module TCW242 for remote real-time monitoring and control of industrial equipment, facilities, production lines, renewable energy systems, greenhouses and water stations

• Web-based configuration and control with password protection
• 4 digital inputs for dry contacts
• 4 analog inputs with 0-10V and 0-20mA options
• 4 relays with normally open/normally closed contacts
• RS-485 interface for MODBUS RTU sensors. Up to 24 sensors (registers)
• Monitor up to 24 channels
• Set up to 24 independent alarms
• SNMPv3 protocol support
• Alarm notifications via SNMP traps
• NTP protocol support
• HTTP API commands
• 4 schedules for real-time control of relay outputs
• Custom logical functions
• Secured email transfer with TLS 1.0, TLS 1.1, and TLS 1.2 support
• Data logging capacity for up to 70,000 records
• Dynamic DNS support for DynDNS, No-IP, and DNS-O-Matic providers
• Periodical HTTP / HTTPS Post of XML / JSON status files for client-server systems
• MODBUS TCP / IP protocol support
• MQTT 3.1.1 protocol support
• Rugged DIN-Rail / wall-mountable enclosure
• Operating temperature range: -20…+55 °C

The Internal IBC Heater is a unique approach to heating viscous foodstuffs and chemicals within IBC Containers. It is designed to protect sensitive products, such as syrups, honey, treacle, molasses, fats and other viscous products that are difficult to process. Most products can be batched within a relatively short time, increasing efficiency and reducing down time.

Technical specifications:

• Designed for insertion into 1000 litre cubic IBC but will also fit inside most IBC configurations.
• Adjustable temperature range from 0°C to 70°C using an easy to use controller on the top of the heater.
• 230/240 Volts - up to 2.4kW power output.
• Finned, food safe heating element that is inserted into the IBC, thereby heating the contents directly.
• Fast batching ability. Unique thermodynamic core that gives even temperature distribution along the heating extrusion,
• Preventing thermal damage to the liquid contents of the IBC.
• Non-stick industrial strength Xylon coating for easy washdown.
• Carefully designed low Watt density to protect sensitive products.
• Lightweight with stainless steel handles for easy insertion and extraction.
• Even temperature distribution along the length of the heating extrusion.
• Colored LED for power cycle and status indication.
• 16 Amp blue industrial power plug.
• Protective sleeve between the base of the control unit and the neck of the IBC to prevent ingress of contaminants.
• Robust Construction:
• IP67-rated body with potentiometer control mounted under protective see-through cover.
• The product is sealed to ensure that all the connections and components are waterproof.
• Robust IP67-rated aluminum case.
• Long life heating elements.

• Connected to a liquid manometer, measure dynamic pressure in a pipe and determine its speed (in range: 0...100 m/s) and flow m3/h
• Sheathed thermocouple K probe integrated, with connection cable length 1,5 m (option)
• Introduced perpendicularly in the pipe
• Particularly adapted for measurement in warm air, charged with particles and for high speed
• Accuracy: Better than 1 % for an alignment in relation to the flow axis of the fluid of ± 10 °
• Coefficient: 1,0015 ± 0,01
• Max static pressure: 2 bar
• Temperature of use: 0…600 °C (up to 1000 °C in option)

Analog laser light barriers and their electronic control units. Round or rectangular cross-sections are used for measuring, positioning or detection of objects starting from 0,01 mm (i.e. threads) from great distance (up to 100 m, depending on model).

These sensors should be used where high positioning accuracy is required.

C-LAS compact laser light barriers are ideally suited for positioning tasks.

Laser digital light barriers D-LAS operate by using parallel visible laser light. These light barriers are ideal for positioning tasks.

Laser fork light barriers F-LAS for complex problems. These light barriers are ideal for positioning tasks.

Fork light barriers of the FIA series primarily are chosen for high-precision trigger applications. They are frequently used in the stamping industry. Because of their compact and very sturdy design they are generally used in rough industry environments.

Laser miniature light barriers M-LAS have very small dimensions and work at distance up to 2 m. These light barriers are ideal for positioning and small object detection tasks.

An integrated polarization filter ensures protection against spurious triggering caused by reflecting objects.

• Input: standard 4...20 mA signal or capacitive Labkotec 3W probe
• Current output: 0/4...20 mA
• Switch outputs: 2 units
• LCD display
• Programmable using buttons
• ATEX certified
• Wall-mounted, IP65
• Supply: 230 VAC, 50/60 Hz

• High level detection
• Oil on water surface detection
• Sludge under water detection
• Designed for usage in separators, basins and tanks
• Version with GSM module available – for alarms and service reminders
• Acoustic and visual alarms
• 2 switch outputs
• ATEX certified
• Wall-mounted
• Supply: 230 VAC, 50/60 Hz

The enLink Status-VC transmits data using long range LoRa wireless which easily integrates with cloud services or on-site Systems.

• 0…20 mA, 0…10 V or resistance input
• 12 bit resolution
• Communication: LoRaWAN; frequency range: 863-870 MHz; up to 16 km range
• Measurement sending interval: 30 s to 3 hours
• 2 x Li-SOCl2 (3.6V) AA sized batteries ensure 3+ years of operation
• Configuration via USB cable / downlink
• Case IP40 protection (IP 67 on request)

The enLink IAQ Vape transmits data using long range LoRa wireless which easily integrates with cloud services or on-site Systems.

• Sensed parameters: Temperature, Relative humidity, VOC, CO2, Particles PM (0.1, 0.3, 0.5, 1.0, 2.5, 5.0 & 10), Barometric pressure, Sound*, Ozone**, Arsine*, Formaldehyde*, Methyl Mercaptan*, Chlorine*, Carbon Monoxide*, Ethylene Oxide*, Hydrogen*, Hydrogen Sulphide*, Hydrogen Cyanide*, Ammonia*, Nitrogen Dioxide*, Oxygen*, Odorous gases*, Phosphine*, Sulphur Dioxide*
• Distinguishes between vaping and smoke and counts the number of detections
• Communication: LoRaWAN; frequency range: 863-870 MHz; up to 16 km range
• Measurement sending interval: 30 s to 3 hours or adaptive (triggered by vape or smoke)
• Power suplly: 12…24V V DC, 0.15 Amp (max)
• Configuration via USB cable / downlink
• Operating Temp. / Humidity: 0…40 °C / 0…95 % RH

The enLink OAQ Vape transmits data using long range LoRa wireless which easily integrates with cloud services or on-site Systems.

• Sensed parameters: Temperature, Relative humidity, VOC, CO2, Particles PM (1.0, 2.5, 4.0 & 10), Barometric pressure, Ozone**, Arsine*, Formaldehyde*, Methyl Mercaptan*, Chlorine*, Carbon Monoxide*, Ethylene Oxide*, Hydrogen*, Hydrogen Sulphide*, Hydrogen Cyanide*, Ammonia*, Nitrogen Dioxide*, Oxygen*, Odorous gases*, Phosphine*, Sulphur Dioxide*
• Communication: LoRaWAN; frequency range: 863-870 MHz; up to 16 km range
• Measurement sending interval: 30 s to 3 hours
• Power supply: 12…24V V DC, 0.15 Amp (max) / 4 x Li-SOCl2 (3.6V) AA / external solar panel
• Configuration via USB cable / downlink
• IP rating: IP42 (conformally coated electronics), do not expose to direct sunlight
• Operating Temp. / Humidity: -10…40 °C / 0…95 % RH (be kondensacijos)

The enLink Status-P transmits data using long range LoRa wireless which easily integrates with cloud services or on-site Systems.

• 3 channels pulse counter (S0 standard) and monitor of state (open / closed)
• With the transmit on Change of State enabled the unit operates as a standard pulse counter and also transmits a message when the state of the input changes from closed to open or open to closed
• The pulse counts for each channel are written to memory every 5 – 10 minutes
• Communication: LoRaWAN; frequency range: 863-870 MHz; up to 16 km range
• Measurement sending interval: 30 s to 3 hours or adaptive (triggered by change of state)
• 2 x Li-SOCl2 (3.6V) AA sized batteries ensure 3+ years of operation
• Configuration via USB cable / downlink
• Case IP40 protection (IP 67 on request)

The enLink Status-T transmits data using long range LoRa wireless which easily integrates with cloud services or on-site Systems.

• External sensor measurement range: -55…+125 °C
  • Accuracy: ± 0.5 °C (-10…+85 °C)
• Up to two probes (cable length: 1 m, others on request)
• Communication: LoRaWAN; frequency range: 863-870 MHz; up to 16 km range
• Measurement sending interval: 30 s to 3 hours or adaptive (triggered by alarm)
• 2 x Li-SOCl2 (3.6V) AA sized batteries ensure 3+ years of operation
• Configuration via USB cable / downlink
• Each sensor can be programmed individually for different alarm type: No alarming, High threshold alarm, Low threshold alarm, In band alarm, Out of band alarm
• Each alarm type has an individual alarm status message with the following parameters: Alarm status, Total number of alarm activations, Alarm duration
• Case IP40 protection (IP 67 on request)

The Wx9xx series of sensors from COMET SYSTEM enables accurate measurement of temperature, relative humidity, and atmospheric pressure, with data transmitted via the low-power LoRaWAN network. This technology allows data to be sent to a cloud storage, where users can easily view both current and historical values through a standard web browser. Each sensor has an LCD display showing the measured value and battery status.

• Possibility to connect Pt1000 sensors
• Covers up to 15 km in rural areas and 2…5 km in urban areas
• Work with Comet System LoRaWAN gateway SP041
• Battery life: from 1 to 10 years depending on transmission time and environment temperature
• Unlimited space for data in cloud
• Alarm: email and app notification
• Mobile applications for Android and iOS

• The battery or mains powered wireless M-Bus gateway B4 is highly configurable plug-and-play device used for collecting data from Wireless M-Bus meters / sensors and transmitting the data using LTE CAT-M1 and MQTT protocol
• Long range and high sensitivity internal (or external mounted) antennas
• To maximize the battery lifetime possible configuration to listen number of minutes, specific time during day, specific days and limit number of packets stored per meter / week / day / hour
• The gateway firmware can be upgraded remotely using MQTT
• B4 series gateway can be used with Lansen R4 series repeaters and transmit additional information (see datasheet)
• Configuration can be done with: Lansen Wireless M-BUS programming dongle together with our program, Lansen Configurator, other wireless M-BUS transmitters or remotely using the MQTT protocol
• Possible to activate 128 bit AES-key encryption
• Gateway suited for harsh environments, operating temperature: -30…+85 °C, protection class: IP40, IP65 and IP67
• IoT LTE M SIM card needed (acquired separately)

• Long-lasting stainless steel screw electrodes
• Measurement range: 7...20 % (-40...+125 °C)
• Resolution: 0,1 %
• Analog output: 2 x 4...20 mA / 0...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Electrode cable: FEP, -50...+200 °C, 5/10/15 m
• Timber temperature compensation
• Electrode length: 15 / 25 mm
• Supply: 11...30 VDC
• Protection class: IP68

TSM400-4-CP is a multi parameters sensor that supports MODBUS RTU protocol over the RS-485 interface. The sensor measures barometric pressure and CO2 concentration.. Suitable for environmental quality monitoring, indoor air, smart ventilation systems, restaurants and breweries CO2 level and CO2 leakage control.

• Changeable bitrate and other communication parameters
• Non-volatile memory for all setting
• CO2 measurements range: 400…5000 ppm
  • Accuracy: ± (40 ppm + 5 %)
  • Resolution: 1 ppm
  • Calibration: Automatic, if the sensor is exposed to fresh air for more than 30 minutes
• Pressure measurements range: 10…1200 hPa
  • Accuracy (min): ±1.5 (25°C, 750 hPa)
  • Accuracy (max): ±2.5 (-20 °C to + 85 °C, 300…1100 hPa)
  • Resolution: 1 hPa
• Operating temperature range: -20…+60°C
• Operating relative humidity range: 5…95% (non-condensing)
• Ingress protection: IP20
• Operating voltage range: 4,5…26 VDC