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• For methane, butane, propane and hydrogen
• Stable long-life metal-oxide gas sensor
• Range 0...100 % LEL
• Resolution 0,1 % LEL
• Outputs 2 switches, 2 x 4...20 mA / 0...10 V, RS-485
• Default alarms at 20 / 50 % LEL

• For methane, LPG, hydrogen and acetylene
• Can be calibrated for metane, propane and butane
• Stable long-life metal-oxide gas sensor
• Range 0...100 % LEL
• Resolution 0,1 % LEL
• Outputs 2 x relays with switch-over contacts
• Default alarms at 10 / 25 % LEL

• For methane, butane, propane and hydrogen
• Stable long-life metal-oxide gas sensor
• Range 0...100 % LEL
• Resolution 0,1 % LEL
• Outputs 2 x 4...20 mA / 0...10 V, RS-485

• For methane, LPG, hydrogen and acetylene
• Can be calibrated for methane, butane, propane, acetylene and hydrogen
• Stable long-life metal-oxide gas sensor
• Range: 0...100 % LEL
• Resolution: 0,1 % LEL
• Outputs 2 x relays with switch-over contacts
• Default alarms set-points 10 / 25 % LEL
• UART digital interface
• Alarms: blinking LED, 85 dB buzzer

• Metal-oxide gas sensor
• Detected gases: hydrogen, methane, acetylene, propane, butane
• Standard calibration: methane
• Range: 0...100 % LEL
• Resolution: 0,1 % 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) / LCD indicator
• Option: remote sensor (default cable length is 3 m)
• Operating temperature: -40...+70 °C
• Supply: 11...30 VDC / 24 VAC or 90...265 VAC

• 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

• Designed for the remote monitoring of measurements in industrial, domestic and environmental maintenance applications
• Typical applications include oil separator alarms, tank surface level measurements, monitoring pumping stations and real estate, and surface and groundwater measurements
• The device sends alarms and measurement results as text messages either directly to GSM phone or to the LabkoNet server
• Settings can be easily modified with a GSM phone
• Analog inputs: 4 units 4...20 mA (passive or active)
• Digital inputs: 4 units
• Relay outputs: 2 units
• Communication: SMS, GPRS
• Operating temperature: -20...+50 °C
• Supply: 230 VAC / 12 VDC battery
• Protection class: IP65

Single-phase commutator – controller RP7. The device can be used or circuit commutations. Can be used for resistive and inductive loads and single-phase motor speed control. Possible control with standard analog signal.

Other functions:

• Load current limiting
• Soft start
• Isolated inputs
• Load current control
• Fuse failure detection
• Overload indication

• 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

• Flow monitors for water and air flows
• Robust stainless steel sensor housing for industrial environments
• Type tested by TÜV NORD according to DIN EN 61010-1: 2011-07
• Switching point sensitive and continuously adjustable both for liquids (0.03 ... 3 m/s) and for gases (0.5 ... 20 m/s)
• With switching output (1 NO/ 1 NC)
• Exemplary areas of application: Monitoring of air and water flows, cooling circuits up to 30% glycol content, pump monitoring

• 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)

Contactless counter Colibri 490. With a magnetic drive, activates when a magnet or piece of iron move nearby.

• Display 6-digit, 4mm
• Protection class IP66

• Measurement range: 32…43 °C
• Measurement accuracy: ± 0,3 °C
• Measurement distance: 0…5 cm
• Measurement duration: 1 s
• Measurement location: forehead
• Automatic shut-down: 30 s
• Measurements: 149 x 38 x 42 mm
• Operating temperature: 10…40 °C
• Operating humidity: ≤ 85 %
• Certificates: ISO13485, CE, CFDA
• Supply: 2 x AAA batteries

• 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)

Converter PD8 is designed for data transfer from devices with RS-485 port to Ethernet network. The device comes in two versions. First version is used with network service Real Port. In this case, the Master role is taken by PC with installed software, creating a parallel port. Software (i.e. Lumel Energy) ensures data transfer between devices with RS-485 port and one PC.

Second version (parallel bridge with UDP protocol) enables the sextension of data transfer system using additional PD8 converters and local Ethernet network. Variant with two converters or one with many (max. 65) converts is available.

Counter ALC77-B for linear and rotary encoders (batch).

Technical specifications

• 10 kHz input frequency
• Encoder input (A and B signals)
• 7-digit LED screen
• Range -999...9999
• 2 programmable set points (SPs)
• 2 switch outputs
• Protection class IP65
• Supply 24 VAC/VDC or 230 VAC
• Sensor supply 5 VDC or 12 VDC
• Size 72 x 72 mm

Counter ALC77-C for linear and rotary encoders (up/down).

Technical specifications

• 600 kHz input frequency
• Encoder input (A and B signals)
• 7-digit LED screen
• Range -999...9999
• 2 programmable set points (SPs)
• 2 switch outputs + RS-232
• Protection class IP65
• Supply 24 VAC/VDC or 230 VAC
• Sensor supply 5 VDC or 12 VDC
• Size 72 x 72 mm

Counter ALC77-T for linear and rotary encoders (for tachometers).

Technical specifications

• 5 kHz input frequency
• Encoder input (A and B signals)
• 7-digit LED screen
• Range -999...9999
• 2 programmable set points (SPs)
• 2 switch outputs
• Protection class IP65
• Supply 24 VAC/VDC or 230 VAC
• Sensor supply 5 VDC or 12 VDC
• Size 72 x 72 mm

Counter ALC94UNI for linear and rotary encoders (up/down), universal.

Technical specifications

• 600 kHz input frequency
• Encoder input
• 6-digit LED screen
• Range -99999...999999
• 2 programmable set points (SPs)
• 2 switch outputs OR RS-232
• Protection class IP65
• Supply 24 VAC/VDC or 230 VAC
• Sensor supply 5 VDC or 12 VDC
• Size 96 x 48 mm

Data logger (recorder) AR207 is designed for temperature, standard DC voltage and current and pulse signal logging. 16/8 programmable channels. 4 programmable (NO or SSR) outputs for control and alarm. Color LCD TFT screen. Ethernet (web server function). Internal memory card which can be expanded using USB flash drive. Panel mounting. Multi-channel data presentation. Internal real time clock (RTC). Programming and data access protection.

• 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

• To measure and data logging: carbon dioxide (0...5000 ppm), temperature (0...50 °C), atmospheric pressure (800...1100 hPa), humidity (0…100 % RH) in air and neutral gases
• Free software for configuration and data visualization
• Bluetooth communication for smartphones and tablets (Android and IOS)
• Safety lock magnetic mounting with inviolability system holder (accessories)
• Compatible with food industry environment
• Up to 4 recordable parameters simultaneously
• Optional calibration certificate

• 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

• 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

• The purpose of the test chamber is to measure the airtightness of doors which are in the frame of chamber at set pressure
•  Air is driven into the chamber with a ventilator which is controlled by an AC drive
• The intake flow rate is measured by CS Instruments VA420 flow rate meter (0-480 m3/4)
• The pressure in chamber is measured with DPT series differential pressure transmitter
• The temperature in chamber is measured in 11 points
• All data is logged and visualized in logger and computer (via IGSS software)

• Modern, simple and user-friendly service
• Communication interfaces: RS-485 Modbus Slave, Modbus TCP Slave and optionally Ethernet
• FTP server (available in controller versions with Ethernet interface)
• Selection of PID parameters for any unit
• For easy programming and devices configuration, LUMEL offers one common LPCon software
• Parameter logging on SD card

The ATEX Gas Bottle Heater series is a safe, efficient, and customizable heating solution for gas bottles located in hazardous areas.

• Nominal voltage: 230 VAC*
• Nominal power: 380W, 850W, 850W (10L, 50L, 79L) or application-specific
• Max. operating temperature: +50/60°C (jacket max. 200°C)
• Temperature class: T6, T5, T4, T3 (depending on temperature setting limiter)
• Electrical connection terminal boxes for network (EX-e) / sensor (EX-i)
• Protection class: IP65/I
• Zones 1/2 (gas); 21/22 (dust)
• Sensors: 2xPt100 (EX-i, EX-e)
• Weight: 6kg, 9.5kg, 10kg (10L, 50L, 79L)

These jacket heaters enable the comfortable and effective way to heat up IBC containers and other tanks. Low energy losses, even heat distribution. Can be used for various products: water, oils, diesel fuel, resin, Vaseline, wax, lanolin, fats, butters, Ghee, glue and adhesive. Can be used with insulation lid.

• 1, 2, or 3 thermostats adjustable from 0…+90 °C
• Teflon coated Polyester Material
• Standard size IBC 1000L (4400 x 1000 mm)
• Durable, lightweight design with quick release buckles
• 3 m connection cable
• Protection class IP40 (Optional IP54)
• Warm-up duration approx. 48h (1000L drum with water starting from +15º C to +50º C with 2x1000 W heaters and isolation lid)
• Warm-up duration approx. 48h (1000L drum with water starting from +15º C to +70º C with 3x1000 W heaters and isolation lid)

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

Fluid level electrode probes SKC-201, designed to control conductive fluid level in open and pressure tanks. Electrodes – rod or flexible (rope with plastic coating). Probe head is made of acid-resistant steel. Maximal electrode count – 3. Insulation is made out of high quality plastic, enabling the probe to be used in food industry. Standard version probes are coated with plastic (FEP, PU, PVDF), lowering the residue collection (slime, carbonate, foam, etc.). Two modifications are available – with connection cable (P) and connector (G).

Fluid level electrode probes SKC-101, designed to control conductive fluid level in high temperature and high pressure medium. Modifications differ by permissible operating temperature. Recommended to use with Elcluwo 112...114 level alarms.

• 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

• Stable long-life electrochemical gas sensor
• Range 0...10 / 0...200 / 0...1500 ppm C₂H₄
• Resolution 0,1 / 1 / 5 ppm C₂H₄
• Outputs 2 switches, 2 x 4...20 mA / 0...10 V, RS-485

• Stable long-life electrochemical gas sensor
• Range 0...10 / 0...200 / 0...1500 ppm C₂H₄
• Resolution 0,1 / 1 / 5 ppm C₂H₄
• Outputs 2 x 4...20 mA / 0...10 V, RS-485
• Attached or remote sensor

• Electrochemical gas sensor
• Range: 0...10 / 0...200 / 0...1500 ppm C₂H₄
• Resolution: 0,1 / 1 / 1 ppm C₂H₄
• 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) / LCD indicator
• Option: remote sensor (default cable length is 3 m)
• Operating temperature: -20...+50 °C
• Supply: 11...30 VDC / 24 VAC or 90...265 VAC

• Electrochemical gas sensor
• Range: 0...20 / 0...100 ppm C₂H₄O
• Resolution: 0,1 / 1 / 5 ppm C₂H₄O
• Analog output: 2 x 4...20 mA / 0a...10 V (user-settable)
• Digital output: RS-485 (Modbus RTU protocol)
• Option: relay output (2 x SPST) / LCD indicator
• Option: remote sensor (default cable length is 3 m)
• Operating temperature: -20...+50 °C
• Supply: 11...30 VDC / 24 VAC or 90...265 VAC

• 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

• Flow monitoring with SIL1 certification according to IEC 62061 (corresponds to Performance Level c according to EN ISO 13849-1)
• Can be used in ATEX zones 1 and 2 in conjunction with 2 Zener barriers supplied
• Large measuring range from 0.1 to 30 m/s with media temperatures from 0°C to 60°C
• With switching output suitable for control cabinet installation
• Developed for demanding industrial applications, IP40
• Example areas of application: Flow monitoring in paint shops, paper factories and research facilities

• Air flow monitor for monitoring air flow in ATEX zones 1 and 2 (optionally additionally with SIL1 or SIL2 certification)
• With switching output (1 NO/ 1 NC) for control cabinet installation
• Type tested by TÜV NORD according to DIN EN 61010-1: 2011-07
• Large measuring range (0.1...30 m / s), simple and fast commissioning
• Example areas of application: Monitoring heating registers, air curtain systems, dampers, fans, DDC, industrial furnaces, granulate dryers

• Measurement distance: 0,5…2 m
• Accuracy: ± 0,5 °C
• Measurement speed: 0,7…2 m
• Software: DERMALOG Fever Detection (PC required)
• Interface: USB 3.0
• SDK: .Net / C / C++ / (Java coming soon)