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• 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

• 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

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.

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 vacuum pumps for the rough vacuum industry.

The CLAWVAC series of oil-free industrial dry vacuum pumps have a corrosion-resistant pump chamber and stainless-steel claws. This makes them extremely robust, especially for challenging applications which include handling of particles and vapor-contaminated gases. The CLAWVAC dry vacuum pumps are simple to use, easy to clean onsite and have efficient air cooling that let’s our customers experience a trouble-free and cost-saving operation.

CLAWVAC can replace your liquid ring vacuum pump.

Thanks to its unique design, CLAWVAC combined with the right Leybold accessories can replace a liquid ring vacuum pump in many processes.

Switch to dry claw technology for cost savings:

• Huge cost savings: no water consumption, no water treatment or disposal
• Lower power consumption
• Stable process performance, independent of water temperature
• Better environmental impact of your industrial plant, as water is a valuable asset

• The dry vacuum pumps of the SCROLLVAC plus family operate on the principle of a scroll compressor
• A scroll pump consists of two engaged spiral forms. One scroll form is mounted eccentrically to the other and is made to move in an orbiting path relative to the fixed scroll. This creates crescent shaped volumes that are driven from the outside to the inside of the forms thereby pumping the gas
• Increased pumping speed combined with low ultimate pressures, low power consumption and low noise levels
• Gas ballast allows for pumping of condensable vapors including water, solvents, dilute acids, and bases
• Latest in tip seal technology: allows for significantly longer intervals between tip seal changes
• Integrated smart drive with auto sensing voltage input, delivers optimized pumping performance globally
• Designed to be field serviceable
• ATEX certified to meet the requirements of group II category 3 equipment (ATEX II 3 G c IIB T4 internal)
• CE, CSA/UL approved
• A great choice for general laboratories, light industrial and research applications, as well as certain chemical applications

The RUVAC WH / WHU series pumps are high throughput, hermetically sealed, water-cooled roots blower pumps with high efficiency motors that provide optimum price-to-performance ratio. Both motors and oil reservoirs are water cooled thereby perfectly balancing the internal temperature management of the pumps.

RUVAC WHU pumps are equipped with a bypass line and may be operated at its maximum power from atmospheric pressure. The WHU is equipped with improved valve technology for maximum efficiency in short cycle operation. The integrated bypass line allows for the WHU pumps to be operated starting at atmospheric pressure while the unique control flap provides extreme contamination resistance.

• Separator alarm system for applications where mains supply is not available
• ATEX certified
• Alarms:
  • high level detection
  • oil on water surface detection
  • sludge under water detection
• SolarSet Beacon consists of:
  • housing containing and panel
  • battery
  • charger controller
  • flashing beacon for alarm
  • sludge and oil level sensor system LevelSet S

• Separator alarm system for applications where mains supply is not available
• ATEX certified
• Alarms:

• high level detection

• oil on water surface detection

• sludge under water detection

• SolarSet Beacon consists of:

• housing containing and panel

• battery

• charger controller

• GSM/GPRS modem

• flashing beacon for alarm

• sludge and oil level sensor system LevelSet S

• Separator alarm system for applications where mains supply is not available
• ATEX certified
• Alarms:
  • high level detection
  • oil on water surface detection
  • sludge under water detection
• SolarSet Beacon consists of:
  • housing containing and panel
  • battery
  • charger controller
  • GSM/GPRS modem
  • sludge and oil level sensor system LevelSet S

Sensor SKU: 5905309603240

Efento NB-IoT sensors transmit the data over cellular network (Narrowband IoT) and do not require any additional devices (router, gateway, etc.). Sensors are also equipped with Bluetooth Low Energy interface, which allows quick and easy configuration with a smartphone. Efento NB-IoT sensors can be integrated with Efento Cloud platform or any other third party systems.

• Probe cable length: 15 m (0,1…200 m lengths available on request)
• Accuracy: 0,2 % or 0,5 % (FSO)
• Measuring environment: water (well, sea), high temperature liquids (up to 100 °C and corrosive liquids (available upon custom request)
• Communication NB-IoT bands: default B8 and B20 (others on request)
• Measurement period: 5 seconds to 18 hours (configurable by the user)
• Measurement sending interval: 1 minute to 7 days (configurable by the user)
• Battery ensures up to 5 years of maintenance-free operation, 6300 mAh battery
• The device stores 40,000 measurements in its memory, when the memory is full, the oldest measurements are overwritten
• Possibility to integrate sensor to other third-party systems
• Case IP67 protection / Probe enclosure IP68 protection
• Sensor housing material: Stainless Steel (304 SST)

Sensor SKU: 5905309600546 (IP67)

Efento NB-IoT sensors transmit the data over cellular network (Narrowband IoT) and do not require any additional devices (router, gateway, etc.). Sensors are also equipped with Bluetooth Low Energy interface, which allows quick and easy configuration with a smartphone. Efento NB-IoT sensors can be integrated with Efento Cloud** platform or any other third party systems.

• Moisture measurement range: 0…200 centibar (kPa)
• Temperature measurement range: -55…+125 °C, accuracy: up to 0,5 °C in the range -10…+85 °C and up to 2 °C in the range -55…125 °C
• The temperature sensor is used to adjust the results of soil moisture readings
• Soil moisture and temperature sensors cable length: 3 m
• Communication NB-IoT bands: default B8 and B20 (others on request)
• Measurement period: 1 minutes to 18 hours (configurable by the user)
• Measurement sending interval: 5 minutes to 7 days (configurable by the user)
• Battery ensures up to 5 years of maintenance-free operation, 6300 mAh battery
• The device stores 40,000 measurements in its memory, when the memory is full, the oldest measurements are overwritten
• Possibility to integrate sensor to other third-party systems
• Operating environmental: -35…+70 °C / 0…99 % RH non-condensing
• Case IP67 protection

Soil moisture sensor that helps to ensure necessary watering level for optimal plant growth. This device, belonging to the PRO sensor series, includes Aranet Sub-GHz ISM band radio which wirelessly transmits sensor measurements to the Aranet PRO base station.

• Soil moisture measurement range: 0…100 %
• Resolution: 0,1 %
• Accuracy: ± 15 %
• Available cable lengths: 1,5 m / 5 m / 10 m / 20 m
• Operational range (in line-of-sight): up to 3 km
• Data transmission: 1, 2, 5, 10 min
• Data encryption
• Supply: 1 x AA battery
• Battery lifetime (20 °C): up to 10 years
• Operating temperature: -2…45 °C
• Protection class: IP67

Wireless, battery powered temperature sensor with 4 probes. Internal OLED screen for reading local measurements.

• Sensor compatible with base stations: PRO, PRO Plus ir PRO Plus LTE
• Probe compatibility: 2-wire Pt1000 (any class)
• Possible temperature measurement range: -200...+600 °C
• Connection plug: M8 A-code connector with locking nut
• Included probe specifications:
  • Temperature measurement range: -30…+180 °C
  • Probe dimensions: ­6×100 mm (V4A stainless steel)
  • Cable insulation material / length: silicone / 5 m
• Operational range (in line-of-sight): up to 3 km
• Data transmission: 1, 2, 5, 10 min
• Data encryption
• Supply: 2xAA alkaline batteries
• Battery lifetime (20 °C): up to 10 years
• Transmitter operating temperature: -40…+60 °C
• Transmitter protection class: IP65
• Packaging includes: 2xAA batteries, 4 pcs temperature probes

• TOR-1 transformer oil tester is designed to detect the mass fraction of dissolved water in insulating mineral oils the viscosity of which does not exceed 70 mm2 / s (cSt) at the temperature of 50 °C
• Operating range of relative value aw (active water): 0…1
• Operating range of dissolved water content measurement: 0….500 ppm
• Precision at 20 °C ± 0.02 aw (0…0.9 aw) ± 0.03 aw (0.9…1 aw)
• Operating medium temperature: 0…55 °С
• Measured temperature of oil displayed on screen
• Measurement results can be printed out using an integrated printer
• LCD-panels displays the moisture and temperature of tested oil
• Power supply: 220 V a.c
• Easy use for oil testing in the field near the transformer

The unit is designed for determining dielectric loss tangent and permittivity of transformer oils and other dielectric fluids according to the IEC 60247.

It is a fully automatic device that allows testing according to the procedures defined in these standards, as well as according to the user procedures specified in the appropriate section of the setup menu.

• Applied measuring voltage: 500…2000 V a.c. sinusoidal
• Tan δ measurement range: 0,00001…1
• Tan δ measurement resolution: 1х10^-5
• Tan δ measurement accuracy: ± 1 % of measurement + 0,00008
• Measurement range of relative dielectric constant ε: 1,0…15,0
• Accuracy of ε measurement: ± 1 %
• Oil temperature measurement range: 20…110 ᴼС
• Measuring cell volume: 42 cm³
• Power supply: 85...264 V a.c. (48…63 Hz)

• TOR-80 is designed to measure the dielectric strength of transformer oil and other dielectric fluids according to IEC 60156, ASTM D877 and ASTM D1816
• Can work autonomously or transfer results to a PC, create a local database, generate reports, plot graphs and print results
• There is software for the implementation of standard and custom measurement procedures
• Max output voltage: up to 80 kV, sinusoidal
• Output voltage measurement accuracy ± 2 %
  • Voltage increase rate: 0,1 to 5 kV/sec (adjustable)
  • Resolution of output voltage indication: 100 V
  • High voltage timeout after breakthrough: 4 ms typical (10 ms max)
• Operating voltage:  85 – 264 V a.c. (48…63 Hz)
  • Power requirement: 250 VA max
• Measuring cell volume for oil: 500 cm3
  • Temperature range of testing oil: 0…100 °C
• Unit operating conditions:
  • Temperature: 0…50 °С
  • Storage temperature: -20… 60 °С
  • Relative humidity: Up to 90 % (without condensation)