£ 5,213.00
Price excl. VAT &. delivery
Moisture sensor for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The moisture sensor for liquid materials has a processing unit with RS232/RS485 interfaces.
Designed specifically for use in humidity measurement of bulk materials, this moisture sensor is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, … is continuously measurable.
Suitable for determining the humidity of bulk substances, this moisture sensor can be fitted into containers and systems such as troughs, bunkers, distributors, augers, conveyors, bins and silos. This permits 24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, pastes, seed, or similar bulk or flowing substances.
Suitable for determining the humidity of bulk substances, this absolute moisture sensor can be fitted into containers and systems such as troughs, bunkers, distributors, augers, conveyors, bins and silos. This permits 24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, pastes, seed, or similar bulk or flowing substances.
PCE-MWM 240-B Rod sensor (custom length 500 … 1500 mm)
Moisture sensor for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The moisture sensor for liquid materials has a processing unit with RS232/RS485 interfaces.
Designed specifically for use in humidity measurement of bulk materials, this moisture sensor is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, … is continuously measurable.
Moisture meter for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The moisture meter for liquid materials has a processing unit with RS232/RS485 interfaces.
Moisture analyzers for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The moisture analyzer for liquid materials has a processing unit with RS232/RS485 interfaces.
Suitable for determining the humidity of bulk substances, this bulk material moisture analyser can be fitted into containers and systems such as troughs, bunkers, distributors, augers, conveyors, bins and silos. This permits 24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, pastes, seed, or similar bulk or flowing substances.
Humidity Detector for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The humidity detector for liquid materials has a processing unit with RS232/RS485 interfaces.
Designed specifically for use real-time measurement of percent moisture measurement of bulk materials. Material in flowing mass, such as granular materials, sand, sawdust, fly ash (mineral), wood chips (surface to 5 cm), grain, powders, seed, and pastes is continuously measurable. Consistent quality of every batch, reduction of the consumption of materials, and shortest possible drying and mixing times are the criteria which are important in materials production.
Designed specifically for use in humidity measurement of bulk materials, this humidity detector is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, … is continuously measurable.
Suitable for determining the humidity of bulk substances, this absolute humidity detector can be fitted into containers and systems such as troughs, bunkers, distributors, augers, conveyors, bins and silos. This permits 24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, pastes, seed, or similar bulk or flowing substances.
PCE-MWM 240-B Rod sensor (custom length 500 … 1500 mm)
Suitable for determining the humidity of bulk substances, this Agricultural measuring device can be fitted into containers and systems such as troughs, bunkers, distributors, augers, conveyors, bins and silos. This permits 24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, pastes, seed, or similar bulk or flowing substances.
PCE-MWM 240-B Rod sensor (custom length 500 … 1500 mm)
Moisture analyzer for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The moisture Analyzer for liquid materials has a processing unit with RS232/RS485 interfaces.
Suitable for determining the humidity of bulk substances, this moisture test instrument can be fitted into containers and systems such as troughs, bunkers, distributors, augers, conveyors, bins and silos. This permits 24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, pastes, seed, or similar bulk or flowing substances. These test instruments / test sensors are mainly for use in manufacturing processes to give the opportunity of process optimization to the manufacturer or to insure the moisture content of the final product.
Suitable for determining the humidity of bulk substances, this in-process moisture meter for bulk materials can be fitted into containers and systems such as troughs, bunkers, distributors, augers, conveyors, bins and silos. This permits 24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, pastes, seed, or similar bulk or flowing substances.
Designed specifically for use in moisture measurement of various bulk materials, these moisture analyzing test instruments are installed in bins, silos, troughs, bunkers, distributors, augers, and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, … is continuously measurable.
Designed specifically for use in humidity measurement of bulk materials, this moisture sensor is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, … is continuously measurable.
Designed specifically for use in humidity measurement of bulk materials, this humidity sensor is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, … is continuously measurable.
The PCE-VM 31-HAWB Human Vibration Recorder is designed for measuring human vibration at the workplace. The Vibration Recorder can calculate hand-arm vibration measurements according to ISO 5349 and whole-body vibration measurements according to ISO 2631. Each sensor consists of a triaxial Vibration Recorder that captures acceleration, velocity, and displacement measurements.
The PCE-VM 31-HAWB Human Vibration Analyzer is designed for measuring human vibration at the workplace. The Vibration Analyzer can calculate hand-arm vibration measurements according to ISO 5349 and whole-body vibration measurements according to ISO 2631. Each sensor consists of a triaxial Vibration Analyzer that captures acceleration, velocity, and displacement measurements.
The PCE-VM 31-HAWB Vibration Test Instrument or Analyzer is designed for measuring human vibration at the workplace. The Vibration Analyzer can calculate hand-arm vibration measurements according to ISO 5349 and whole-body vibration measurements according to ISO 2631. Each sensor consists of a triaxial Vibration Analyzer that captures acceleration, velocity, and displacement measurements.
The Condition Monitoring Vibration Meter is designed for measuring human vibration at the workplace. The Condition Monitoring Vibration Meter can calculate hand-arm vibration measurements according to ISO 5349 and whole-body vibration measurements according to ISO 2631. Each sensor consists of a triaxial Vibration Meter that captures acceleration, velocity, and displacement measurements.
The PCE-VM 31-HAWB Human Vibration Meter is designed for measuring human vibration at the workplace. The Vibration Meter can calculate hand-arm vibration measurements according to ISO 5349 and whole-body vibration measurements according to ISO 2631. Each sensor consists of a triaxial Vibration Meter that captures acceleration, velocity, and displacement measurements.
The PCE-VM 31-HAWB Tri-Axial Accelerometer or Human Vibration Analyzer is designed for measuring human vibration at the workplace. The Vibration Analyzer can calculate hand-arm vibration measurements according to ISO 5349 and whole-body vibration measurements according to ISO 2631. Each sensor consists of a triaxial Vibration Analyzer that captures acceleration, velocity, and displacement measurements.
PCE-5000 is a portable hardness tester or durometer that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys to measure on a minimum material thickness of 2 mm / .08 in. The test instrument can be mounted on a test stand (as an option) for series measurement in manufacturing process checking. Non-destructive testing produces microscopic indentation.
PCE-5000 is a portable material hardness tester that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys with a minimum thickness of 2 mm / .08 in. Non-destructive testing produces microscopic indentation.
PCE-5000 is a portable material hardness tester that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys with a minimum thickness of 2 mm / .08 in. Non-destructive testing produces microscopic indentation.
PCE-5000 is a portable hardness tester that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys with a minimum thickness of 2 mm / .08 in Non-destructive testing produces microscopic indentation.
PCE-5000 is a portable hardness tester that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys with a minimum thickness of 2 mm / .08 in Non-destructive testing produces microscopic indentation.
PCE-5000 is a Ultrasonic testing device that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys with a minimum thickness of 2 mm / .08 in. Non-destructive testing produces microscopic indentation.
PCE-5000 is a portable hardness tester that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys with a minimum thickness of 2 mm / .08 in. Non-destructive testing produces microscopic indentation.
The PCE-5000 is a portable condition monitoring material hardness tester that uses the ASTM A1038 ultrasonic contact impedance (UCI) method to measure the hardness of metals and alloys with a minimum thickness of 2 mm / .08 in. Non-destructive testing produces microscopic indentation.
