Vibration Monitoring Equipment by Hansford Sensors
The range of products of Hansford Sensors provide you with everything you need to monitor vibration in many different applications in the industrial, process, power generation, marine and building service sectors. The industrial accelerometers and vibration transmitters play a vital role in predictive or preventative maintenance and condition monitoring routines, for all forms of rotating shafts and machinery; this includes pumps, fans and motors. In the metals industry, our vibration sensors and protect key assets, including rolling mills and cooling towers. In pharmaceuticals, the complete fan and motor assemblies in air handling units are protected by our vibration sensors. In wind power, our accelerometers prevent damage and keep turbines turning in all weathers.
In marine applications we monitor cargo pumps, turbochargers, ventilation fans to avoid machine failure and delays. In paper mills our industrial accelerometers are built to withstand aggressive conditions for total reliability. In the mining and quarrying sector, pumps, crushers and conveyors are monitored by our sensors. In the food and drink industry our accelerometers monitor mixers, centrifuges, ovens, fans and conveyors, while in the cement sector our vibration sensors are used in critical condition monitoring systems on kilns, crushers, mills and silos.
Accelerometer standard HS-100 providing an AC acceleration output for use with a data collector. The sensors are produced on demand with a wide range of features that can be customised.
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Accelerometer standard HS-104 providing an AC acceleration output for use with a data collector. The sensors are produced on demand with a wide range of features that can be customised.
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Accelerometer standard HS-105 providing an AC acceleration output for use with a data collector. The sensors are produced on demand with a wide range of features that can be customised.
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Premium AC accelerometers HS-150 is manufactured using a shear method giving fast settling time and stability in many applications. HS-170 - a more compact accelerometer designed using the premium shear method, ideal for use with a data-collector. Operating temperature range up to 150°C / 300°F.
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Premium AC accelerometers HS-150 is manufactured using a shear method giving fast settling time and stability in many applications. HS-170 - a more compact accelerometer designed using the premium shear method, ideal for use with a data-collector. Operating temperature range up to 150°C / 300°F.
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Premium AC accelerometers HS-150 is manufactured using a shear method giving fast settling time and stability in many applications. HS-170 - a more compact accelerometer designed using the premium shear method, ideal for use with a data-collector. Operating temperature range up to 150°C / 300°F.
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Premium AC accelerometers HS-150 is manufactured using a shear method giving fast settling time and stability in many applications. HS-170 - a more compact accelerometer designed using the premium shear method, ideal for use with a data-collector. Operating temperature range up to 150°C / 300°F.
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Premium AC accelerometers HS-150 is manufactured using a shear method giving fast settling time and stability in many applications. HS-170 - a more compact accelerometer designed using the premium shear method, ideal for use with a data-collector. Operating temperature range up to 150°C / 300°F.
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Premium AC accelerometers HS-150 is manufactured using a shear method giving fast settling time and stability in many applications. HS-170 - a more compact accelerometer designed using the premium shear method, ideal for use with a data-collector. Operating temperature range up to 150°C / 300°F.
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A cost-effective DIN rail mounted range of modules capable of interfacing AC and 4-20mA accelerometers to provide alarming and protection for pumps and fan applications. The HS-429 has integral 4-20mA and trip sensor with variable alarm and delay settings. There is also a selection of charge amplifiers and direct velocity output units that can take the charge output and provide acceleration and velocity
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