£ 111.00
Price excl. VAT &. delivery
The Condition Monitoring Pyrometer was designed for taking non-contact temperature measurements. To get accurate readings, the emissivity of the Condition Monitoring Pyrometer can be adjusted, depending on the operation purpose. Besides taking infrared images, the Condition Monitoring Pyrometer can also take normal pictures, as well as a mixture of both, due to the built-in digital camera.
The Condition Monitoring Pyrometer was designed for taking non-contact temperature measurements. To get accurate readings, the emissivity of the Condition Monitoring Pyrometer can be adjusted, depending on the operation purpose. Besides taking infrared images, the Condition Monitoring Pyrometer can also take normal pictures, as well as a mixture of both, due to the built-in digital camera.
The PCE-VM 31-HA Condition Monitoring Human 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.
The PCE-VM 31-WB Condition Monitoring Human Vibration Meter or Analyzer 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.
In manufacturing and industrial environments, it is not only desirable for people to work 
effectively, but also for production equipment to work effectively. Equipment should be maintained so that downtime due to defective machine components hardly ever occurs. Condition monitoring attempts to predict machine behaviors, starting with a machine's control technology all the way through to the individual machine components. The goal of condition monitoring is to replace components shortly before they stop working, rather than replacing components after a certain period of time.
It is crucial to know the condition of production machines in all areas of industry and to recognize possible sources of error at early stages to be able to plan scheduled maintenance in good time. Additionally, when important machine components are used to the maximum, tremendous cost savings can be realized.