The PCE-VT 1100S condition monitoring vibration meter is suitable for relative measurements on various machines.
With the 45 mm long needle probe, you can access hard-to-reach places in machines and motors.
For this reason, this condition monitoring vibration meter is used for rapid measurement of imbalance and for checking bearing and gear conditions.
- Frequency range: 10 Hz ... 1 kHz
- Measures speed, distance, acceleration in metric units
- Holds the reading after each measurement
- Portable and battery operated
- Needle probe: 45mm / 1.77"
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.
- Measuring of human vibration at the workplace
- Velocity, acceleration, displacement
- 3 channel FFT
- TEDS support
- Includes hand-arm sensor only - whole-body sensor sold separately (see
accessories)
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.
- Measuring of human vibration at the workplace
- Velocity, acceleration, displacement
- 3 channel FFT
- TEDS support
- Includes whole-body sensor only - hand-arm sensor sold separately (see
accessories)
The PCE-VM 31-HAWB 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. Each sensor consists of a triaxial Vibration Meter that captures acceleration, velocity, and displacement measurements.
- Measuring of human vibration at the workplace
- Velocity, acceleration, displacement
- 3 channel FFT
- TEDS support
The wireless PCE-VMS 501 Vibration Sensor detects vibration within an acceleration range of up to 30 g and a frequency range between 5 and 10 KHz. The wireless vibration sensors, which measures vibrations at machines to transfer those wireless vibrations to a receiving unit.
- Acceleration range: up to 300 m/s2
- Wireless communication via ZigBee
- Frequency range between 5 Hz and 10 kHz
- Wireless transferring Piezo sensors
- Transmission rate of 1 minute per sensor
The wireless PCE-VMS 504 Vibration Monitor detects vibration within an acceleration range of up to 30 g and a frequency range between 5 and 10 KHz. The wireless vibration monitor therefore features external vibration sensors, which measures vibrations at machines to transfer those wireless to a receiving unit.
- Acceleration range: up to 300 m/s2
- Wireless communication via ZigBee
- Frequency range between 5 Hz and 10 kHz
- Wireless transferring Piezo sensors
- Data memory (receiving base) 128 MB
PCE-VE 800 is a handheld articulating condition monitoring borescope inspection camera with video recording and image capture functionality. Equipped with adjustable built-in LED lighting on the waterproof camera tip, the PCE-VE 800 condition monitoring inspection camera features a high interpolated resolution of 200,000 pixels and a large integrated 4.3" LCD for easy viewing and navigation.
- Flexible cable with 4-way articulating tip
- 1.5 m / 4.9 ft cable length
- 2.8 mm / 0.11 in cable diameter
The condition monitoring tachometer can be used contactless or with mechanical contact. The PCE-T237 condition monitoring tachometer is particularly suitable for recording rotational speeds and speeds on rotating machines and systems (on conveyor belts, motors, belt drives, etc.).
- Contact measurement of rpm via cone adapter
- Contact measurement of m / min via surface wheel
- Robust ABS plastic housing
- Meter count: 0.1 ... 199,999 m
The condition monitoring tachometer can be used contactless or with mechanical contact. The PCE-T237 condition monitoring tachometer is particularly suitable for recording rotational speeds and speeds on rotating machines and systems (on conveyor belts, motors, belt drives, etc.).
- Contact measurement of rpm via cone adapter
- Contact measurement of m / min via surface wheel
- Robust ABS plastic housing
- Meter count: 0.1 ... 199,999 m
- Incl. ISO calibration certificate
PCE-VT 2700 is a factory-calibrated (certificate included) handheld portable digital battery-powered condition monitoring vibration meter used to measure the radial and axial vibration of industrial machines, equipment and parts such as bearings and gearboxes.
- Frequency range: 9 Hz ... 1 kHz (in 1 kHz mode) / 9 Hz ... 10 kHz
(in 10 kHz mode) acceleration; 10 Hz ... 1 kHz velocity /
displacement
- Resolution: 0.1 m/s2 / 0.1 yd/s2; 0.1 mm/s / 0.003 in/s ; 1 µm /
3.3814e-14 oz ; 1 rpm
- Accuracy: ± 5% of reading + 2 digits
- Factory calibration certificate included
PCE-VT 2700S is a factory-calibrated (certificate included) portable digital battery-powered handheld condition monitoring vibration meter used to measure the radial and axial vibration of industrial machines, equipment and parts such as bearings and gearboxes. The PCE-VT 2700S comes with a special attachment to adapt the probe for handheld use.
- Frequency range: 9 Hz ... 1 kHz (in 1 kHz mode) / 9 Hz ... 10 kHz
(in 10 kHz mode) acceleration; 10 Hz ... 1 kHz velocity /
displacement
- Resolution: 0.1 m/s? / 0.1 yd/s?; 0.1 mm/s / 0.003 in/s ; 1 µm /
3.3814e-14 oz ; 1 rpm
- Accuracy: ± 5% of reading + 2 digits
- ISO calibration certificate included
The Condition Monitoring Thermo Hygrometer PCE-TH 5 is a universal temperature / humidity gauge which allows the measurement of both the ambient temperature and the ambient humidity, as well as the determination of the dew point and wet bulb temperature.
- Temperature measuring range: -20 ... 50°C / -4 ... 122°F
- Humidity measuring range: 0 ... 99.9% r.H.
- Resolution: 0.1°C / 0.18°F, 0.1% relative humidity
- Measurement accuracy: ±3% r.H. / ±0.6°C / 1.08°F
- Calculation of dew point and wet bulb temperature
This Condition Monitoring Phase Rotation Meter PCE-PI1 has a robust housing with a large LCD display so you can easily and conveniently determine the phase and motor rotation direction. Furthermore, any problems in individual phases, are displayed on the phase rotation meter. The condition monitoring phase rotation meter meets the safety standard CAT III 600 V, IEC 61010.
- Easy operation
- No batteries required
- Robust alligator clips for easy connection
- 3-phase measurements of 40 ... 690 V AC
- Protection class IP 40
PCE-DT 66 is a condition monitoring portable, digital, handheld tachometer, or rotation meter, that can take measurements of rotational speed. This condition monitoring handheld tachometer features mechanical attachments and is ideal for measuring rotational speeds of machines, motors, conveyor belts and other moving parts.
- For taking measurements in contact with moving parts
- Measuring range: 50 ... 19999 RPM
- Accuracy: ± 0.03% / ± 2 digits
PCE-DT 66 is a condition monitoring portable, digital, handheld tachometer, or rotation meter, that can take measurements of rotational speed. This condition monitoring handheld tachometer features mechanical attachments and is ideal for measuring rotational speeds of machines, motors, conveyor belts and other moving parts.
- For taking measurements in contact with moving parts
- Measuring range: 50 ... 19999 RPM
- Accuracy: ± 0.03% / ± 2 digits
- Incl. ISO calibration certificate
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.
