Condition Monitoring

Condition Monitoring Sound Level Meter PCE-ISM 5

£ 522.00

Price excl. VAT &. delivery

Our Condition Monitoring Sound Level Meter is a versatile device that measures and evaluates the sound level time-dependently. The Condition Monitoring Sound Level Meter records and visualises sound levels within a range from 20 to 130 dB in three manual measurement ranges with a resolution of 0.1 dB.

measurement range: 20 ... 130 dB
accuracy: ±1.5 dB
time weighting: F, S and I
frequency range: 20 ... 8000 Hz
frequency weighting: A, C and Z
measuring function: HOLD
battery and mains operation
standards: IEC 61672-1 (Class II)

Condition Monitoring Ultrasonic Material Thickness Meter PCE-TG 150 F2.5

£ 531.00

Price excl. VAT &. delivery

The condition monitoring ultrasonic material thickness meter can measure material thicknesses up to 300 mm. So that the material thickness of a wide variety of homogeneous materials can be measured, it is possible to store the corresponding sound velocity in the condition monitoring ultrasonic material thickness meter.

Measuring range: 1.20 … 300.0 mm / 0.04 … 11.81"
Accuracy: ±0.5% of measured value + 0.05 mm
Memory capacity: 1500 measured values
Calibration reference on housing
Probe temperature range: -10 … 60 °C / 14 … 140 °F

Condition Monitoring Stroboscope PCE-DSX 20-ICA Incl ISO Calibration Certificate

£ 534.00

Price excl. VAT &. delivery

The condition monitoring stroboscope is mostly used for speed or vibration measurement or for motion observations. This condition monitoring stroboscope has a small design and has a low weight. Thus, the tachometer can be conveniently used even in measurements in hard to reach places.

Function

Speed: 50 … 35000 RPM / FPM
Flash frequency
phase shift
Lamp type: Xenon flash
Flash response time: 10 … 30 μs
With trigger input
Incl. ISO calibration certificate

Condition Monitoring Rotation Meter PCE-LES 103UV-365

£ 539.00

Price excl. VAT &. delivery

Motion analysis of rotating machines is quick and easy with our Condition Monitoring Rotation Meter. The Condition Monitoring Rotation Meter is equipped with 3 UVA high-power LEDs, which together generate a light intensity of 202 μW/cm² at a distance of 30 cm.

Flash frequency 60 … 300000 FPM
Accuracy: 0.003 % of the setting or ± 1 LSD
Light colour: UV light (365 … 370 nm)

Digital pulse width modulation
Phase shift - 360 ° … + 360 °
Quick adjustment using x2 and ÷2 button
3 UVA high-power LEDs

Condition Monitoring Belt Tension Meter PCE-BTM 2000L

£ 548.00

Price excl. VAT &. delivery

The Condition Monitoring Belt Tension Meter is an optical measuring instrument for determining the belt tension force. This force measuring device consists of a display unit and a sensor on a gooseneck cable. The Condition Monitoring Belt Tension Meter measures the tension of the belt in a stationary state.

Measures the oscillation frequency of the belt
Measuring range: 10 … 900 Hz
Accuracy: ± (1% of rdg. + 4 digits)
Resolution: <100 Hz: 0.1 Hz
>100 Hz: 1 Hz
Memory for 750 measured values
Length of gooseneck sensor 25 cm / 9,8 in

Condition Monitoring Industrial Borescope PCE-VE 200-S3

£ 557.00

Price excl. VAT &. delivery

The PCE-VE 200-S3 is a condition monitoring industrial borescope, a borescope camera or engine borescope for the non-destructive evaluation (NDE) of engines, machines and more. This condition monitoring industrial borescope provides excellent image quality at an affordable price. An ideal tool for diagnosing issues in hard-to-reach places, the waterproof camera head of this kind of borescope features 6 LED lights with adjustable intensity for optimal illumination. In addition, digital image magnification or zoom of up to 4 times is available.

3.7 mm / 0.14 in diameter
3 m / 9.8 ft cable length
1600 x 1200 pixels JPEG image / 640 x 480 pixels AVI video

Condition Monitoring Stroboscope PCE-LES 303

£ 566.00

Price excl. VAT &. delivery

Analysing the movement of rotating machines is quick and easy with our Condition Monitoring Stroboscope. The Condition Monitoring Stroboscope is equipped with 3 high-power LEDs, which together generate a light intensity of 11730 lux at 20 cm / 1000 Hz.
The Condition Monitoring Stroboscope allows you to set the flash frequency in both FPM and Hz. The Condition Monitoring Stroboscope is pocket size, small and also mains-independent thanks to the rechargeable battery.

3 bright high-power LEDs
flash frequency 60 ... 300000 FPM (flashes per minute)
accuracy: 0.003 %
6160 lux at 30 cm / 1000 Hz
digital pulse width modulation
phase shift - 360 ° ... + 360 °
quick adjustment using x2 and ÷2 key
intuitive control keys and clear display
pocket size
external trigger input and output
route measurement
slow motion mode

Condition Monitoring Stroboscope PCE-LES 303

£ 566.00

Price excl. VAT &. delivery

3 bright high-power LEDs
flash frequency 60 ... 300000 FPM (flashes per minute)
accuracy: 0.003 %
6160 lux at 30 cm / 1000 Hz
digital pulse width modulation
phase shift - 360 ° ... + 360 °
quick adjustment using x2 and ÷2 key
intuitive control keys and clear display
pocket size
external trigger input and output
route measurement
slow motion mode

Condition Monitoring Stroboscope PCE-LES 303UV-385

£ 612.00

Price excl. VAT &. delivery

Analysing the movement of rotating machines is quick and easy with our Condition Monitoring Stroboscope. The Condition Monitoring Stroboscope is equipped with 3 high-power UVA LEDs, which together generate a light intensity of 317 μW/cm² at a distance of 30 cm. The Condition Monitoring Stroboscope allows you to set the flash frequency in both FPM and Hz and it is small and handy in pocket size and also mains-independent thanks to the rechargeable battery.

3 high-power UVA LEDs
light colour: 380 ... 390 nm
flash frequency 60 ... 300000 FPM (flashes per minute)
accuracy: 0.003 %
digital pulse width modulation
phase shift: -360 ° ... +360 °
quick setting using x2 and ÷2 key
intuitive control keys and clear display
pocket size
external trigger input and output
route measurement
slow motion mode

More Info

About Condition Monitoring

In manufacturing and industrial environments, it is not only desirable for people to work Condition Monitoring Application 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.