US$ 620.00
ex. VAT, ex. delivery costs
Monday - Friday
9 am - 5 pm ET
(561) 320-9162
2-Year Warranty
All PCE-Brand Devices Include a 2-Year Warranty Against Manufacturer Defects
The PCE-VE 200-S is an industrial inspection borescope camera or engine borescope for the non-destructive evaluation (NDE) of engines, machines and constructions. This 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 borescope camera 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
- 1 m / 3.28 ft cable length
- 180° image rotation
The PCE-VE 200-S3 is an industrial inspection device, a borescope camera or engine borescope for the non-destructive evaluation (NDE) of engines, machines and more. This 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
The Leeb Material Hardness Tester PCE-900 measures the hardness of nine different metals using the Leeb rebound method.
This means that with the material hardness tester a firing pin bounces on a metallic surface and the intensity of the rebound is used as an indicator of the material hardness.
The Material Hardness Tester PCE-900 measures the metal hardness in 6 different hardness scales.
- Measurement according to Leeb Rebound method
- Testing of HRC, HRB, HV, HB, HSD
- Measurement Range: 200-900 HLD / 13-99 HRB / 20-68 HRC / 20-655 HB / 80-940 HV / 32-99 HSD
- Accuracy: 0.80% / Repeatability: 1.10%
- Incl. type D Leeb probe
- Optional Software Available
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.
