V Office 2, VO2-03-12,
Lingkaran SV,
Sunway Velocity,
Jalan Peel,
55100 Kuala Lumpur,
Malaysia.
Schaller humimeter PM5 | Paper Moisture Meter
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Schaller humimeter PM5 | Paper Moisture Meter
Art. No.: 13800
Applications
For paper manufacturers, paper processors and paper retailers, for a non-destructive determination of absolute moisture of paper and
cardboard at warm, running paper rolls as well as at stagnant, cool rolls.
With non-contact infrared paper temperature measurement.
Non-destructive measurement through the packaging!
Features
Measuring Range |
1% to 25% water content |
Resolution |
0.1% water content |
Measuring depth |
50 mm |
Paper temperature for determination of water content |
0 to +80°C / 32 to 176°F |
Infrared temperature measurement |
– 25 to +125°C / -13 to 257 °F |
Dimensions | 254 x 138 x 70 mm (with rubber protection) |
Weight | 850 g |
- Temperature can be set to °C or °F as required
- Automatic temperature compensation
- Measurement within seconds without prior treatment of samples
- Hold function, automatic datalog and manual saving of results for up to 10,000 logs with measuring point report
- Large, well-lit LC display
- Scope of supply: humimeter PM5, humimeter USB data interface module with LogMemorizer measuring data recording and analysing software on USB flash drive incl. USB cable for PC, rechargeable battery, plastic case with proof plate
Benefits
- Quick and highly accurate measurement using a non-destructive method
- Simple handling, small, handy, applicable everywhere on site
- Menu languages: English, German, Italian, French, Spanish, Russian, Portuguese, Czech and Polish
Paper moisture meter for determination of absolute water content at the paper roll with high measuring depth
- Infrared paperweb temperature measurement
- humimeter USB data interface module with LogMemorizer measuring data recording and analysing software on USB flash drive incl. USB cable for PC
- Rechargeable batteries
- Accurate determination of paper roll temperature
- Higher accuracy of measuring results due to temperature compensation based on infrared temperature measurement
Downloads