- Name: LCD Display High-frequency 0.5 Accuracy Moisture Meter Paper
Testing Instruments
- Product Introduction:
Quickly detail :
Test mode | high-frequency electromagnet wave inductive |
Test range | 0~40% |
Using environment | -5°C~60°C |
Accuracy | ±0.5% |
Uses:
Fast Moisture Meter is used for quickly and accurately testing
moisture constant of paper and water absorption of paper , board
and corrugated board. The instrument adopts high frequency
principle,digital display, sensors and main body, is equipped with
six gear is used to measure all kinds of paper, cardboard,
corrugated paper, paper box, the moisture of pulp board, etc. The
instrument to measure the moisture wide range, high precision,
clear display and measure rapidly, stable performance, reliable,
and small volume, light weight, portable rapid tests at the scene,
using simple and convenient. For paper-making, printing, packaging
industry in the process of production test the moisture of the
ideal instrument .
Application:
1: coated paper, copy paper, fax paper
2 : newsprint, white board paper, coated paper board
3: corrugated paper, writing paper, kraft paper, corrugated board
paper
4 : below 50 grams of paper
5 : paper pulp board
6: cardboard, corrugated board
Features:
The adoption of electromagnetic wave scanning instrument, the
scanning depth is 50 mm. So the measurement, the thickness of the
paper should be at least 50 mm above. Turn on the switch, will
probe pressure paper, sensor round head contact with the paper into
a straight line, and the instrument body keep parallel with paper;
After being digital stability, as the digital display measured the
moisture value of things.
Specifications:
Test mode
| high-frequency electromagnet wave inductive |
Test range
| 0~40% |
Using environment
| -5°C~60°C |
Accuracy
| ±0.5% |
Display
| 31/2 position LCD digital display |
Response time
| 1 second |
Power sourve
| 1 pcs of 9V(6F22 type) Packed cell |
Dimensions
| 160*60*27mm |
Weight
| about 200g |
Note: You could choose different gear position according the
different testing speciman.
Picture:
