Hall effect thickness gauge

Product Introduction:

Hall effect thickness gaugeAdopting a portable design for measuring non-ferrous materials such as plastic, glass, synthetic materials, aluminum, and titanium.

Functional characteristics of MAK-200 Hall analog thickness gauge：

1. More sturdy and durable probes, larger color screens, and larger display fonts.

2. Display real-time thickness values and automatically capture large and small thickness values. Fast, reaching 16 times per second.

3. Internal data records are stored and can be exported.

4. Quick calibration.

Technical parameters of MAK-200 Hall effect thickness gauge：

Steel ball diameter: 1.59mm

Thickness range: 0.100-2.590mm standard probe

Measurement accuracy: ± 3%

Steel ball diameter: 3.18mm

Thickness range: 0.100-4.570mm standard probe

Measurement accuracy: ± 2%

Steel ball diameter: 4.76mm

Thickness range: 0.100-6.350mm standard probe

Measurement accuracy: ± 1%

Testing item: Thickness of bottle body and bottom

Resolution: 0.01 mm or 0.001mm

Power supply: 220/VAC 50 Hz

Operating temperature: 0-+50 ℃

Metric: millimeters

Size: L300 × W50 × H190mm

Weight: 4KG

Language: Chinese

Output: USB output or printing (optional)

Notes:

1. There should be no measuring object or steel ball on the measuring head during automatic calibration every time the machine is turned on, otherwise the automatic calibration will be incorrect.

2. The instrument needs to be preheated for more than 5 minutes to perform accurate measurements.

3. The measurement of the instrument must use specialized steel balls, otherwise the measurement results may have significant errors.

If there is a significant data error and calibration cannot be successful, first check if the data cables of the host and probe are connected.

5. It is strictly prohibited to place the instrument on a workbench with vibration, and it is strictly prohibited for the instrument to be impacted or dropped by external forces.

6. Common steel balls should be stored separately from spare steel balls as much as possible after each use, which can effectively prevent rusting of the steel balls.

7. Keep other magnets or magnetic materials away from the probe to prevent damage to the probe.