Laser Scanning Diameter Gauge Meter Tester with Measuring Range 0.2 to 30mm Sensitivity 1um

Laser Scanning Diameter Gauge Meter Tester with Measuring Range 0.2 to 30mm Sensitivity 1um

Introduction:

The laser scanning diameter gauge is a high-precision non-contact outer diameter measurement equipment designed based on the laser scanning measurement principle. The instrument adopts a two-dimensional measurement mode. The two laser beams are orthogonal in the measurement field, which effectively eliminates the vibration of the workpiece. The measurement error caused is especially suitable for real-time measurement at the production site. It is widely used in the online detection of circular wires such as communication cables, optical cables, coaxial cables, and power cables, and can also be used to measure the outer diameter of various other circular workpieces.

Connect:

A. The instrument is equipped with a special bracket. Choose a suitable position. It is recommended to fix the bracket with screws and adjust the measuring head.    For the upper and lower positions, it is advisable for the wire to contact the two guide wheels.

B. Place the measuring head on the support, adjust the position of the measuring head, and then lock the measuring head with the locking screw;

C. Adjust the height of the slide bar according to the height requirement. After adjustment, please lock the lock ring to prevent the measuring head from suddenly falling off and causing damage to the instrument;

D. The power socket is a three-core socket with a dedicated power connection line. Before connecting, verify whether the power supply is consistent with the nominal power supply of the instrument. After confirming that the connection is reliable, connect the host power supply, and the instrument is in a standby state at this time.

E. The instrument is in normal working condition after 5 minutes of preheating (such as 30 minutes for precision measurement).

F. Put the standard rod on the test stand and observe whether the indicated value of the instrument is consistent with the nominal value of the standard rod

Product parameter: