Digital Crack Depth Measuring Instrument High Precision Rechargeable

Chiacchierare Contattici

Digital Crack Depth Measuring Instrument High Precision Rechargeable

裂纹测深仪

June 30, 2020

Category Connection: apparecchiatura di collaudo non distruttiva

Chiacchierare Contattici

Tags:

#Macchina di prova non distruttiva #Apparecchiatura di collaudo di NDT #strumenti di ispezione di ndt

Brief: Discover the Digital High Precision Crack Depth Measuring Instrument, a rechargeable, handheld device designed for accurate crack depth measurement in conductive materials. Ideal for equipment maintenance and quality control in various industries.

Related Product Features:

Lightweight and portable, similar in size to a digital multimeter, weighing less than 1kg.
Non-destructive testing with high reliability and resistance to environmental interference.
Features automatic zero correction and long continuous working time with rechargeable batteries.
Simple operation with intuitive digital display for easy measurement readings.
Applicable for surface crack depth measurement in conductive materials with a range of 0-100mm.
Includes standard and customizable probes for different measurement needs.
Widely used in machinery, petrochemical, aerospace, and nuclear power industries.
Provides technical support for special measurement requirements and difficult engineering problems.

Domande frequenti:

What is the measuring range of the Digital Crack Depth Measuring Instrument?

The measuring range is 0-100mm for ferromagnetic materials with a relative error of no more than 10% at full range.
How long can the instrument operate on a single charge?

The instrument can operate continuously for up to 12 hours with its built-in rechargeable NiMH battery.
Can the instrument measure cracks on surfaces with small radii of curvature?

Yes, the instrument is designed to adapt to surfaces with small radii of curvature, ensuring accurate measurements.
Are there customizable probe options available?

Yes, special probes can be customized according to different engineering applications and specific requirements of the tested object.