About V Groove Residual Thickness Tester
We have successfully offering a wide range of reliable working V Groove Residual Thickness Tester that is made by using rich resources along with advanced technology. Our offered tester is generally used to measure thickness of metals, glasses, plastics, fiber glasses and ceramics. In addition, we provide this V Groove Residual Thickness Tester to the customers at economical prices within given time frame. Our offered tester is highly in demand for its impressive features such as fine finishing, hassle free performance, robust construction, low maintenance etc.
Structural features:
- simple operation, easy to use
- Procurement joint venture high-precision measurement meter
- Digital display accuracy 0.02mm
- Effectively extend the longest dimension 250mm
- Long life of super hard steel round cutter head
- The metric system can be switched
- Machine size: 395mm*365mm*500mm
High-Precision Analog MeasurementEquipped with a plunger-type analog dial gauge, the V Groove Residual Thickness Tester offers highly accurate measurements down to 0.01 mm. Its rigid steel frame and direct-reading engraved scale allow precise evaluation of V Groove residual thickness in a variety of shapes and materials, ensuring dependable performance for industrial and laboratory environments.
Portable and User-Friendly DesignThe testers ergonomic, lightweight build (approx. 24 kg) ensures easy portability, allowing operators to perform measurements on-site or at the bench. No electricity is required for operation, making it especially useful where power sources are limited. Its simple manual lever and dial system require only basic technical skill for effective use.
Durable Construction and Easy MaintenanceManufactured from hardened, powder-coated steel with a painted finish, this tester is designed for lasting reliability. Routine maintenance involves periodic cleaning and zero calibration. The tester should be stored in dry, dust-free conditions to preserve optimal performance, and its robust protective carrying case ensures safe transport and storage.
FAQs of V Groove Residual Thickness Tester:
Q: How does the V Groove Residual Thickness Tester measure thickness?
A: The tester uses a plunger-type analog dial gauge and a contact-type mechanical measurement principle. When placed on a V Groove of a pipe or sheet, the plunger makes direct contact with the surface, registering the residual thickness on the analog dial with a resolution of 0.01 mm.
Q: What types of samples can be tested with this device?
A: This tester is compatible with pipes and sheets that feature a V Groove geometry. It is primarily used for assessing residual thickness in materials used in fabrication, inspection, and quality control processes.
Q: When should I recalibrate or maintain the tester?
A: Periodic zero calibration is recommended, especially after frequent use or when readings appear inconsistent. Maintenance involves keeping the tester clean and storing it in dry, dust-free conditions to prevent corrosion and ensure longevity.
Q: Where can the tester be used most effectively?
A: Its handheld, bench-top frame allows for versatile use in both laboratory settings and industrial sites. Thanks to its lightweight construction and protective carrying case, its portable and suited to on-site measurements as well.
Q: What is the standard process for conducting a measurement?
A: Place the tester securely onto the V Groove of the pipe or sheet. Operate the manual lever to lower the plunger into the groove. Read the thickness value directly from the engraved scale on the analog dial, ensuring the device is zeroed before usage for optimal accuracy.
Q: What benefits does this tester provide over electronic gauges?
A: As a mechanical, manual device, it operates without power, is silent, easily transported, and highly robust. Its analog dial provides reliable, direct readings, making it ideal for environments where electronics may be impractical or susceptible to interference.
Q: Who can operate this tester?
A: The device is designed for users with a basic level of technical skill. No advanced training is required, and its simple operation ensures consistent results across routine inspections or sample analyses.