With average calculate function. Peak value deposit function. Under-voltage alarm function. Use USB data output to connect with PC. Provide Bluetooth data output choice. QIUSUO Textile Durometer Hardness Meter Gauge Tester Digital Textile Hardness Testing Machine with Indenter Ball 10mmΦ Testing Range10-90H Accuracy≤±1H for Textile Bobbin Beam Spool Cones Dye Package
Batteries are not included during the shipment
▶Spec：
▷To measure the winding density (hardness) of textile bobbins, beams, spools, cones, dye packages etc.
▶Features：
* Convertible probe, the curved end of the probe is used for the bobbin with a diameter less than or equal to 400mm, and the flat end of the probe is suitable for the bobbin with a diameter greater than 400mm.
* With average calculate function.
* Peak value deposit function.
* Under-voltage alarm function.
* Use USB data output to connect with PC.
* Provide Bluetooth data output choice.
▶Specifications：
Parameters：Tested Result/Mean Value/Max.Value
Indenter：Ball 10mmΦ
Convertible Probe：The curved end of the probe is used for the bobbin with a diameter less than or equal to 400mm, and the plane end of the probe is suitable for the bobbin with a diameter greater than 400mm
Area Of Application：For very loosely wound bobbins of thick yarns, such as carpet yarns
Display Range：0-100H (hardness graduation marks)
Testing Range：10-90H (hardness graduation marks)
Resolution：0.1H
Accuracy：≤±1H
Battery Indicator：Low Battery Indicator
Auto Switch Off：√
Depth Of Indentation：0-2.5mm
Test Pressure：Approx. 12.5N
Measuring Spring Force：0.55-8.065N
Scale Diameter：51mm
Working Face Radius：55mm (when using the curved end of the probe)
Working Face Flat：45mmΦ (when using the plane end of the probe)
Operating：Temperature:0~40ºC；Humidity:<80%RH
Power Supply：2x1.5V AAA(UM-4)Battery(Not including batteries)
Dimensions：177x65x45mm
Weight：Approx. 285g
▶Standard Accessories
Main Unit
Carrying Case
Operation Manual
▶Optional Accessories
USB Data Cable with Software
Bluetooth Data Adapter with Software
▶Principle：
The principle used to measure textile hardness is based on measuring the resistance force of the penetration of a ball against the spool under a known spring load. The measuring principle is the same as for the Shore A hardness test.
Batteries are not included during the shipment
▶Spec：
▷To measure the winding density (hardness) of textile bobbins, beams, spools, cones, dye packages etc.
▶Features：
* Convertible probe, the curved end of the probe is used for the bobbin with a diameter less than or equal to 400mm, and the flat end of the probe is suitable for the bobbin with a diameter greater than 400mm.
* With average calculate function.
* Peak value deposit function.
* Under-voltage alarm function.
* Use USB data output to connect with PC.
* Provide Bluetooth data output choice.
▶Specifications：
Parameters：Tested Result/Mean Value/Max.Value
Indenter：Ball 10mmΦ
Convertible Probe：The curved end of the probe is used for the bobbin with a diameter less than or equal to 400mm, and the plane end of the probe is suitable for the bobbin with a diameter greater than 400mm
Area Of Application：For very loosely wound bobbins of thick yarns, such as carpet yarns
Display Range：0-100H (hardness graduation marks)
Testing Range：10-90H (hardness graduation marks)
Resolution：0.1H
Accuracy：≤±1H
Battery Indicator：Low Battery Indicator
Auto Switch Off：√
Depth Of Indentation：0-2.5mm
Test Pressure：Approx. 12.5N
Measuring Spring Force：0.55-8.065N
Scale Diameter：51mm
Working Face Radius：55mm (when using the curved end of the probe)
Working Face Flat：45mmΦ (when using the plane end of the probe)
Operating：Temperature:0~40ºC；Humidity:<80%RH
Power Supply：2x1.5V AAA(UM-4)Battery(Not including batteries)
Dimensions：177x65x45mm
Weight：Approx. 285g
▶Standard Accessories
Main Unit
Carrying Case
Operation Manual
▶Optional Accessories
USB Data Cable with Software
Bluetooth Data Adapter with Software
▶Principle：
The principle used to measure textile hardness is based on measuring the resistance force of the penetration of a ball against the spool under a known spring load. The measuring principle is the same as for the Shore A hardness test.