UYIGAO Digital Battery Powered Capacitan Capacitor Meter Tester 6013L LCD Display

Description: The digital capacitance meter 6013L is a novel handheld LCD display capacitive table that can be used to measure 9 range of data over a wide range from 0.1 pF to 20,000 uF. The table can also be used for digital analysis, selection of capacitors, measurement of unknown capacitors, matching capacitors, measuring cable capacitance and so on. And has data retention and backlighting function. The instrument structure is compact, with a safety jacket, easy to operate, easy to carry, is the ideal electrical measurement props. Feature: Digital capacitance table 6013L. Powered by a 9V battery, low power consumption. With the data retention and backlighting function. The instrument structure is compact, with a safety jacket, easy to operate and carry, is the ideal electrical measurement props. It is a novel handheld LCD display capacitive table that can be used to measure 9 range of data over a wide range from 0.1 pF to 20,000 uF. Can also be used for digital analysis, selection of capacitors, measurement of unknown capacitors, matching capacitors, measuring cable capacitance and etc. Specification: Material: Plastic + electronic components Color: Red + Black Range Choice: Manual Range Measuring range: 0.1pF 20,000uF, divided into 9 files. The maximum display: 1999 that is 3 1 2. Sampling rate: 2 3 times per second Zero adjustment: Manual Power supply: 6F22 9V laminated battery (Not included) Maintain accurate operating temperature: 23 + 5 celsius Working environment: 0 40 celsius Relative humidity: less than 85 celsius Storage environment: temperature 10 50 celsius , relative humidity: less than 85percent Size: (L) x (W) x (H)142 x 74 x 35mm 5.59 x 2.91 x1.38 (appr.) Package included: 1 x Capacitor Meter Tester(Not include the battery) 2 x Line 1 x Manual Notice: Please allow 1 3cm error due to manual measurement and make sure you do not mind before ordering. Please understand that colors may exist chromatic aberration as the different placement of pictures. .