Capacitance meter, digital capacitance meter, capacitor tester, for capacitor testing tool to measure the

Capacitance meter, digital capacitance meter, capacitor tester, for capacitor testing tool to measure the Popis

Description:

The 6013L digital capacitance meter is a new portable LCD capacitance table that can be used to measure 9 data ranges over a wide range from 0.1 pF to 20,000 µF.

The table can also be used for digital analysis, capacitor selection, measuring unknown capacitors, matching capacitors, measuring cable capacitance, etc.

It also has data hold and backlight functions. The instrument's compact design, with a protective casing, makes it easy to use and carry, making it the ideal electrical measurement tool.

Features:

6013L Digital Capacitance Table.

Powered by a 9V battery, low power consumption.

With data hold and backlight functions.

The instrument's compact design, with a protective casing, makes it easy to use and carry, making it the ideal electrical measurement tool.

This is a new portable LCD capacitance table that can be used to measure 9 data ranges over a wide range from 0.1 pF to 20,000 uF.

It can also be used for digital analysis, capacitor selection, measuring unknown capacitors, matching capacitors, measuring cable capacitance, etc.

Specifications:

Material: Plastic + Electronic Components

Color: Red + Black

Choice Range: Manual

Measurement range: 0.1pF-20,000uF, divided into 9 files.

Maximum display: "1999" or 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

Working environment: 0-40 Relative humidity: 85

Storage environment: Temperature -10-50 , Relative humidity: 85%

Size: (L) x (W) x (H) 142 x 74 x 35 mm / 5.59" x 2.91" x 1.38" (approx.)

Package includes:

1 x capacitor tester (battery not included)

2 x cables

1 x manual

Note:

Please allow 1-3cm error due to manual measurement and make sure you do not mind before ordering.

Please understand that colors may exhibit chromatic aberration due to the different placement of images.