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electrometer
When is it necessary to use an electrostatic meter? The functionality required to measure low-level DC voltage is often much greater than what a digit
Product details
High impedance has a wide range of applications
This series of electrostatic meters has been rigorously tested and proven to be stable and reliable. Currently, they are widely used in electromagnetic compatibility, electrostatic collection, aerospace, scientific research institutions, and other applications,
Having an extremely high input impedance greater than (1X)1014Ω=100TΩ）It consumes almost no electricity from the tested physics.
Compliant with standards
GB/T 11210 "Determination of resistance of antistatic and conductive products of vulcanized rubber"
ISO1853 "Conductive and anti-static rubber - Measurement of electrical resistivity"
GB/T 2439 "Method for determination of electrical resistivity (coefficient) of conductive and antistatic rubber"
GB/T12014 "Anti static Work Clothes" or Japanese JIST8118-1983 "Anti static Work Clothes"
GB/T 12703 "Testing Methods for Electrostatic Properties of Textiles"
GB/T 12703 "Testing Methods for Electrostatic Properties of Textiles"
instrument parameters
Measurement range:DC±0.0001V ～ ±200VInput impedance: 1 × 1014 Ω (100T Ω)
Display mode: 4-1/2-digit display (four and a half digit display accuracy: ± 1%)
Polarity display: It can display the positive and negative polarity of charges. High voltage protection: TVS
Protection time: 0.1ns Data transmission: 2 USB interfaces
Instrument size: 220 mm x 230 mm x 70 mm Power supply mode: 220V (50HZ)
2500VDC electrical isolation
2500VDC acquisition interface, electrical isolation 485 interface, electrostatic level contact discharge ± 8KV
485 communication interface
High performance models have the ability to receive and collect data at full load at any baud rate, and can communicate with computers.
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