Static Electricity

Kinetic polymers are one of the prominent manufacturers and suppliers of Instruments to Measure Static Electricity in Hyderabad. Measuring levels of static electricity can be essential to discover out if you have difficulties connected to static electricity. In many cases undesirable phenomena like clinging sheets are seen in production environments. The real reason of these undesirable problems cannot be seen and consequently determining levels of static electricity is needed. This can be completed with a static electricity meter.



Static Charger Meter

The Static Charger Meter is non-contact, hand held, light weight static observing and discovering instrument. It uses a LCD display to specify the magnitude and divergence of the electrostatic charge. The static charge meter includes state-of-the-art motherboard, to enable dimensions to be made for as long as 30 seconds without substantial drift. In practice, measurement time is generally taken not more than 10 seconds. The Static Charge Meter has good turning sensitivity and is perfect for measuring electric charges come across in critical electronic assembly and storing areas as well as Antistatic Work Stations. It can also be used for Plastics, Food, Explosives and Pharmaceutical Industries.

Features
• Gentle appearance and relaxed handling
• Extensive measuring range and high computing accuracy
• User responsive operating button and easy to use
• High description, full scale LCD data display


Applications
The apparatus has good turning sensitivity and is perfect for measuring electric charges come across in critical electronic assemblage and storage areas as well as Antistatic Work Stations. These products can also be used for Plastics, Paper, Textiles, Food, Explosives and Pharmaceutical Industries. These unit gives straight readings of electrostatic potentials on any surface, when detained at a distance of 5 cms. However, almost any higher electrostatic potential can be dignified by proportionally increasing the distance from the meter to the charged object.