JCI 147 Faraday Pail

Used in conjunction with the JCI140 Charge Measurement Unit, our Faraday Pails allow sensitive and reliable measurement of charge on solids, powders and liquids

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Compatible with JCI 140 Monitor

 


Benefits

  • Measures charge on materials inserted into pail
  • 1pC resolution (2 nC range)
  • JCI 140 instrument is removable for independent surface voltage measurements
  • Assess electrostatic charge properties of pharmaceuticals and other powders
  • Net charge measurement.

 

General Description

The JCI 147 Faraday Pail is an accessory for use with the JCI 140 Static Monitor.

Together they make a sensitive instrument for precise and reliable measurement of electrostatic charge placed in the pail, with a resolution down to 1pC. The maximum measurement at this resolution is 2nC, however a 20nC range is available in the same instrument at the flick of a switch.

The unit comprises a Faraday Pail mounted on high quality insulation in a well-defined location relative to the sensing aperture of the JCI 140 Static Monitor. Objects or materials placed in the pail raise the voltage of the pail according to its capacitance. This increase in voltage is measured by the JCI 140 and quantified as nC on the display.

 

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Key Features

  • Sensitivity:                      2 and 20nC full scale with 1pC resolution (2nC range)
                                             Sensitivity selected by rear panel switch or external control signal
  • Accuracy & linearity:     Within ±5% FSD on display and analogue output
  • Dimensions:                 Overall 180 x 180mm baseplate, 335mm high
                                             Pail 50mm diameter, 75mm high, 50mm aperture in shield.

Compatible Instrument:

 

Library items

JCI Electrostatic Instrumentation Brochure 2014

Our latest range of JCI electrostatic instruments and services for the consultancy, laboratory testing, hazard assessment, R&D and training sectors.

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Practical Guide to Industrial Electrostatics - Hazards, Problems & Applications

The reason why electrostatic phenomena are so important can be set under three headings: hazards, problems and applications. This Guide will address each of these in turn and show why static often has a critical role to play across the whole breadth of industry.

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