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P212I-4

Fast Current Remote Probe w PCT, 4 CH

Current Input Remote Probe, 4 analog current input
channels
20 MS/s raw data, 16 bit, 2.3 MHz (-3dB) bandwith
*** features ***
- 4 MS/s fast real time formula database
- 60 V isolated to prevent ground loops
- current ranges
* inputs ranges (6): ±150 mA up to ±2 A
* inputs: D-Sub 9 Connector
* voltage input ±50 mV to ± 20 V for current
clamps with separate BNC connector
- Current accuracy 0.025% of reading, 0.01% of
range +-200µA
- Power accuracy 0.015% of reading, 0.02% of range
- full bandwidth power calculations
(in combination w voltage probe)
- basic and advanced power calculations
(in combination w voltage probe)
- phase matched Anti-alias protection
- includes 2 x 6.1 GBit SFP for fiber optic
connection
- build-in power supply for up to 4 current
transducer
* 1000 mA per CT maximum
- Housing compatible with industry-standard 8mm
slot construction profiles
*** System requirements ***
GN800B power analyzer card
Perception v8.80 or higher
FO connection cable back to GN800 power analyzer
card

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Fast Current Remote Probe w PCT, 4 CH

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Fast Current Remote Probe 

The P212I-4 Current Remote Probe is the current counterpart to the voltage probe. The device provides four current inputs up to ±2 A for direct connection to current transducers (CTs) and a sample rate of up to 20 MS/s. It also offers voltage inputs for current clamps or Rogowski coils. The P212I-4 variant features also build-in power supply for CTs.

  • Current accuracy of 0.025% reading +0.01% range
  • Bandwith of 2.3 MHz (-3dB)
  • Single fiber connection back to GN800B power analyzer card
  • 60 V isolation to prevent ground loops
  •  Standard 9 pin D-Sub connector for current transducer or voltage input for current clamps with separate BNC connector

Distributable

Can be used as part of a distributed measurement system where modules are situated close to the measurement object with cable length up to 100 metres. Ideal for large scale measurements.

 

Minimise EMC issues

Receiver card and mainframe separate for closer positioning of card to measurement point, reducing EMC interference. Glass fibre cables enable EMC-free data transfer to mainframe, ensuring EMC immunity through fibre-optic connections.

 

Safe and simple cabling – less is more

Our decentralised receiver card reduces cabling needs significantly, while the use of glass fibre cables ensures rapid and EMC-free data transfer capabilities of up to 100 metres.