PMM L3-64 3-Phase, 64 Amp LISN for FCC Part 15

PMM

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SKU:
sku-57
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Description

The AMN - Artificial Mains Network, also known as LISN - Line Impedance Stabilization Network - is the ancillary device intended for repeatable and accurate measurement of the disturbance voltage that an EUT (Equipment Under Test) may inject into the power line or mains. This is obtained by providing well known impedance value and phase response across the frequency range of the test.

PMM L3-64 3-Phase, 64 Amp LISN for FCC Part 15 is suitable for measurement on AC 3-phase power circuits from DC to 60 Hz. The equivalent V-Network circuit of 50 Ω // (5 Ω + 50 μH) with 250 μH choke is fully compliant with the reference standards.

PMM Artificial Mains Networks provide robust and stable mechanical construction, high quality electric components, easy and perfect grounding, solid input-output power connections. They can be used in conjunction with any EMI receiver or spectrum analyzer and offer features required for safe, repeatable and accurate measurements.

PMM L3-64 Features:

  • 9 kHz a 30 MHz frequency range
  • 63 A max output current
  • Large baseplate for optimal grounding
  • Local and remote control for PMM EMI receivers
  • Meets the requirements of several standards including CISPR 16-1-2, VDE 0876, FCC part 15

Extra Information

Brand:
PMM
Weight:
50 kg (110 pounds)
Application/Test Type:
Ancillary device intended for repeatable and accurate measurement of the disturbance voltage that an EUT (Equipment Under Test) may inject into the power line or mains.
Current Rating:
63 Amps Max
Dimensions:
465 x 450 x 740 mm (18 x 17.7 x 29 inches)
Frequency Range:
9 kHz to 30 MHz
Inductors:
50 Ω // [5 Ω + 50 µH] with 250 µH choke
Mains & EUT Connections:
63 A IEC connector
RF Connector:
BNC (f)
Standards Met:
CISPR 16-1-2; VDE 0876; FCC part 15; MIL-STD 461F
Voltage Rating:
230 Volts AC, 325 Volts DC (Line to Power Earth and Neutral to Power Earth); 400 Volts AC, 565 Volts DC (line to line and line to neutral)
CISPR 16-1-2:
Yes
DO-160F:
Yes
CISPR 22:
Yes
FCC:
Yes
ANSI C63.4:
Yes