86

Dimensions are in inches and millimeters unless otherwise specified. Values in italics

are metric equivalents. Dimensions are shown for reference purposes only.

Specifications subject to change.

Corcom Product Guide

Catalog: 1654001

Issue Date: 06.2011

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V and W Series

Multipurpose Power Line RFI Filter for Emission Control

Maximum leakage current each Line to Ground:

@ 120 VAC 60 Hz:

.5 mA

@250 VAC 50 Hz:

.82 mA

Hipot rating (one minute):

Line to Ground:

2250 VDC

Line to Line:

1450 VDC

Rated Voltage (max):

250 VAC

Operating Frequency:

50/60 Hz

Rated Current:

3 to 20A*

Operating Ambient Temperature Range

(at rated current Ir):

-10°C to +40°C

In an ambient temperature (Ta) higher than +40°C

the maximum operating current (Io) is calculated as

follows: Io = Ir (85-Ta)/45

• Offers an N = 3 (“T”) Line to Ground impedance to

common mode and an N = 5 “Dbl. Pi”) impedance

for Line to Line differential mode interference

• Designed for susceptibility use when equipment

impedance at RF frequencies is low

Ordering Information

20 V V 6

Input / Output Style

1 – .250 [6.3] spade terminals

6 – Threaded bolt

.250 [6.3] spade terminals

(load side)

V or W Series

Leakage current designation

V – Standard

Current Rating

3, 6, 10 or 20A

Specifications

UL Recognized

CSA Certified

VDE Approved

VV6 / VW6

*IEC 60320-1 C20 inlet mates with C19 connector

VV1 / VW1

Electrical Schematics

LINE

LOAD

V Series

LINE

LOAD

LINE

LOAD

W Series

• Offers an N = 4 (“Dbl. L”) Line to Ground

impedance for common mode and an N=5 (“Dbl.

Pi”) impedance for Line to Line differential mode

interference

• Designed for use when equipment impedance at

RF frequencies is high

• Two stage construction provides excellent

suppression at high frequencies

V Series

20VW7, 20A model tested by Underwriters Laboratories

to US and Canadian requirements and is

VDE approved at 16A, 250VAC

Both the V and W series are effective to control

for compliance with FCC Part 15, Subpart J and

EN55022, Level A, down to 150kHz