FN2415-6-29 Schaffner EMC Inc, FN2415-6-29 Datasheet

FILTER 1-PHASE CONTROL LINE 6A

FN2415-6-29

Manufacturer Part Number
FN2415-6-29
Description
FILTER 1-PHASE CONTROL LINE 6A
Manufacturer
Schaffner EMC Inc
Series
FN 2415r
Datasheet

Specifications of FN2415-6-29

Filter Type
Power Line
Voltage - Rated
250V
Current
6A
Mounting Type
Chassis Mount
Termination Style
Terminal Block
Current Rating
6A
Voltage Rating
250VAC
Leakage Current Max
9.4mA
Terminal Type
Terminal Block
Mounting Style
Chassis
Filtered
Yes
Frequency
DC to 60 Hz
Leakage Current
9.4 mA
Product
Power Line Filters
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Inductance
-
Lead Free Status / Rohs Status
Lead free / RoHS Compliant
Other names
800-380
Technical specifications
Maximum continuous operating voltage:
Operating frequency:
Rated currents:
High potential test voltage:
Protection category:
Overload capability:
Temperature range (operation and storage):
Flammability corresponding to:
Design corresponding to:
MTBF @ 50°C/230V (Mil-HB-217F):
Features and benefits
Single-phase fi lter for
the control line of equipment
An additional filter for the supply cables
of controls of rather large and complex
systems, to ensure a fault free operation of
the control unit (PLC, Motion Control etc.).
Improves the immunity, reliability and
service security of the entire system sig-
nificant by reducing the risk of internal
interference propagation and coupling.
An extremely compact and light weight
filter design requiring minimum mounting
space in machinery and equipment.
Simple and time-saving installation with
good accessibility for automatic and hand
tools.
250VAC (230VAC +10% possible)
dc to 60Hz
6 to 16A @ 50°C
P/N –> E 2250VDC for 2 sec
P –> N 1100VDC for 2 sec
IP20
4x rated current at switch on,
1.5x rated current for 1 minute, once per hour
-25°C to +100°C (25/100/21)
UL 94V-2 or better
UL 1283, CSA 22.2 No. 8 1986, IEC/EN 60939
>1,300,000 hours
Filter for the control line of complex
equipment and machinery
Ensures the interference-free operation
of the control unit / PLC
Improves the immunity and reliability of
the entire system
Compact EMC filter design with
minimum space requirement
Solid, touch-safe terminal blocks offering
sufficient contacting cross section
according to the EN 60204-1 installation
standard, which is very common for
machine tools and industrial equipment.
By providing a very decent attenuation
performance, FN 2415 contributes siginifi-
cant to the achievement of electromagnetic
compliance according to the last stan-
dards (like EN 50370-1 for machine tools).
1-phase fi lters
FN 2415
Approvals
Typical electrical schematic
Typical applications
Ideal for industrial equipment, machinery
and diverse process automation systems,
which involve any kind of control units (NC,
CNC, PLC, Motion Controls). Rather large
and complex machine tools, with 8 or even
more driving axes and very long motor
cables, can be subjected to major reliability
problems, caused by internal coupling of in-
terferences from the drive system to the
control lines. Very often, this causes a drop
out of the control unit and consequently
downtimes of the entire machine. By
operating an FN 2415 in addition to a mains
input filter, these negative effects can be
eliminated for most situations. FN 2415 can
also be used for the most diverse single-
phase applications with medium to high
interference levels, such as single-phase
motor drives or power supplies.

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FN2415-6-29 Summary of contents

Page 1

Single-phase fi lter for the control line of equipment Technical specifications Maximum continuous operating voltage: Operating frequency: Rated currents: High potential test voltage: Protection category: Overload capability: Temperature range (operation and storage): Flammability corresponding to: Design corresponding to: MTBF @ ...

Page 2

Components > FN 2415 Filter selection table Filter Rated current @ 50°C (40°C) [A] FN 2415-6-29 6 (6.6) FN 2415-10-29 10 (11) FN 2415-16-29 16 (17.5) * Maximum leakage under normal operating conditions. Note: if the neutral line is ...

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