Eaton **CF***10 series User manual

Effective October 2018
Supersedes 6/2015
Instruction Manual IM01005024E Rev. 5
Contents
Description Page
1.0 Setup ................................2
1.1 Before Installation.....................2
1.2 Installation ..........................2
1.2.1 DIN Rail Kits ......................2
1.3 Wiring ..............................3
1.3.1 Series Wiring Applications ...........3
1.3.2 Parallel Wiring Applications ..........3
1.4 Apply Power .........................3
1.5 Specifications ........................4
1.6 Warranty ............................4
Installation Instructions for Eaton
Surge Protective Device XXCFXXX10

2
Instruction Manual IM01005024E Rev. 5
Effective October 2018
Installation Instructions for Eaton
Surge Protective Device XXCFXXX10
EATON www.eaton.com
WARNING
HAZARDOUS VOLTAGES PRESENT
IMPROPER INSTALLATION OR MISAPPLICATION OF THESE DEVICES MAY
RESULT IN SERIOUS INJURY TO INSTALLER AND/OR DAMAGE TO ELECTRI-
CAL SYSTEM OR RELATED EQUIPMENT. READ AND UNDERSTAND ALL
INSTRUCTIONS BEFORE BEGINNING INSTALLATION. PROTECTIVE EYE-
WEAR SHOULD BE WORN WHENEVER WORKING AROUND HAZARDOUS
VOLTAGES.
NOTICE
ALL INSTRUCTIONS AND MEASUREMENTS MUST BE COMPLETED BY
A LICENSED/QUALIFIED ELECTRICIAN IN ACCORDANCE WITH THE U.S.
NATIONAL ELECTRICAL CODE, STATE AND LOCAL CODES OR OTHER APPLI-
CABLE COUNTRY CODES. THE U.S. NATIONAL ELECTRICAL CODE AND
STATE AND LOCAL REQUIREMENTS (OR OTHER APPLICABLE COUNTRY
CODES) SUPERSEDE THIS INSTRUCTION.
Catalog
Number Voltage Range
Protection
Mode MCOV In SCCR
Peak
Surge
Current
Phase
XXCF0241015 - 38 Vdc1L-N, L-G, N-G N/A N/A N/A 8kA
XXCF04810124 - 65 Vdc1L-N, L-G, N-G N/A N/A N/A 26kA
Catalog
Number Voltage Range
Protection
Mode VPR MCOV In SCCR
Peak
Surge
Current
Phase
XXCF12010248 - 149 Vdc1
100-127 Vac
L-N
L-G
N-G
500
500
500
150
150
150
5kA 10kA 40kA
1UL 1449 4th Edition does not list SPD products rated less than 100 Vac or DC voltages.
2UL 1449 4th Edition, UL1283 7th Edition
1.0 Setup
Verify that system voltages do not exceed those listed in Section 1.5,
Specifications.
• All AC measurements should be completed with an RMS voltme-
ter.
• All DC measurements should be completed with a DC voltmeter.
• DO NOT INSTALL FILTER IF MEASURED VOLTAGE EXCEEDS
MAXIMUM SUGGESTED OPERATING LIMITS.
Choose location for filter installation so that maximum separation
can be maintained between input leads, output leads and ground
leads.
1.1 Before Installation
REMOVE POWER FROM ELECTRICAL SYSTEM BEFORE
MOUNTING FILTER.
• Filter MUST be mounted within an enclosure to assure personnel
safety from exposed terminals.
IMPORTANT:
FILTER SHOULD BE LOCATED SO THAT THE SHORTEST POSSIBLE CONDUC-
TOR LENGTH MAY BE USED. FILTER SHOULD BE MOUNTED TO ALLOW
MAXIMUM SEPARATION BETWEEN INPUT AND OUTPUT WIRING.
• Filter contains no position-oriented components and can be
mounted upside down or sideways.
• Filter should be placed in electrical circuit so that it is the last
device in the circuit before equipment to be protected.
• Suitable for use on a circuit capable of delivering not more than
5000 rms symmetrical Amperes when protected by a circuit
breaker rated: Circuit Breaker Ratings of 15A, 240/415V, 10kA
Min. AIC Rating.3
• Contains no serviceable parts.
1.2 Installation
• FILTER MUST BE CONNECTED TO ELECTRICAL SYSTEM
WITH A CIRCUIT BREAKER:
For AC Applications
• 1 - Single Pole / Single Throw 15A circuit breaker. The
Interrupting Rating of the Circuit Breaker Shall Not Be Less
Than the Available Fault Current. Circuit Breaker Ratings of 15A,
240/415V, 10kA Min. AIC Rating.
• Note: Pre-existing breakers of the rated load size may be utilized
if provisions for multi-conductor connections are made according
to NEC 110-14A.
• If Neutral wire is to be utilized as L2, then a circuit breaker must
be provided for that phase.
For DC Applications
• DC units to be installed after an overcurrent protective device that
is rated not to exceed 100% of the current rating of the unit.
REMOVE POWER FROM ELECTRICAL SYSTEM BEFORE
INSTALLING FILTER.
Mechanically mount filter.
• Mount filter using mounting flange holes or optional DIN bracket
listed below.
• Filter should be mounted to allow maximum separation between
input and output wiring.
• Filter contains no position-oriented components and can be
mounted upside down or sideways.
• Filter should be placed in electrical circuit so that it is the last
device in the circuit before equipment to be protected.
1.2.1 DIN Rail Kits
Mounting bracket and foot adaptable to DIN Rail systems DIN EN
50022. DIN EN 50035 and DIN EN 50045 are available through
Eaton Order Center and can be ordered separately.
• Eaton Cat# DINRAILKIT-10ACF
• Eaton Innovative Technology Cat# DINRAILKIT-10ITCF

3
Instruction Manual IM01005024E Rev. 5
Effective October 2018
Installation Instructions for Eaton
Surge Protective Device XXCFXXX10
EATON www.eaton.com
1.3 Wiring
NOTICE
AN INSULATED GROUNDING CONDUCTOR THAT IS IDENTICAL IN SIZE
AND INSULATION MATERIAL AND THICKNESS TO THE GROUNDED AND
UNGROUNDED CIRCUIT SUPPLY CONDUCTORS, EXCEPT THAT IT IS GREEN
WITH OR WITHOUT ONE OR MORE YELLOW STRIPES, IS TO BE INSTALLED
AS PART OF THE CIRCUIT THAT SUPPLIES THE FILTER. SEE TABLE 250-122
OF THE NATIONAL ELECTRIC CODE (NEC) REGARDING THE APPROPRIATE
SIZE OF THE GROUNDING CONDUCTOR.
THE GROUNDING CONDUCTOR IS TO BE GROUNDED TO EARTH AT THE
SERVICE EQUIPMENT OR OTHER ACCEPTABLE BUILDING EARTH GROUND
SUCH AS THE BUILDING FRAME IN THE CASE OF HIGH-RISE STEEL FRAME
STRUCTURE.
ANY ATTACHMENT-PLUG RECEPTACLES IN THE VICINITY OF THE FILTER
ARE TO BE GROUNDING TYPE, AND THE GROUNDING CONDUCTORS SERV-
ING THESE RECEPTACLES ARE TO BE CONNECTED TO EARTH GROUND
AT THE SERVICE EQUIPMENT OR OTHER ACCEPTABLE BUILDING EARTH
GROUND SUCH AS THE BUILDING FRAME IN THE CASE OF HIGH-RISE
STEEL FRAME STRUCTURE.
PRESSURE TERMINAL OR PRESSURE SPLICING CONNECTORS AND SOL-
DERING LUGS USED IN THE INSTALLATION OF THE FILTER SHALL BE
IDENTIFIED AS BEING SUITABLE FOR THE MATERIAL OF THE CONDUC-
TORS. CONDUCTORS OF DISSIMILAR METALS SHALL NOT BE INTERMIXED
IN A TERMINAL OR SPLICING CONNECTOR WHERE PHYSICAL CONTACT
OCCURS BETWEEN DISSIMILAR CONDUCTORS UNLESS THE DEVICE IS
IDENTIFIED FOR THE PURPOSE AND CONDITIONS OF USE.
CONDUCTORS SHOULD BE TWISTED TOGETHER TO REDUCE IMPEDANCE
FACTOR. EXCESSIVE WIRE LENGTH AND SHARP BENDS DEGRADE FIL-
TER PERFORMANCE; THEREFORE, AVOID EXCESSIVE WIRE LENGTH AND
SHARP BENDS.
1.3.1 Series Wired Applications
• Connect incoming system GROUND wire to terminal labeled
GND on unprotected end (labeled as LINE).
• Connect load side GROUND wire to terminal labeled
GND on protected end (labeled as EQUIPMENT).
For AC Applications
• Connect incoming system NEUTRAL wire to terminal labeled
L2/NEU on unprotected end (labeled as LINE).
• Connect load side NEUTRAL wire to terminal labeled as
L2/NEU on protected end (labeled as EQUIP).
• Connect incoming system HOT wire to terminal labeled
L1 on unprotected end (labeled as LINE).
• Connect load side HOT wire to terminal labeled as
L1 on protected end (labeled as EQUIP).
For DC Applications
• Connect incoming system NEGATIVE wire to terminal labeled
L2/NEU on unprotected end (labeled as LINE).
• Connect load side NEGATIVE wire to terminal labeled as
L2/NEU on protected end (labeled as EQUIP).
• Connect incoming system POSITIVE wire to terminal labeled
L1 on unprotected end (labeled as LINE).
• Connect load side POSITIVE wire to terminal labeled as
L1 on protected end (labeled as EQUIP).
1.3.2 Parallel Wired Applications
• Connect incoming system GROUND wire to terminal labeled
GND on unprotected end (labeled as LINE).
For AC Applications
• Connect incoming system NEUTRAL wire to terminal labeled
L2/NEU on unprotected end (labeled as LINE).
• Connect incoming system HOT wire to terminal labeled
L1 on unprotected end (labeled as LINE).
For DC Applications
• Connect incoming system NEGATIVE wire to terminal labeled
L2/NEU on unprotected end (labeled as LINE).
• Connect incoming system POSITIVE wire to terminal labeled
L1 on unprotected end (labeled as LINE).
ote:N For ungrounded or isolated control transformer secondary, DO NOT
CONNECT Ground terminal on either LINE or EQUIP side.
1.4 Apply Power
Apply power to system. Indicator light should glow. If light does not
glow, remove power and contact supplier.
Figure 1. Single Phase Series AC Application
Figure 2. Split Phase Series AC Application (shown with Neutral
utilized as L2/NEU)
Figure 3. Series DC Application
Figure 4. Single Phase Parallel AC Application

Instruction Manual IM01005024E Rev. 5
Effective October 2018
Installation Instructions for Eaton
Surge Protective Device XXCFXXX10
Eaton
Electrical Sector
1000 Eaton Boulevard
Cleveland, OH 44122
United States
877-ETN-CARE (877-386-2273)
Eaton.com
© 2018 Eaton
All Rights Reserved
Printed in USA
Publication No. IM01005024E / TBG000462
October 2018
Eaton is a registered trademark
All other trademarks are property of their
respective owners.
Figure 5. Split Phase Parallel AC Application
(Shown with Neutral Utilized as L2/NEU)
Figure 6. Parallel DC Application
1.5 Specifications
Description Ratings
Agency Approvals
XXCF12010 UL1449 4th Edition, UL1283 7th Edition Type 2 SPD
Terminal Wire Gauge Range 10 - 18 AWG (UL), 10 - 22 AWG (CSA)
Terminal Screw Torque 12 in-lb
Operating Temperature -40F(-40C) to +140F(+60C)
System voltages
DC
AC
5 - 38 Vdc, 24 - 65 Vdc, 48 - 149 Vdc
100 - 127 Vac
Amps* 10A
Circuit Breaker 15A, 240/415V, 10kA Min. AIC Rating
(Eaton P/N:FAZ-C15/1-NA-SP)
Input Power Frequency 50/60 Hz
Warranty 5 Years, 10 Years if registered on www.eaton.com/spd
RoHS Compliant Yes
* Amp rating applies to series connection only. Parallel connections are not rated.
Figure 7. Product Dimensions
1.6 Warranty
Eaton warrants these products for a period of 5 years from the date
of delivery to the purchaser, 10 years if registered on www.eaton.
com/spd, to be free from defects in both workmanship and materi-
als. Eaton assumes no risk or liability for results of the use of the
products purchased from it, including but without limiting the gen-
erality of the foregoing; (1) The use in combination with any electri-
cal or electronic components, circuits, systems, assemblies, or any
other materials or substances; (2) Unsuitability of any product for
use in any circuit or assembly.
Purchaser’s right under the warranty shall consist solely of requiring
Eaton to repair, or at Eaton’s sole discretion, replace, free of charge,
F.O.B. factory, and defective items received at said factory or failure
to give any advice or recommendations by Eaton shall not constitute
any warranty by or impose any liability upon Eaton. The foregoing
constitutes the sole and exclusive liability of Eaton AND IS IN LIEU
OF ANY AND ALL OTHER WARRANTIES EXPRESSED, IMPLIED
OR STATUTORY AS TO THE MERCHANTABILITY, FITNESS FOR
PURPOSE SOLD, DESCRIPTION, QUALITY, PRODUCTIVENESS OR
ANY OTHER MATTER.
In no event shall Eaton be liable for special or consequential dam-
ages or for delay in performance of the warranty.
This warranty does not apply if the product has been misused,
abused, altered, tampered with, or used in applications other than
specified on the nameplate. At the end of the warranty period,
Eaton shall be under no further warranty obligation expressed or
implied.
The product covered by this warranty certificate can only be repaired
or replaced by the factory. For help on troubleshooting the Critical
Protection Product, or for warranty information, call 1-800-809-2772,
Option 4, sub-option 2. Repair or replacement units will be returned
collect. If Eaton finds the return to be a manufacturer’s defect, the
product will be returned prepaid.