HUBBELL Type C-Polymer Cutouts

Application
The primary purpose of any cutout is to provide protection to the lines of your system and the various apparatus on those
lines such as transformers and capacitor banks. Hubbell Type C-Polymer cutouts provide reliable protection from low-level
overloads that just melt the fuse link, intermediate faults, and very high faults, through maximum interrupt rating.
In addition, Type C-Polymer cutouts can also be used as a sectionalizing device. With the use of a portable loadbreak
tool, Type C-Polymer cutouts can function much like an overhead disconnect switch. A 300 amp disconnect blade is also
available for this purpose.

Quality bronze casting for efficient

current transfer to the lower
Construction Polymer Insulators hinge contacts. A cam shaped
Efficient Current Transfer Type C Polymer Cutout Insulators are projection on each side of the
The Type C-Polymer cutout manufactured with Enhanced Silicone Polymer trunnion casting provides high
has an all copper current path. (ESP), the same material used in Ohio Brass pressure parallel current paths
All contacts are silver-plated. PDV arresters and Hi*Lite Insulators. ESP is a to the lower contacts. These
Terminals are tin-plated bronze polymer compound made by combining Silicone projections, or pivot pins, are cast
for use with copper or aluminum and EPDM Rubber. This special formulation full round for smooth rotational
conductors. offers the desirable toughness and resistance to operation in the hinge. The link
tracking of our original EPR with the hydrophobic ejector assists in arc interruption
Loadbreak Hooks during low fault current or
characteristics derived from low molecular weight
Galvanized steel hooks are silicone oils. excessive overload conditions.
standard on all Type C cutouts, A groove in the center of the
except the arc chute version, for Hubbell Power Systems uses several tests to link ejector allows the fuse link’s
use with a portable loadbreak evaluate materials. Tracking, QUV, corona cutting, pigtail to go directly from the
tool. These sturdy hooks are salt fog, oxidative stability and variations of fuse tube to the attachment
mounted on the top support and differential thermal analysis tests confirm the nut. A curved ejector minimizes
serve to guide the fuseholder into quality of the material. For further information bending stresses in the pigtail
the latch socket. on our polymers, ask your Hubbell Power Systems to prevent broken strands. A
representative for the publication "Polymer stainless steel torsion spring on
Top Contact Materials for Insulator Weathersheds" EU1264-H.
The top contact is attached the link ejector helps to rapidly
to the galvanized-steel hood Upgrades to Cutout Performance eject the link from the bore of the
by a stainless rivet to provide fuseholder during interruption.
The increased metal-to-metal leakage distance The 200 amp link ejector has a
a smooth self-aligning action of Type C-Polymer Cutouts compares to their
during closing even in severely wider groove area and increased
porcelain counterparts at 12.6” (319mm) vs. spring force to accommodate the
corrosive environments. The top 8.7” (220mm) for 15kV, 17.1” (420mm) vs. 12.6”
contact provides a socket-type larger links.
(320mm) for 27kV 125kV BIL, 23.6” ( 600mm) vs.
cavity for latching the fuseholder The link ejector is pinned to
17.3” ( 440mm) for 27kV – 150kV BIL and 33.2”
and prevents any possible “over- (845mm) vs. 26” (660mm) or 28.4” ( 720mm) for
the trunnion casting with a
travel” of the fuseholder. The 36kV – 170kV BIL.
stainless steel pin to provide
top contact is made of a highly resistance to corrosive elements
conductive copper strip with Significantly lighter, Type C-Polymer Cutouts and provide smooth pivotal
silver-plated embossments for typically weigh only approximately half their action. An interlocking feature
efficient current transfer. The porcelain counterparts. This ergonomic advantage between the link ejector and
contacts are held under constant makes them simple to install and, of course, far tube casting prevents excessive
pressure designed to maintain less fragile than porcelain. That means reduced or tension on the fuse link during
firm contact with the fuseholder eliminated losses from routine shipping, storage closure, thereby preventing link
contact surface until fault and handling. breakage.
interruption is accomplished. The link ejector employs a
Hinge hammer effect to enhance toggle
action of the trunnion during low
The hinge on the Type C-Polymer cutout employs large pivot
fault and overload interruptions, hence dropout action is
areas for the fuseholder’s trunnion and is cast of a copper
enhanced. The link ejector provides sufficient surface area
alloy chosen for its strength and corrosion resistance. The
to facilitate re-fusing by linemen wearing gloves.
hinge contacts are highly conductive copper alloy stampings
and are plated to assure low resistance current transfer from Ratings/Specifications
the trunnion casting. The parallel current paths are backed STANDARD Type C-Polymer cutouts are maximum design
up by high strength cantilever springs and are riveted to the voltage rated to eliminate application and selection
hinge castings. Fuseholder can be dropped into place and confusion. There are no restrictions on application to
easily lifted up and out. No tricky maneuvering is required. grounded wye, ungrounded wye, or delta systems having
Fuseholders maximum operating voltages (line-to-line) equal to or less
The solid cap on the single vent fuseholder is silver-plated than the cutout maximum design voltage rating. (See the
copper alloy, to provide efficient current transfer. An integral LINKBREAK and LOADBREAK cutouts for their specifications.)
ring is provided in the top tube casting for opening and Interruption tests have been performed at full system
closing the fuseholder with an appropriate disconnect tool line-to-line voltage. 100-amp and 200-amp fuse tubes and
from the ground, from a bucket truck or from the pole. 300-amp disconnect blades are available for each voltage
class. They all fit into a common mounting assembly rated
The toggle type trunnion is a selective silver-plated
at 300 amps continuous.

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Page 10AA-2 April 2017
HUBBELL Type C-Polymer Cutouts
Compare Hubbell quality and technical expertise
All Type C Cutouts meet or exceed ANSI/NEMA specifications.

27kV-125kV BIL, 27kV – 150kV BIL, and 36kV – 170kV BIL vary slightly in appearance.

COPPER TIN-PLATED BRONZE TERMINALS

ARC-SHORTENING FOR USE WITH COPPER
ROD (ON SOME OR ALUMINUM CONDUCTOR
RATINGS)

COPPER CURRENT PATH

GALVANIZED-STEEL
ONE PIECE HOOD

POLYMER
INSULATOR
STAINLESS STEEL
BACKUP SPRING
TO MAINTAIN
CONTACT PRESSURE

SILVER-TO-SILVER
CONTACTS

GALVANIZED STEEL HOOKS

FOR LOADBREAK TOOL

CAST BRONZE TOP TUBE CASTING SYNTHETIC

AND PULL RING FUSE TUBE
LINER

HIGH-STRENGTH FIBERGLASS FUSETUBE

COATED WITH ULTRA-VIOLET INHIBITOR

LARGE NUT OR
SS NUT WITH
CLAMP TO
FASTEN FUSELINK COPPER
WITHOUT CURRENT
BREAKING PATH
STRANDS.
CAST BRONZE
LOWER TUBE
CASTING

STAINLESS-STEEL
MECHANICAL ASSIST: SPRING PROVIDES
PROPER TOGGLE ACTION
FUSEHOLDER IS OF FUSELINK EJECTOR
AVAILABLE WITH A
TORSIONAL SPRING CAST BRONZE HINGE
ON TRUNNION TO AID FOR CORROSION RESISTANCE
DROP OUT OPERATION
IN CORROSIVE FUSEHOLDER TOGGLE LATCH
ENVIRONMENTS. LIMITS TENSION OF FUSELINK

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April 2017 Page 10AA-3
Interchangeability Type C-Polymer STANDARD Cutout
Chance was the first to design a cutout that could interchange fuse-
holders and mounting assemblies with those of another manufacture.
Standard Type C fuseholders and mounting assemblies are mutually
interchangeable with S&C Type XS and ABB Type ICX cutouts. (within
the same voltage class).
The Type C-Polymer Standard cutout is mutually interchangeable
with Chance Type C Porcelain Standard cutout.

Synthetic Arc-Quenching Fusetube

The 1/2-inch inside diameter of the Type C-Polymer cutout’s 100
ampere fusetube increases internal pressure giving superior and
reliable expulsion action. During frequently encountered interme-
diate fault ranges this diameter also permits higher TRV (transient
recovery voltage) values to be tolerated. This small bore design
eliminates any concern related to high impedance phase-to-phase
faults on ungrounded wye and delta systems.
The inside liner is a synthetic arc-quenching formulation in part
consisting of polyester fiber, epoxy and Aluminum Tri Hydrate. The
liner is chemically bonded to the tube's glass-reinforced shell. This
combination provides a moisture source to extinquish the arc during
interrupt operations without absorption of atmospheric moisture
leading to potential swelling and delamination, and provides a high
bursting strength. It is protected from the weather and environment
by a special ultra-violet resistant coating. For more information on 100 Amp –
the synthetic arc-quenching material, refer to Bulletin 10-0201. Single Vent
The Hubbell fuse tube operates with fuselinks from all major suppliers. 15kV/110kV LIW (BIL)
100 amp or smaller fuselinks shall not be used in 200-amp fuseholders.

Brackets
Type C-Polymer cutouts come packed one per carton including a
NEMA Heavy Duty “B” bracket with captive 11/2" bolt for crossarm
mounting.
Type X brackets, also for crossarm mounting, provides 25/8" additional 81/2”
clearance between the crossarm and the cutout.
“D” brackets are used to mount cutouts and/or arresters directly to
the pole. Three brackets may be used for three-phase application.
Type D brackets provide a clean, quick mounting without crossarm
or special pole bands.
All the above brackets are galvanized steel for long lasting service.
Cutouts can be ordered without any brackets.

Higher Interrupt Capacities

By using a copper arc shortening rod inside the top of the fusetube,
higher interrupt ratings are obtainable. An arc shortening rod is
attached to the cap of some fusetubes and lowers the fuse link 110kV LIW (BIL) product is de-
within the fusetube. This permits a much shorter arc, resulting in picted.
less arc energy, and higher interrupting capacities. For 200 A tubes, 125, 150 and 170kV LIW (BIL)
products vary
it allows for full voltage ratings.
slightly in appearance.
It is necessary to use fuse links with removable buttonheads when
arc shortening rods are employed.

Terminals
Tin-plated bronze parallel groove type terminals are standard on
STANDARD Type C-Polymer Cutout
Type C cutouts. They can accommodate aluminum or copper conduc- with NEMA Type B Bracket
tor sizes ranging from No. 6 (13.3 mm2) solid copper through 4/0 kV
(160.6 mm2) ACSR or 250 (167.5 mm2) kcmil stranded copper. The
parallel groove design is perfect for handling two different sizes LIW (BIL) A B C D E
of conductor as is the case when arresters are being used. Eyebolts 155/8” 47/8” 115/8” 31/4” 221/16”
are also available. See ordering data, page 10AA-11. 110
395 mm 125 mm 295 mm 82 mm 561 mm
Extra Corrosion Protection
161/16” 65/8” 131/16” 27/8” 27”
Type C cutouts are available with components of stainless steel 125
brackets, hood and hardware, and copper alloy loadbreak hooks 408 mm 167 mm 332 mm 72 mm 686 mm
to offer greater corrosion resistance for environmental areas where
corrosion can become a major factor. To order a stainless steel/copper 161/16” 65/8” 131/16” 27/8” 27”
alloy cutout add the suffix “S” to the end of the catalog number 150
with the rating specifications desired. In additon, an optional spring
408 mm 167 mm 332 mm 72 mm 686 mm
assist may be provided to further enhance the toggle and drop out 171/4” 81/2” 15” 13/4” 321/2”
action in highly corrosive applications. 170
438 mm 216 mm 381 mm 416 mm 826 mm

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Page 10AA-4 April 2017
 Type C-Polymer STANDARD Cutouts
Specifications and Ordering Information
All Type C Cutouts meet or exceed ANSI/NEMA specifications.
See page 10AA-14 for Arrester Cutout Combinations
See page 10AA-15 for Accessories.
See page 10AA-16 for Complete Catalog Numbering

15kV - 110kV LIW (BIL) RUS LISTED

*Option Maximum Nominal Continuous Interrupt Replacement Arc
*Base suffixes Design System Curent Capacity Leakage to Ground Metal *Weight Fusetube Cap/ Shortening
Catalog No. below Voltage Voltage (Amps) (Asym Amps) to Metal (minimum) (lb./kg.) Cap Assembly Rod
CP710112 1 2 3 15kV Thru 14.4kV 100 10,000 12.6” 319 mm 9.6/4.4 P7001535P No
CP710114 1 2 3 15kV Thru 14.4kV 100 16,000 12.6” 319 mm 9.8/4.5 E7001767P Yes‡
CP710143 1 2 3 15kV Thru 14.4kV 200 12,000 12.6” 319 mm 10.4/4.7 E7002146P Yes‡
CP710133 1 2 3 15kV Thru 14.4kV 300 12,000** 12.6” 319 mm 9.9/4.5 P7001535P N/A

27kV - 125kV LIW (BIL)

CP710211 1 2 3 27kV Thru 24.9kV 100 8,000 17.1” 420 mm 11.0/5.0 P7001535P No
CP710213 1 2 3 27kV Thru 24.9kV 100 12,000 17.1” 420 mm 11.0/5.0 E7001768P Yes‡
CP710242 1 2 3 27kV Thru 24.9kV 200 10,000 17.1” 420 mm 11.6/5.3 E7002479P Yes‡
CP710243 1 2 3 27kV Thru 24.9kV 200 12,000 17.1” 420 mm 11.6/5.3 PSE7002706P Yes‡
CP710233 1 2 3 27kV Thru 24.9kV 300 12,000** 17.1” 420 mm 11.2/5.1 P7001535P N/A

27kV - 150kV LIW (BIL)

CP710311 1 2 3 27kV 100 8,000 23.6” 600 mm 10.7/4.8 P7001535P No
CP710313 1 2 3 27kV No Restrictions 100 12,000 23.6” 600 mm 10.7/4.8 E7001768P Yes‡
thru 24.9kV;
CP710342 1 2 3 27kV †26.4 200 10,000 23.6” 600 mm 11.3/5.1 E7002479P Yes‡
CP710343 1 2 3 27kV thru 34.5kV 200 12,000 23.6” 600 mm 11.3/5.1 PSE7002706P Yes‡
CP710333 1 2 3 27kV 300 12,000** 23.6” 600 mm 10.9/4.9 P7001535P N/A
*Adjust total weight when selecting Options   **Momentary rating - Solid blade.   ‡Must use removable buttonhead fuse links.
†Forapplication on single-phase to neutral or three-phase solidly grounded wye-connected circuits where recovery voltage does not exceed
the maximum design voltage of the device.  

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April 2017 Page 10AA-5
36kV - 170kV LIW (BIL) Standard PCO
Minimum Interrupt Arc
Base Catalog Nominal Continuous Leakage to Ground Weight (lb/ Replacement
Design LIW ( BIL ) Capacity ( Asym Shortening
Number System Voltage Current (Amps) Metal to Metal kg) Fusetube Cap
Voltage Amps ) Rod
CP710613 36kV 170 Thru 34.5kV 100 12,000 33.2” 845 mm 12.5/5.7 E7001743P Yes‡
No Restrictions
CP710643 36kV 170 thru 24.9kV; †26.4 200 12,000 33.2” 845 mm 12.9/5.9 E7002117P Yes‡
thru 34.5kV
CP710633 36kV 150 Thru 34.5kV** 300 12,000** 33.2” 845 mm 12.5/5.7 P7001535P N/A
*Adjust total weight when selecting Options   **Momentary rating - Solid blade.   ‡Must use removable buttonhead fuse links.
†Forapplication on single-phase to neutral or three-phase solidly grounded wye-connected circuits where recovery voltage does not exceed the
maximum design voltage of the device.  

*Option Suffix 1 *Option Suffix 2 *Option Suffix 3

Terminal Variations Bracket Variations Mechanical Assist Fuseholder
Suffix 3 Description
*Weight *Weight
Suffix 2 Description (lb./kg.) No option (may not be used
Suffix 1 Description (lb./kg.) Blank
with Z in Option 2)
B NEMA Heavy Duty “B” bracket for crossarm (11/2” bolt) 2.84/1.29
P Parallel-groove clamps 0.33/0.15 Mechanical Assist Fuseholder (may not be
M
used with Blank in Option 2)
Extended type bracket for crossarm (Horizontal section
E Small eyebolts 0.16/0.07 X 3.75/1.70 Fargo cutout cover (may not be used with
is 25/8” longer than Type B bracket) F
Blank in Option 2)
L Large eyebolts 0.31/0.14 D D-shape bracket (pole) 7.67/3.48 Anti-corrosion
S stainless steel/copper alloy
Z No bracket (must be used with M in Option 3) ­— cutout
R Lower PG Clamp Rotated 90° 0.33/.015
Blank No bracket (cannot use with M in Option 3) —
Must specify one selection for Option 1.

Easy-On Bracket for crossarm (Height: 41⁄8” to 55⁄32”

V ­2.9/1.32
Width: 23⁄4” to 4”)

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Page 10AA-6 April 2017
 STANDARD Fuseholders and Mounting Assemblies
15kV - 110kV LIW (BIL)
Cutout Fuseholder/ Mounting Assembly *Mounting
Base Blade Catalog Fuseholder/ *Base Catalog Assembly
Catalog # Number Blade Weight Number Weight
CP710112 T710112T 1.8 lb./0.76 kg.
100A 200A 300A
CP710114 T710114T 2.0 lb./0.79 kg. Fuseholders Blade
TP7101MM 8.0 lb./3.6 kg.
CP710143 T710143T 2.6 lb./1.18 kg. 15kV

▼
CP710133 T710133T 2.1 lb./0.95 kg. 12.6" leakage
*Catalog No.
*Mounting assembly Catalog Number must include suffix for terminal
variation. Adjust total weight when selecting Option suffixes above.
TP7101MMPB
Mounting
27kV - 125kV LIW (BIL) Assembly only

CP710211 T710211T 1.9 lb./0.86 kg.

CP710213 T710213T 2.0 lb./0.91 kg.
CP710242 T71024T 2.5 lb./1.13 kg. TP7102MM 9.16 lb./4.1 kg.
CP710243 T710243T 2.5 lb./1.13 kg.
CP710233 T710233T 2.1 lb./0.97 kg.
*Mounting assembly Catalog Number must include suffix for terminal
variation. Adjust total weight when selecting Option suffixes above.

100A 200A 300A

27kV - 150kV LIW (BIL) Fuseholders Blade

CP710311 T710311T 1.9 lb./0.86 kg.

CP710313 T710313T 2.0 lb./0.91 kg. 27kV - 17.1"

▼
leakage
CP710242 T710242T 2.5 lb/1.13 kg. TP7103MM 9.51 lb./4.31 kg. TP7102MMPB
CP710343 T710343T 2.5 lb./1.13 kg. Mounting
Assembly only
CP710333 T710333T 2.1 lb./0.97 kg.
*Mounting assembly Catalog Number must include suffix for terminal
variation. Adjust total weight when selecting Option suffixes above.

36kV - 170kV LIW (BIL)

CP710613 T710613T 2.8lb./1.27kg.
CP710643 T710643T 3.2lb./1.45kg. TP7106MM 9.7lb/4.4kg.
CP710633 T710633T 2.8lb./1.27kg.
*Mounting assembly Catalog Number must include suffix for terminal
variation. Adjust total weight when selecting Option suffixes above.

100A 200A 300A

Universal Cutout Tool Fuseholders Blade

Ideal for Standard and Linkbreak 100 amp fuse

holders (ABB, Chance S&C) to easily lift out, place, 27kV - 23.6"
▼

*open and close. Inverted, secure method also fits leakage

Chance Electronic Sectionalizers. TP7103MMPB

Cat. No. PSC4033484 (Wt. 4 oz.) See Tools Catalog Mounting

Section 2100. Assembly only

*When opening a cutout, follow all work rules and OSHA

regulations. Not for use with Loadbreak cutouts.

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April 2017 Page 10AA-7
 Type C-Polymer Cutouts
Catalog Numbering System
Position 6 - Type C Polymer Cutout -kV Rating Position 11, 12 ,13
Standard Linkbreak Loadbreak Blank = No option (may not be used with Z in position 10)
No. BilkV
100A 200A 300A 100A 100A 200A 300A M = Mechanical Assist Fuseholder (may not be used with Blank in position 10)*
1 110 15 15 15 15 15 15 15 S = Stainless Option*
F = Add Cutout Cover
2 125 27 27 27 15/27 15/27 15/27 15/27
*We recommend ordering option M and S together
3 150 15/27 15/27
3 150 27 27 27 22/36.4 20/34.5
6 170 36 36 36 22/36.4
1 represents 319 mm Creep Insulator Assembly
2 represents 420 mm Creep Insulator Assembly Position 10 - Bracket Variations
3 represents 600 mm Creep Insulator Assembly
6 Represents 845 mm Creep Insulator Assembly B = NEMA Heavy Duty “B” bracket for crossarm (1-1/2” bolt)
X = Extended type bracket for crossarm (Horizontal section is 2-5/8”
Position 3 - Kind longer than type B bracket)
D = D-shape bracket (pole)
1 = Standard
V = Easy on bracket
2 = Linkbreak
Z = No Bracket (must be used with M in position 11)
3 = Loadbreak
Blank = No bracket (cannot use with M in position 11)

CP 7 3 4 5 6 7 8 9 10 11 12 13

Position 4,5 Position 7 - Continuous Current Position 8 - Interrupting or Position 9 - Terminal

1 = 100 Amps (Accepts 1 - 100 Amp links) Momentary Current (Amps) Variations (Tin Plated)
O - No Arrester
3 = 300 Amps solid blade 1 = 8,000 P = Parallel-groove clamps
For cutout arrester
4 = 200 Amps (Accepts 140-200 Amp 2 = 10,000 E = Small eyebolts
combinations, see below for
two letter arrester codes. links) 3 = 12,000 (Must use removable L = Large eyebolts
M = Mounting assembly only buttonhead links) R = 90 deg.
4 = 16,000 (Must use removable T = Fuseholder only (enter T
buttonhead links) in position 1 and leave blank
Metal Oxide Varister Operating M = Mounting assembly only positions 10 & 11)
Arrester Manufacturer

(MOV) Design
Polymer Housing
MCOV Duty Cycle

Connection

125 kV LIW (BIL)

kV Rating

110 & 150

Arrester
Method

150 for Cutout

9 10 18 27 kV Rating
Small Block
Normal Duty Direct DL DM DN DP
5 kA
Ohio Brass

Large Block
Heavy Duty Direct EL EM EN EP
10 kA
Riser
Pole Direct FL FM FN FP

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April 2017 Page 10AA-15
 Type C-Polymer Cutouts
Accessories
TERMINAL CONNECTORS
Minimum Order
Catalog No. Description Weight (lb./kg.) Quantity
T7001325 Parallel-Groove Clamp, tin-plated bronze for No. 6 solid thru 4/0 ACSR or 250 kcmil stranded 0.33/0.15 10
T7001326 Small Eyebolt for No. 8 solid thru 2/0 stranded 0.16/0.07 10
T7001327 Large Eyebolt for No. 6 solid thru 4/0 ACSR or 250 kcmil stranded 0.40/0.14 10
MOUNTING BRACKETS
C2060283 NEMA Heavy Duty “B” Bracket with 11/2” captive bolt for crossarm mounting 2.84/1.29 –
C2060280 Extended Crossarm Bracket (Horizontal section is 25/8” longer than NEMA “B” bracket) 3.75/1.70 –
C2060299 “D” Pole Mounting Bracket 7.67/3.48 –
C2060632 Cutout/Arrester Bracket complete with carriage bolts and backstrap 4.00/1.81 –
PSE7002826 “V” Easy-On Bracket for Crossarm Height range: 41⁄8” to 55⁄32”, Crossarm Width range: 23⁄4” to 4” 2.9/ 1.32 –

Mounting Bracket Dimensions

“V”
Easy-On
Bracket

8.2 IN
208 MM

2.6 IN
67 MM

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Page 10AA-16 April 2017
 Fargo Cutout Cover Fastener installation locations
(2 fasteners per assembly)
ONE PIECE WILDLIFE PROTECTOR

Available as an Option on Standard and Linkbreak Type C-Polymer Cutouts

(see pages 10AA-5 and 10AA-7), Cover also may be ordered as a separate
line item as Catalog No. CC101. Material: Proprietary low track vinyl that is
UV stabilized for long-term performance. Gray color.

• Designed to provide protection for cutouts from accidental contact by

squirrels, birds or other wildlife.

• Universal one-piece design for easy installation or retrofit. Fits Chance 15kV
Standard and Linkbreak Cutouts, both Polymer and Porcelain types.

Universal Cutout Tool

Ideal for Standard and Linkbreak 100 amp fuse
holders (ABB, Chance S&C) to easily lift out, place, *open and
close. Inverted, secure method also fits Chance Electronic
Sectionalizers.

Cat. No. PSC4033484 (Wt. 4 oz.) See Tools Catalog Section

2100.
*When opening a cutout, follow all work rules and OSHA
regulations. Not for use with Loadbreak cutouts.

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April 2017 Page 10AA-17