Glass Suspension Insulators
ANSI Class
macleanpower.com
GLASS SUSPENSION INSULATOR
Glass Insulators
glass
insulator
production
shop
glass
insulator
production
shop
MacLean
Power
Systems
Glass
insulator
production
shop
produces
high-voltage
Glass
insulator
production
shop
produces
high-voltageoverhead
overheadline
lineinsulators
insulators
of of
various
types
withstanding
mechanical
failing
various types withstanding
mechanical
failingload
loadfrom
from4040kN
kNtoto530
530kN
kN
incompliance
with
thethe
State
and
international
standards
requirements.
incompliance
with
State
and
international
standards
requirements.Toughened
Toughenedoror
MacLean
Power
isinsulating
a leading
manufacturer
ofhas
products
used
by utilities
for
annealed
glass
is used
as as
insulating
material
which
has
a ahigh
properties,
annealed
glass
isSystems
used
material
which
highinsulating
insulating
properties,
mechanical
strength,
thermal
and
chemical
stability.
building
transmission
and
distribution
lines and
substations. MPS product families
mechanical
strength,
thermal
and
chemical
stability.
include hardware and connection products as well as insulation and protection
According
toWith
thethe
customer
requirements
areas
the
high
pollutions,
According
to
customer
requirements
for
areaswith
with
the
highairair
pollutions,
products.
global
raw material
sourcingfor
capabilities,
MPS
produces
over
factory
produces
insulators
using
pins
equipped
with
zinc
sleeves,
being
factory
produces
insulators
using
pins
equipped
with
zinc
sleeves,
beingthe
the
10,000 items in nine manufacturing facilities worldwide. With six production facilities
"sacrificial
electrode"
which
prevent
forfor
a long
"sacrificial
electrode"
which
prevent
a longtime
timethe
thecorrosion
corrosioncaused
causedbybyDC
DC
in the United States, MPS has a highly flexible supply chain which is the foundation
and
thethe
environment.
and
environment.
to the MPS business model which supports local manufacturing for high service
levels,
diversity
development
programs
and
also
sustainability
and green
initiatives.
Thermal
treatment
of of
glass
(hardening)
provides
high
and
electrical
Thermal
treatment
glass
(hardening)
provides
highmechanical
mechanical
and
electrical
properties
thermal
strength
insulator.
Aftersubsequent
subsequentthermal
thermaltests
tests
properties
andand
thermal
strength
ofof
thethe
insulator.
After
defective
items
are
rejected.
It guarantees
specified
characteristics
ofinsulators.
insulators.
defective
items
areSystems
rejected.
It guarantees
specified
characteristics
Maclean
Power
(MPS)
is known the
forthe
years
of quality
products inofthe
Power
Utility Market. Their toughened glass insulators are no exception. Made with quality
After
thermal
tests
all
glass
parts
subjected
the
visual
inspectionand
and
After
thermal
all
glass
parts
areare
subjected
totothe
inspection
materials
and tests
quality
control
standards
that
are unmatched
invisual
the
industry.
verification
dimensions.
verification
of of
dimensions.
With
qualityassembly
products, knowledgeable
people
and amechanical
generous storm
inventory,tests are
After
glass
insulators
routine
andelectrical
electrical
After
thethe
assembly of of
glass
insulators
routine
mechanical and
tests are
MacLean
is
a
great
partner
to
have.
carried
out.
carried out.
In 2007,
Steep
wave
front
(puncture
air)
testswere
werecarried
carriedout
outtotomeet
meetthe
the
In 2007,
Steep
wave
front
(puncture
in in
air)
tests
standard
requirements
of
IEC
61211:2004.
standard requirements of IEC 61211:2004.
1
certificates
Glass Insulators
HV glass suspension insulator
52-3 Type
High-Voltage Laboratory of KEMA
(the Netherlands)
Type test certificate of complete type test
No. 07-1048
23.07.2007–14.09.2007
The object has been subjected to the series of
proving tests in accordance with ANSI C 29.2
glass insulators
MG523Z
OAO "YuAIZ"
ANSI C 29.2
52- 3
Part Number
20 .0 0 0 ( 10 0 )
The manuf act urer
lbs ( kN)
10 .0 0 0 ( 50 )
lbs ( kN)
s.
High-Voltage Laboratory of KEMA
(the Netherlands)
Type test certificate of complete type test
No. 07-1035
23.07.2007–14.09.2007
The object has been
subjected to the series of
MG523Z
proving tests in accordance with ANSI C 29.2
OAO "YuAIZ"
in ( mm) Ref e1r0e3/4
nce(255)
designat ion
3/4
(146)
in ( m m )
5
Combi5/8
ned mechanical & elect rical st rengt h
(320)
in ( m m )
12
Tension proof
–
t ype B
Shell diamet er dimension, D
kV
130
Unit spacing dimension, H
kV
80
Leakage dist ance
kV
50
Connect ing hardw are coupling
kV
125/ 130
Low - f requency punct ure
kV
10
Low - f requency dry f lashover
V
50
Low - f requency w et f lashover
lb ( kg)
8 .8 ( 4 .0 )
Crit ical impulse f lashover + / –
ANSI C 29.2
Low - f requency t est volt age rms t o ground
V
50
lb ( kg)
8 .8 ( 4 .0 )
Maximum RIV at 1000 kHz
Weight
52- 3
lbs ( kN)
20 .0 0 0 ( 10 0 )
lbs ( kN)
10 .0 0 0 ( 50 )
in ( m m )
10 3/4 (255)
in ( m m )
53/4 (146)
in ( m m )
125/8 (320)
–
t ype B
kV
130
kV
80
kV
50
kV
125/ 130
kV
10
Insulator meet ANSI C 29.1, ANSI C 29.2 requirements.
3
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
electric characteristics of insulator string
Flashover
Flashover voltages of suspension insulator string with insulators of standard profile are based on the tests according to
ANSI C 29.1.
Characteristics are given for the strings without screens and arcing horns (at application of the specified protective fittings
the characteristics are defined according to the arcing distance specified in the documentation for the string).
Diameter 10 in (255 mm)
Spacing 5 3/4 in (146 mm)
Number
of insulators
in string, pcs.
Power frequency
flashover voltage, kV
Critical impulse
flashover voltage, kV
dry
wet
Positive
polarity (+)
145
90
220
225
3
205
130
315
320
4
270
170
410
420
2
5
325
215
6
380
255
500
595
Negative
polarity (–)
510
605
7
435
295
670
695
8
485
335
760
780
9
540
375
845
860
10
590
415
930
945
11
640
455
1015
1025
12
690
490
1105
1105
13
735
525
1185
1190
14
785
565
1265
1275
15
830
600
1345
1360
16
875
635
1425
1440
17
920
670
1505
1530
18
965
705
1585
1615
19
1010
740
1665
1700
20
1050
775
1745
1785
21
1100
810
1825
1870
22
1135
845
1905
23
1180
880
1985
2040
1955
24
1220
915
2065
2125
25
1260
950
2145
2210
26
1300
985
2220
2295
27
1340
1015
28
1380
1045
2375
2300
2465
29
1425
1080
2455
2550
30
1460
1110
2530
2380
2635
Acc. to ANSI C 29.1 there are possible the tolerances in values:
· dry power frequency flashover voltage ±5% (average flashover value at testing on three strings will be equal or higher than
95% from the value shown in the table),
· wet power frequency flashover voltage ±10% (average flashover value at testing on three strings will be equal or higher
than 90% from the value shown in the table),
· critical impulse flashover voltage ±8% (average flashover value at testing on three strings will be equal or higher than 92%
from the value shown in the table).
10
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
4
certificates
Glass Insulators
HV glass suspension insulator
52-5 Type
High-Voltage Laboratory of KEMA
(the Netherlands)
Type test certificate of complete type test
No. 07-1048
23.07.2007–14.09.2007
glass insulatorsThe object has been subjected to the series of
proving tests in accordance with ANSI C 29.2
ANSI C 29.2
lbs ( kN)
lbs ( kN)
in ( m m )
in ( m m )
in ( m m )
–
kV
kV
kV
kV
kV
V
lb ( kg)
HV glass suspension insulator
High-Voltage Laboratory of KEMA
(the Netherlands)
Type test certificate of complete type test
No. 08-1029
10.04.2008–24.04.2008
The object has been subjected to the series of
proving tests in accordance with ANSI C 29.2
MG525Z
High-Voltage Laboratory of KEMA
(the
OAO
"YuNetherlands)
AIZ"
Type test certificate of complete type test
No.
07-1035
23.07.2007–14.09.2007
52- 5
The object has been subjected to the series of
in accordance with ANSI C 29.2
30 .0proving
0 0 ( 136tests
)
Part
Number
Th15
e.0m0a0nu( 6
f a8c)t urer
103/4 (255)
Ref e3/4
rence designat ion
(146)
5
MG525Z
OAO "YuAIZ"
ANSI C 29.2
52- 5
C1
o2
m5/8
bin(320)
ed mechanical & elect rical st rengt h
pepJroof
Tenstioyn
lbs ( kN)
30 .0 0 0 ( 136)
lbs ( kN)
15.0 0 0 ( 68 )
Shell d13
ia0met er dimension, D
8
Unit spa0cing dimension, H
in ( m m )
103/4 (255)
in ( m m )
53/4 (146)
in ( m m )
125/8 (320)
Leakag5e0 dist ance
Con1n2e5c/t 1
in3g0 hardw are coupling
Low - f r1e0quency punct ure
Low - f r50
equency dry f lashover
8-.8f re( q
4u
.0e)ncy w et f lashover
Low
–
t ype J
kV
130
kV
80
kV
50
Crit ical impulse f lashover + / –
kV
125/ 130
Low - f requency t est volt age rms t o ground
kV
10
Maximum RIV at 1000 kHz
Weight
V
50
lb ( kg)
8 .8 ( 4 .0 )
Insulator meet ANSI C 29.1, ANSI C 29.2 requirements.
5
5
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
electric characteristics of insulator string
Flashover
Flashover voltages of suspension insulator string with insulators of standard profile are based on the tests according to
ANSI C 29.1.
Characteristics are given for the strings without screens and arcing horns (at application of the specified protective fittings
the characteristics are defined according to the arcing distance specified in the documentation for the string).
Diameter 10 in (255 mm)
Spacing 5 3/4 in (146 mm)
Number
of insulators
in string, pcs.
Power frequency
flashover voltage, kV
Critical impulse
flashover voltage, kV
dry
wet
Positive
polarity (+)
145
90
220
225
3
205
130
315
320
4
270
170
410
420
2
5
325
215
6
380
255
500
595
Negative
polarity (–)
510
605
7
435
295
670
695
8
485
335
760
780
9
540
375
845
860
10
590
415
930
945
11
640
455
1015
1025
12
690
490
1105
1105
13
735
525
1185
1190
14
785
565
1265
1275
15
830
600
1345
1360
16
875
635
1425
1440
17
920
670
1505
1530
18
965
705
1585
1615
19
1010
740
1665
1700
20
1050
775
1745
1785
21
1100
810
1825
1870
22
1135
845
1905
23
1180
880
1985
2040
1955
24
1220
915
2065
2125
25
1260
950
2145
2210
26
1300
985
2220
2295
27
1340
1015
28
1380
1045
2375
2300
2465
29
1425
1080
2455
2550
30
1460
1110
2530
2380
2635
Acc. to ANSI C 29.1 there are possible the tolerances in values:
· dry power frequency flashover voltage ±5% (average flashover value at testing on three strings will be equal or higher than
95% from the value shown in the table),
· wet power frequency flashover voltage ±10% (average flashover value at testing on three strings will be equal or higher
than 90% from the value shown in the table),
· critical impulse flashover voltage ±8% (average flashover value at testing on three strings will be equal or higher than 92%
from the value shown in the table).
10
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
6
Glass Insulators
52-8 Type
glass insulators
High-Voltage Laboratory of KEMA
(the Netherlands)
Type test certificate of complete type test
No. 07-1035
23.07.2007–14.09.2007
The object has been subjected to the series of
proving tests in accordance with ANSI C 29.2
MG528Z
OAO "YuAIZ"
ANSI C 29.2
lbs ( kN)
lbs ( kN)
52- 8
4 0 .0 0 0 ( 18 0 )
20Part
.0 0 0Number
( 90)
MG528Z
in ( m m )
T1
h1e(m
28a0n)uf act urer
in ( m m )
–
5 3/4 (146)
Ref erence designat ion
15 ( 38 5)
Cotm
ypbeinKed mechanical & elect rical st rengt h
kV
Ten1s3
io0n proof
kV
Shell8 d
0iamet er dimension, D
in ( m m )
11 ( 28 0 )
kV
Unit5s0pacing dimension, H
in ( m m )
5 3/4 (146)
kV
Le
a5
ka
12
/ g13e0dist ance
Conn
10ect ing hardw are coupling
in ( m m )
15 ( 38 5)
in ( m m )
kV
V
lb ( kg)
OAO "YuAIZ"
ANSI C 29.2
52- 8
lbs ( kN)
4 0 .0 0 0 ( 18 0 )
lbs ( kN)
20 .0 0 0 ( 90 )
–
t ype K
Low 50
- f requency punct ure
kV
130
L1o3w
.6- f( r6e.q
2u
) ency dry f lashover
Low - f requency w et f lashover
kV
80
kV
50
Crit ical impulse f lashover + / –
kV
125/ 130
Low - f requency t est volt age rms t o ground
kV
10
Maximum RIV at 1000 kHz
Weight
V
50
lb ( kg)
13.6 ( 6.2)
Insulator meet ANSI C 29.1, ANSI C 29.2 requirements.
7
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
electric characteristics of insulator string
Flashover
Flashover voltages of suspension insulator string with insulators of standard profile are based on the tests according to
ANSI C 29.1.
Characteristics are given for the strings without screens and arcing horns (at application of the specified protective fittings
the characteristics are defined according to the arcing distance specified in the documentation for the string).
Diameter 11 in (280 mm)
Spacing 5 3/4 in (146 mm)
Number
of insulators
in string, pcs.
Power frequency
flashover voltage, kV
dry
Critical impulse
flashover voltage, kV
wet
Positive
polarity (+)
Negative
polarity (–)
2
145
90
220
225
3
205
130
315
320
4
270
170
410
420
5
325
215
500
510
6
380
255
595
605
7
435
295
670
695
8
485
335
760
780
9
540
375
845
860
10
590
415
930
945
11
640
455
1015
1025
12
690
490
1105
1105
13
735
525
1185
14
785
565
1265
1275
1190
15
830
600
1345
1360
16
875
635
1425
1440
17
920
670
1505
1530
18
965
705
1585
1615
19
1010
740
1665
1700
20
1050
775
1745
1785
21
1100
810
22
1135
845
1905
1825
23
1180
880
1985
24
1220
915
2065
2125
25
1260
950
2145
2210
26
1300
985
2220
2295
27
1340
1015
28
1380
1045
2375
2465
29
1425
1080
2455
2550
30
1460
1110
2300
2530
1870
1955
2040
2380
2635
Acc. to ANSI C 29.1 there are possible the tolerances in values:
· dry power frequency flashover voltage ±5% (average flashover value at testing on three strings will be equal or higher than
95% from the value shown in the table),
· wet power frequency flashover voltage ±10% (average flashover value at testing on three strings will be equal or higher
than 90% from the value shown in the table),
· critical impulse flashover voltage ±8% (average flashover value at testing on three strings will be equal or higher than 92%
from the value shown in the table).
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
11
8
Glass Insulators
52-11 Type
glass insulators
glass insulators
High-Voltage
High-Voltage Laboratory
Laboratory of
of EGU
KEMA
Netherlands)
(the Czech
Republic - Prague)
Type test certificate of complete type test
Type
No. 07-1035
07-1035 28.01.2014
23.07.2007–14.09.2007
No.
The object has been subjected to the series of
The object has been subjected to the series of
proving tests in accordance with ANSI C 29.2
proving tests in accordance with ANSI C 29.2
MG528Z
OAO "YuAIZ"
ANSI C 29.2
lbs ( kN)
lbs ( kN)
in ( m m )
in ( m m )
in ( m m )
–
kV
kV
kV
kV
kV
V
lb ( kg)
52- 8
4 0 .Number
0 0 0 ( 18 0 )
Part
2
0
.
) rer
The m0a0n0uf(a9c0t u
Part Number
11 ( 28 0 )
enm
ctnuarteio
rn
Re fTehr3/4
ceanduefsaig
(146)
5
8c5me)edce
edn
CoR
m1eb5fie
n(re3
hsaingincatl io&n elect rical s trengt h
t
y
p
e
K
Tension proof
Combined mechanical & elect rical s trengt h
0et er dimension, D
Shell di1a3m
Tension proof
8
0
Unit spacing dimension, H
Shell diamet er dimension, D
Leakage50dis tance
Unit spacing dimension, H
Conn1e2c5t/in13
g0hardw are coupling
Leakage dis tance
1
0
Low - f requency punct ure
Connect ing hardw are coupling
Low - f re50
quency dry f lashover
Low - f requency punct ure
1
3
.
6
Low - f req(u6e.2n)cy w et f lashover
Low - f requency dry f lashover
Crit ical impulse f lashover + / –
Low - f requency w et f lashover
Low - f requency t est volt age rms t o ground
Crit ical impulse f lashover + / –
Maximum RIV at 1000 kHz
Low - f requency t est volt age rms t o ground
Weight
Maximum RIV at 1000 kHz
Insulator
Weightmeet ANSI C 29.1, ANSI C 29.2 requirements.
MG5211Z
OAO "YuAIZ"
MG5211Z
ANSI C 29.2
ANSlbI sC(2k9N.)2
lbs ( kN)
lbs ( kN)
in ( m m )
lbs ( kN)
in ( m m )
in ( m m )
in ( m m )
in ( m m )
–
in ( m m )
kV
–
kV
kV
kV
kV
kV
kV
kV
kV
V
kV
lb ( kg)
V
lb ( kg)
OAO
52- 11"YuAIZ"
50 .0 0 05(22-211
2)
25.0 0 0 ( 111)
50 .0 0 0 ( 222)
11 ( 28 0 )
25.0 0 0 ( 111)
6 1/8 (156)
11 ( 28 0 )
165/6 (428)
6 1/8 (156)
t ype K
165/6 (428)
130
t ype K
80
130
50
80
14 0 / 14 0
50
10
14 0 / 14 0
50
10
17.4 ( 7.9)
50
17.4 ( 7.9)
Insulator meet ANSI C 29.1, ANSI C 29.2 requirements.
9
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
electric characteristics of insulator string
Flashover
Flashover voltages of suspension insulator string with insulators of standard profile are based on the tests according to
ANSI C 29.1.
Characteristics are given for the strings without screens and arcing horns (at application of the specified protective fittings
the characteristics are defined according to the arcing distance specified in the documentation for the string).
Diameter 11 in (280 mm)
Spacing 6 1/8 in (156 mm)
Number
of insulators
in string, pcs.
Power frequency
flashover voltage, kV
dry
Critical impulse
flashover voltage, kV
wet
Positive
polarity (+)
Negative
polarity (–)
2
145
90
220
225
3
205
130
315
320
4
270
170
410
420
5
345
225
520
530
6
400
275
615
625
7
455
315
690
715
8
510
360
765
815
9
570
405
920
925
10
640
455
1015
1025
11
690
490
1105
1105
12
735
525
1185
1190
13
785
565
1265
14
830
600
1345
1275
1360
15
875
635
1425
1440
16
920
670
1505
1530
17
965
705
1585
1615
18
1010
740
1665
1700
19
1050
775
1745
1785
20
1100
810
1825
1870
21
1135
845
1905
1955
22
1180
880
1985
2040
23
1220
915
2065
2125
24
1260
950
2145
2210
25
1300
985
2220
2295
26
1340
1015
2300
2380
27
1380
1045
2375
2465
28
1425
1080
2455
2550
29
1460
1110
2530
2635
30
1495
1140
2605
2720
Acc. to ANSI C 29.1 there are possible the tolerances in values:
· dry power frequency flashover voltage ±5% (average flashover value at testing on three strings will be equal or higher than
95% from the value shown in the table),
· wet power frequency flashover voltage ±10% (average flashover value at testing on three strings will be equal or higher
than 90% from the value shown in the table),
· critical impulse flashover voltage ±8% (average flashover value at testing on three strings will be equal or higher than 92%
from the value shown in the table).
12
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
10
Accessories and Features
glass insulators
Locking Devices
The plant manufactures insulators with W-clips and split-pins, which corresponds to the Russian and international standards.
Split-pin provides more reliable coupling in a string, as the cross-section area of the split-pin is 2 times more than the crosssection area of the W-clip. The insertion of split-pins and bending of the legs are made at the plant.
It is necessary to note, that with such a universal coupling it is possible to make a string of insulator units with different types
of locking devices.
Insulator with W-clip
Insulator with split-pin
Zinc Sleeves
The characteristics of insulators with a zinc sleeve fully correspond to those of
insulators without it. The zinc sleeve, being "a sacrificial electrode", prevents for
a long time from corrosion of a pin caused by d.c. and environmental conditions
(a tropical climate).
1. Cap.
2. Locking device (split-pin).
3. Glass part.
4. Gasket.
5. Pin.
6. Binding material.
7. Zinc sleeve.
When the insulators are stored in a dry atmosphere, especially at high temperature,
the cement bond loses its moisture. It resulted in a slight shrinkage, in this case
increases the clearance between the glass and cement bond. In some cases the
increased clearance can lead to a rotation of the pin relative to the glass by a
few degrees. This rotation arises from the manual effort with characteristic clicking
noise. This phenomenon disappears once you move the insulator into the atmosphere
with normal conditions or being under load when assembling on the line. This
phenomenon does not affect an insulator performance.
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© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
packing
Packing
Packet with Crates
Each packet with crates includes several
wooden crates placed on the pallet.
For packing manufacture the "screwringed" nails are used. They have ring
grooves on the stem that create the additional friction force and the nails keep
the nailed timber more fixedly.
The pallet packer wraps round the packet
with insulators by strechtape in a few
layers to strengthen it for transport to
the consumer.
Slat and Wire Package
Sea Packet (SP)
Universal Package (UP)
Wooden Crate
The pallet packer wraps round the packet
with insulators by strechtape in a few
layers to strengthen it for transport to
the consumer.
Package with Boxes (PB)
Slatted Crate
Wooden Cylindrical Crate
The advantages of this type of slatted
crate:
Convenience of disassambly (box does
not require special tools to open it: only
untwist the wire and box is opened).
During transportation empty boxes laid
out in crate and to take up a little space
in the truck.
The packing of insulators supplied by GIG is made of wood treated in accordance with the international standard ISPM-15.
When the insulators are stored at the open storage ground, the wood may darken under ultraviolet exploration or dust.
The impact of these factors on the packaging material does not reduce its mechanical strength.
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
12
map of deliveries
Map
of Deliveries
Afghanistan
Albania
Algeria
Angola
Argentina
Austria
Belgium
Bolivia
Bosnia and Herzegovina
Bulgaria
Cameroon
Canada
Chile
China
CIS Countries
Armenia
Azerbaijan
Belarus
Kazakhstan
Kyrgyzstan
Moldova
Tajikistan
Turkmenistan
Ukraine
Uzbekistan
Colombia
Costa Rica
Cote d'Ivoire
Croatia
Cuba
Czechia
Denmark
Estonia
Finland
France
Germany
Great Britain
Guatemala
Hungary
Iceland
Iran
Iraq
Italy
Latvia
Lebanon
Lithuania
Macedonia
Mali
Morocco
Nigeria
Norway
Palestin
Peru
Poland
Portugal
Romania
Senegal
Serbia
Slovakia
Slovenia
South Africa
Spain
Sri Lanka
Syria
Sweden
Tanzania
Turkey
Vietnam
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© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
Notes
© 2014 Copyright MacLean Power Systems
Technical information subject to change without notice
14
Other Quality MacLean Products
Anchoring Systems
Surge Arresters
Conductor Hardware
Cutouts
Crossarms
Grounding and Tools
Insulator Systems
Pole Line Hardware
Formed Wire
Aluminum Mounts
Telecommunications Hardware
Enclosures and Mounts
MacLean Power Systems
481 Munn Road, Suite 300
Fort Mill, SC 29715 USA
fax 803.396.8601
macleanpower.com
Customer Service 1.800.MPS.SHIP
info@macleanpower.com
© Copyright 2014 MacLean Power Systems
LBGLAT.03.14