Amphenol Cable Glands and
Cord Grips
®
12-055-1
Amphenol
Table of Contents
Introduction
Amphenol® Cable Glands
Page Number
1
2-3
ATEX Approved Glands Featuring Elastometric Seals
EX-20
4-5
EX-25
6-7
EE-30
8-9
EX-35
10-11
EX-40
12-13
EX-45
14-15
EE-RG
16-17
ATEX Approved Glands Featuring Elastometric Seals for Flat Cable
EX-50
18-19
EX-55
20-21
ATEX Approved Barrier Glands
EX-60
22-23
EX-65
24-25
EX-70
26-27
EX-75 Stopper Box
28-29
Industrial Glands
CGA
30-31
CGSS
32-33
CGDS
34-35
CGU
36-37
Accessories
ARAdaptors & Reducers
38-39
Nylon Adaptors & Reducers
40-41
Insulated Adaptors
42-43
Mushroom Head Stopping Plugs
44-45
Nylon Mushroom Head Stopping Plugs
46-47
Type A & Type B Stopping Plugs
48-49
Breather Drain
50-51
Locknuts, Earth Tags, etc.
52
Entry Thread Reference Tables
53
Ingress Protection, Gland Weight Data
54
Amphenol®/Pyle® Cord Grips
55
Cord Grip Specifications
56-57
DB/DBM Group
58-59
DBZ Group
60-61
DBL/DBZL Group
62-63
DBA Group
64-65
DBF Group, Flared Nipples
66-67
DBZP Series
68-69
Grommets
70-71
Accessories
72-73
Addtional Amphenol® Industrial Products
Amphenol Sales Offices and Distributors Listing
74-75
76
For further information on your individual application requirements, contact:
Amphenol Corporation
Amphenol Industrial Operations
40-60 Delaware Avenue
Sidney, New York 13838-1395
Phone: 607-563-5011
Fax: 607-563-5351
View and download or print Amphenol catalogs on-line at: www.amphenol-industrial.com
Amphenol operates quality systems that are certified to ISO 9001:2000 by third party registrars.
For product specific questions regarding RoHS compliance, consult Amphenol Industrial Operations, or call the
RoHS Product Compliance and Technical Support line: 1-866-315-8559
Amphenol Industrial Operations
Amphenol® Cable Glands and Cord Grips
Amphenol Industrial offers more choices, more solutions, and more options than any other interconnect
manufacturer in the world. In addition to the broadest range of connector solutions in the market, we also offer an
extensive line of Explosion Proof and General Duty Cable Glands. We also carry a complete line of liquid tight strainrelief products in our Cord Grip line of performance cable seals. Our combination of Glands and Cord Grips makes
Amphenol Industrial the one stop supplier for all your connector and cable sealing solutions.
Cable Glands
Amphenol Industrial Operations, the worldwide leader
of explosion proof and hazardous environment
interconnects, introduces our broad range of
explosion proof and industrial cable glands. The new
Cable Gland product line is designed toperform in the
most demanding environments. Amphenol’s
complete line of EX Zone 1 and 2 rated cable glands
offers our customers great flexibility. In addition, we
have a complete line of general duty industrial
application cable glands suitable for armored and
unarmored cable.
• SIRA/ATEX certified to Exd/Exe (Class I, Div. I)
• CSA Approved
• IP66/68; Deluge; NEMA rated products
• Temperature Ranges from -40°F to +180°F
• Brass and Stainless Steel available.
pheno
l
Am
Amphenol Cable Glands are RoHS
Compliant.
E
U
C
HS
Ro
E
/2
002 / 95 /
Cord Grips
Whether you need a straight, 45°, or 90° strain relief,
Amphenol’s family of cord Grips has you covered.
Strong, lightweight aluminum components provide a
long lasting, reliable liquid tight solution. Amphenol
Industrial Cord Grips offer a complete line of strain
relief options that include gland nuts, mechanical
clamps and basketweave cable grips. UL and CSA
listed, our Cord Grips have been put to the test for
over 40 years.
• Tapered rubber grommets and seal
• Machined Components
• Male and female threads available
• Tapered conduit threads
pheno
l
Am
E
U
C
HS
Ro
E
/2
002 / 95 /
Amphenol Cord Grips are available
with RoHS Compliant options. Please
contact Amphenol Industrial Operations
for information.
1
Amphenol Cable Glands and Cord Grips
Amphenol Explosion Proof and Industrial Cable Glands
This section will provide you with information on Amphenol’s complete family of cable glands, and will assist you in
determining which of our glands will satisfy your specific need. If you have further questions, please contact our
factory or one of the Amphenol Industrial distributors listed in the back of this catalog.
Amphenol Industrial Operations, the recognized leader in explosion proof and hazardous environment interconnects,
offers a complete line of Industrial and Explosion Proof Glands. Whether part of an integrated connector solution, or
as part of a bulkhead feed through, Amphenol has the solution you are looking for. Our product range includes
general duty industrial cable glands meant to seal on unarmored cable, right up to our ATEX approved EX glands
capable of protecting the most rugged cable in your zone rated applications.
Our EX Approved Glands also provide a complete zone rated interconnect solution when used in conjunction with
our ATEX approved Star-Line EX explosion proof connector series. For additional information on the Star-Line EX
product, consult Amphenol catalog 12-054.
Features & Benefits
ATEX and CSA Certified: Approved to perform in the most hazardous environments.
Variety of Styles: Cable glands available to accommodate any cable type.
IP Ratings Included: Watertight seals allow for both indoor and outdoor applications.
Machined Components made from brass and stainless steel.
Complete Line of Accessories: Including locknuts, washers, and earth tags.
Entry Thread Flexibility: Both metric and NPT threads available on most styles.
Applications
• Oil and Gas Exploration Equipment
• Machine and Heavy Electronics
• Pharmaceutical Manufacturing Facilities
• Production Platforms
• Chemical and Paint Manufacturing Facilities
• Robotics and Welding Equipment
• Process Control Equipment
• Motors and Generators
2
Amphenol Cable Glands
Cable Gland Selection Guide
This table is designed to be a quick reference to the cable glands found in this publication.
Gland Type
Outer Seal
Inner Seal Lead Option
Armor Clamp
Certification
IP Rating
Page Number
ATEX/CSA Approved Glands with Elastomeric Seals
EX-20
✓
✓
✓
✓
Exd/Exe
Deluge, IP66, 68
NEMA, 4X
4
EX-25
✓
✓
✓
✓
Exd/Exe
(Not CSA)
IP66, IP67
6
EE-30
✓
✕
✓
✕
Exe
IP66
8
(Not CSA)
EX-35
✓
✕
✕
✕
Exd/Exe
IP66
IP68
NEMA 4X
10
EX-40
✓ x2
✕
✕
✕
Exd/Exe
IP66
IP68
NEMA 4X
12
EX-45
✓
✕
✕
✕
Exd/Exe
IP66
IP68
NEMA 4X
14
EE-RG
✓
✕
✕
✕
Exe
IP66
IP68
16
ATEX/CSA Approved Glands with Elastomeric Seals for Flat Cable
EX-50
Flat Cable
Flat Cable
✕
Braid
Exd/Exe
IP66
18
EX-55
Flat Cable
✕
✕
✕
Exd/Exe
IP68
20
ATEX Approved Compound Filled Barrier Glands
EX-60
EX-65
✓
Compound
✓
✓
Exd
Deluge, IP66, IP68
NEMA, 4X
22
Compound Compound
✓
✕
Exd
Deluge, IP66, IP68
24
NEMA, 4X
EX-70
✓
Compound
✓
✕
Exd
Deluge, IP66, IP68
26
NEMA, 4X
EX-75
✕
Compound
✕
✕
Exd
(stopper box)
Deluge, IP66, IP68
28
NEMA, 4X
Non Hazardous Industrial Glands
CGA
✕
✕
✕
✓
Industrial (BS6121)
IP30
30
CGSB
✓
✕
✕
✓
Industrial
IP66
32
CGDS
✓
✓
✓
✓
Industrial
IP67
34
CGU
✓
✕
✓
✕
Industrial
IP66, IP66
36
www.amphenol-industrial.com
3
ATEX/CSA Approved Glands with Elastomeric Seals
EX-20
EX-20 type glands provide a seal on the inner sheath, a seal on the outer sheath, an entry thread seal and a
universal armor clamp for armored cable. The armor clamp provides an electrical bond between the cable armor and
the gland. EX-20 glands can also be used to terminate unarmored or lead sheathed cables. EX-20 type glands
maintain Flameproof Exd and Increased Safety Exe methods of explosion protection; IP66, 68 to 25 meters and is
deluge resistant. An integral ‘O’ ring entry thread seal is fitted to metric versions as standard.
EXAMPLE PART NUMBER
EX-20
W
X
Y
R
YY
ZZ
[W]
-
[X] [Y] [R] [YY] [ZZ]
Gland material (B = Brass / S = Stainless Steel)
Seal Material (1 = Neoprene / 3 = Silicone)
Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
Reduced bore option
Gland size (Cable Range)
Entry thread
B
A
D
Sample: EX-20-B-1-0-R-20-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, EN50019:2000 & EN 50281-1-1:1998
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd IIC/Exe II 4X, Class 1, Zone 1
Sira 05ATEX1120X - Ex Notified Body No. 0518
Pending
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-20-B-1-0-R-20-M20 XX Sira 05ATEX1120X
II 2GD EExdIIC / EExe II (XX = Year Code)
APPLICATION
EExd Equipment
EX-20 type glands will only maintain Flameproof Exd integrity when used with cable that is substantially round and compact with extruded
bedding. The cable shall be deemed to be effectively filled. Ref: IEC60079-14:2002 Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use Type EX-20 Gland
IIC, IIB, IIA
NO
Any
Zone 1 or 2
YES
IIB, IIA
YES
Any
Zone 2
YES
IIB, IIA
YES
2 liters or less
Zone 1
YES
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 and IP68 @ 25 meters, Enclosure Type 4X
Meets the requirements of DTS01 1991
OPERATING TEMPERATURES
Standard Seals -20°C to +85°C
Extended Seals - 60°C to +180°C (Silicone seals)
MATERIALS
Brass CZ121 (EX-20-B)
316 Stainless Steel (EX-20-S)
Inner and outer sheath material: Standard (EX-20-W-1) Neoprene, black. Option (EX-20-W-3) Silicone, white.
Reduced bore outer sheath seal (R) Silicone, red (EX-20-W-X-Y-R)
Entry thread seal: Nitrile is supplied with neoprene seal version. Silicone is supplied with silicone seal version
4
C
THREADS
SEALS
ISO Metric; NPT; NPS; ISO Pipe Thread
(BSP Taper, BSP Parallel)
PLATING
Extended operating temperature -60°C to +180°C,
halogen free versions:
Brass (EX-20-B-3); 316 Stainless Steel (EX-20-S-3)
Nickel (1); Tin (2); Zinc (3); Electroless
Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-PVC)
Gland and accessory kits:
K1- includes gland, locknut, earthtag, nylon IP washer and PVC shroud
Gland
Size
Entry Threads
Entry
Thread
Length
Max
Max
Across Protrusion
Corners
Length
Cable Inner
Sheath [C]
Min
Metric
NPT/BSP
[B]
Gland Seal Range
Cable Outer Sheath [D]
Standard
Reduced (R)
Max
Min
Max
Min
Armor
Acceptance
Range
Shroud
Size
Max
[A]
16
M20
N1 or N2
16
28.0
78.0
3.4
8.4
9.0
13.5
6.7
10.3
0.15 - 1.25
L24
20s
M20
N1 or N2
16
28.0
78.0
7.2
11.7
11.5
16.0
9.4
12.5
0.15 - 1.25
L24
20
M20
N1 or N2
16
33.0
78.0
9.4
14.0
15.5
21.1
12.0
17.6
0.15 - 1.25
EL30
25
M25
N2 or N3
16
41.4
90.0
13.5
20.0
20.3
27.4
16.8
23.9
0.15 - 1.60
EL38
32
M32
N3 or N4
16
50.6
105.0
19.5
26.3
26.7
34.0
23.2
30.5
0.15 - 2.00
EL46
40
M40
N4 or N5
16
60.5
113.0
23
32.2
33.0
40.6
28.6
36.2
0.20 - 2.00
EL55
50s
M50
N5 or N6
16
71.5
125.0
28.1
38.2
39.4
46.7
34.8
42.4
0.30 - 2.50
EL65
50
M50
N6
16
71.5
125.0
33.1
44.1
45.7
53.2
41.1
48.5
0.30 - 2.50
EL65
63s
M63
N6 or N7
19
88.0
125.0
39.2
50.1
52.1
59.5
47.5
54.8
0.30 - 2.50
EL80
63
M63
N7
19
88.0
125.0
46.7
56.0
58.4
65.8
53.8
61.2
0.30 - 2.50
EL80
75s
M75
N7 or N8
19
99.0
131.0
52.1
62.0
64.8
72.2
60.2
68.0
0.30 - 2.50
EL90
75
M75
N8
19
99.0
131.0
58.0
68.0
71.1
78.0
66.5
73.4
0.30 - 2.50
EL90
80
M80 x 2
N8 or N9
25
115.2
170.0
62.2
72.0
77.0
84.0
-
-
0.45 - 3.15
L104
80H
M80 x 2
N8 or N9
25
115.2
170.0
62.2
72.0
79.6
90.0
-
-
0.45 - 3.15
L104
85
M85 x 2
N8 or N9
25
115.2
170.0
69.0
78.0
79.6
90.0
75.0
85.4
0.45 - 3.15
L104
90
M90 x 2
N9 or N10
25
125.7
170.0
74.0
84.0
88.0
96.0
-
-
0.45 - 3.15
L114
90H
M90 x 2
N9 or N10
25
125.7
170.0
74.0
84.0
92.0
102.0
-
-
0.45 - 3.15
L114
100
M100 x 2
N9 or N10
25
125.7
170.0
82.0
90.0
92.0
102.0
87.4
97.4
0.45 - 3.15
L114
All Dimensions are in millimeters
NOTES:
• NPT entry thread reference details on page 53.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
Where EX-20 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit of the
system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
•
When used to terminate unarmored cable, the gland is suitable only for fixed installations. The cable must be clamped near the gland to
prevent pulling and twisting.
5
ATEX/CSA Approved Glands with Elastomeric Seals
EX-25
EX-25 type glands provide a seal on the inner sheath, a seal on the outer sheath and an armor specific clamp for
armored cable. The armor clamp provides an electrical bond between the cable armor and the gland. EX-25 type
connectors can be used to terminate lead sheath cables. EX-25 type glands maintain Flameproof Exd and
Increased Safety Exe methods of explosion protection and IP66, IP67.
EXAMPLE PART NUMBER
EX-25*
*
W
X
Y
R
YY
ZZ
[W] [X] [Y] [R] [YY] [ZZ]
- Armor Types (W = SWA / X = SWB / Z = STA)
- Gland material (B = Brass / S = Stainless Steel)
- Seal Material (1 = Neoprene / 3 = Silicone / 4 = No Seal)
- Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
- Reduced bore option
- Gland size (Cable Range)
- Entry Thread
B
A
D
C
Sample: EX-25-W-B-1-0-R-20-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, EN50019:2000 and EN 50281-1-1:1998
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
SIRA 05ATEX1122X - Ex Notified Body No. 0518
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-25W-B-1-0-R-20-M20 XX SIRA 05ATEX1122X
II 2GD IP67 EExdIIC / EExe II (XX = Year Code)
APPLICATION
EExd Equipment
EX-25 type glands will only maintain Flameproof Exd integrity when used with cable that is substantially round and compact with extruded
bedding. The cable shall be deemed to be effectively filled. Ref: IEC60079-14:2002 Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use Type EX-25 Gland
IIC, IIB, IIA
NO
Any
Zone 1 or 2
YES
IIB, IIA
YES
Any
Zone 2
YES
IIB, IIA
YES
2 litres or less
Zone 1
YES
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 and IP67
OPERATING TEMPERATURES
Standard Seals -20°C to +80°C
Silicone Seals - 60°C to +180°C
VARIATIONS
Omission of outer seal:
Brass (EX-25*-B-4); 316 Stainless Steel (EX-25-*-S-4)
MATERIALS
Brass CZ121 (EX-25-*-B)
316 Stainless Steel (EX-25-*-S)
6
SEALS
Extended operating temperature -60°C to +180°C, halogen free versions:
Brass (EX-25-B-3); 316 Stainless Steel (EX-25-S-3)
THREADS
ISO Metric; NPT; NPS; ISO Pipe Thread
(BSP Taper, BSP Parallel)
CLAMPS
PLATING
SWA steel wire armor (EX-25-W)
SWB woven steel wire armor (EX-25-X)
STA steel tape armor (EX-25-Z)
Nickel (1); Tin (2); Zinc (3); Electroless
Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-PVC); PCP (EX-PCP); Low Smoke Zero Halogen (EX-LSH)
Gland and accessory kits:
K2 - includes gland, locknut, earthtag, fibre IP washer and PVC shroud
K3 - includes gland, locknut, earthtag, nylon IP washer and PCP shroud
K4 - includes brass gland, brass locknut, brass earthtag, IP washer and zero halogen shroud
Gland
Size
Entry Threads
Metric
Entry
Max
Max
Thread Across Protrusion
Length Corners
Length
[B]
[A]
Cable Inner
Sheath [C]
Min
Max
Gland Seal Range
Cable Outer Sheath [D]
Standard
Reduced (R)
Min
Max
Min
Armour Acceptance
Range
Shroud
Size
Max
W
NPT/BSP
XZ
16
M20
N1 or N2
16
26.5
58.0
4.0
8.4
8.4
13.5
4.9
10.0
0.90
0.15-0.35
L24
20s
M20
N1 or N2
16
26.5
58.0
8.0
11.7
11.5
16.0
9.4
12.5
0.90-1.25
0.15-0.35
L24
20
M20
N1 or N2
16
33.0
58.0
6.7 *
14.0
15.5
21.1
12.0
17.6
0.90-1.25
0.15-0.50
L30
25
M25
N2 or N3
16
41.4
58.0
13.0
20.0
20.3
27.4
16.8
23.9
1.25-1.60
0.15-0.50
L38
32
M32
N3 or N4
16
50.6
65.0
19.0
26.3
26.7
34.0
23.2
30.5
1.60-2.00
0.15-0.55
L46
40
M40
N4 or N5
16
60.5
72.0
25.0
32.2
33.0
40.6
28.6
36.2
1.60-2.00
0.20-0.60
L55
50s
M50
N5 or N6
16
71.5
73.0
31.5
38.2
39.4
46.7
34.8
42.4
2.00-2.50
0.20-0.60
L65
50
M50
N6
16
71.5
73.0
36.5
44.1
45.7
53.2
41.1
48.5
2.00-2.50
0.30-0.80
L65
63s
M63
N6 or N7
19
88.0
76.0
42.5
50.1
52.1
59.5
47.5
54.8
2.50
0.30-0.80
L80
63
M63
N7
19
88.0
76.0
49.5
56.0
58.4
65.8
53.8
61.2
2.50
0.30-0.80
L80
75s
M75
N7 or N8
19
99.0
82.0
54.5
62.0
64.8
72.2
60.2
68.0
2.50
0.30-1.00
L90
75
M75
N8
19
99.0
82.0
60.5
68.0
71.1
78.0
66.5
73.4
2.50
0.30-1.00
L90
80
M80 x 2
N8 or N9
25
115.2
110.0
62.2
72.0
77.0
84.0
-
-
3.15
0.45-1.00
L104
80H
M80 x 2
N8 or N9
25
115.2
110.0
62.2
72.0
79.6
90.0
-
-
3.15
0.45-1.00
L104
85
M85 x 2
N8 or N9
25
115.2
110.0
69.0
78.0
79.6
90.0
75.0
85.4
3.15
0.45-1.00
L104
90
M90 x 2
N9 or N10
25
125.7
110.0
74.0
84.0
88.0
96.0
-
-
3.15
0.45-1.00
L114
90H
M90 x 2
N9 or N10
25
125.7
110.0
74.0
84.0
92.0
102.0
-
-
3.15
0.45-1.00
L114
100
M100 x 2
N9 or N10
25
125.7
110.0
82.0
90.0
92.0
102.0
87.4
97.4
3.15
0.45-1.00
L114
All Dimensions are in Millimeters
NOTES:
* EX-25 gland size 20, the silicone inner seal only seals to a minimum of 11.0mm and NOT 6.7mm.
• NPT entry thread reference details on page 53.
• Gland Size does not necessarily equate to the entry thread size.
• "W" refers to the wire diameter in a steel wire armored cable.
• "XZ" refers to the wire diameter in a woven steel wire armored cable or the tape thickness in a steel tape armored cable.
• Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
• Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
• For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
• Where EX-25 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit of the
system.
• The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
• Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
7
ATEX/CSA Approved Glands with Elastomeric Seals
EE-30
EE-30 type glands provide a seal on the outer sheath and an armor specific clamp for armored cable. The armor
clamp provides an electrical bond between the cable armor and the gland. EE-30 type glands maintain Increased
Safety Exe methods of explosion protection and IP66.
EXAMPLE PART NUMBER
EE-30*
*
W
X
Y
R
YY
ZZ
[W] [X] [Y] [R] [YY] [ZZ]
- Armor Type (W = SWA / X = SWB / Z = STA)
- Gland material (B = Brass / S = Stainless Steel)
- Seal Material (1 = Neoprene / 3 = Silicone)
- Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
- Reduced bore option
- Gland size (Cablle Range)
- Entry thread
B
A
D
C
Sample: EE-30W-B-1-0-R-20-M20
DESIGN STANDARD
EN 50014:1998, EN 50019:2000 and EN 50281-1-1:1998
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exe II
SIRA 05ATEX1122X - Ex Notified Body No. 0518
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EE-30W-B-1-0-R-20-M20 XX SIRA 05ATEX1122X
II 2GD IP66 EExe II ( XX = Year Code)
APPLICATION
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66
OPERATING TEMPERATURES
Standard Seals -20°C to +80°C
Silicone Seals - 60°C to +180°C
MATERIALS
Brass CZ121 (EE-30*-B)
316 Stainless Steel (EE-30*-S)
SEALS
Extended operating temperature -60°C to +180°C, halogen free versions:
Brass (EE-30*-B-3); 316 Stainless Steel (EE-30*-S-3)
THREADS
ISO Metric; NPT; NPS; ISO Pipe Thread
(BSP Taper, BSP Parallel)
CLAMPS
PLATING
SWA steel wire armor (EE-30-W)
SWB woven steel wire armor (EE-30-X)
STA steel tape armor (EE-30-Z)
8
Nickel (1); Tin (2); Zinc (3); Electroless
Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-PVC); PCP (EX-PCP); Low Smoke Zero Halogen (EX-LSH)
Gland and accessory kits:
K1 - includes gland, locknut, earthtag, nylon IP washer and PVC shroud
K4 - includes brass gland, brass locknut, brass earthtag, IP washer and zero halogen shroud
Gland
Size
Entry Threads
Entry
Max
Max
Thread Across Protrusion
Length Corners
Length
[B]
[A]
Gland Seal Range
Cable Inner
Sheath [C]
Min
Max
Cable Outer Sheath [D]
Standard
Reduced (R)
Min
Max
Min
Armour Acceptance
Range
Max
W
Metric
Shroud
Size
XZ
NPT/BSP
16
M20
N1 or N2
10
26.5
54.0
-
11.7
9.0
13.5
6.7
10.3
0.90-1.25
0.15-0.35
L24
20s
M20
N1 or N2
10
26.5
54.0
-
11.7
11.5
16.0
9.4
12.5
0.90-1.25
0.15-0.35
L24
20
M20
N1 or N2
10
33.0
54.0
-
14.0
15.5
21.0
12.0
17.6
0.90-1.25
0.15-0.50
L30
25
M25
N2 or N3
10
41.4
54.0
-
20.0
20.3
27.4
16.8
23.9
1.25-1.60
0.15-0.50
L38
32
M32
N3 or N4
10
50.6
60.0
-
26.3
26.7
34.0
23.2
30.5
1.60-2.00
0.15-0.55
L46
40
M40
N4 or N5
15
60.5
67.0
-
32.2
33.0
40.6
28.6
36.2
1.60-2.00
0.20-0.60
L55
50s
M50
N5 or N6
15
71.5
67.0
-
38.2
39.4
46.7
34.8
42.4
2.00-2.50
0.20-0.60
L65
50
M50
N6
15
71.5
67.0
-
44.1
45.7
53.2
41.1
48.5
2.00-2.50
0.30-0.80
L65
63s
M63
N6 or N7
15
88.0
69.0
-
50.1
52.1
59.5
47.5
54.8
2.50
0.30-0.80
L80
63
M63
N7
15
88.0
69.0
-
56.0
58.4
65.8
53.8
61.2
2.50
0.30-0.80
L80
75s
M75
N7 or N8
15
99.0
77.0
-
62.0
64.8
72.2
60.2
68.0
2.50
0.30-1.00
L90
75
M75
N8
15
99.0
77.0
-
68.0
71.1
78.0
66.5
73.4
2.50
0.30-1.00
L90
80
M80 x 2
N8 or N9
20
115.2
104.0
-
72.0
77.0
84.0
-
-
3.15
0.45-1.00
L104
80H
M80 x 2
N8 or N9
20
115.2
104.0
-
72.0
79.6
90.0
-
-
3.15
0.45-1.00
L104
85
M85 x 2
N8 or N9
20
115.2
104.0
-
78.0
79.6
90.0
75.0
85.4
3.15
0.45-1.00
L104
90
M90 x 2
N9 or N10
20
125.7
104.0
-
84.0
88.0
96.0
-
-
3.15
0.45-1.00
L114
90H
M90 x 2
N9 or N10
20
125.7
104.0
-
84.0
92.0
102.0
-
-
3.15
0.45-1.00
L114
100
M100 x 2
N9 or N10
20
125.7
104.0
-
90.0
92.0
102.0
87.4
97.4
3.15
0.45-1.00
L114
All Dimensions are in Millimeters
NOTES:
• NPT entry thread reference details on page 53.
•
Gland Size does not necessarily equate to the entry thread size.
•
"W" refers to the wire diameter in a steel wire armored cable.
•
"XZ" refers to the wire diameter in a woven steel wire armored cable or the tape thickness in a steel tape armored cable.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
Where EX-30 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit of
the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
9
ATEX/CSA Approved Glands with Elastomeric Seals
EX-35
EX-35 type glands provide a single pull resistant seal on the outer sheath of unarmoured cable. EX-35 type
glands maintain Flameproof Exd and Increased Safety Exe methods of explosion protection and IP66, IP68 to
25 meters. Integral O-Ring entry thread seal, as illustrated, is provided as standard on metric versions.
EXAMPLE PART NUMBER
EX-35
W
X
Y
YY
ZZ
[W]
-
[X] [Y] [YY] [ZZ]
Gland material (B = Brass / S = Stainless Steel)
Seal Material (1 = Neoprene / 3 = Silicone)
Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
Gland size (Cable Range)
Entry thread
B
A
D
Sample: EX-35-B-1-0-20-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, EN50019:2000 and EN 50281-1-1:1998
CERTIFICATION.
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd IIC/Exe II 4X, Class 1, Zone 1
SIRA 05ATEX1123X - Ex Notified Body No. 0518
Pending
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-35-B-1-0-20-M20 XX SIRA 05ATEX1123X
II 2GD IP68 EExdIIC / EExe II (XX = Year Code)
APPLICATION
EExd Equipment
EX-35 type glands will only maintain Flameproof Exd integrity when used with cable that is substantially round and compact with extruded
bedding. The cable shall be deemed to be effectively filled. Ref: IEC60079-14:2002 Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-35 Gland
IIC, IIB, IIA
NO
2 liters or less
Zone 1 or 2
YES
IIB, IIA
YES
Any
Zone 2
YES
IIB, IIA
YES
2 liters or less
Zone 1
YES
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 and IP68 @ 25 meters, Enclosure Type 4X
OPERATING TEMPERATURES
Standard Seals -20°C to +80°C
Silicone Seals - 60°C to +180°C
MATERIALS
Brass CZ121 (EX-35-B)
316 Stainless Steel (EX-35-S)
Outer sheath seal material:
Standard (EX-35-W-1) Neoprene, black. Option (EX-35-W-3) Silicone, white.
Integral entry thread seal: Nitrile is supplied with neoprene outer seal version. Silicone is supplied with silicone outer seal version.
10
THREADS
SEALS
PLATING
ISO Metric; NPT; NPS; ISO Pipe
Thread (BSP Taper, BSP Parallel)
Extended operating temperature -60°C to +180°C, halogen free
versions:
Brass (EX-35-B-3); 316 Stainless Steel (EX-35-S-3)
Nickel (1); Tin (2); Zinc (3);
Electroless Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-SPVC); PCP (EX-SPCP); Low Smoke Zero Halogen (EX-LSH)
Gland and accessory kits:
K2 - includes gland, locknut, fiber IP washer and PVC shroud
K3- includes gland, locknut, nylon IP washer and PCP shroud
Gland Size
Entry Threads
Entry Thread
Length
Max Across
Corners
Max
Protrusion
Length
Gland Seal Rance
Shroud Size
Cable Outer/Lead Sheath
[B]
[A]
Min
Max
N1 or N2
16
28.0
33.0
4.0
8.4
L24
M20
N1 or N2
16
M20
N1 or N2
16
28.0
33.0
7.2
11.7
L24
33.0
33.0
9.6
14.0
L30
25
M25
N2 or N3
16
41.4
33.0
13.5
20.0
L38
32
M32
40
M40
N3 or N4
16
50.6
33.0
19.5
26.3
L46
N4 or N5
16
60.5
37.0
23.0
32.2
L55
50s
M50
N5 or N6
16
71.5
37.0
28.2
38.2
L65
50
M50
N6
16
71.5
37.0
33.2
44.1
L65
63s
M63
N6 or N7
19
88.0
37.0
39.3
50.1
L80
63
M63
N7
19
88.0
37.0
46.7
56.0
L80
75s
M75
N7 or N8
19
99.0
37.0
52.3
62.0
L90
75
M75
N8
19
99.0
37.0
58.1
68.0
L90
80
M80 x 2
N8 or N9
25
115.2
50.0
62.3
72.0
L104
85
M85 x 2
N8 or N9
25
115.2
50.0
69.1
78.0
L104
Metric
NPT/BSP
16
M20
20s
20
90
M90 x 2
N9 or N10
25
125.7
50.0
74.1
84.0
L114
100
M100 x 2
N9 or N10
25
125.7
50.0
82.1
90.0
L114
All Dimensions are in Millimeters
NOTES:
• NPT entry thread reference details on page 53.
•
Suitable only for fixed installations. The cable must be clamped near the gland to prevent pulling and twisting.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
Where EX-35 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit
of the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
11
ATEX/CSA Approved Glands with Elastomeric Seals
EX-40
EX-40 type glands provide two pull resistant seals on the outer sheath of any cable. EX-40 type glands maintain
Flameproof Exd and Increased Safety Exe methods of explosion protection and IP66, IP68 to 25 meters. An
integral O-Ring entry thread seal, as illustrated, is provided as standard on metric versions.
EXAMPLE PART NUMBER
EX-40
W
X
Y
YY
ZZ
[W]
-
[X] [Y] [YY] [ZZ]
Gland material (B = Brass / S = Stainless Steel)
Seal Material (1 = Neoprene / 3 = Silicone)
Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
Gland size (Cable Range)
Entry thread
A
D
Sample: EX-40-B-1-0-20-M20
B
DESIGN STANDARD
EN50014:1998, EN50018:2000, EN50019:2000 and EN 50281-1-1:1998
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd IIC/Exe II 4X, Class 1, Zone 1
SIRA 05ATEX1123X - Ex Notified Body No. 0518
Pending
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-40-B-1-0-20-M20 XX SIRA 05ATEX1123X
II 2GD IP68 EExdIIC / EExe II (XX = Year Code)
APPLICATION
EExd Equipment
EX-40 type glands will only maintain Flameproof Exd integrity when used with cable that is substantially round and compact with extruded
bedding. The cable shall be deemed to be effectively filled. Ref: IEC60079-14:2002 Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-40 Gland
IIC, IIB, IIA
NO
Any
Zone 1 or 2
YES
IIB, IIA
YES
Any
Zone 2
YES
IIB, IIA
YES
2 litres or less
Zone 1
YES
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 and IP68 @ 25 meters, Enclosure Type 4X
OPERATING TEMPERATURES
Standard Seals -20°C to +80°C
Silicone Seals - 60°C to +180°C
MATERIALS
Brass CZ121 (EX-40-B)
316 Stainless Steel (EX-40-S)
Outer sheath seal material: Standard (EX-40-W-1) Neoprene, black. Option (EX-40-W-3) Silicone, white
Integral entry thread seal: Nitrile is supplied with neoprene outer seal version. Silicone is supplied with silicone outer seal version.
12
THREADS
SEALS
ISO Metric; NPT; NPS; ISO Pipe Thread
(BSP Taper, BSP Parallel)
PLATING
Extended operating temperature -60°C to +180°C,
halogen free versions:
Brass (EX-40-B-3); 316 Stainless Steel (EX-40-S-3)
Nickel (1); Tin (2); Zinc (3); Electroless
Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-PVC); PCP (EX-PCP); Low Smoke Zero Halogen (EX-LSH)
Gland Size
Entry Threads
Entry Thread
Length
Max Across
Corners
[B]
[A]
N1 or N2
16
28.0
M20
N1 or N2
16
M20
N1 or N2
16
Max
Protrusion
Length
Gland Seal Rance
Shroud Size
Cable Outer/Lead Sheath
Min
Max
66.0
4.0
8.4
L24
28.0
66.0
7.2
11.7
L24
29.7
66.0
9.6
14.0
L27
Metric
NPT/BSP
16
M20
20s
20
25
M25
N2 or N3
16
39.6
66.0
13.5
20.0
L36
32
M32
N3 or N4
16
45.1
66.0
19.5
26.3
L41
40
M40
N4 or N5
16
55.9
74.0
23.0
32.2
L51
50s
M50
N5 or N6
16
71.5
74.0
28.2
38.2
L65
50
M50
N6
16
71.5
74.0
33.2
44.1
L65
63s
M63
N6 or N7
19
88.0
74.0
39.3
50.1
L80
63
M63
N7
19
88.0
74.0
46.7
56.0
L80
75s
M75
N7 or N8
19
99.0
74.0
52.3
62.0
L90
75
M75
N8
19
99.0
74.0
58.1
68.0
L90
80
M80 x 2
N8 or N9
25
115.2
100.0
62.3
72.0
L104
85
M85 x 2
N8 or N9
25
115.2
100.0
69.1
78.0
L104
90
M90 x 2
N9 or N10
25
125.7
100.0
74.1
84.0
L114
100
M100 x 2
N9 or N10
25
125.7
100.0
82.1
90.0
L114
All Dimensions are in Millimeters
NOTES:
• NPT entry thread reference details on page 53.
•
Suitable only for fixed installations. The cable must be clamped near the gland to prevent pulling and twisting.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
Where EX-35 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit
of the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
13
.
ATEX/CSA Approved Glands with Elastometric Seals
EX-45
EX-45 type glands provide a seal on the outer sheath of unarmoured cable and a conduit connection thread. EX40-M type glands provide a male thread for connection and EX-40-F type glands provide a female thread for
connection. EX-45 type glands maintain Flameproof Exd and Increased Safety Exe methods of explosion
protection and IP66, IP68 to 25 metres. An ‘O’ ring IP entry thread seal is fitted as standard.
EXAMPLE PART NUMBER
EX-45
A
W
X
Y
Z
YY
ZZ
[A]
-
[W] [X] [Y] [YY] [ZZ]
M = Male Connector / F = Female Connector
Gland material (B = Brass / S = Stainless Steel)
Seal Material (1 = Neoprene / 3 = Silicone)
Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
Connection Thread
Gland size (Cable Range)
Entry thread
B
A
D
B
A
Sample: EX-45-F-B-1-0-M20-20-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, EN50019:2000 and EN 50281-1-1:1998
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd IIC/Exe II 4X, Class 1, Zone 1
SIRA 05ATEX1123X - Ex Notified Body No. 0518
Pending
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-45-F-B-1-0-M20-20-M20 XX SIRA 05ATEX1123X
II 2GD IP68 EExdIIC / EExe II (XX = Year Code)
APPLICATION
EExd Equipment
EX-45 type glands will only maintain Flameproof Exd integrity when used with cable that is substantially round and compact with extruded
bedding. The cable shall be deemed to be effectively filled. Ref: IEC60079-14:2002 Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-45 Gland
IIC, IIB, IIA
NO
Any
Zone 1 or 2
YES
IIB, IIA
YES
Any
Zone 2
YES
IIB, IIA
YES
2 litres or less
Zone 1
YES
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 and IP68 @ 25 meters, Enclosure Type 4X
OPERATING TEMPERATURES
Standard Seals -20°C to +80°C
Silicone Seals - 60°C to +180°C
MATERIALS
Brass CZ121 (EX-45-A-B)
316 Stainless Steel (EX-45-A-S)
Outer sheath seal material: Standard (EX-45-A-W-1) Neoprene, black. Option (EX-45-A-W-3) Silicone, white
Integral entry thread seal: Nitrile is supplied with neoprene outer seal version. Silicone is supplied with silicone outer seal version.
14
D
THREADS
SEALS
ISO Metric; NPT; NPS; ISO Pipe Thread
(BSP Taper, BSP Parallel); PG
PLATING
Extended operating temperature -60°C to +180°C,
halogen free versions:
Brass (EX-45-A-B-3); 316 Stainless Steel
(EX-45-A-S-3)
Nickel (1); Tin (2); Zinc (3); Electroless
Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Gland Size
Entry Threads
Entry Thread
Length
Max Across
Corners
Gland Seal Rance
Conduit Connector
Cable Outer Sheath [D]
[B]
Metric
[A]
Min
Max
NPT/BSP
NPT
ISO
16
M20
N1 or N2
16
28.0
4.0
8.4
N1 or N2
M20
20s
M20
N1 or N2
16
28.0
7.2
11.7
N1 or N2
M20
20
M20
N1 or N2
16
33.0
9.6
14.0
N1 or N2
M20
25
M25
N2 or N3
16
41.4
13.5
20.0
N2 or N3
M25
32
M32
N3 or N4
16
50.6
19.5
26.3
N3 or N4
M32
40
M40
N4 or N5
16
60.5
23.0
32.2
N4 or N5
M40
50s
M50
N5 or N6
16
71.5
28.2
38.2
N5 or N6
M50
50
M50
N6
16
71.5
33.2
44.1
N6
M50
63s
M63
N6or N7
19
88.0
39.3
50.1
N6or N7
M63
63
M63
N7
19
88.0
46.7
56.0
N7
M63
75s
M75
N7 or N9
19
99.0
52.3
62.0
N7 or N9
M75
75
M75
N9
19
99.0
58.1
68.0
N9
M75
All Dimensions are in Millimeters
NOTES:
• Suitable only for fixed installations. The cable must be clamped near the gland to prevent pulling and twisting.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
Where EX-35 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit
of the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
•
Other conduit connection threads eg PG, BSP are available upon request.
15
ATEX/CSA Approved Glands with Elastometric Seals
EE-RG
EE-RG type glands provide a seal on the outer sheath of unarmoured cable. EE-RG type glands maintain
Increased Safety Exe method of explosion protection and IP66, IP68.
EXAMPLE PART NUMBER
EE-RG[X]-[ZZ]
X - Material (1 = Black Polyamide 6 / 2 = Blue Polyamide 6 / 3 =
Grey Polyamide 6)
ZZ - Entry Thread
EE-RG1-M20
DESIGN STANDARD
EN50014:1997 and EN50019:2000
CERTIFICATION
ATEX II 2 GD, E Exe II
CERTIFICATE
SIRA 00ATEX 1072 - Ex Notified Body No. 0518
GLAND MARKING
Example:
SIRA 00ATEX1072X EB (Cable Range) II2GD EExeII
For industrial versions the hazardous area information is omitted
APPLICATION
Exe Equipment
Gas Group II, Zones 1 and 2
INGRESS PROTECTION
IP66 without a sealing washer
IP68 with a sealing washer
OPERATING TEMPERATURES
Sizes M25 and below: -20°C to +60°C
Sizes above M25: -10°C to +60°C
MATERIALS
Standard (EX-RG1) Black Polyamide 6
Option (EE-RG2) Blue Polyamide 6
Industrial, Non Ex Versions: Grey Polyamide 6 (EE-RG3)
Note: Polyamide 6 is self extinguishing, flame retardant and halogen free
Outer Seath seal material: Santoprene, black
THREADS
ISO Metric
ACCESSORIES
Locknut - Nylon (EX-NLN); Brass (EX-BLN)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
16
Gland Size
Entry
Thread
Length
Max
Across
Corners
Metric
Gland Seal Range
Cable Outer Sheath
Min
Max
6.0
-
9
16.5
3.5
M16
9
20.9
5.0
8.0
-
9
24.2
6.0
10.0
M20
10
26.4
8.0
13.5
-
10
28.6
10.0
15.0
M25
11
35.2
13.0
19.0
M32
12
45.1
18.0
25.0
M40
14
57.2
24.0
32.0
M50
16
64.9
29.0
38.0
M63
16
71.5
36.0
44.0
All Dimensions are in Millimeters
NOTES:
•
Suitable only for fixed installations. The cable must be clamped near the gland to prevent pulling and twisting
•
Gland sizes M25 and above shall not be used for applications where there is a "high" risk of mechanical damage
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full
17
ATEX/CSA Approved Glands with Elastometric Seals for Flat Cable
EX-50
EX-50 type glands provide pull resistant seals on the inner and outer sheath and a braid armor clamp. The armor
clamp provides an electrical bond between the cable armor and the gland. EX-50 type glands maintain
Flameproof Exd and Increased Safety Exe methods of explosion protection and IP66.
EXAMPLE PART NUMBER
EX-50 [W] [Y] [YY] [ZZ]
W - Gland Material (B = Brass / S = Stainless Steel)
Y - Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
YY - Gland Size (Cable Range)
ZZ - Entry Thread
B
A
D
C
Sample: EX-50-B-3-20S-M20
DESIGN STANDARD
EN 50014:1998, EN 50018:2000, EN 50019:2000 and EN 50281-1-1:1998
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
SIRA 05ATEX1121X - Ex Notified Body No. 0518
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-50-B-3-20S-M20 XX SIRA 05ATEX1121X
II 2GD IP66 EExdIIC / EExe II (XX = Year Code)
APPLICATION
EExd Equipment
EX-50 type glands will only maintain Flameproof Exd integrity when used with cable that has a suitable profile and is compact with extruded
bedding. The cable shall be deemed to be effectively filled. Ref: IEC60079-14:2002 Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-50 Gland
IIC, IIB, IIA
NO
2 litres or less
Zone 1 or 2
YES
IIB, IIA
YES
Any
Zone 2
YES
IIB, IIA
YES
2 litres or less
Zone 1
YES
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66
OPERATING TEMPERATURES
Standard Seals - 60°C to +180°C
MATERIALS
Brass CZ121 (EX-50-B)
316 Stainless Steel (EX-50-S)
PLATING
THREADS
Nickel (1); Tin (2); Zinc (3); Electroless Nickel (4)
ISO Metric; NPT; NPS; ISO Pipe Thread (BSP Taper, BSP Parallel)
18
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Gland
Size
Entry Threads
Metric
Entry
Thread
Length
Max Across
Corners
[B]
[A]
Gland Seal Range
Max
Protrusion
Length
Cable Inner Sheath [C]
Width
Thickness
Min
Max
Min
Max
Cable Outer Sheath [D]
Width
Min
Max
Thickness
Min
Max
Armor
Acceptance
Range
[X]
20s
M20
16
26.5
58.0
6.3
11.7
4.0
7.0
7.9
11.7
4.5
7.0
0.1-0.3
20R
M20
16
33.0
58.0
8.1
13.5
5.8
6.2
7.5
16.1
3.0
8.3
0.1-0.45
20
M20
16
33.0
58.0
10.3
13.5
5.6
9.0
11.0
13.5
4.5
9.0
0.1-0.3
All Dimensions are in Millimeters
NOTES:
• Gland Size does not necessarily equate to the entry thread size.
•
"X" refers to the wire diameter in a braided cable.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
Where EX-50 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit of
the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
19
ATEX/CSA Approved Glands with Elastometric Seals for Flat Cable
EX-55
EX-55 type glands provide a single pull resistant seal on the outer sheath of unarmoured flat cable. EX-55 type glands
maintain Flameproof Exd and Increased Safety Exe methods of explosion protection and IP68 to 25 meters.
EXAMPLE PART NUMBER
B
EX-55 [W] [Y] [YY] [ZZ]
W - Gland Material(B = Brass / S = Stainless Steel)
Y - Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
YY - Gland Size (Cable Range)
ZZ - Entry Thread
A
D
EX-55-B-3-20S-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, EN50019:2000 and EN50281-1-1:1998
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
SIRA 05ATEX1121X - Ex Notified Body No. 0518
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-55-B-3-20S-M20 XX SIRA 05ATEX1121X
II 2GD IP68 EExdIIC / EExe II (XX = Year Code)
APPLICATION
EExd Equipment
EX-55 type glands will only maintain Flameproof Exd integrity when used with cable that has a suitable profile and is compact with extruded
bedding. The cable shall be deemed to be effectively filled. Ref: IEC60079-14:2002 Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-55 Gland
IIC, IIB, IIA
NO
Any
Zone 1 or 2
YES
IIB, IIA
YES
Any
Zone 2
YES
IIB, IIA
YES
2 litres or less
Zone 1
YES
EExe Equipment
Gas Group II, Zones 1 and 2
Other Equipment
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP68 @ 25 meters
OPERATING TEMPERATURES
Standard Seal - 60°C to +180°C (Silicone seal)
MATERIALS
Brass CZ121 (EX-55-B)
316 Stainless Steel (EX-55-S)
Outer sheath seal material: Silicone, red or white
THREADS
PLATING
ISO Metric; NPT; NPS; ISO Pipe Thread (BSP Taper, BSP Parallel)
Nickel (1); Tin (2); Zinc (3); Electroless Nickel (4)
20
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Gland
Size
Entry Threads
Entry
Thread
Length
Max
Across
Corners
Gland Seal Range
Cable Outer Sheath [D]
Metric
[B]
[A]
Min
Max
Width
Thickness
Min
Max
20s
M20
16
26.5
6.3
11.7
4.0
7.0
20R
M20
16
33.0
8.1
13.5
5.8
6.2
20
M20
16
33.0
10.3
13.5
5.6
9.0
All Dimensions are in Millimeters
NOTES:
• Suitable only for fixed installations. The cable must be clamped near the gland to prevent pulling and twisting.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
Where EX-55 type glands are fitted into non-metallic Increased Safety Exe enclosures they must be included within the earth circuit of
the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
21
ATEX / CSA Approved Compound Filled Barrier Glands
EX-60
EX-60 type glands provide a Flameproof EExd compound filled barrier, a seal on the outer sheath, a universal
armor clamp for armored, screened or braided cable and an entry thread seal. The armor clamp provides an
electrical bond between the cable armor, screen or braid and the gland. EX-60 type glands maintain EExd
Flameproof method of explosion protection; IP66, 68 to 100 meters and is deluge resistant.
EXAMPLE PART NUMBER
EX-60 [W] [Y] [R] [YY] [ZZ]
W - Gland Material (B = Brass / S = Stainless Steel)
Y - Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
R - Reduced bore option
YY - Gland Size (Cable Range)
ZZ - Entry Thread
B
A
D
EX-60-B-1-R-20S-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, EN50019:2000 and EN50281-1-1:1998
IEC 60079-0 (2000-06), IEC 60079-1 (2001-02)
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd I & IIC 4X, Class 1, Zone 1
SIRA 05SIRA1124X - Ex Notified Body No. 0518
Pending
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-60-B-1-R-20S-M20 XX SIRA 05ATEX1124X I M2 II 2GD EExd I & IIC IP68 (XX = Year Code)
APPLICATION
EExd Equipment
EX-60 type Glands will maintain Flameproof Exd integrity when used with any armored or unarmored cable types. Ref: IEC60079-14:2002
Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-60 Gland
I, IIC, IIB, IIA
YES
Any
Zone 1 or 2
YES
Other Equipment
Mining Equipment Group I, M2
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 & IP68 @ 100 Meters
Meets the requirements of DTS01 1991
CURING TIME
@ 21°C
Conductor termination can be effected after 1 hour
The equipment can be energised after 4 hours
The compound chamber can be inspected after 4 hours
OPERATING TEMPERATURES
- 60°C to +85°C
22
C
MATERIALS
Brass CZ121 (EX-60-B)
316 Stainless Steel (EX-60-S)
Inner LSOH compound
Standard outer sheath seal is LSOH silicone, white (EX-60-W-Y)
Reduced bore outer sheath seal is LSOH silicone, red (EX-60-W-Y-R)
Entry thread Seal: Red LSOH silicone
THREADS
PLATING
ISO Metric; NPT; NPS; ISO Pipe Thread (BSP Taper, BSP Parallel)
Nickel (1); Tin (2); Zinc (3); Electroless Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-PVC)
Gland and accessory kits:
K5- includes gland, locknut, earthtag, integral IP “O” ring & PVC shroud
Gland
Size
Entry Threads
Entry
Thread
Length
Max
Max
Across Protrusion
Corners
Length
[B]
[A]
GlandSeal Range
Cable Inner
Cable Outer Sheath [D]
Standard
Reduced (R)
Sheath / Cores [C]
Max
Max
No. of Over
Metric
NPT/BSP
16
M20
N1 or N2
16
28.0
72.0
20s
M20
N1 or N2
16
28.0
20
M20
N1 or N2
16
33.0
Armor
Acceptance
Range
Max
Inner
Min
Max
Min
Max
6.7
10.3
0.15 - 1.25
Shroud
Size
7
9.0
11.7
9.0
13.5
L24
72.0
8
10.4
11.7
11.5
16.0
9.4
12.5
0.15 - 1.25
L24
73.0
14
12.5
14.0
15.5
21.1
12.0
17.6
0.15 - 1.25
EL30
25
M25
N2 or N3
16
41.4
83.0
25
17.8
20.0
20.3
27.4
16.8
23.9
0.15 - 1.60
EL38
32
M32
N3 or N4
16
50.6
103.0
50
23.5
26.3
26.7
34.0
23.2
30.5
0.15 - 2.00
EL46
40
M40
N4 or N5
16
60.5
105.0
80
28.8
32.2
33.0
40.6
28.6
36.2
0.20 - 2.00
EL55
50s
M50
N6
16
71.5
115.0
100
34.2
38.2
39.4
46.7
34.8
42.4
0.20 - 2.50
EL65
50
M50
N6
16
71.5
115.0
100
39.4
44.1
45.7
53.2
41.1
48.5
0.20 - 2.50
EL65
63s
M63
N7
19
88.0
115.0
120
44.8
50.1
52.1
59.5
47.5
54.8
0.30 - 2.50
EL80
63
M63
N7
19
88.0
115.0
120
50.0
56.0
58.4
65.8
53.8
61.2
0.30 - 2.50
EL80
75s
M75
N8
19
99.0
122.0
140
55.4
62.0
64.8
72.2
60.2
68.0
0.30 - 2.50
EL90
75
M75
N8
19
99.0
122.0
140
60.8
68.0
71.1
78.0
66.5
73.4
0.30 - 2.50
EL90
80
M80x2
N8 or N9
25
115.2
162.0
160
64.4
72.0
77.0
84.0
-
-
0.45 - 3.15
L104
85
M85x2
N8 or N9
25
115.2
162.0
180
69.8
78.0
79.6
90.0
75.0
85.4
0.45 - 3.15
L104
90
M90x2
N9 or N10
25
125.7
166.0
200
75.1
84.0
88.0
96.0
-
-
0.45 - 3.15
L114
100
M100x2
N9 or N10
25
125.7
166.0
220
80.5
90.0
92.0
102.0
87.4
97.4
0.45 - 3.15
L114
All Dimensions are in Millimeters
NOTES:
• NPT entry thread reference details on page 53.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
If EX-60 type glands are fitted into non-metallic enclosures they must be included within the earth circuit of the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
23
ATEX / CSA Approved Compound Filled Barrier Glands
EX-65
EX-65 type glands provide a Flameproof EExd compound filled barrier and an entry thread seal. EX-65 type glands
maintain EExd Flameproof method of explosion protection; IP66, 68 to 100 meters and is deluge resistant.
EXAMPLE PART NUMBER
EX-65 [W] [Y] [YY] [ZZ]
W - Gland Material (B = Brass / S = Stainless Steel)
Y - Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
YY - Gland Size (Cable Range)
ZZ - Entry Thread
B
A
D
EX-65-B-1-20S-M20
DESIGN STANDARD.
EN50014:1998, EN50018:2000, & EN50281-1-1:1998
IEC 60079-0 (2000-06), IEC 60079-1 (2001-02)
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd I & IIC/Exe II 4X, Class 1, Zone 1
SIRA 05ATEX1124X - Ex Notified Body No. 0518
Pending
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-65-B-1-20S-M20 XX SIRA 05ATEX1124X I M2 II 2GD EExd I & IIC IP68 (XX = Year Code)
APPLICATION
EExd Equipment
EX-65 type Glands will maintain Flameproof Exd integrity when used with any armored or unarmored cable types. Ref: IEC60079-14:2002
Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-65 Gland
I, IIC, IIB, IIA
YES
Any
Zone 1 or 2
YES
Other Equipment
Mining Equipment Group I, M2
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 & IP68 @ 100 Meters
Meets the requirements of DTS01 1991
CURING TIME
@ 21°C
Conductor termination can be effected after 1 hour
The equipment can be energised after 4 hours
The compound chamber can be inspected after 4 hours
OPERATING TEMPERATURES
-60°C to +85°C
24
C
MATERIALS
Brass CZ121 (EX-65-B)
316 Stainless Steel (EX-65-S)
Inner LSOH compound
Entry thread Seal: Red LSOH silicone
PLATING
THREADS
Nickel (1); Tin (2); Zinc (3); Electroless Nickel (4)
ISO Metric; NPT; NPS; ISO Pipe Thread (BSP Taper, BSP Parallel)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-PVC)
Gland and accessory kits:
K5- includes gland, locknut, earthtag, integral IP “O” ring & PVC shroud
Gland Size
Entry Threads
Entry Thread
Length
Max Across
Corners
[B]
[A]
Max
Protrusion
Length
Gland Seal Range
Cable Sheath / Cores
Shroud Size
Max
No. of
Cores
Max
Over
Cores [C]
Max
Sheath
Diameter [D]
Metric
NPT/BSP
20s
M20
N1 or N2
16
28.0
42.0
8
10.4
11.7
L24
20
M20
N1 or N2
16
33.0
44.0
14
12.5
14.0
L20
25
M25
N2 or N3
16
41.4
48.0
25
17.8
20.0
L38
32
M32
N3 or N4
16
50.6
53.0
50
23.5
26.3
L46
40
M40
N4 or N5
16
60.5
54.0
80
28.8
32.2
L55
50
M50
N6
16
71.5
54.0
100
39.4
44.1
L65
63
M63
N7
19
88.0
55.0
120
50.0
56.0
L80
75
M75
N8
19
99.0
60.0
140
60.8
68.0
L90
80
M80x2
N8 or N9
25
115.2
80.0
160
64.4
72.0
L104
85
M85x2
N8 or N9
25
115.2
80.0
180
69.8
78.0
L104
90
M90x2
N9 or N10
25
125.7
85.0
200
75.1
84.0
L114
100
M100x2
N9 or N10
25
125.7
85.0
220
80.5
90.0
L114
All Dimensions are in Millimeters
NOTES:
• NPT entry thread reference details on page 53.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
If EX-65 type glands are fitted into non-metallic enclosures they must be included within the earth circuit of the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
25
ATEX / CSA Approved Compound Filled Barrier Glands
EX-70
EX-70 type glands provide a Flameproof EExd compound filled barrier, a secondary weather seal on the outer
sheath and an entry thread seal. EX-70 type glands maintain EExd Flameproof method of explosion protection;
IP66, 68 to 100 meters and is deluge resistant.
EXAMPLE PART NUMBER
EX-70 [W] [Y] [YY] [ZZ]
W - Gland Material (B = Brass / S = Stainless Steel)
Y - Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
YY - Gland Size (Cable Range)
ZZ - Entry Thread
B
A
D
EX-70-B-1-20S-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, & EN50281-1-1:1998
IEC 60079-0 (2000-06), IEC 60079-1 (2001-02)
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd I & IIC/Exe II 4X, Class 1, Zone 1
SIRA 05ATEX1124X - Ex Notified Body No. 0518
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-70-1-20S-M20 XX SIRA 05ATEX1124X I M2 II 2GD EExd I & IIC IP68
APPLICATION
EExd Equipment
EX-70 type Glands will maintain Flameproof Exd integrity when used with any armored or unarmored cable types. Ref: IEC60079-14:2002
Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-70 Gland
I, IIC, IIB, IIA
YES
Any
Zone 1 or 2
YES
Other Equipment
Mining Equipment Group I, M2
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 & IP68 @ 100 Meters
Meets the requirements of DTS01 1991
CURING TIME
@ 21°C
Conductor termination can be effected after 1 hour
The equipment can be energised after 4 hours
The compound chamber can be inspected after 4 hours
OPERATING TEMPERATURES
-60°C to +85°C
26
C
MATERIALS
Brass CZ121 (Ex-70-B)
316 Stainless Steel (EX-70-S)
Inner LSOH compound
Entry thread Seal: Red LSOH silicone
THREADS
PLATING
ISO Metric; NPT; NPS; ISO Pipe Thread (BSP Taper, BSP Parallel)
Nickel (1); Tin (2); Zinc (3); Electroless Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Shroud - PVC (EX-PVC)
Gland and accessory kits:
K5- includes gland, locknut, integral IP “O” ring & PVC shroud
Gland Size
Entry Threads
Entry
Thread
Length
Max
Across
Corners
[B]
[A]
Max
Protrusion
Length
Gland Seal Range
Cable Inner
Sheath / Cores [C]
Cable Outer
Sheath [D]
Max
No. of
Cores
Max
Over
Cores
Max
Sheath
Diameter
Min
Max
7
8.4
8.4
3.4
8.4
Shroud
Size
Metric
NPT/BSP
16
M20
N1 or N2
16
28.0
73.0
20s
M20
N1 or N2
16
28.0
73.0
8
10.4
11.7
4.8
11.7
L24
20
M20
N1 or N2
16
33.0
73.0
14
12.5
14.0
9.5
14.0
EL30
25
M25
N2 or N3
16
41.4
74.0
25
17.8
20.0
11.7
20.0
EL38
32
M32
N3 or N4
16
50.6
80.0
50
23.5
26.3
18.1
26.3
EL46
40
M40
N4 or N5
16
60.5
87.0
80
28.8
32.2
22.6
32.2
EL55
50s
M50
N6
16
71.5
87.0
100
34.2
38.2
28.2
38.2
EL65
L24
50
M50
N6
16
71.5
87.0
100
39.4
44.1
33.1
44.1
EL65
63s
M63
N7
19
88.0
88.0
120
44.8
50.1
39.3
50.1
EL80
63
M63
N7
19
88.0
88.0
120
50.0
56.0
46.7
56.0
EL80
75s
M75
N8
19
99.0
97.0
140
55.4
62.0
52.3
62.0
EL90
75
M75
N8
19
99.0
97.0
140
60.8
68.0
58.0
68.0
EL90
80
M80x2
N8 or N9
25
115.2
123.0
160
64.4
72.0
61.9
72.0
L104
85
M85x2
N8 or N9
25
115.2
123.0
180
69.8
78.0
69.1
78.0
L104
90
M90x2
N9 or N10
25
125.7
123.0
200
75.1
84.0
74.1
84.0
L114
100
M100x2
N9 or N10
25
125.7
123.0
220
80.5
90.0
81.8
90.0
L114
All Dimensions are in Millimeters
NOTES:
• NPT entry thread reference details on page 53.
•
Gland Size does not necessarily equate to the entry thread size.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
If EX-70 type glands are fitted into non-metallic enclosures they must be included within the earth circuit of the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
27
ATEX / CSA Approved Compound Filled Barrier Glands
EX-75
EX-75 type glands provide a Flameproof EExd compound filled barrier seal on the cables individual conductors
within a conduit. It also provides an entry thread seal. EX-75 type glands maintain EExd Flameproof method of
explosion protection; IP66, 68 to 100 meters and is deluge resistant.
EXAMPLE PART NUMBER
EX-75 [W] [Y] [YY] [ZZ1] [ZZ2]
W - Gland Material (B = Brass / S = Stainless Steel)
Y - Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
YY - Gland Size (Cable Range)
ZZ1 - Male Thread
ZZ2 - Female Entry Thread
MATING CONDUIT OR
CABLE GLAND
A
B
D
EX-75-B-1-20S-M20
DESIGN STANDARD
EN50014:1998, EN50018:2000, & EN50281-1-1:1998
IEC 60079-0 (2000-06), IEC 60079-1 (2001-02)
CERTIFICATION
CERTIFICATE
ATEX II 2 GD, E Exd IIC / E Exe II
CSA Exd I & IIC/Exe II 4X, Class 1, Zone 1
SIRA 03ATEX1479X - Ex Notified Body No. 0518
GLAND MARKING
CENELEC and ATEX
Example:
Amphenol 13838 USA EX-75-B-1-20S-M20 XX SIRA05ATEX1120X
I M2 II 2GD EExd I & IIC IP68
APPLICATION
EExd Equipment
EX-75 type Glands will maintain Flameproof Exd integrity when used with any armored or unarmored cable types. Ref: IEC60079-14:2002
Section 10.4.2
Gas Group Internal Ignition Source Enclosure Volume
Which Zone
Use EX-75 Gland
I, IIC, IIB, IIA
YES
Any
Zone 1 or 2
YES
Other Equipment
Mining Equipment Group I, M2
Ignitable Dust, Zones 21 and 22
INGRESS PROTECTION
IP66 & IP68 @ 100 Meters
Meets the requirements of DTS01 1991
CURING TIME
@ 21°C
Conductor termination can be effected after 1 hour
The equipment can be energised after 4 hours
The compound chamger can be inspected after 4 hours
OPERATING TEMPERATURES
-60°C to +85°C
28
C
MATERIALS
Brass CZ121 (EX-75-B)
316 Stainless Steel (EX-75-S)
Inner LSOH compound
Entry thread Seal: Red LSOH silicone
THREADS
PLATING
ISO Metric; NPT; NPS; ISO Pipe Thread (BSP Taper, BSP Parallel)
Nickel (1); Tin (2); Zinc (3); Electroless Nickel (4)
ACCESSORIES
Locknut - Brass (EX-BLN); 316 Stainless Steel (EX-SLN)
Earth Tag - Brass (EX-BET), 316 Stainless Steel (EX-SET)
IP Washer - Nylon (EX-NSW); Red Fibre (EX-FSW)
Serrated Lock Washer - 316 Stainless Steel (EX-SSW), Galvanised Steel (EX-GSW)
Fitting
Size
Ref
Male Entry
Female Entry
Entry
Thread
Length
Max
Across
Corners
Metric
NPT
Metric
NPT
[B]
[A]
20
M20
N1 or N2
M20
N1 or N2
16
33.0
25
M25
N2 or N3
M25
N2 or N3
16
41.4
32
M32
N3 or N4
M32
N3 or N4
16
40
M40
N4 or N5
M40
N4 or N5
16
50
M50
N6
M50
N6
63
M63
N7
M63
N7
Max
Protrusion
Length
Sealing Range
Cable Conductors / Cores
Max
No. of
Cores
Max
Over
Cores [C]
Max Cable
Inside Fitting
[D]
57.0
14
12.5
14.0
63.0
25
17.8
20.0
50.6
67.0
50
23.5
26.3
60.5
68.0
80
28.8
32.2
16
71.5
68.0
100
39.4
44.1
19
88.0
72.0
120
50.0
56.0
75
M75
N8
M75
N8
19
99.0
78.0
140
60.8
68.0
80
M80x2
N8 or N9
M80x2
N8 or N9
25
115.2
103.0
160
64.4
72.0
85
M85x2
N8 or N9
M85x2
N8 or N9
25
115.2
103.0
180
69.8
78.0
90
M90x2
N9 or N10
M90x2
N9 or N10
25
125.7
104.0
200
75.1
84.0
100
M100x2
N9 or N10
M100x2
N9 or N10
25
125.7
104.0
220
80.5
90.0
All Dimensions are in Millimeters
NOTES:
• NPT thread reference details on page 53.
•
Please note that dimensions (A) and (B) may differ for glands with non-Metric entry threads. Please refer to our thread data tables for
specific dimensions.
•
Integral entry thread seal option is not available for glands with tapered entry threads. IP washers can be supplied if required.
•
Unless otherwise stated ISO Metric entry threads have a 1.5mm pitch.
•
For Flameproof Exd applications the female thread into which the gland is to be fitted must comply with clause 5.3 of EN 50018:2000
(clause 5.3 IEC 79-1) and an engagement of at least 5 full threads must be achieved for parallel threads and should be achieved for
tapered threads.
•
If EX-75 type glands are fitted into non-metallic enclosures they must be included within the earth circuit of the system.
•
The user should seek expert advice if intending to combine flammable gases and combustible dusts in one environment/installation.
•
To maintain ingress protection a thread sealant should be applied to the conduit thread.
•
Full assembly instructions are supplied with glands, the instructions must be read prior to installation and adhered to in full.
29
Non-Hazardous Industrial Glands
CGA
CGA type glands provide an integral armor clamp for armored cable. The integral armor clamp provides an
electrical bond between the cable armor and the gland. CGA type glands maintain IP30.
EXAMPLE PART NUMBER
CG[X]
X
W
Y
YY
ZZ
[W]
-
[Y] [YY] [ZZ]
Clamp Type (See Clamps)
Gland Material ( B = Brass / S = Stainless Steel)
Plating (0 = No Plating / 1 = Nickel / 2 = Tin / 3 = Zinc / 4 =
Electroless Nickel)
Gland Size (Cable Range)
Entry Thread
B
A
D
D
Sample: CGA-B-3-20S-M20
DESIGN STANDARD
BS 6121:1989
GLAND MARKING
INGRESS PROTECTION
Example:
BS6121 Part 1 CGA-B-3-20S-M20 Amphenol
IP30
OPERATING TEMPERATURES
MATERIALS
-100°C to +600°C
Brass CZ121 (CGA-B)
VARIATIONS
All variants of the CGA type gland feature a separate armor clamping ring to allow for inspection of the clamped armor:
Brass (CGA-B)
THREADS
ISO Metric only
CLAMPS
PLATING
SWA Clamping using gland body (CGA)
SWA steel wire armor - clamping ring (CGL)
SWB woven steel wire armor or STA steel
tape armor - clamping ring (CGZ)
ACCESSORIES
Locknut - Brass (EX-BLN); Steel (EX-MLN)
Earth Tag - Brass (EX-BET)
Shroud - PVC (EX-PVC)
Gland and accessory kits:
K6- includes gland, steel locknut, earthtag and PVC shroud
30
Nickel (1); Tin (2); Zinc (3); Electroless
Nickel (4)
Gland
Size
Entry
Threads
Entry
Threads
Length
M
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