AGRO

EMC Combination Conduit Glands

Progress Kombi EMC

AGRO Combination EMC conduit glands are an ideal solution if you want to introduce cables inside a conduit into an enclosure and at the same time want a secure, seal and add strain relief for the cables inside, while maitaining EMC immunity

 

The integrated cable gland achieves excellent sealing (IP 68) inside the conduit. This ensure the enclosure stay free from water and condensation ingress.

 

Special version for copper braids, suitable for Flexa ROHRflex.

 

For railway applications where cables are laid in conduits in order to protect them from impacts or manipulation – the same requirements apply as for cable glands: the combination conduit glands must be equipped with a sealing insert made of special TPE according to the requirements of EN 45545.

 

These are available on request and the part number is just prefixed by a capital 'F'.

 

Read more
  • EMC Conduit glands
  • Copper braid versions for ROHRflex corrugated conduit
  • Rail approved versions to EN 45545
  • IP68

To view Agro cable glands via ePlan see the link under 'downloadable resources' further down the page.

Selected variant

Selected variant

Technical data

General Data

Thread Size (G) M12
Insert Type One-Piece
Cable diameter min 4,5 mm
Cable diameter max 6 mm
IP class Cable gland IP 68

Dimensions

Thread pitch 1,5
Thread length 10 mm
Height (H) 35 mm
Spanner width (AF) 17 mm
Conduit diameter (AD) 10 mm

Materials

Material Nickel-plated brass

*Invisible Heading*

Materials O-ring NBR
Material of seals TPE
Temperature range -40°C ... +100°C

Approvals

Approvals SEV, CE, DNV, EAC, VDE
Strain relief Version A acc. to EN 62444

Additional Data

Pack size 25
Country of origin CH
Tariff code 74199949
Weight 30,2 g
Additional features Max. clamping range depends on conduit inner diameter

Measurements and connections

Technical illustrations

Copper braided conduit

Combination Coduit gland with integrated cable gland

Product description

AGRO Combination EMC conduit glands are an ideal solution if you want to introduce cables inside a conduit into an enclosure and at the same time want a secure, seal and add strain relief for the cables inside, while maitaining EMC immunity

 

The integrated cable gland achieves excellent sealing (IP 68) inside the conduit. This ensure the enclosure stay free from water and condensation ingress.

 

Special version for copper braids, suitable for Flexa ROHRflex.

 

For railway applications where cables are laid in conduits in order to protect them from impacts or manipulation – the same requirements apply as for cable glands: the combination conduit glands must be equipped with a sealing insert made of special TPE according to the requirements of EN 45545.

 

These are available on request and the part number is just prefixed by a capital 'F'.

 

Accessories

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Parts Thread Size (G) Cable diameter min Cable diameter max IP class Thread pitch Thread length Height (H) Spanner width (AF) Conduit diameter (AD) Material of seals Contact sleeve material Temperature range Approvals Strain relief Pack size Weight Additional features Price
M12
4,5 mm
6 mm
Cable gland IP 68
1,5
10 mm
35 mm
17 mm
10 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
30,2 g
Max. clamping range depends on conduit inner diameter
M12
4,5 mm
6 mm
Cable gland IP 68
1,5
10 mm
35 mm
19 mm
1/4"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
50,72 g
Max. clamping range depends on conduit inner diameter
M16
6 mm
8 mm
Cable gland IP 68
1,5
10 mm
40 mm
21 mm
14 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
55,3 g
Max. clamping range depends on conduit inner diameter
M16
6 mm
8 mm
Cable gland IP 68
1,5
10 mm
38 mm
21 mm
5/16"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
61,4 g
Max. clamping range depends on conduit inner diameter
M16
8 mm
10 mm
Cable gland IP 68
1,5
10 mm
40 mm
21 mm
14 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
58,16 g
Max. clamping range depends on conduit inner diameter
M16
8 mm
10 mm
Cable gland IP 68
1,5
10 mm
38 mm
21 mm
5/16"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
57,3 g
Max. clamping range depends on conduit inner diameter
M20
8 mm
11 mm
Cable gland IP 68
1,5
10 mm
42 mm
25 mm
17 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
73,6 g
Max. clamping range depends on conduit inner diameter
M20
8 mm
11 mm
Cable gland IP 68
1,5
10 mm
43 mm
27 mm
19 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
93,28 g
Max. clamping range depends on conduit inner diameter
M20
8 mm
11 mm
Cable gland IP 68
1,5
10 mm
42 mm
27 mm
3/8"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
100,8 g
Max. clamping range depends on conduit inner diameter
M20
8 mm
11 mm
Cable gland IP 68
1,5
10 mm
38 mm
29 mm
1/2"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
103,6 g
Max. clamping range depends on conduit inner diameter
M20
11 mm
14 mm
Cable gland IP 68
1,5
10 mm
42 mm
25 mm
17 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
73,44 g
Max. clamping range depends on conduit inner diameter
M20
11 mm
14 mm
Cable gland IP 68
1,5
10 mm
43 mm
27 mm
19 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
90,56 g
Max. clamping range depends on conduit inner diameter
M20
11 mm
14 mm
Cable gland IP 68
1,5
10 mm
38 mm
29 mm
1/2"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
100,36 g
Max. clamping range depends on conduit inner diameter
M25
13 mm
16 mm
Cable gland IP 68
1,5
11 mm
48 mm
29 mm
21 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
111 g
Max. clamping range depends on conduit inner diameter
M25
13 mm
16 mm
Cable gland IP 68
1,5
11 mm
52 mm
36 mm
3/4"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
114,6 g
Max. clamping range depends on conduit inner diameter
M25
16 mm
19 mm
Cable gland IP 68
1,5
11 mm
52 mm
36 mm
27 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
182,88 g
Max. clamping range depends on conduit inner diameter
M25
16 mm
19 mm
Cable gland IP 68
1,5
11 mm
52 mm
36 mm
3/4"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
25
183,6 g
Max. clamping range depends on conduit inner diameter
M32
18 mm
21 mm
Cable gland IP 68
1,5
13 mm
55 mm
36 mm
27 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
188 g
Max. clamping range depends on conduit inner diameter
M32
18 mm
21 mm
Cable gland IP 68
1,5
13 mm
55 mm
45 mm
1"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
189 g
Max. clamping range depends on conduit inner diameter
M32
21 mm
25 mm
Cable gland IP 68
1,5
13 mm
55 mm
36 mm
27 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
184 g
Max. clamping range depends on conduit inner diameter
M32
21 mm
25 mm
Cable gland IP 68
1,5
13 mm
55 mm
45 mm
1"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
299,8 g
Max. clamping range depends on conduit inner diameter
M40
24 mm
28,5 mm
Cable gland IP 68
1,5
13 mm
60 mm
46 mm
36 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
287,8 g
Max. clamping range depends on conduit inner diameter
M40
24 mm
28,5 mm
Cable gland IP 68
1,5
13 mm
62 mm
54 mm
1 1/4"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
580 g
Max. clamping range depends on conduit inner diameter
M40
28,5 mm
32 mm
Cable gland IP 68
1,5
13 mm
60 mm
46 mm
36 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
575,5 g
Max. clamping range depends on conduit inner diameter
M40
28,5 mm
32 mm
Cable gland IP 68
1,5
13 mm
62 mm
54 mm
1 1/4"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
10
574,5 g
Max. clamping range depends on conduit inner diameter
M50
33 mm
37 mm
Cable gland IP 68
1,5
14 mm
62 mm
55 mm
45 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
5
385,8 g
Max. clamping range depends on conduit inner diameter
M50
37 mm
41 mm
Cable gland IP 68
1,5
14 mm
62 mm
55 mm
45 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
5
597 g
Max. clamping range depends on conduit inner diameter
M63
40 mm
46 mm
Cable gland IP 68
1,5
14 mm
69 mm
70 mm
56 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
5
680 g
Max. clamping range depends on conduit inner diameter
M63
40 mm
46 mm
Cable gland IP 68
1,5
14 mm
74 mm
70 mm
2"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
5
683 g
Max. clamping range depends on conduit inner diameter
M63
46 mm
50 mm
Cable gland IP 68
1,5
14 mm
69 mm
70 mm
56 mm
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
5
683 g
Max. clamping range depends on conduit inner diameter
M63
46 mm
50 mm
Cable gland IP 68
1,5
14 mm
74 mm
70 mm
2"
TPE
-40°C ... +100°C
SEV, CE, DNV, EAC, VDE
Version A acc. to EN 62444
5
721,4 g
Max. clamping range depends on conduit inner diameter
M20
2,5 mm
10 mm
IP 68 (together with ROHRflex® corrugated tube)
1,5
10 mm
34,5 mm
24 mm
Nickel-plated brass
-40°C ... +120°C
25
78,4 g
M25
5 mm
16 mm
IP 68 (together with ROHRflex® corrugated tube)
1,5
11 mm
35,5 mm
30 mm
Nickel-plated brass
-40°C ... +120°C
25
123,96 g
M32
12 mm
20 mm
IP 68 (together with ROHRflex® corrugated tube)
1,5
13 mm
36,5 mm
36 mm
Nickel-plated brass
-40°C ... +120°C
25
146,6 g
M40
16 mm
27 mm
IP 68 (together with ROHRflex® corrugated tube)
1,5
13 mm
45 mm
46 mm
Nickel-plated brass
-40°C ... +120°C
10
333,5 g
M50
20 mm
35 mm
IP 68 (together with ROHRflex® corrugated tube)
1,5
14 mm
46 mm
55 mm
Nickel-plated brass
-40°C ... +120°C
5
435 g
M63
25 mm
45 mm
IP 68 (together with ROHRflex® corrugated tube)
1,5
14 mm
49 mm
70 mm
Nickel-plated brass
-40°C ... +120°C
5
728 g
PG 7
4,5 mm
6 mm
Cable gland IP 68
10 mm
35 mm
17 mm
10 mm
TPE
-40°C ... +100°C
EAC
25
48,84 g
Max. clamping range depends on conduit inner diameter
PG 9
6 mm
8 mm
Cable gland IP 68
10 mm
40 mm
21 mm
14 mm
TPE
-40°C ... +100°C
EAC
25
53,16 g
Max. clamping range depends on conduit inner diameter
PG 9
8 mm
10 mm
Cable gland IP 68
10 mm
40 mm
21 mm
14 mm
TPE
-40°C ... +100°C
EAC
25
55,98 g
Max. clamping range depends on conduit inner diameter
PG 11
5,5 mm
8,5 mm
Cable gland IP 68
10 mm
41 mm
25 mm
17 mm
TPE
-40°C ... +100°C
EAC
25
87,08 g
Max. clamping range depends on conduit inner diameter
PG 11
8,5 mm
12 mm
Cable gland IP 68
10 mm
41 mm
25 mm
17 mm
TPE
-40°C ... +100°C
EAC
25
81,6 g
Max. clamping range depends on conduit inner diameter
PG 13
8 mm
11 mm
Cable gland IP 68
10 mm
42 mm
27 mm
19 mm
TPE
-40°C ... +100°C
EAC
25
93,82 g
Max. clamping range depends on conduit inner diameter
PG 13
11 mm
14 mm
Cable gland IP 68
10 mm
42 mm
27 mm
19 mm
TPE
-40°C ... +100°C
EAC
25
95,12 g
Max. clamping range depends on conduit inner diameter
PG 16
8 mm
11 mm
Cable gland IP 68
10 mm
43 mm
29 mm
21 mm
TPE
-40°C ... +100°C
EAC
25
111,36 g
Max. clamping range depends on conduit inner diameter
PG 16
11 mm
14 mm
Cable gland IP 68
10 mm
43 mm
29 mm
21 mm
TPE
-40°C ... +100°C
EAC
25
112,36 g
Max. clamping range depends on conduit inner diameter
PG 21
13 mm
16 mm
Cable gland IP 68
12 mm
55 mm
36 mm
27 mm
TPE
-40°C ... +100°C
EAC
10
204 g
Max. clamping range depends on conduit inner diameter
PG 21
16 mm
19 mm
Cable gland IP 68
12 mm
55 mm
36 mm
27 mm
TPE
-40°C ... +100°C
EAC
10
198 g
Max. clamping range depends on conduit inner diameter
PG 29
19 mm
23 mm
Cable gland IP 68
12 mm
57 mm
45 mm
36 mm
TPE
-40°C ... +100°C
EAC
10
328 g
Max. clamping range depends on conduit inner diameter
PG 29
23 mm
25,5 mm
Cable gland IP 68
12 mm
57 mm
45 mm
36 mm
TPE
-40°C ... +100°C
EAC
10
328 g
Max. clamping range depends on conduit inner diameter
PG 36
25 mm
30,5 mm
Cable gland IP 68
15 mm
62 mm
54 mm
45 mm
TPE
-40°C ... +100°C
EAC
5
487 g
Max. clamping range depends on conduit inner diameter
PG 36
30,5 mm
35 mm
Cable gland IP 68
15 mm
62 mm
54 mm
45 mm
TPE
-40°C ... +100°C
EAC
5
482 g
Max. clamping range depends on conduit inner diameter
PG 42
33 mm
37 mm
Cable gland IP 68
15 mm
62 mm
55 mm
45 mm
TPE
-40°C ... +100°C
EAC
5
637 g
Max. clamping range depends on conduit inner diameter
PG 42
37 mm
41 mm
Cable gland IP 68
15 mm
62 mm
55 mm
45 mm
TPE
-40°C ... +100°C
EAC
5
629 g
Max. clamping range depends on conduit inner diameter
PG 48
39 mm
43 mm
Cable gland IP 68
15 mm
69 mm
66 mm
56 mm
TPE
-40°C ... +100°C
EAC
5
654 g
Max. clamping range depends on conduit inner diameter
PG 48
43 mm
46,5 mm
Cable gland IP 68
15 mm
69 mm
66 mm
56 mm
TPE
-40°C ... +100°C
EAC
5
649 g
Max. clamping range depends on conduit inner diameter

Selected variant

Select a variant in the list

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