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EMC metal waterproof IP68 Cable Gland

Catalog Download

Technical Parameters

Name
EMC metal cable gland
Thread
Metric,PG,G(PF) and NPT
Protection degree
IP 68 - 5 Bar
Features
1.Optimal grounding of shielded cable,One direction installation,Impact resistant.
2.Suitable for the highest demands of today's technology.
3.Easy installation & handling.
4.High corrosion resistance,Water tight, Strain relief.
Materials
Contact Spring Special Copper Alloy;Clamping Insert Polyamide 6;Seal Chloroprene (CR);O-Ring Neoprene (NBR);Flammability V2 (according to UL 94)
Temperature Range
-20°C to +100°C permanent, -40°C to +300°C interminent.
Claw
PA66(Nylon)，UL94-V2
Hermetic seal
NBR , Silicone rubber
O-Ring
NBR , Silicone rubber
EMC metal waterproof IP68 Cable Gland
EMC metal waterproof IP68 Cable Gland

Product Description

Spring EMC cable gland is a professional equipment used for cable protection and sealing. This product mainly provides protection for high-strength sealing occasions such as cable junction boxes, distribution cabinets, switch cabinets, and control cabinets. The following will provide a detailed introduction to the product functions of spring EMC cable glands.
1. Electromagnetic shielding function
The spring EMC cable sealing sleeve is made of special materials with electromagnetic shielding function, which can effectively block the interference of electromagnetic waves and ensure that the cable line will not be affected by external interference and cause faults.
2. Waterproof and dustproof function
In harsh external environments, moisture and dust often contaminate electrical components, leading to various malfunctions. This product adopts special materials and sealing design, with excellent waterproof and dustproof performance, which can effectively prevent moisture and dust from entering the sealing sleeve, thus avoiding the occurrence of electrical short circuits and other faults caused by moisture and dust damage.
3. Elastic adaptive function
The spring EMC cable gland has strong elasticity in the structural design of the pipeline casing, which can adaptively unfold according to the shape of the sealing part and perfectly fit it, achieving excellent sealing performance. This product is suitable for various shapes and specifications of cable routes, and has high universality.
4. Long term stability
This product has excellent weather resistance and heat resistance, and can operate for a long time in extremely harsh environments. Its internal structure adopts anti-aging special materials, which has reliable sealing performance and can operate stably for a long time, effectively ensuring the safety of cable lines.
In short, the spring EMC cable gland is a multifunctional gland with scientific and reasonable design, excellent production, high reliability and service life. It is widely used in industries such as power, railway, and petroleum, and has important significance for protecting cable lines.

Decomposition Diagrams

Technical Data sheet

Spring EMC Metal Cable Gland
Metric
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
M12*1.5 M12-6.5 3-6.5 12 6 14/14 50
M16*1.5 M16-8 4-8 16 6 20/20 50
M20*1.5 M20-12 6-12 20 6 24/24 50
M25*1.5 M25-14 10-14 25 7 27/24 50
M25-16 12-16 25 7 27/27 50
M25-18 13-18 25 7 27/30 50
M32*1.5(2) M32-22 15-22 32 8 40/40 50
M40*1.5(2) M40-30 22-30 40 8 50/50 50
M50*1.5(2) M50-38 32-38 50 9 55/57 50
M63*1.5(2) M63-44 37-44 63 10 68/64 50
M75*1.5(2) M75-56 48-56 75 15 81/81 50
M85*1.5(2) M85-70 62-70 85 15 95/95 50
PG
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
PG7 PG7-6.5 3-6.5 12.5 6 14/14 50
PG9 PG9-8 4-8 15.2 6 20/20 50
PG11 PG11-10 5-10 18.6 6 20/20 50
PG13.5 PG13.5-12 6-12 20.4 6.5 24/24 50
PG16 PG16-14 10-14 22.5 6.5 24/24 50
PG21 PG21-18 13-18 28.3 7 30/30 50
PG29 PG29-25 18-25 37 8 40/40 50
PG36 PG36-33 25-32 47 8 50/50 50
PG42 PG42-38 32-38 54 9 57/57 50
PG48 PG48-44 37-44 59.3 10 68/68 50
G
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
G1/4 G1/4 3-6.5 13.1 8 17/17 50
G3/8 G3/8 5-10 16.6 9 20/20 50
G1/2 G1/2 10-14 20.9 9 24/24 50
G3/4 G3/4 13-18 26.4 12 30/30 50
G1 G1 18-25 33.2 12 40/40 50
G1-1/4 G1-1/4 25-32 41.9 15 50/50 50
G1-1/2 G1-1/2 32-38 47.8 15 57/57 50
G2 G2 37-44 59.6 15 64/64 50
NPT
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
NPT1/4 NPT1/4 3-6.5 13.6 13 17/17 50
NPT3/8 NPT3/8 5-10 17 13 20/20 50
NPT1/2 NPT1/2 10-14 21.2 13 24/24 50
NPT3/4 NPT3/4 13-18 26.5 13 30/30 50
NPT1 NPT1 18-25 33.2 15 40/40 50
NPT1-1/4 NPT1-1/4 25-33 41.9 17 54/54 50
NPT1-1/2 NPT1-1/2 32-38 48 15 50/50 50
NPT2 NPT2 37-44 60 20 64/64 50

Installation instructions

Metal EMC cable glands are an important device used to protect cables and machines from electromagnetic interference. Its installation is very important, not only related to the service life of the equipment, but also to the safety of personnel. Therefore, when installing metal EMC cable glands, the following points need to be noted:
1. Choose the appropriate size and material
When selecting metal EMC cable glands, the size should be determined based on the diameter of the cable and the requirements of the equipment. In addition, materials suitable for the equipment environment and usage conditions should also be selected, such as stainless steel, aluminum alloy, etc.
2. Determine the wiring direction of the cable
Before installing the metal EMC cable gland, the cable routing direction should be determined to ensure that the cable does not bend or break when passing through the gland.
3. Punch and eliminate burrs
Before punching holes into the equipment shell or plate, carefully measure the position of the hole to be punched according to the specifications of the sealing sleeve. After completing the drilling, the burrs around the hole should also be cleaned to avoid damaging the cable or causing electromagnetic interference.
4. Install the sealing sleeve and tighten it
After threading the cable through the metal EMC cable gland and inserting it into the equipment, the gland should be tightly tightened and a gasket should be placed in the middle to ensure that the gland fits tightly with the equipment casing, preventing external dust, moisture, and other substances from entering the equipment and affecting its normal operation.
5. Make good grounding
After installing the sealing sleeve, it is also necessary to ground the cable to ensure that the equipment meets various safety standards and does not cause any harm to personnel's health.
In summary, installing metal EMC cable glands is a crucial operation. Only by following the correct installation steps can the protective effect of metal EMC cable glands be fully utilized. Therefore, before installation, it is necessary to carefully read the installation manual and ensure that all operations comply with safety and technical requirements.

Product Description

Metal EMC cable glands are an efficient cable insulation sealing material commonly used to isolate the cable termination section from the external environment. It has been widely used in fields such as electronic equipment, telecommunications equipment, locomotives and ships.
The top and bottom of the sealing sleeve are made of metal materials, which can effectively shield electromagnetic interference. The sealing element in the middle is made of nitrile rubber, which has excellent heat resistance, cold resistance, oil resistance, and electrical resistance. The entire sealing sleeve is equipped with springs around it, which can be tightly fixed to the cable to avoid leakage caused by looseness and interference from external factors.
This sealing sleeve can effectively protect the cable end from external forces such as water, dirt, dust, chemical corrosion, and mechanical wear. At the same time, it can also optimize the anti-interference performance of the cable protection system, enabling it to maintain stable working performance in high voltage and high-frequency environments.
This sealing sleeve has the characteristics of easy installation, easy disassembly, and low maintenance cost. It is not only reusable, but can also be customized according to specific needs. Its materials are environmentally friendly and non-toxic, and will not cause any pollution to the human body and environment, meeting international environmental protection requirements.
In short, the metal EMC cable gland is an excellent cable insulation sealing material. It has excellent electromagnetic shielding performance and anti-interference ability, which can protect the cable end from external environmental influences, improve the reliability and stability of equipment, reduce maintenance costs, and is a reliable choice widely used in various industries.

Decomposition Diagrams

Technical Data sheet

EMC Metal Cable Gland
Metric
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
M10*1.0 M10-6.5 3-6.5 10 6.5 14/14 50
M12*1.5 M12-6.5 3-6.5 12 6.5 14/14 50
M12*1.5 M12-8 4-8 12 7 14/17 50
M14*1.5 M14-8 4-8 14 7 17/17 50
M16*1.5 M16-8 4-8 16 8 18/18 50
M16*1.5 M16-10 5-10 16 8 18/20 50
M18*1.5 M18-10 5-10 18 8 20/20 50
M20*1.5 M20-12 6-12 20 8 22/22 50
M22*1.5 M22-14 10-14 22 8 24/24 50
M24*1.5 M24-14 10-14 24 9 27/24 50
M25*1.5 M25-14 10-14 25 9 27/24 50
M25-16 12-16 25 9 27/27 50
M25-18 13-18 25 9 27/30 50
M27*1.5(2) M27-18 13-18 27 9 30/30 50
M28*1.5(2) M28-18 13-18 28 9 30/30 50
M30*1.5(2) M30-18 13-18 30 9 32/30 50
M32*1.5(2) M32-22 15-22 32 10 35/35 50
M33*1.5(2) M33-22 15-22 33 10 35/35 50
M36*1.5(2) M36-25 18-25 36 10 40/40 50
M37*1.5(2) M37-25 18-25 37 10 40/40 50
M40*1.5(2) M40-30 22-30 40 11 45/45 50
M42*1.5(2) M42-30 22-30 42 11 45/45 50
M47*1.5(2) M47-33 25-33 47 11 50/50 50
M48*1.5(2) M48-33 25-33 48 11 50/52 50
M50*1.5(2) M50-38 32-38 50 13 55/57 50
M54*1.5(2) M54-38 32-38 54 13 55/57 50
M60*1.5(2) M60-44 37-44 60 14 64/64 50
M63*1.5(2) M63-44 37-44 63 14 68/64 50
M64*1.5(2) M64-44 37-44 64 14 68/64 50
M72*1.5(2) M72-52 42-52 72 16 78/78 50
M75*1.5(2) M75-52 42-52 75 16 78/78 50
M80*1.5(2) M80-62 55-62 80 18 88/88 50
M88*1.5(2) M88-70 65-70 88 18 94/94 50
M100*1.5(2) M100-84 78-84 100 20 110/110 50
PG
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
PG7 PG7-6.5 3-6.5 12.5 6.5 14/14 50
PG9 PG9-8 4-8 15.2 7 17/17 50
PG11 PG11-10 5-10 18.6 8 20/20 50
PG13.5 PG13.5-12 6-12 20.4 8 22/22 50
PG16 PG16-14 10-14 22.5 9 24/24 50
PG19 PG19-14 10-14 25 9 27/24 50
PG21 PG21-18 13-18 28.3 9 30/30 50
PG25 PG25-22 15-22 32 10 35/35 50
PG29 PG29-25 18-25 37 11 40/40 50
PG36 PG36-33 25-33 47 11 50/50 50
PG42 PG42-38 32-38 54 13 57/57 50
PG48 PG48-44 37-44 59.3 14 64/64 50
PG63 PG63-52 42-52 72 16 78/78 50
G
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
G1/4 G1/4 3-6.5 13.1 6 14/14 50
G3/8 G3/8 4-8 16.6 8 18/18 50
G1/2 G1/2 6-12 20.9 8 22/22 50
G3/4 G3/4 13-18 26.4 9 30/30 50
G1 G1 18-25 33.2 10 40/40 50
G1-1/4 G1-1/4 25-33 41.9 13 50/50 50
G1-1/2 G1-1/2 32-38 47.8 14 57/57 50
G2 G2 37-44 59.6 14 64/64 50
G2-1/2 G2-1/2 42-52 75.1 15 77/77 50
G3 G3 65-70 87.8 15 94/94 50
NPT
Thread Part No. Cable Range
(mm)		 Thread O.D
C1(mm)		 Thread Length
C2(mm)		 Spanner Size
A/F(mm)		 Std.pkg
(pcs/bag)
NPT1/4 NPT1/4 3-6.5 13.6 6 14/14 50
NPT3/8 NPT3/8 4-8 17 8 18/18 50
NPT1/2 NPT1/2 6-12 21.2 8 22/22 50
NPT3/4 NPT3/4 13-18 26.5 9 30/30 50
NPT1 NPT1 18-25 33.2 10 40/40 50
NPT1-1/4 NPT1-1/4 25-33 41.9 13 50/50 50
NPT1-1/2 NPT1-1/2 32-38 48 14 57/57 50
NPT2 NPT2 37-44 60 14 64/64 50
NPT2-1/2 NPT2-1/2 42-52 72.6 15 77/77 50
NPT3 NPT3 65-70 88.6 15 94/94 50

Installation instructions

Metal EMC cable glands are an important device used to protect cables and machines from electromagnetic interference. Its installation is very important, not only related to the service life of the equipment, but also to the safety of personnel. Therefore, when installing metal EMC cable glands, the following points need to be noted:
1. Choose the appropriate size and material
When selecting metal EMC cable glands, the size should be determined based on the diameter of the cable and the requirements of the equipment. In addition, materials suitable for the equipment environment and usage conditions should also be selected, such as stainless steel, aluminum alloy, etc.
2. Determine the wiring direction of the cable
Before installing the metal EMC cable gland, the cable routing direction should be determined to ensure that the cable does not bend or break when passing through the gland.
3. Punch and eliminate burrs
Before punching holes into the equipment shell or plate, carefully measure the position of the hole to be punched according to the specifications of the sealing sleeve. After completing the drilling, the burrs around the hole should also be cleaned to avoid damaging the cable or causing electromagnetic interference.
4. Install the sealing sleeve and tighten it
After threading the cable through the metal EMC cable gland and inserting it into the equipment, the gland should be tightly tightened and a gasket should be placed in the middle to ensure that the gland fits tightly with the equipment casing, preventing external dust, moisture, and other substances from entering the equipment and affecting its normal operation.
5. Make good grounding
After installing the sealing sleeve, it is also necessary to ground the cable to ensure that the equipment meets various safety standards and does not cause any harm to personnel's health.
In summary, installing metal EMC cable glands is a crucial operation. Only by following the correct installation steps can the protective effect of metal EMC cable glands be fully utilized. Therefore, before installation, it is necessary to carefully read the installation manual and ensure that all operations comply with safety and technical requirements.

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Installation method:
One end of the copper nickel plated waterproof connector outlet can lock the incoming and outgoing cables and play a waterproof, dustproof, and vibration resistant role. The other end can be connected to the equipment box, and threads can also be selected according to the requirements. Connect to electric equipment with internal threads at the inlet and outlet.

Technical principles

When the isolation line cable enters the fixed head, the copper contact sheet attached in the fixed head can be used to contact the metal isolation network in the cable, and then the interference electromagnetic wave can be guided to the ground wire, so that the electromagnetic wave interference source can be evacuated. It is applied to all outgoing lines requiring anti magnetic wave and achieves

How to choose the correct thread

1.First confirm the hole diameter of panel hole and then advise if there is tapping hole on the mounting panel.
2.Choosing the correct thread international standard.(Metric,PG,NPT,G). 
3.If there is no tapping hole on the mounting panel ,you can choose any type of thread.

FAQ

1.Question: Can customize long thread of metal cable gland ?
Answer: Yes. The shape and screw length of ordinary metal products can be customized after 3D & CAD drawings are provided without new molds (except for special appearance products).
2.Question: when is the lead time?
Answer: Standard goods can be shipped out within 3-7 business days.Customized model based on the QTY.

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