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Cable Glands
A cable gland is a part that secures the cable and protects it from cable disconnection and load due to vibration, and prevents water, oil, and dust from entering the insertion port. Used for cable outlets of electrical wiring devices such as control panels, junction boxes, handy controllers, etc. After inserting the cable into the connector body, fix and connect it with a rubber bush that serves as an internal seal, a lock nut, and a seal nut. The most common type is a tool that can be hand tightened without using tools, and there are parts for various sizes and applications. The material is made of polyamide, which has excellent waterproof properties, NBR rubber, which is resistant to oil, silicon rubber, which is resistant to aging and ultraviolet rays, metal, which is resistant to chemicals and impact, etc. There are also parts with different shapes from general-purpose types, such as spiral and pinch types that prevent cable breakage, etc.
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Cable Gland (M Screw / PG Screw)
MISUMI
A vibration resistant cable gland. ·Minimum order quantity: 2 pcs./1 pc. · Material (main body part): Nylon 6
- Volume Discount
- UL
- Vibration-Resistant
Shape Outer Diameter Of Cable Used Screw Standard Material Color Protection Function (Environmental Resistance) Representative Standard Type Screw Size Integrated Type Ф3.5～8mm Pg Thread Resin Black / Grey Waterproof - Cable Gland PG9 From: ₹ 548.57 Days to Ship: 6 Day(s) or more 
6 Day(s) or more
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Cable Gland (With Cable Protection Guide)
MISUMI
A cable gland with cable protection guide. A sealing ring is molded on the panel joint surface, and the screw of the cable fixed part has a ratchet system to prevent loosening.
- Volume Discount
- UL
- CSA
- VDE
Shape Outer Diameter Of Cable Used Screw Standard Material Color Protection Function (Environmental Resistance) Representative Standard Type Screw Size Flexible Corrugate Type Ф3.5～8mm Pg Thread Resin Black / Grey Waterproof UL / CSA Cable Gland PG9 From: ₹ 680.00 Days to Ship: 6 Day(s) or more
6 Day(s) or more
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| Specifications |
| Shape |
| Outer Diameter Of Cable Used |
| Screw Standard |
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| Protection Function (Environmental Resistance) |
| Representative Standard |
| Type |
| Screw Size |
You can add up to 6 items per a category to the compare list.  | You can add up to 6 items per a category to the compare list.  | |
| Brand | MISUMI | MISUMI |
| Product Series | ||
| From | ₹ 548.57 | ₹ 680.00 |
| Days to Ship | 6 Day(s) or more | 6 Day(s) or more |
| Specifications |
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| Shape | Integrated Type | Flexible Corrugate Type |
| Outer Diameter Of Cable Used | Ф3.5～8mm | Ф3.5～8mm |
| Screw Standard | Pg Thread | Pg Thread |
| Material | Resin | Resin |
| Color | Black / Grey | Black / Grey |
| Protection Function (Environmental Resistance) | Waterproof | Waterproof |
| Representative Standard | - | UL / CSA |
| Type | Cable Gland | Cable Gland |
| Screw Size | PG9 | PG9 |
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Specification/Dimensions
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Shape
- Integrated Type
- Split Type
- Cable Gland Type
- Angle Type
- Flexible Corrugate Type
- Multi-Hole Type
- Joint Type
- Shield Type
- Multiple Type (Square)
- Other
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Outer Diameter Of Cable Used
- VFFΦ0.75×2mm
- Φ1～2.5mm
- Ф1.3～2.3mm
- Ф1.6～2.6mm
- Φ1.7～2.2mm
- Φ2～2.5
- Φ2～2.5mm
- Ф2～2.5mm
- Ф2.0～3.1mm
- Φ2～4
- Φ2～4mm
- Ф2～4mm
- Φ2～5
- 2～6.5mm
- Ф2～6.5mm
- Φ2.2～3.3mm
- Φ2.3×4.5/Φ2.8×5.3mm
- Ф2.4～3.4mm
- Φ2.5～3.0mm
- Φ2.5～3.5mm
- 2.5～4mm
- Φ2.5～4
- Φ2.5～4mm
- Ф2.5～4mm
- Ф2.5～6.5mm
- Ф2.6～3.6mm
- Φ2.8 ～1.6
- Φ3-4
- Φ3.0～3.5mm
- Φ3～4mm
- Ф3.0～4.1mm
- Ф3.0～4.2mm
- Φ3.0～4.5
- Φ3～5mm
- Ф3～5mm
- Ф3～5.3mm
- Φ3.0×5.6mm
- Φ3～5.6/Φ3.8～7.1mm
- Φ3～6mm
- Φ3～7mm
- Φ3.0×7.1/Φ3.8×7.6mm
- 3～8mm
- Ф3～8mm
- Φ3.3～6.6/Φ3.6～7.2mm
- Φ3.4～4.6
- Ф3.4～4.8mm
- Φ3.5～4.7mm
- Φ3.5～5
- Ф3.5～5mm
- Ф3.5～5.2mm
- Φ3.5～6mm
- Φ3.5～7mm
- Ф3.5～7mm
- Φ3.5～8mm
- Ф3.5～8mm
- Φ3.5～10
- Φ3.7 ～2.3
- Φ3.8 ～2.3
- Φ4-6
- Φ4～5mm
- Φ4～6
- Φ4～6mm
- Φ4.0～6.0mm
- Ф4～6mm
- φ4～6.6
- Ф4～6.6mm
- Ф4～7mm
- Φ4～8mm
- Φ4～9mm
- Φ4～10mm
- Ф4～10mm
- Φ4～12mm
- Ф4.2～5.3mm
- Ф4.3～6.1mm
- Φ4.5～6
- Ф4.5～6mm
- Φ4.5～6.5
- Ф4.5～7.8mm
- Φ4.5～8.5
- Ф4.5～10mm
- Ф4.6～7.6mm
- Φ4.6×8mm
- Φ4.7～6.0
- Φ5 ～3.5
- Φ5～6mm
- Φ5～6.5mm
- Φ5～7
- Φ5～7mm
- Ф5～7mm
- Φ5/7/9
- Ф5～8.8mm
- Φ5～10mm
- Φ5.0×10.4mm
- Φ5～12
- Ф5～12mm
- Φ5～12.5
- Φ5～16
- Φ5.3～3
- Φ5.3～3.5
- Φ5.3～4.2
- Φ5.3～4.5
- Ф5.3～7.8mm
- Φ5.5～7
- Ф5.5～7mm
- Φ5.8～6.8mm
- Φ6-7
- Φ6×2mm
- Φ6～7mm
- Φ6～8mm
- Ф6～8mm
- Φ6.0～8.0/Φ8.0～10.0/Φ10.0～12.0mm
- Φ6～9mm
- Φ6～10
- Φ6～10.0
- Φ6～10mm
- Ф6～10mm
- Ф6～10.0mm
- Φ6～11mm
- Φ6～12
- Φ6～12mm
- Ф6～12mm
- Φ6～16mm
- Φ6.1～7.5
- Φ6.2～7.4mm
- Φ6.3～4.8
- Φ6.5～7.8mm
- Φ6.5～8
- Φ6.5～8.0mm
- Ф6.5～8mm
- Φ6.5～8.5
- Φ6.5～10.5
- Ф6.5～10.5mm
- Φ6.6～4
- Φ7～4
- Φ7～9mm
- Ф7～9mm
- Ф7～10mm
- Ф7～12mm
- Ф7～12.5mm
- Ф7～13mm
- Φ7～14
- Φ7.4～8.2mm
- Φ7.5～9.5mm
- Φ7.6mm
- Φ7.6～9.0
- Φ7.8～4.5
- Φ7.8～5.3
- Φ8～4.5
- Φ8～6.8
- Φ8～10mm
- Φ8/Φ10/Φ12
- Φ8.0～10.5mm
- Φ8～12
- Φ8～12mm
- Ф8～13mm
- 8～14mm
- Φ8～14mm
- Ф8～14mm
- Φ8.2～9.2mm
- Φ8.5～10.5
- Φ8.5～11.5mm
- Φ8.5～12.5
- Φ8.8～5
- Φ9-11
- Φ9～11
- Φ9～11mm
- Ф9～11mm
- Ф9～14mm
- Ф9～16.5mm
- Ф9～17mm
- Φ9～18
- Φ9～19mm
- Φ9.1～10.5
- Φ9.2～10.5/11.0mm
- Φ9.2～10.5/Φ11.0mm
- Ф9.5～12mm
- Φ9.5～14
- Φ9.8
- Φ9.8mm
- Φ10～6
- Φ10～7
- Φ10～8.5
- Φ10～14
- Ф10～16mm
- Φ10.5～12.5
- Φ10.5～14.5
- Φ10.6～12.0
- Φ11～7
- Φ11～9.5
- Φ11～13
- Φ11～13mm
- Ф11～13mm
- Φ11～15mm
- Φ11.0～15.0mm
- Φ11～16mm
- Ф11～16mm
- Φ11～17mm
- 11～18mm
- Ф11～18mm
- Ф11～21mm
- Ф11.5～14mm
- Φ11.5～18
- Φ12～7
- Φ12～9.5
- Φ12.0～14.0/Φ14.0～17.0/Φ17.0～19.0mm
- Φ12～15mm
- Ф12～16.5mm
- Ф12～18mm
- Φ12.1～14.0
- Φ12.5～14.5
- Φ12.5～16mm
- Φ13-14
- Φ13～8
- Φ13～14mm
- Φ13～16
- Φ13～16mm
- Ф13～16mm
- Φ13～18mm
- Ф13～18mm
- Φ13～21mm
- Φ13.5
- Φ14～9
- Φ14～11.5
- Φ14～12
- Ф14～18mm
- Φ14～25
- Ф14～25mm
- Φ14.1～16.0
- Φ14.5～16.5
- Φ14.5～18.5
- Ф15～18mm
- Φ15～19
- Φ15～19mm
- Ф15～19mm
- Ф15～22mm
- Φ15～24
- Φ15.8～12
- Φ16～12
- Φ16～13
- Φ16～18
- ø16 to 18 (Large Bore), 5 to 16 (Small Bore)
- Φ16.0～20.0
- Φ16.0～20.0mm
- Φ16～20mm
- 16～25mm
- Ф16～25mm
- Φ16.1～17.0
- Φ16.5～18.5
- Φ17.1～18.0
- Φ18～14
- Φ18～15
- Φ18～25
- Φ18～25mm
- Ф18～25mm
- 18～27mm
- Φ18～27mm
- Φ18.1～20.0
- Φ18.5～20.5
- Φ18.5～22.5
- Φ19～23mm
- Ф19～23mm
- Ф19～28mm
- Φ20.1～22.0
- Φ20.5～22.5
- Φ21～25.5mm
- Φ22～16
- Φ22.0～24.0
- Φ22.1～24.5
- Φ23～30
- Φ24.0～27.0
- Φ24.0～28.5mm
- Φ24～28.5mm
- Ф24～30mm
- Φ24～38.5
- Φ24.6～27.0
- Φ25～18
- Φ25～21
- Φ25～30
- Φ25～30mm
- Ф25～30mm
- Φ26～35
- Φ27.0～30.0
- Φ27～38mm
- Φ27.1～30.0
- Φ28.5～33mm
- Φ28.5～33.0mm
- Φ30～24
- Φ30.0～32.0
- Φ32～26
- Φ32.0～35.0
- Φ33.0～37.0mm
- Φ33～37mm
- Φ35.0～38.0
- Φ37.0～42.0mm
- Φ37～42mm
- Φ37～44
- Φ37～44mm
- Φ41～31
- Φ46～40
- Φ51～44
- Φ77 ～66
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Screw Standard
- Metric Thread
- Pg Thread
- G (PF) Thread
- CTG Thread
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Material
- Metal
- Resin
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Color
- Black
- Grey
- Silver Gray
- Other
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Protection Function (Environmental Resistance)
- Waterproof
- Oil Resistance
- Explosion-Proof
- Flame Retardance
- Weatherability
- Chemical Resistance
- Corrosion Resistance
- Other
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Representative Standard
- CE
- UL
- CUL
- CSA
- ROHS
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Type
- Cable Gland
- Related Parts
-
Screw Size
- G(PF) 1 1/4"
- G(PF) 1 1/2"
- CTG16
- CTG28
- CTG36
- Other
- M4×0.5
- M6×0.5
- M7×0.5
- M8×0.5
- M9×0.5
- M10×0.5
- M6×1.0
- M15×1.0
- M8×1.25
- CTG22
- M10×1.5
- M20
- M25
- M32
- G(PF) 2"
- M90×2
- M12×1.5
- M16×1.5
- M20×1.5
- M25×1.5
- M32×1.5
- M40×1.5
- M50×1.5
- M63×1.5
- PG7
- PG9
- PG11
- PG13.5
- PG16
- PG21
- PG29
- PG36
- PG42
- G(PF) 1/4"
- G(PF) 3/8"
- G(PF) 1/2"
- G(PF) 3/4"
- G(PF) 1"
Related Categories to Cable Glands
FAQ Cable Glands
- Question: What are cable glands?
- Answer: Cable glands are mechanical devices used to secure and protect the ends of cables. They are primarily used to provide a safe connection between electrical cables and equipment, ensuring protection against environmental elements like dust, water, and contaminants. Cable glands are essential in both industrial and commercial electrical installations.
- Question: How do I choose the right cable gland?
- Answer: When selecting a cable gland, consider the following factors: • Cable type: The gland must be compatible with the cable's size and type. • Environment: The gland should be suitable for the operating environment, such as indoor, outdoor, or hazardous areas. • Protection level: Choose a gland with the appropriate IP rating (Ingress Protection) based on the required level of protection. • Standards: Ensure the gland complies with relevant industry standards, such as IEC or UL
- Question: What are the benefits of using cable glands?
- Answer: Using cable glands offers several benefits, including: • Protection: Cable glands protect cables from moisture, dust, and other environmental factors. • Safety: They help prevent electrical hazards by ensuring proper grounding and insulation. • Durability: Cable glands are designed to be durable and long-lasting. • Compliance: They can help ensure compliance with various safety standards and regulations.
- Question: What certifications should one look for when buying cable glands?
- Answer: Look for industry certifications that match your specific application needs: • ATEX (for explosive atmospheres) • IECEx (international certification for hazardous areas) • UL (safety standards, especially in North America) • CSA (Canadian Standards Association for North America) • RoHS (restriction of hazardous substances in electrical equipment) These certifications ensure the cable glands meet strict safety and quality requirements.
- Question: What are some common mistakes to avoid when installing cable glands?
- Answer: Here are some common mistakes to avoid: • Overtightening: Overtightening the gland nut can damage the cable or the gland itself. • Incorrect cable preparation: The cable should be prepared correctly before insertion into the gland. • Using the wrong gland type: Ensure that the gland is compatible with the cable type and the operating environment. • Neglecting maintenance: Regular inspections and maintenance are essential to prevent problems and ensure the gland's effectiveness.
- Question: What does 'ex d' and 'ex e' mean in cable glands?
- Answer: Ex d (Flameproof Enclosure): Refers to a gland that can withstand an internal explosion without allowing flames or heat to escape. Ex e (Increased Safety): Designed for environments where no arcs or sparks are likely to be produced, offering increased protection through superior sealing and insulation. These classifications are part of the IECEx and ATEX standards for hazardous environments.
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