Leading Cable Gland Manufacturer and Supplier in China – Rayphen

We guarantee complete range of cable glands with full reports.

Why Rayphen Cable Gland

Improve Your Business with Rayphen Cable Gland

Rayphen is a leading manufacturer and supplier for all your cable gland needs. We provide all types of cable gland available in all sizes to skyrocket your business.

Metal Cable Gland

According to different material, Rayphen metal cable gland is including brass cable gland and stainless steel cable gland. They are robust and makes them suitable for industrial use. The uncompromising use of high-quality materials for this product ensures the outstanding quality.

Nylon Cable Gland

A nylon cable gland is also called plastic cable gland. It is made from polyamide (PA66). Depending on your different needs. Rayphen offers different colors. such as black, gray, dark gray. You can avail of our products at an affordable price.

Cable Gland Accessories

Rayphen provides a full range of cable gland accessories. such as vent plug, cable gland locknut, cable gland nuts, cable gland cap, etc. Rayphen cable gland accessories is also named cable gland fitting or cable gland components. Rayphen is sure about your special cable gland requirements will be satisfied with our engineering department.

Let Rayphen Help You Boom Your Business

Metal Cable Gland
Nylon Cable Gland
Cable Gland Accessories
Cable Gland Cap- Nylon Cable Gland Metric,PG Thread
Cable Gland Cap- EX Stainless Steel Cable Gland - Metric, PG Thread
Hexagonal Brass screw cap

Metal Cable Gland – M Series Metric thread
Thread AG	Applicable cable range(mm)	Thread O.D.(mm)	Mounting Hole Diameter (mm)	Thread length GL(mm)	Joint length H(mm)	Spanner Size (mm)
M8*1	2-5.5	8	8-8.2	5	16	12
M10*1	3-6.5	10	10-10.2	7	19	14
M12*1.5	3-6.5	12	12-12.2	7	19	14
M14*1.5	4-8	14	14-14.2	7	19	17
M16*1.5	4-8	16	16-16.2	8	20	18
M18*1.5	5-10	18	18-18.2	8	21	20
M20*1.5	6-12	20	20-20.2	8	22	22
M22*1.5	10-14	22	22-22.2	8	23	24
M24*1.5	10-14	24	24-24.2	9	25	24/27
M25*1.5	10-14	25	25-25.2	9	25	24/27
M25*1.5	8-16	25	25-25.2	9	27	27
M25*1.5	13-18	25	25-25.2	9	27	30/27
M27*1.5	13-18	27	27-27.2	9	27	30
M27*2	13-18	27	27-27.2	9	27	30
M28*1.5	13-18	28	28-28.2	9	27	30
M28*2	13-18	28	28-28.2	9	27	30
M30*1.5	13-18	30	30-30.2	9	29	30/32
M30*2	13-18	30	30-30.2	9	29	30/32
M32*1.5	15-22	32	32-32.2	10	29	35
M32*1.5	16-20	32	32-32.2	10	29	35
M32*2	15-22	32	32-32.2	10	29	35
M33*1.5	15-22	33	33-33.2	10	29	35
M33*2	15-22	33	33-33.2	10	29	35
M36*1.5	18-25	36	36-36.2	10	31	40
M36*2	18-25	36	36-36.2	10	31	40
M37*1.5	18-25	37	37-37.2	10	31	40
M37*2	18-25	37	37-37.2	10	31	40
M40*1.5	18-25	40	40-40.2	11	31	40/45
M40*2	18-25	40	40-40.2	11	31	40/45
M40*1.5	22-30	40	40-40.2	11	35	45
M40*2	22-30	40	40-40.2	11	35	45
M42*1.5	22-30	42	42-42.2	11	35	45
M42*2	22-30	42	42-42.2	11	35	45
M47*1.5	25-33	47	47-47.2	11	37	50
M47*2	25-33	47	47-47.2	11	37	50
M48*1.5	25-33	48	48-48.2	11	37	50/52
M48*2	25-33	48	48-48.2	11	37	50/52
M50*1.5	32-38	50	50-50.2	12	37	50/55
M50*2	32-38	50	50-50.2	12	37	50/55
M54*1.5	32-38	54	54-54.2	12	38	57
M54*2	32-38	54	54-54.2	12	38	57
M56*1.5	32-38	56	56-56.2	12	38	57/59
M56*2	32-38	56	56-56.2	12	38	57/59
M60*1.5	37-44	60	60-60.2	13	38	64
M60*2	37-44	60	60-60.2	13	38	64
M63*1.5	37-44	63	63-63.2	13	38	64/68
M63*2	37-44	63	63-63.2	13	38	64/68
M64*1.5	37-44	64	64-64.2	13	38	64/68
M64*2	37-44	64	64-64.2	13	38	64/68
M72*2	42-52	72	72-72.2	15	42	77
M75*2	42-52	75	75-75.2	15	42	77
M80*2	55-62	80	80-80.2	15	45	88
M88*2	65-70	88	88-88.2	15	45	94
M100*2	78-84	100	100-100.2	15	45	110

Metal cable gland – PG thread
Thread specification AG	Available cable range(mm)	Thread O.D (mm)	Mounting Hole Diamter (mm)	Thread Length GL(mm)	Joint Length H(mm)	Spanner size (mm)
PG7	3-6.5	12.5	12.5-12.7	7	19	14
PG7	2-5	12.5	12.5-12.7	7	19	14
PG9	4-8	15.2	15.2-15.4	8	20	17
PG9	2-6	15.2	15.2-15.4	8	20	17
PG11	5-10	18.6	18.6-18.8	8	21	20/21
PG11	3-7	18.6	18.6-18.8	8	21	20/21
PG13.5	6-12	20.4	20.4-20.6	8	22	22
PG13.5	5-9	20.4	20.4-20.6	8	22	22
PG16	10-14	22.5	22.5-22.7	9	23	24
PG16	6-12	22.5	22.5-22.7	9	23	24
PG19	10-14	25.0	25.0-25.2	9	25	24/27
PG19	8-16	25.0	25.0-25.2	9	25	27
PG21	13-18	28.3	28.3-28.5	9	27	30
PG21	9-16	28.3	28.3-28.5	9	27	30
PG25	15-22	32.0	32.0-32.2	10	29	35
PG25	16-20	32.0	32.0-32.2	10	29	35
PG29	18-25	37.0	37.0-37.2	11	31	40
PG29	13-20	37.0	37.0-37.2	11	31	40
PG36	25-33	47.0	47.0-47.2	12	37	50
PG36	20-26	47.0	47.0-47.2	12	37	50
PG42	32-38	54.0	54.0-54.2	13	38	57
PG42	25-31	54.0	54.0-54.2	13	38	57
PG48	37-44	59.3	59.3-59.5	14	38	64
PG48	29-35	59.3	59.3-59.5	14	38	64
PG63	42-52	72.0	72.0-72.2	15	42	77

Waterproof Brass Cable Gland–G thread type，NPT thread type
Thread AG	Available Cable range(mm)	Thread O.D.(mm)	Mounting Hole Diameter (mm)	Thread Length GL(mm)	Joint length H(mm)	Spanner size (mm)
G1/4	3-6.5	13.1	19	7	19	14
G3/8	4-8	16.6	19	8	19	18
G1/2	6-12	20.9	14	8	22	22
G3/4	13-18	26.4	14	9	25	30
G1	18-25	33.2	11	11	29	40
G1-1/4	25-33	41.9	11	13	35	50
G1-1/2	32-38	47.8	11	14	37	57
G2	37-44	59.6	11	14	38	64
G2-1/2	42-52	75.1	11	15	38	77
G3	65-70	87.8	11	15	48	94
NPT1/4	3-6.5	13.6	18	7	19	14
NPT3/8	4-8	17	18	8	19	18
NPT1/2	6-12	21.2	14	8	22	22
NPT3/4	13-18	26.5	14	9	25	30
NPT1	18-25	33.2	11.5	11	29	40
NPT1-1/4	25-33	41.9	11.5	13	35	50
NPT1-1/2	32-38	48	11.5	14	37	57
NPT2	37-44	60	11.5	14	38	64
NPT2-1/2	42-52	72.6	8	15	38	77
NPT3	65-70	88.6	8	15	45	94

Nylon Cable Gland – M Series Metric thread
Thread AG	Cable range(mm)	Thread O.D. C1(mm)	Thread length GL(mm)	Spanner Size (mm)
M8*1.25	2-4.8	8	7.5	13/12
M10*1.5	3-6	10	8	15/13
M12*1.5	3-6.5	12	8.5	18/15
	3-6.5	12	15	18/15
	3-5.5	12	8.5	18/19
	4-8	12	8.5	18/19
	3-5.5	12	15	18/19
	4-8	12	15	18/19
M16*1.5	4-8	16	10	22/19
	4-8	16	15	22/19
	3-7	16	10	22/22
	5-10	16	10	22/22
	3-7	16	15	22/22
	5-10	16	15	22/22
M18*1.5	3-7	18	10	24/22
	5-10	18	10	24/22
	3-7	18	15	24/22
	5-10	18	15	24/22
M20*1.5	6-12.5	20	10	27/24
	5-11	20	11	27/27
	8.5-14	20	11	27/27
	5-11	20	15	27/27
	8.5-14	20	15	27/27
M22*1.5	5-11	22	11	27/27
M22*1.5	8.5-14	22	11	27/27
M24*1.5	5-11	24	11	27/27
M24*1.5	8.5-14	24	11	27/27
M25*1.5	8.5-14	25	11.6	33/27
	7-13	25	11.6	33/33
	12.5-18	25	11.6	33/33
	7-13	25	15	33/33
	12.5-18	25	15	33/33
M32*1.5	11-17.5	32	15	36/42
	14-22	32	15	41/42
	17-25	32	15	41/42
M36*1.5	14-22	36	12	45/42
M36*1.5	17-25	36	12	45/42
M40*1.5	18-25	40	15	50/52
M40*1.5	23-32	40	15	50/52
M50*1.5	25-32	50	15	62/62
M50*1.5	30-41	50	15	62/62
M63*1.5	29-38	63	18	75/65
M63*1.5	35-46	63	18	75/65

Nylon Cable Gland– PG thread
Thread AG	Cable range(mm)	Thread O.D. C1 (mm)	Thread length GL(mm)	Spanner Size (mm)
PG7	3-6.5	12.5	8	17/15
	3-5.5	12.5	8	17/19
	3-5.5	12.5	15	17/19
	4-8	12.5	8	17/19
	4-8	12.5	15	17/19
PG9	3-5.5	15.2	8.2	22/19
	3-5.5	15.2	15	22/19
	4-8	15.2	8.2	22/19
	4-8	15.2	15	22/19
PG11	3-7	18.6	10	24/22
	3-7	18.6	15	24/22
	5-10	18.6	10	24/22
	5-10	18.6	15	24/22
PG13.5	5-9	20.4	10	27/24
	5-9	20.4	15	27/24
	6-12.5	20.4	10	27/24
	6-12.5	20.4	15	27/24
PG16	5-11	22.5	10.8	30/27
	5-11	22.5	15	30/27
	8.5-14	22.5	10.8	30/27
	8.5-14	22.5	15	30/27
PG19	5-11	24	11	30/27
	5-11	24	15	30/27
	8.5-14	24	11	30/27
	8.5-14	24	15	30/27
PG21	5-11	28.3	12	36/33
	5-11	28.3	15	36/33
	12.5-18	28.3	12	36/33
	12.5-18	28.3	15	36/33
PG25	14-20	30	13	36/37
PG25	14-20	30	15	36/37
PG29	14-22	37	12	46/41
	14-22	37	15	46/41
	17-25	37	12	46/41
	17-25	37	15	46/41
PG36	17-25.5	47	14	57/52
PG36	24-32	47	14	57/52
PG42	25-32	54	15	64/62
PG42	30-41	54	15	64/62
PG48	29-38	59.3	18	70/65
PG48	35-45.5	59.3	18	70/65

Nylon Cable Gland– NPT,G thread
Thread AG	Cable range(mm)	Thread O.D. C1(mm)	Thread length GL(mm)	Spanner Size (mm)
G1/4’’	3-5.3	13.157	8.5	19/19
G1/4’’	4-8	13.157	8.5	19/19
G3/8’’	3-7	16.662	10	22/22
G3/8’’	5-10	16.662	10	22/22
G1/2’’	5-9	20.955	10	27/24
G1/2’’	6-12.5	20.955	10	27/24
G3/4’’	7-13	26.441	12	36/33
G3/4’’	12.5-18	26.441	12	36/33
G1’’	15-22	33.249	15	46/41
G1’’	17-25	33.249	15	46/41
G11/4’’	17-25.5	41.91	15	57/52
G11/4’’	30-41	41.91	15	57/52
G11/2’’	25-32	48	15	60/62
G11/2’’	24-32	48	15	60/62
G2’’	29-38	60	18	60/62
G2’’	39-45.5	60	18	60/62
NPT1/4’’	3-5.3	13.157	8.5	19/19
NPT1/4’’	4-8	13.157	8.5	19/19
NPT3/8’’	3-7	16.662	10	22/22
NPT3/8’’	5-10	16.662	10	22/22
NPT1/2’’	5-9	20.955	10	24/24
NPT1/2’’	6-12.5	20.955	10	24/24
NPT3/4’’	7-13	26.441	15	33/33
NPT3/4’’	12.5-18	26.441	15	33/33
NPT1’’	15-22	33.249	15	41/41
NPT1’’	17-25	33.249	15	41/41
NPT11/4’’	17-25.5	41.91	15	52/52
NPT11/4’’	24-32	41.91	15	52/52

Nylon/Plastic Cable Gland– Metric thread
Thread AG	Cable range(mm)	Thread O.D. C1(mm)	Thread length GL(mm)	Spanner Size (mm)
M12*1.5	3-6.5	12	9	18/16
M12*1.5	2-5	12	9	18/16
M16*1.5	4-8	16	9	22/19
M16*1.5	2-6	16	9	22/19
M18*1.5	5-10	18	9	24/22
M18*1.5	3-7	18	9	24/22
M20*1.5	6-12	20	9	27/24
M20*1.5	5-9	20	9	27/24
M22*1.5	10-14	22	10	30/27
M22*1.5	7-12	22	10	30/27
M24*1.5	12-15	24	10	33/28
M24*1.5	10-12	24	10	33/28
M25*1.5	13-18	25	12	33/30
M25*1.5	9-16	25	12	33/33
M27*1.5	13-18	27	12	35/33
M27*1.5	9-16	27	12	35/33
M30*1.5	16-21	30	12	37/37
M30*1.5	13-18	30	12	37/37
M32*1.5	16-21	32	12	39/35
M32*1.5	13-18	32	11	39/35
M36*1.5	18-25	36	12	45/42
M36*1.5	13-20	36	12	45/42
M40*1.5	22-32	40	17	52/52
M40*1.5	20-26	40	17	52/52
M50*1.5	32-38	50	19	60/60
M50*1.5	25-36	50	19	60/60
M63*1.5	37-44	63	19	74/69
M63*1.5	29-35	72	19	74/69
M72*1.5	42-50	72	27	83/77
M72*1.5	32-40	72	27	83/77

Nylon Cable Gland– Metric thread
Thread AG	Cable range(mm)	Thread O.D. C1(mm)	Thread length GL(mm)	Spanner Size (mm)
M12*1.5	3-5.5	12	8.5	18/19
M12*1.5	4.5-7.8	12	8.5	18/19
M16*1.5	3-5.5	16	10	22/19
	4-8	16	10	22/19
	3-5.5	16	15	22/19
	4-8	16	15	22/19
	4-8	16	10	22/22
	6-10	16	10	22/22
	4-7	16	15	22/22
	6-10	16	15	22/22
M20*1.5	5-9	20	10	24/24
	6-12.5	20	10	24/24
	6-11	20	10	27/27
	9-14	20	10	27/27
	6-11	20	15	27/27
	9-14	20	15	27/27
M22*1.5	6-11	22	10	27/27
M22*1.5	9-14	22	10	27/27
M25*1.5	6-11	25	10	33/27
	9-14	25	10	33/27
	10-16	25	10	33/33
	13-18	25	10	33/33
	10-16	25	15	33/33
	13-18	25	15	33/33
M32*1.5	15-22	32	15	41/42
M32*1.5	18-25	32	15	41/42
M40*1.5	20-26	40	20	50/52
M40*1.5	24-31	40	20	50/52
M50*1.5	25-33	50	22	62/62
M50*1.5	31-41	50	22	62/62
M63*1.5	39-46	63	25	75/75
M63*1.5	44-51	63	25	75/75
M75*2.0	50-56	75	25	92/92
M75*2.0	56-66	75	25	92/92
M90*2.0	58-68	90	25	110/110
M90*2.0	66-77	90	25	110/110

Divided Structure Nylon Cable Gland– PG thread
Thread AG	Cable range(mm)	Thread O.D. C1(mm)	Thread length GL(mm)	Spanner Size (mm)
PG7	3-5.5	12.5	8	17/19
PG7	4.5-7.8	12.5	8	17/19
PG9	3-5.5	15.2	8.2	22/19
PG9	4.5-7.8	15.2	8.2	22/19
PG11	4-7	18.6	10	24/22
PG11	6-10	18.6	10	24/22
PG13.5	5-8.8	20.4	10	27/24
PG13.5	7-12.5	20.4	10	27/24
PG16	6-11	22.5	10.8	30/27
PG16	9-14	22.5	10.8	30/27
PG21	10-16	28.3	12	36/33
PG21	13-18	28.3	12	36/33
PG29	15-22	37	12	46/41
PG29	18-25	37	12	46/41
PG36	20-26	47	14	57/52
PG36	24-31	47	14	57/52
PG42	25-33	54	15	64/62
PG42	31-41	54	15	64/62

Nylon Cable Gland–PG thread
Thread AG	Cable range (mm)	Thread O.D AG (mm)	Thread length GL(mm)	Spanner Size (mm)
PG7	3-6.5	12.5	9	18/16
PG7	2-5	12.5	9	18/16
PG9	4-8	15.2	9	22/19
PG9	2-6	15.2	9	22/19
PG11	5-10	18.6	9	24/22
PG11	3-7	18.6	9	24/22
PG13.5	6-12	20.4	9	27/24
PG13.5	5-9	20.4	9	27/24
PG16	10-14	22.5	10	30/27
PG16	7-12	22.5	10	30/27
PG19	12-16	24	10	30/28
PG19	10-13	24	10	30/28
PG21	13-18	28.3	12	36/33
PG21	9-16	28.3	12	36/33
PG25	16-21	30	12	37/35
PG25	13-18	30	12	37/35
PG29	18-25	37	12	45/42
PG29	13-20	37	12	45/42
PG36	22-32	47	17	58/52
PG36	20-26	47	17	58/52
PG42	32-38	54	19	65/60
PG42	25-31	54	19	65/60
PG48	37-44	59.3	19	70/69
PG48	25-36	59.3	19	70/69
PG63	42-50	71	27	83/75
PG63	32-40	71	27	83/75

Cable Gland Locknut — EMC
Thread	Thickness (mm)	Spanner size (mm)	Thread	Thickness (mm)	Spanner size (mm)
M12	3	14	PG7	3	14
M14	3	17	PG9	3	17
M16	3	18	PG11	3	20
M18	3	20	PG13.5	3	22
M20	3	22	PG16	3.2	24
M22	3.2	24	PG19	3.5	27
M24	3.5	27	PG21	4	30
M25	3.5	27	PG25	4	35
M27	4	30	PG29	4	40
M28	4	30	PG36	5.5	50
M30	4	32	PG42	6	57
M32	4	35	PG48	6.5	64
M33	4	35	PG63	8.5	77
M36	4	40	G1/4	3	14
M37	4	40	G3/8	3	18
M40	4.5	45	G1/2	3	22
M42	5	45	G3/4	4	30
M47	5.5	50	G1	4	40
M48	5.5	52	G1-1/4	5.5	50
M50	5.5	55	G1-1/2	5.5	57
M54	5.5	57	G2	6	64
M56	5.5	59	G2-1/2	8.5	77
M60	6	64	G3	9	94
M63	6	68	NPT1/4	3	14
M64	6	68	NPT3/8	3	18
M72	8.5	77	NPT1/2	3	22
M75	8.5	77	NPT3/4	4	30
M80	9	88	NPT1	4	40
M88	9	94	NPT1-1/4	5.5	50
M100	9	110	NPT1-1/2	5.5	57
			NPT2	6	64
			NPT2-1/2	8.5	77
			NPT3	9	94

Cable Gland Locknut — Brass
Thread	Thickness (mm)	Spanner size (mm)	Thread	Thickness (mm)	Spanner size (mm)
M12	3	14	PG7	3	14
M14	3	17	PG9	3	17
M16	3	18	PG11	3	20
M18	3	20	PG13.5	3	22
M20	3	22	PG16	3.2	24
M22	3.2	24	PG19	3.5	27
M24	3.5	27	PG21	4	30
M25	3.5	27	PG25	4	35
M27	4	30	PG29	4	40
M28	4	30	PG36	5.5	50
M30	4	32	PG42	6	57
M32	4	35	PG48	6.5	64
M33	4	35	PG63	8.5	77
M36	4	40	G1/4	3	14
M37	4	40	G3/8	3	18
M40	4.5	45	G1/2	3	22
M42	5	45	G3/4	4	30
M47	5.5	50	G1	4	40
M48	5.5	52	G1-1/4	5.5	50
M50	5.5	55	G1-1/2	5.5	57
M54	5.5	57	G2	6	64
M56	5.5	59	G2-1/2	8.5	77
M60	6	64	G3	9	94
M63	6	68	NPT1/4	3	14
M64	6	68	NPT3/8	3	18
M72	8.5	77	NPT1/2	3	22
M75	8.5	77	NPT3/4	4	30
M80	9	88	NPT1	4	40
M88	9	94	NPT1-1/4	5.5	50
M100	9	110	NPT1-1/2	5.5	57
			NPT2	6	64
			NPT2-1/2	8.5	77
			NPT3	9	94

Thread O.D. AG(mm)	Thread length GL(mm)	Main Body Height (mm)	Cover Dimension D (mm)
12	8.5	12.5	15
16	8.5	13	19
18	9	13	22
20	9	13	25
22	10.5	15	27
25	10.5	15.5	30
27	10.5	15.5	33
32	10.5	16	38
40	11.5	16	46
50	13.5	18	56
63	14	19	68
12.5	8.5	12.5	15
15.2	8.5	13	19
18.6	9	13	22
20.4	9	13	25
22.5	10.5	15	27
28.3	10.5	15.5	33
37	11.5	16	44
47	13.5	18	55
54	13.5	18.5	62
59.3	14.5	19.5	68

Thread specification AG	Thread length GL (mm)	H(mm)	D(mm)
PG7	5	8	14
PG9	6	9	17
PG11	6	9	20
PG13.5	6.5	9.5	22
PG16	6.5	9.5	24
PG21	7	11	30
PG29	8	12	39
PG36	9	15	50
PG42	10	16	57
PG48	10	16	64
M12	5	8	14
M16	6	9	17
M18	6	9	20
M20	6.5	9.5	22
M22	6.5	9.5	24
M24	6.5	10	27
M25	6.5	10	27
M30	6.5	10	33
M32	7	11	35
M36	8	12	39
M40	8	13	43
M47	9	15	50
M50	9	15	55
M54	10	16	57
M60	10	16	64
M63	10	16	66
M72	10	16	75

Thread specification AG	Thread length GL (mm)	H(mm)	D(mm)
PG7	5	8	14
PG9	6	9	17
PG11	6	9	20
PG13.5	6.5	9.5	22
PG16	6.5	9.5	24
PG21	7	11	30
PG29	8	12	39
PG36	9	15	50
PG42	10	16	57
PG48	10	16	64
M12	5	8	14
M16	6	9	17
M18	6	9	20
M20	6.5	9.5	22
M22	6.5	9.5	24
M24	6.5	10	27
M25	6.5	10	27
M30	6.5	10	33
M32	7	11	35
M36	8	12	39
M40	8	13	43
M47	9	15	50
M50	9	15	55
M54	10	16	57
M60	10	16	64
M63	10	16	66
M72	10	16	75

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Rayphen Cable Gland

Are you looking for a reliable cable gland manufacturer and supplier that help you improve your business? Rayphen is the right place for you. We supply all kinds of quality cable glands to fulfill your needs.

Rayphen cable gland connector had the biggest role in cable management. They are designed to secure and attach the end of an electric cable. Cable glands will provide grounding, earthing, bonding, insulation, and stain relief.

You can use Rayphen cable gland if you are going to seal the cables that pass through the bulkheads of the gland plates. There are different types of cable gland from Rayphen. Here you can find metal cable gland, nylon cable gland, cable gland accessories, explosion proof cable gland, EMC cable gland, and many more.

Sell to over 500 Global Clients

Rayphen Cable Gland has been exported to over 500 global clients and installed to electric power project in the world.

Use quality raw materials

Rayphen Cable Gland is manufactured with high-quality raw material.

7+ Years' Experience

Rayphen has over 7 years of Cable Gland manufacturing experience.

Strict quality control

Cable Gland manufactured by Rayphen is 100% strictly inspected before shipment.

Rayphen Cable Gland

All types of Rayphen cable gland can be found in all types of electric power, instrumentation, control, telecommunications, LED street lights, and industrial equipment. They are produced from excellent grade raw materials and manufactured through our advanced manufacturing facilities.

The cable gland for cables with connectors can be used for industrial or power systems. So it is also called an industrial cable gland or power cable gland.

To fit your cable glands joints securely onto electrical cables, Rayphen provides cable gland kits. It allows you to fit the electrical cable glands properly and preventing the cable from twisting or pulling out when connected to the equipment.

Rayphen offers a complete solution of cable gland for your automation system. Cable gland is manufactured with the provision of:

Environmental protection
Earth continuity
Holding force
Additional sealing
Additional environmental sealing

Rayphen electrical cable gland meets the IP68 waterproof high-grade standard, dustproof, anti-aging, not easy to rust, and prolongs the service life. If you are looking for a high-quality cable gland supplier, You are coming to the right cable gland factory.

At Rayphen, you can guarantee an excellent quality cable gland that conforms to different international standards. We had also conducted a full inspection before shipment to guarantee defect-free products.

For more information about Rayphen cable gland, please get in touch with our friendly sales representatives. Send us your inquiry now!

Cable Gland: Ultimate FAQ Guide

Figure 1 Cable Gland

This FAQ guide on cable gland comes with some essential information on the quality of the product for Rayphen’s product quality. Aside from getting the basic idea of how cable gland works, this guide also contains vital information about the supplier.

Q1. How does the Cable Gland Work?

Figure 2 Cable Gland Operation

Cable glands are metallic and non-metallic material that gives a secured and lasting connection between the electronic appliance and cable to which it’s connected. The device works by using a constriction “O” shaped ring element to tighten the cable to its end. By this, the model seals off any harmful electricity flame or spark from reaching the connected appliances.

The model comprises multiple weaved pieces that match together. The matched component helps clinch the cord and ensure the gland assembly and cable are fixed to any appliance. The weaved-like part is the passage that enables direct access to the electrical apparatus.

Q2. How do I install a Cable Gland?

Figure 3 Installing Cable Gland

A proper reading of the product manual comes first before any installation. Start by taking off the cable gland, then separate the gadget’s nut to uncover the inner metallic component. Ensure the peeled outlet matches the size of your gland. Further, you need to fix the gland’s right verge into the cable and put the peeled cord adequately around the gland. Carefully re-fixed the loosed nut and fasten it using a spanner or related device.

Q3. How many Cable Gland sizes do you have?

Figure 4 Sizes of Cable Gland

We have different cable sizes for supply. These sizes range from PG7, PG9, PG11, PG13.5, PG16, PG21, PG29, P36, PG42, and PG48. We measured the cable glands using the nominal thread size. 18TPI and 16TPI are the two threads per inch common to all sizes. For instance, PG48, PG42, as well as PG36 all have 16TPI. On the other hand, PG11, PG9, and PG13.5 all have 18TPI. Nevertheless, the pitch, inner diameter, and cable diameter vary from one cable gland to another.

As for the metal cable gland, it also comes in different sizes. For example, the IP68 cable cover designed from brass comes in NPT sizes which range from ⅜ to 1 inch. Also, there are M20, M25, M32, M40, M50, M63, M75, and M100. M20 double compression cable gland comes with G1/2 size in inches.

Q4. What is the best Cable Gland for a 10mm cable?

Figure 5 Best Cable Gland for a 10mm cable

The best cable gland for 10mm cable is 16mm. This size is large enough to hold the equipment to an electrical cable’s rear. Using a different size outside this range may be risky or makes electrical connections difficult or challenging.

Q5. Why do we use Cable Glands?

Figure 6 Importance of Cable Gland

The cable gland protects the electrical gadget by fending off exterior impurities such as dirt, dust, fluid, and electrical spark. The device helps fasten cables that go into the gland disk. With the cable’s proper sealing ability, the product stops the cord from pulling out or getting twisted.

Q6.How to select a Cable Gland?

Figure 7 How do you select a Cable Gland

Selecting a cable gland is challenging. This is because there are a plethora of cable covers on the shelves. However, this guide helps you make the right decision. Simply begin by identifying your environment. Know if the habitat is safe or risky. Is the product for outdoor or indoor purposes? A proper thought about this is the first leap to choosing a cable gland.

Recognition of the variety of cables to be utilized is also an important thing to consider. Do this by assessing the structure, size, and material of your cable gland. You can either choose between plastic or metal cable glands. For armored cable, you may need to examine the category and design of the cable armor. Also, the original diameter of the internal bedding as well as the lead covering.

Likewise, the inspection of the exact length of the entire cable diameter is essential. The kind and size of the cable passage in the electrical mating device should be adequately considered. Finally, verify whether fixing features such as locknuts and

serrated washers are needed before use.

Q7. Why is Cable Gland Earthing Required

Figure 8 Why do you need Cable Gland earthing

Earthing is employed in virtually all electrical installations. It is referred to as the grounding method. It refers to the transmission of instant electricity directly to the earth disc or pipe. Earthing your cable gland helps regulate your conductors and protect you from electrocution.

Q8. How to Calculate Cable Gland Size?

You can calculate cable gland size using different measurement options. For instance, you can use the nominal thread size. We have different PG such as PG48, PG42, PG36, PG16, PG11, PG9, and many more under this measurement. You can also calculate the cable gland using diameter. These sizes range from 2mm, 10mm, 16mm, 20mm and many more.

Irrespective of the means you choose to calculate, ensure you make the calculation appropriately, so you don’t order for your cable wire’s wrong gland. If you still have difficulties calculating the size, you can always contact us for assistance. You can be sure to get a swift reply.

Q9 What is the Best Cable Gland for Multiple Cables?

Figure 9 Cable Gland for Multiple Cables

The best cable gland for multiple cables is the multi-passage cable gland. With a multi-passage cable cover, you can join a single piece of equipment to different electrical cables’ end. One major benefit of a multi-passage cable cover is its cost-saving feature. It saves you extra bucks, which would have been spent purchasing different glands. Likewise, you don’t need a large location to install these glands.

However, it is essential to know that multi-passage cable glands don’t cost the same as other glands. So you should be prepared to pay more for these products.

Q10. How does Rayphen ensure the Quality of Cable Glands?

Rayphen uses over 13 years of experience to ensure that you get nothing but high-quality cable accessories. As a matter of fact, products from this manufacturer are designed following the standards set up by bodies like BS, ANSI, NFC, DIN, IEC, and many more. Do you need a renowned manufacturer that offers 100% business support? Look no further than Rayphen.

Unlike other cable accessories manufacturers, this brand has more than enough experienced contractors. You can trust our contractors to produce cable and conductor standards irrespective of your country’s specification. This company helps you deliver superior quality products at the lowest cost.

Q11. What is Cable Gland m20?

Figure 10 m20 Cable Gland

The cable cover of size m20 is a cable accessory with a 20mm hole size. In inches, this product has about 0.787 inches in size. It is a frequently used cable glands on the market today. Like other glands, m20 can come in different material construction. For instance, it can be designed from plastic, nylon, aluminum, stainless steel, or brass. You can always order the model with the material construction of your taste.

Often, you would find cable gland m20 used in automation systems and electrical instruments. Other times, customers use the gland cable automation systems and electrical instruments.

Q12. What are Cable Gland Types?

Figure 11 Types of Cable Gland

On the market today, there are different cable glands. These cable gland types are divided according to materials, functions, shapes, threads, compression types, applications and waterproof degrees.

According to materials, the cable gland types range from plastic, aluminum, nickel-plated brass, stainless steel, nylon, and many more. Unlike other material constructions, the nylon cable gland comes in multiple colors. Likewise, this material is ideal for limited space areas.

On the other hand, stainless steel materials are one of the strongest on the shelves today. Unlike other construction, cable covers built from stainless steel are corrosion and water-resistant. These make them perfect for industrial use.

Nickel-plated brass is perfect for applications like an instrument, marine and machine. Like stainless steel material, this construction is also resistant to corrosion. Aluminum construction is perfect for all locations, and plastic cable glands are great alternatives for metal cable glands. You can use a cable gland for many functions.

The different cable gland shapes include a 90-degree cable gland, a straight cable gland, and lots more. According to threads, you get PG cable glands, metric thread cable glands, G thread cable glands, and many more.

There are two categories of cable covers, according to compression. The first is known as the single-compression cable protector. The second is known as the double-compression cable protector. Single compression cable glands are ideal for the average climatic environment. Besides, their PVC shrouds make them perfect for extreme environments. You would also get these cable glands in numerous sizes.

On the other hand, double compression cable glands are great flameproof and weatherproof glands. When you need to pass big armored wires into the board, you need these gland cables for enough safety.

Q13. What are the Shortcomings of the Cable Gland?

Cable glands are great devices to help use your cable with no challenges. However, this gland is with some flaws. For instance, some dangers come with cable protectors when installed or used in the wrong environment. Likewise, many cable glands aren’t corrosion or waterproof. Any little contact with water can either make the gland ineffective or damaged. Also, it would be best if you avoid over or under-tightening the gland, so it doesn’t cause damage to the cables.

Glands which are over tightened are prone to explosion risk. On the other hand, cable glands, which are under tightened, are prone to electric shock risk. So, ensure that you carefully follow the precautions that come with installing cable glands.

Q14. What are the Precautions for the Installation of Cable Glands?

Figure 12 Precautions of installing Cable Gland

There are many precautions for mounting cable glands. For instance, you must ensure you install this device in the right environment. Setting it up in the wrong location can pose a great threat to the environment. Also, ensure that you appropriately tighten the cable gland. Cable glands that are under tightened put your cable at the risk of electric shock. An over-tightened cable protector can quickly cause an explosion.

Q15. What are the Major Parts of the Cable Gland?

Figure 13 Component of Cable Gland

One of the criteria in choosing the best cable gland is the constituent. Meanwhile, cable gland comes in different sizes, shapes, and types. This gland includes a double compression cable cover and single compression cable protector, and many more.

This product has different components. For instance, the single compression cable gland units include the gland body nut, gland body, lock nut, neoprene, flat washer, rubber seal, rubber washer, and others.

On the other side, double compression cable gland components are check nut, cone ring, gland body nut, gland body, inner seal ring, compression nut, armor clamping ring, neoprene rubber seal, and many more. Meanwhile, all these elements are for different purposes and functions.

Q16. What are the Ratings and Standards for a Cable Gland?

Cable glands are designed with the budget and the safety of users’ minds. This is because these products are built to provide strain relief, and improve all electric cables’ performance. However, the gland comes with a standard rating to put its customer’s mind at rest and know the quality of its purchasing.

Today, all our cable glands are rated by the Ingress Protection (IP), depending on the gland’s purpose and design. Irrespective your preferred model, all our cable glands are tested and certified by the general thread standard. As for the IP code, IEC standard 60529 was published by the International Electrotechnical Commission in 2004. This IP standard rates how effective the cover protects the gland against any form of intrusion or dust provided by the foreign objects in the electrical enclosure.

In this standard rating, the IP code is IPXX, in which the Arabic numerals are the XX. At the same time, this IP format serves different purposes. International Protection code (IP) determines the level of protection provided. The first marking number means dustproof and indicates the contact protection level and foreign object protection. The second number refers to waterproof, which suggests the water-resistant status. As a matter of fact, the conventional product inspection levels include IP23, IP44, IP54, IP55, IP65, IP66, IP67, and IP68 levels.

The purpose of the test standard is as follows:

Specify the enclosure protection level specified by the electrical equipment load;
Prevent the human body from approaching the dangerous parts in the shell;
Prevent solid foreign objects from entering the equipment in the shell;
Prevent harmful effects on the equipment due to water entering the shell.

Q17. What is the difference between BW and CW Cable Gland?

Figure 14 CW Cable Gland

All these cable protectors are made for different functions and purposes. The BW gland is used when a water resistance design is not necessary. They are specifically designed for indoor events and processes to last you for a lifetime. Likewise, these glands are durable and easy to use. This BW gland comes in various types which ranges from plastic, metal materials, rubber and others. Besides, it comes with a sleek design that makes the cable eye-catching.

The CW cable gland is built with high-quality materials and suitable for outdoor or applications and armored cables. You don’t have to worry about the line’s continuity; the CW thread got you covered. They provide a seal to the outer layer of the cable. The CW cable gland is also compatible with all types of plastic or rubber sheated cable and SWA cables.

Q18. What are Cable Glands according to the material?

There are cable gland types on the shelves according to the materials used for the production. The material construction includes aluminum, nickel-plated brass, PV, stainless steel, and nylon.

Nylon Cable Gland

Figure 15 Nylon Cable Gland

For the Nylon cable gland, this product is built to withstand corrosion, preventing the cable from damages. The incredible thing about this product is that it comes with numerous color designs. So, you can easily pick the model that best completes the look of your cables. What’s more? The nylon gland is resistant to water, which prevents moisture from destroying your wire. Aside from this, they are best known for providing a transition between the connections of the cables.

Stainless Steel Cable Gland

Figure 16 Stainless Steel Cable Gland

As its name implies, this product is built with high-quality stainless steel materials. It is built to withstand any form of water, erosion, gasoline, alcohol, acid and many more.

Like the previous product, stainless steel cable features strain relief and design to withstand any weather. Meanwhile, this type of cable thread is primarily used in some specific companies such as outdoor lighting industries, industrial automation, communication base stations, renewable energy, etc.

Nickel-Plated Brass Cable Gland

Figure 19 Nickel-Plated Brass Cable Gland

If you are a buyer hoping to buy a cable cover built from brass, you will always have this nickel-plated brass cable gland in your book. This model is built with solid materials, so be sure to use this cable for an extended period.

This type of material features different sizes of wires. Moreover, they are mostly used in various industries such as instruments, machines, the marine world, and many others.

Plastic Cable Gland

Figure 17 Plastic Cable Gland

Plastic Cable Gland serves as an alternative to the aluminum gland. The offers strain relief and feature moisture resistance. This is to prevent dirt or water from entering and damaging your cables. If you search for a cable gland to secure your wires from any form of damage adequately, then Plastic Cable Gland is the best you can opt for.

PVC Cable Gland

Figure 18 PVC Cable Gland

Another gland, according to materials, is the PVC cable gland. What makes this thread different from others is that it is effortless to move from a different location. This model is built with high-quality materials to last you for a lifetime,

This model is designed with the budget of users in mind. It is less costly and easy to use. It safeguards all wires from any harsh environment.

Aluminum Cable Gland

Figure 20 Aluminium Cable Gland

Our list of cable glands according to materials is incomplete without an aluminum cable gland. This gland is designed for both indoor and outdoor applications.

That’s not all! It features mechanical cable retention and adequate electricity continuity. Besides, it offers a tremendous IP66 environment to the outer part of the wire. Aluminum cable gland is compatible only with single-core PVC electricity cables.

Q19. What are the types of Cable Gland according to their functions?

Aside from the gland types according to materials, cable gland also comes in different sizes according to their purposes and functions. The cable gland function is to access data, promote electric power, use it in the telecommunication section, and control the connection processes.

However, the types of Cable Gland according to their functions includes:

Waterproof Cable Gland

Figure 21 Waterproof Cable Gland

A waterproof cable cover is designed to resist liquid substances to prevent the cables from getting rust. As its name implies, this gland also comes in different materials such as metal, stainless steel, brass material, nylon, and many more.

The glands are structured in a cutout point within the corral. It comprises components which are nut and body. Waterproof cable glands are built to reduce the damage risk of the wire due to water.

Explosion Proof Cable Gland

Figure 22 Explosion Proof Cable Gland

This model is crafted with solid as well as stainless steel materials. To this end, it ensures usage for an extended period and prevents the wire from wearing away. These products are built to protect the software power cables.

Without a doubt, the gland is widely used in industries such as oil and gas companies, medium transmission systems, high voltage transmission systems, marine industries, and many more.

Armored Cable Gland

Figure 23 Armored Cable Gland

Like explosion proof cable gland, armored cable gland comes with stainless steel and brass material. Meanwhile, this product is compatible with wire braid cables and offers an excellent strain relief. Armored cable gland provides adequate resistance to water and withstands any hazard.

This type of cable, according to function, is resistant to corrosion. Also, these products are less costly.

EMC Cable Gland

Figure 24 EMC Cable Gland

This EMC implies Electromagnetic Compatibility. The cable cover features incredible strain relief like the previous devices. You don’t have to be an expert with tools before installing this device. Users can conveniently set up this cable gland without any difficulties.

Likewise, the EMC cable gland is easy to use. It is made with stainless material and brass material, so be sure you have this product for as long as you want. Its protection capacity is second to none. It protects all the electronic wires and equipment connected to the gland.

Breathable Cable Gland

Figure 25 Breathable Cable Gland

All the breathable cable glands are widely used in the LED Light manufacturing companies. The cable is built with breathable nickel-plated solid materials and stainless steel materials.

This breathable cable gland can last for an extended period. Either you want high performance on the internal part of the gland or the outer layer, you can always trust this breathable cable gland. It comes with an exceptional design to suit your taste. This gland also protects the wire from any harmful substances.

Spiral Flexible Cable Gland

Figure 26 Spiral Flexible Cable Gland

Spiral Flexible Cable Gland is built to withstand sand, dirt, dust, and any other menace. It also protects the wire from any sharp edges. Like other glands, spiral flexible glands protect wires from erosion or any water.

What differentiates this cable gland from others is that it is made only from nickel-plated materials. But it is durable and also has a sleek design that completes the look of the cable. Spiral flexible cable gland also safeguards the wires from any fracture. Needless to say, this product is used in gas stations, charging companies, and others.

Q21. What is the difference Between Brass Cable Gland and Stainless Cable Cover?

Do you need a corrosion and rust-resistant cable protector? Then, look no further than the stainless steel cable gland. This cable gland is made to withstand any hazard. As a matter of fact, it comes with an attractive and durable design to last you for an extended period. That’s not all! The stainless steel is effortless to clean and use. Also, the stainless steel cable gland is built with the safety of users in mind.

On the flip side, the model is made from copper and zinc materials. In contrast, this material does not last long. The unit fades at any exposure to a harsh environment. Nevertheless, the brass cable gland is perfect for thermal and electricity use. Not even the stainless steel cable gland can beat these amazing features.

However, the brass material construction has a melting point of around 950°C. The stainless steel, on its hand, has a melting point of about 1450°C.

Q22. Can the Cable Gland be connected to Multiple Cables at the same time?

You can connect multiple cables to the same cable gland simultaneously. However, you need the multi-passage cable gland to make this happen. It is also safe for multiple connections.

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Rayphen Cable Gland

Rayphen Cable Gland

Cable Gland: Ultimate FAQ Guide

Q1. How does the Cable Gland Work?

Q2. How do I install a Cable Gland?

Q3. How many Cable Gland sizes do you have?

Q4. What is the best Cable Gland for a 10mm cable?

Q5. Why do we use Cable Glands?

Q6.How to select a Cable Gland?

Q7. Why is Cable Gland Earthing Required

Q8. How to Calculate Cable Gland Size?

Q9 What is the Best Cable Gland for Multiple Cables?

Q10. How does Rayphen ensure the Quality of Cable Glands?

Q11. What is Cable Gland m20?

Q12. What are Cable Gland Types?

Q13. What are the Shortcomings of the Cable Gland?

Q14. What are the Precautions for the Installation of Cable Glands?

Q15. What are the Major Parts of the Cable Gland?

Q16. What are the Ratings and Standards for a Cable Gland?

Q17. What is the difference between BW and CW Cable Gland?

Q18. What are Cable Glands according to the material?

Q19. What are the types of Cable Gland according to their functions?

Q21. What is the difference Between Brass Cable Gland and Stainless Cable Cover?

Q22. Can the Cable Gland be connected to Multiple Cables at the same time?

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