Cold Applied Tubing for Cable Protection up to 52kv

• Certification: RoHS, ISO
• Color: Grey
• IP Rating: IP68
• Usage: Cable Protection
• Material: Rubber
• Type: Cold Shrink, Cold Applied
• Model NO.: UECST
• Cut Length: 200mm, 178mm, 153mm Other Length as Required
• Expanded Inside Diameter (Min): 30mm
• Recovered Inside Diameter (Max): 40mm
• Transport Package: Carton Box
• Trademark: United Electric
• Origin: P. R. China
• HS Code: 85472000
• Production Capacity: 1000000PCS/Year

Product Description

 UECST-Cold Applied Tubing


Features

• Made of silicone rubber, pre-expanded on removable inner surpporting plasitc spiral tube.
• Nomal colour - light grey, dark gray also available to supply.
• Suitable for power cable up to 52kV, protect the cable against exposure to moisture, contamination, corrosion, physical contact and other hazards.
• Provides constant radial pressure, seal without adhesive.
• Easy and quick installation, no special tools or heat required, suitable for a wide range of cable size.
• No specific user skills or craftsmanship required.
• Long term reliability.
• Excellent resistance to ozone and UV radiation, acid.


Specification
 

Type	Dimension D (mm)	Dimension d (mm)	Dimension L (mm)
UECST 30/8.5	30 ± 1	8.5 ± 0.5	200
UECST 30/11	30 ± 1	11 ± 0.5	200
UECST 35/14	35 ± 1	14 ± 0.5	200
UECST 40/16	40 ± 1	16 ± 0.5	200
UECST 44/19	44 ± 1	19 ± 0.5	200
UECST 48/23	48 ± 1	23 ± 0.5	200
UECST 58/23	58 ± 1	23 ± 0.5	200
UECST 69/30	69 ± 1	30 ± 0.5	200
UECST 80/40	80 ± 1	40 ± 0.5	200
UECST 90/32	90 ± 1	32 ± 0.5	200
Special requested length is available, such as 153mm, 178mm etc.

Technical data
 

No	Test Item	Test method	Test value
1	Hardness (Shore A)	JIS K 6253	40
2	Tensile strength (Mpa)	JIS K 6251	9
3	Tear strength, Crescent (N/mm)	ASTM D 624-B	31
4	Elongation at break (%)	JIS K 6251	690
5	Volume resistance (Ω.cm)	IEC 60093-1980	3×1016
6	Dielectric strength (kV/mm)	IEC 60243-1:1998	25
7	Fungus resistance 28 days exposure	ASTM G-21	No growth
8	Moisture aborption 7 days 90°C (1940F) H2O	-	wt gain 1.8%
All values are averages and are not intended for specification purposes.