Heat Shrink Medium Voltage Terminations

Specifications

Parameter
Unlimited shelf life for heat shrink components
Suitable for wide range of connectors
Immediate energization
Pre-Engineered Kit
Tested as per National & International Standards

Sr. No.	Particulars	7.2 KV	12 KV	24 KV	36 KV
1.	Applicable Standards	IEC 60502-4, CENELEC HD 629.1, IS 13573-2
2.	Rated Voltage of cable accessories	3.8/6.6 (7.2)	6.35/11 (12)	12.7/22 (24)	19/33 (36)
3.	Brand	Raychem-RPG	Raychem-RPG	Raychem-RPG	Raychem- RPG
4.	Accessories	Heat Shrink type
5.	AC Voltage test Dry for 5 minutes Wet for 1 minute	17.1 kV 15.2 kV	28.5 kV 25.4 kV	57.1 kV 50.8 kV	85.5 kV 76 kV
6.	DC Voltage test for 15 min	15.2 kV	25.4 kV	50.8 kV	76 kV
7.	Partial Discharge at 1.73U0	Less than 10 pC
8.	Impulse Voltage at ambient & elevated temp	60 kVp	75 kVp	125 kVp	170 kVp
9.	Load Cycle test	60 cycles in air & water
a.	Each cycle heating duration	5 hours
b.	Temperature	95 – 100° C
c.	Cooling Duration	3 hours
d.	Voltage withstand	9.5 kV	15.8 kV	31.7 kV	47.5 kV
10.	Humidity Test for 300 hrs.	4.7 kV	7.93 kV	15.8 kV	23.7 kV
11.	Salt fog test for 1000 hrs.	4.7 kV	7.93 kV	15.8 kV	23.7 kV
12.	Method of Stress Control	Resistive based (ZnO based available in termination on req.)
13.	Tubing’s & Molded parts	Heat Shrinkable type
14.	Non-Tracking material	As per ASTM D-2303
15.	Di-electric strength of insulating material	10 kV/mm minimum

Medium Voltage Heat Shrink Terminations-Conventional and next generation.

Conventional Terminations – Universal termination based on impedance (resistant) based stress control system upto 36 kV
Immediate energization after completion of termination
Conforms to various national and international standards like CENELEC HD.629.1.S2:2006, IEC 60502-4, IEEE 48 and IS 13573-2
Next Gen Terminations – Universal termination based on unique Raychem zinc oxide stress control technology co extruded along with non-tracking tubing
Immediate energization after completion of termination
Conforms to various national and international standards like CENELEC HD.629.1.S2:2006, IEC 60502-4, IEEE 48 and IS 13573-2