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Quick Details

Tensile Strength: 1.9MPa
Rated Voltage: 35KV/mm
Application: High Voltage
Material: EPR Tape
Type: Insulation Tape
Model Number: HRT71
Brand Name: HarshMet
Place of Origin: China (Mainland)
Type: Insulation Tape
Material: EPR Rubber
Application: High Voltage
Rated Voltage: 35KV/mm
Tensile Strength: 1.9Mpa
Thickness: 0.76mm
Width: 38.1mm
Length: 4.57m
Color: Black
Elongation: 800%

Specifications

HarshMet HSA-71 self amalgamating EPR tape is designed to provide a long-term environmental seal for main feeder, jumper and antenna connections. Once installed, the self amalgamating tape provides a water tight seal around the connection eliminating the need for traditional butyl tape and mastic. HSA-71 finds wide applications in telecommunications and electrical industry and provides high reliability and work highly stable in harsh environment.
High Voltage Insulation Self Fusing Tape

 

Sizes

 

38.1mm×4.57m×0.76mm

 

38.1mm×4.57m×0.99mm

 

 

Applications

Self Amalgamating Tape

 

Part No.

Description

Kit Qty.

HSA-71

Self Amalgamating Tape

Individual Roll

38.1mm × 0.76mm× 4.57m

 

 

HSA-SACK

Self Amalgamating Connector Kit

Kit of 2 Rolls

38.1mm × 0.76mm× 4.57m

 

 

HSA-71T

Self Amalgamating Connector Kit

Individual Roll

38.1mm × 0.99mm × 4.57m

 

 

Number of Connections Accommodated 

Size

Per Roll

Per Kit

1/2" to 1/2"

3

6

1/2" to 7/8"

2

4

1/2" to 1-1/4"

1

2

1/2" to 1-5/8"

1

2


Technical Data

 

Properties

Typical Value

Test Method

Thickness

0.76mm

ASTM D 4325


Tensile Strength

3.0MPa

ASTM D 4325

Elongation at break

800%

ASTM D 4325

Fusion

Pass

ASTM D4388

Ozone Resistance

Pass

ASTM D 4388

 

 

 

UV Resistance

Pass

ASTM D 4388

Dielectric Strength

36KV/mm(Short Time Method)

ASTM D149:64

Dielectric Constant

2.8

ASTM D 150:74

Volume Resistivity

≥5x1014Ω?Cm

ASTM D 150:74

Water Absorption

0.05%(24Hrs)

ASTM D 570:63

Corrosion Liability

None

BS3924:78

 

 

 

 

Temperature range -40 to 100 continuous, up to 130 for limited period during overload conditions.