Reeling Cable

With increased jacket thickness

1. Extra heavy duty Neoprene jacket

2. High tenacity textile braid

3. Neoprene inner jacket

4. Outer extruded semi-conductive rubber conductor shield

5. EP insulated ground check conductor

6. PROTOLON E insulation

7. Inner semi-conductive rubber extruded

conductor shield

Reeling Cable

Features
• Very finely stranded tin coated copper conductors with a short length of lay.

• EP conductor shield, insulation and installation shield are applied in a triple extrusion

• Semi-conductive EP shield

• Increased jacket thickness

• Inner jacket locked construction of conductor assembly

• Wide mesh textile braid reinforcement in a vulcanized bond

• Extra heavy duty red neoprene double extruded jacket

Benefits

• Highly flexible conductor assembly

• 100°/o shield coverage

• No mechanical deterioration as in copper braid shields

• Superior electrical field distribution

• Most severe, high speed applications

• Superior resistance to “knuckling” or “corkscrewing” of conductors due to torsion

• Provides high torsion resistance

• Fted-high voltage i.d.

• Very resistant to deformation and compressive forces

• Red-high voltage i.d.

• Highly resistant to oil, flame, etc.

• Highly resistant to ozone

• Optimal operation performance

Voltage raitings *

Rated voltage
• Ac factory test voltage (R.M.S)
• Recommended DC test voltage (15 min)

5kv	8kv	15kv	25kv
13kv	18kv	27kv	38kv
35kv	55kv	80kv	85kv

Details on Reeling cables up to 35kV are available upon request. Normal safety practices should be implemented when performing elec trical tests.

Particular attention is required in discharging cables after testing to eliminate charge build-up associated with the capacitive characteristics of insulation.

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Reeling Cable