Turbo™ 117E - Silicone Rubber Extruded
Fiberglass Sleeving
Thermal Class: 200 ° C
NEMA: TF-1, TYPE 5
MIL-I-3190/6, MIL-P-18057 (grade A)
UL FILE: E123956 (grade A)
Description
TURBO™ 117E is comprised of specially formulated high temperature silicone rubber extruded onto premium electrical grade braided fiberglass sleeving. The extrusion process results in a higher density coating that is more homogeneous, has better concentricity and yields longer continuous lengths than the typical liquid dipped products common to the industry.
Recomended Use
TURBO™117E is used for insulation of leads and connections in electrical and electronic components ( transformers, coils, relays, solenoids etc.) where temperature extremes from -70°C through 200°C
are encountered. Silicone rubber coated glass sleeving is the only flexible insulating material which remains useful for continuous service in ambient temperatures from -70°C through +200°C.
Physical Properties
• Thermal:
TURBO™ 117E is rated Class H by IEEE standards, acceptable for continuous
service from -70°C through 200°C. Operation at temperatures up to 315°C is
tolerated for short durations. TURBOT'" 117Eexceeds all requirements of UL
Subject 224 for 200°C, 600-volt operation. It also exceeds the requirements
of MIL-I-3190, MILP-18057, and ASTM D372.
• Environmental:
TURBO™ 117E is resistant to moisture, corona, ozone, radiation, compression
set, fungus, most chemicals and solvents, weathering, flexure fatigue and heat
degradation.
• Flammability:TURBO™ 117E burns slowly. The coating maintains its electrical integrity - even undersevere fire conditions- by forming a non-conductive ash.
| DIELECTRIC GRADE |
MIN. AVE. BREAKDOWN |
MIN. INDIV. |
| A |
7000 |
6000 |
| B |
4000 |
2500 |
| C-1 |
2500 |
1500 |
Availability
• Sizes:TURBO™ 117Eis available in continuous spooled lengths or cut lengths in NEMA sizes #20 through 3/4".
• Colors:TURBO™ 117E is available in white, black and iron oxide red. Other colors may be available subject to minimum order quantities and/or setup charges.
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