Item # pn-1069, 180°C ICLP Sensor Cable 300V -40°C on Thermal Wire & Cable Corp.

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	Item # pn-1069 180°C ICLP Sensor Cable 300V -40°C

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180°C ICLP Sensor Cable 300V -40°C
Thermal Wire and Cable Type ICLP insulated multi-conductor sensor cables offer the latest in state of the art insulating materials and manufacturing processes. Utilizing a patented irradiated cross-linked modified polyolefin insulation and jacket, ICLP sensor cables are designed to withstand the rigorous demands of today’s automotive environments.

These high performance sensor cables are used in applications ranging from speed sensors to engine monitoring cables, cam speed sensors, pressure sensors, and ignition and temperature controls. These cables are resistant to all harsh fluids commonly found in the automotive environment such as: battery acid, engine coolants, gasoline, transmission fluid and brake fluid. ICLP is a lower cost alternative to FEP, PFA, or Tefzel® insulation.

ICLP insulation exhibits excellent hydrolytic stability. ICLP cables are available in two conductors through 50 conductor #26-10 AWG. It is also available in shielded pairs, triads with optional overall shield or stainless steel braid armor.

High Temperature
ICLP insulated cables are rated 150°C continuous. It will withstand temperatures up to 180°C for 240 continuous hours and also thermally aged at 240°C with no cracks detected after exposure for 6 hours.

Flexible and Rugged
ICLP insulated cables are easy to handle, bend and, route around corners and tight areas. It has very good abrasion resistance and is a tough and durable insulating and jacketing cable.

Meets and Exceeds SAE J-1127 STX
ICLP insulated and jacketed cables meet and exceed the stringent performance requirements of SAE J-1127 STX. Please request performance criteria.

Thin and Lightweight
ICLP insulations weigh 12% less than other XLP, FEP or ETFE insulated cables.

Specifications

Details

ICLP Sensor Cable -40°C +180°C 300VMeets and Exceeds SAE J-1127 STX:

Properties/Attribute	SAE J-1127 STX	ICLP Cable Performance
Insulation Properties
Tensile strength Elongation Thermal Capability Thermal aging at 155°C for 168 hours Thermal aging at 180°C per MS-9502(2.2.1.2) Thermal aging at 180°C per MS-9502(2.2.1.2) Thermal aging at 180°C per MS-9502(2.2.1.2) Cold Blend Dielectric Strength Wet dielectric Test-after 5 hr soak Mechanical Properties SAE Abrasion-STX Flame Test per J-1127 Ozone Resistance 192 hr @	1500 PSI min .80% tensile retention min 50% elongation retention 240 hrs 5000 hrs -no requirement- -40°C/1.0kV for 1 min 1.0kV for 1 min 250mm sand paper min 4.0 kg 70 sec max afterburn 100 pphm-no cracks 1.0kV dielectric test plus	2300 PSI 100% after 168 hrs @ 180°C 100% after 168 hrs @180°C pass pass no cracks after 6 hrs pass at -55° 5kV for 30 min 348 mm <1 sec pass all passed dielectric

Fluid Resistance Engine Oil ASTM D-471 IRM-902 @ 50°C
Gasoline ASTM D-471 Fuel C@ 23°C Brake Fluid SAE J-1703 @ 50°C Diesel Fuel ASTM D-471 Fuel F @ 23°C Power Steering Fluid ASTM D-471 IRM-903 @ 50°C Auto Trans. Fluid SAE J311/Citgo 33123@50°C Methanol @ 23°C Battery Acid H2S04 S.G.=1.260 5% @ 23°C Engine Coolant @ 50°C	15% max OD Change --no requirement-- --no requirement-- 30% max OD Change 25% max OD Change 15% max OD Change 5% max OD Change 15% max OD Change	<1% 1.5% 1.3 1.5% <1% <1% <1% 1.4%

Item # pn-1069 180°C ICLP Sensor Cable 300V -40°C