SS72012 datasheet(12/144 Pages) ACIT

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Aerospace | Military | Transportation | Industrial | Specialty

Sensor Cables

Thermax sensor cables are designed to maintain

critical low-level signals from sophisticated sensors,

providing a clean data transmission that helps

preserve the information from the sensor.

Whether your application calls for the measurement

of weight, ﬂuid levels, ﬂow rate, proximity or vibra-

tion, we can design and build a cable to meet even

your most demanding needs in such applications as:

• Pressure Transducers (Liquid Level, Flow Level,

Load Cell);

• Photoelectric Transducers;

• Proximity Transducers;

• Vibration Sensors.

We have extensive experience manufacturing

rugged cable constructions suitable for hostile

environments such as those present in wastewater

treatment facilities, municipal drainage sumps, and

well-monitoring applications.

Our cables can be designed with materials suitable

for demanding short term, long term, or permanent

installations, even those with extreme environments.

Our cables are capable of withstanding temperatures

from -55° C to +260° C.

The material options listed on this page represent

typical choices for sensor cables.

Please contact your Thermax representative with

your speciﬁc requirements.

Construction Options

Typical sensor cable materials:

Conductors:

Stranded or solid copper or high-strength

copper alloy. Silver or nickel plated.

Insulation:

FEP; PVC; Nylon; PTFE; polyethylene;

polypropylene. An optional secondary

insulation of Nylon can be applied over the

primary insulation to assure low leakage

current, even under environmental extremes of

moisture, chemicals and mechanical ﬂexure.

Breather Tubes:

Polyethylene; Nylon.

(For use in submersible applications

where air pressure regulation is required.)

Shields: Aluminum/Mylar foil; copper braid, either ﬂat

or round wires (nickel, silver, or tin plated);

stainless steel braid for increased mechanical

strength. Custom combinations of shield types

available for enhanced shielding and EMI

resistance.

Jackets: FEP; PFA; PVC; TPR; polyurethane; Surlyn;® Tefzel.®

Dupont Tefzel® and Surlyn® materials are

commonly used where their increased abrasion

resistance and inert chemical proﬁle are

desirable for the speciﬁc application.

Examples are remediation wells and drinking

water tanks that are periodically sanitized using

chemicals such as sodium hypochlorite without

removing the transducer.

Strength Members: Stainless steel or Kevlar® strength

members can be incorporated

into cables requiring enhanced

longitudinal strength.

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