Page 22 - Electrical Solutions for the Oil and Gas Industry

Extreme Temperature Protection
Whether you are on the North Slope or an
arid desert, electrical systems need to perform
consistently. Many of the processes require heat
tracing to maintain elevated temperatures throughout
oil and gas process systems. Oil and gas operations
are constantly exposed to nature, sometimes hot,
sometimes cold.
To ensure that connections remain properly shielded
against undesirable temperatures, and safeguard the
uninterrupted transmission of power and data flows,
Thomas & Betts provides tried and tested solutions
for a wide variety of applications.
T&B® Fittings
ATX Liquidtight Flexible
Metal Conduit and Fittings
Ty-Rap®
Extra-High Temperature
and Fluoropolymer Ties
Sta-Kon®
High-Temperature Wire
Joints and Terminals
PMA®
High-Temperature Nylon
Conduit and Fittings
22
52 ® Series High-Temperature Flexible Metal
Liquidtight Fittings
• Handle temperatures up to 150° C
• Steel or malleable iron construction, electro-zinc
plated and chromate coated for corrosion protection
• Available in 45°, 90° and straight versions
ATX Flexible Liquidtight Conduit
• Performs in extreme temperature environments
up to 150° C
• Conduit sizes from 3/8" to 4"
High-Temperature Nylon Conduit and Fittings
• Offer good fire protection (flammability and
smoke generation)
• Provide high impact strength even at low temperatures
• Also resistant to weather
Extra-High Temperature Nylon Cable Ties
• For use in temperatures from -40° to 150° C
• Feature “The Grip of Steel®” stainless steel locking
device and offer infinite adjustability
Fluoropolymer Cable Ties
• Perfect for low-smoke applications
• UL ® 94V-0 flammability rating
• For use in temperatures ranging from -50° F to 284° F
High-Temperature Wire Joints and Terminals
• Rated for temperatures up to 150° C, 600V maximum
• Molded, one-piece nylon construction for electrical
insulation, rated UL94V-2
• Wire joints feature brazed copper sleeves that prevent
separation of connection during crimping
• Wire joints’ internal serrations enable cold flow for
increased conductivity and pull-out strength