ALLIED TUBE & CONDUIT
ALLIED TUBE & CONDUIT 160-016 Liquid Tight Conduit 0.622" ID
Liquid-tight flexible conduit with a 0.622 in. inside diameter, 100 ft length, and CSA/UL ratings for oil and UV resistance
- TypeConduit & Raceways
- Liquid-tight protection for wet locations with UL and CSA approvals
- Flexible PVC jacket resists oil and UV exposure for outdoor durability
- 622 in inside diameter fits 1/2 in trade size wiring systems
- Operates from 0 to 140 °F across seasonal temperature swings
- 100 ft coil provides ample length for extended conduit runs
1/2 in liquid-tight conduit
This flexible non-metallic conduit carries a 1/2 in trade size with a 0.622 in inside diameter and a 0.84 in outside diameter. It is rated for liquid-tight installations and meets CSA and UL approval standards for electrical raceway use.
Flame-retardant PVC jacket
The black PVC jacket is flame retardant and provides oil and UV resistance for harsh environments. It operates continuously from 0 to 140 degrees F and maintains a 1 in bend radius for routing in tight spaces.
100 ft coil for field cuts
Supplied as a 100 ft coil, the conduit is cut to length on site with standard tubing cutters. The flexible PVC construction eases pulling through bends, though the 1 in minimum bend radius must be observed to avoid kinking or jacket damage.
Highlights
- Liquid-tight protection for wet locations with UL and CSA approvals
- Flexible PVC jacket resists oil and UV exposure for outdoor durability
- 622 in inside diameter fits 1/2 in trade size wiring systems
- Operates from 0 to 140 °F across seasonal temperature swings
- 100 ft coil provides ample length for extended conduit runs
Specifications
| Brand | ALLIED TUBE & CONDUIT |
|---|---|
| Type | Conduit & Raceways |
Questions about this item
How often should the PVC jacket be inspected for UV or oil damage during long-term outdoor runs?
The flame-retardant PVC jacket is rated UV and oil resistant for continuous exposure, so routine visual checks once a year are sufficient unless the conduit sees extreme chemical splash or direct abrasion.
At what temperature does the conduit risk losing flexibility during sustained high-heat operation?
Maximum operating temperature is 140 Degrees F; above that the PVC may stiffen and the liquid-tight seal can degrade.
How much heat does the conduit itself add when it carries conductors at full load all day?
The conduit adds no measurable heat; it simply contains the conductors while its 0.84 in outside diameter allows normal convection cooling.
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