Zinc Die Cast Conduit Fittings Eatoncomcn

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Zinc die cast conduit fittings eatoncomcn

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Summary

Liquidtight fittings
Zinc die cast conduit fittings
Applications: Certifications and compliances:
• Used in tough, industrial and corrosive applications • UL Listed liquidtight flexible metal conduit fittings are suitable for
use in the following hazardous locations under NEC:
- Class I, Division 2;
Features: - Class II, Divisions 1 & 2; and
• Liquidtight, raintight, oiltight for protection and long life in wet,
- Class III, Divisions 1 & 2;
dusty and corrosive environments
- Suitable for grounding in sizes 3/ 8” through 11/ 4” under NEC
• Hex shaped gland nut allows for easy wrenching, providing a fast,
tight installation • UL Standards 514B, 467
• Suitable for wet locations • cUL Standard C22.2 No. 18F
• Reusable, long ferrule prevents pull-out and tight bend conduit • UL File No. E-19189
pop-out
• Furnished with locknut and sealing ring Standard materials:
• Third party certified •  Body – straight: zinc die cast
• Available in straight and 90 degree configurations 90°: zinc die cast
• Available in sizes 3/8” to 4” • Gland nut – zinc die cast
Liquidtight
• Available in insulated and non-insulated versions to meet any • Ferrule – zinc die cast
customer preference • Gland nut sealing ring – polyethylene
• Sealing gasket – thermoplastic elastomer
• Locknut – zinc die cast
Standard finish:
•  Zinc die cast – natural
Straight connectors – zinc die cast
Trade Cat. # Cat. # Unit Wt. lbs

size Non-insulated Insulated qty. per 100 A B C D
3
/8” LT38DC LTB38DC 25 17 1.070 0.960 0.620 0.470
1
/2” LT50DC LTB50DC 25 14 1.070 1.080 0.620 0.470
3
/4” LT75DC LTB75DC 15 20 1.070 1.330 0.820 0.470
1” LT100DC LTB100DC 8 32 1.340 1.563 1.020 0.570
D A 11/4” LT125DC LTB125DC 5 51 1.150 1.940 1.360 0.710
11/2” LT150DC LTB150DC 4 68 1.520 2.190 1.600 0.710
2” LT200DC LTB200DC 2 75 1.540 2.660 2.070 0.710
21/2” LT250DC LTB250DC 1 186 2.200 3.280 2.510 1.060
B C 3” LT300DC LTB300DC 1 241 2.220 3.800 3.130 1.060
31/2” LT350DC LTB350DC 1 323 2.360 4.280 3.580 1.060
4” LT400DC LTB400DC 1 369 2.440 4.780 4.050 1.060
90° angle connectors – zinc die cast
Trade Cat. # Cat. # Unit Wt. lbs

size Non-insulated Insulated qty. per 100 A B C D
3
/8” LT3890DC LTB3890DC 25 20 0.620 0.810 0.920 1.220
1
/2” LT5090DC LTB5090DC 25 21 0.620 0.910 1.020 1.220
3
/4” LT7590DC LTB7590DC 15 26 0.800 1.150 1.270 1.360
1” LT10090DC LTB10090DC 8 43 1.020 1.380 1.480 1.730
11/4” LT12590DC LTB12590DC 5 73 1.360 1.770 1.930 2.110
11/2” LT15090DC LTB15090DC 4 93 1.610 2.010 2.170 2.430
2” LT20090DC LTB20090DC 2 119 2.080 2.580 2.680 2.930
21/2” LT25090DC LTB25090DC 1 310 2.510 3.150 3.210 3.620
B C 3” LT30090DC LTB30090DC 1 428 3.130 3.670 3.740 4.280
31/2” LT35090DC LTB35090DC 1 643 3.580 4.170 4.230 4.840
4” LT40090DC LTB40090DC 1 748 4.060 4.740 4.750 5.370
A
D
www.crouse-hinds.com US: 1-866-764-5454 CAN: 1-800-265-0502 Copyright© 2019 Commercial Products Catalog 71

• UL Listed liquidtight flexible metal conduit fittings are suitable for use in the following hazardous locations under NEC: - Class I, Division 2; - Class II, Divisions 1 & 2; and - Class III, Divisions …

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Frequently Asked Questions

Are zinc alloy fittings equal to steel?

“Zinc Alloy Fittings are all made out of “pot metal” and can’t possibly be equal to Steel in performance.” – This is absolutely false. First, the term “pot-metal” is a slang term meant to describe an alloy without a metallurgical standard. Second, these alloys are cheap, and highly unpredictable due to their uncontrolled elemental variations.

What are the dimensions of conduit fittings?

Each Fitting shall be assembled to a minimum 152 mm (6 in) length of conduit of the intended size and an unpainted, plated or unplated, steel enclosure or steel plate simulating an enclosure. The thickness of the enclosure or plate shall be 1.35 – 1.40 mm (0.053 – 0.055 in).

What is the difference between zinc alloy and ul514b fittings?

UL514B is the primary specification that electrical fittings are required to meet. STEEL vs. ZINC ALLOY….WHAT REALLY IS THE DIFFERENCE? The primary test requirements for Zinc Alloy and Steel (including Malleable Iron) fittings are contained in the governing specification - UL514B.

What is the melting point of zinc fittings?

- In most applications the objection to Zinc fittings due to a low melting point is completely without merit. It is true that the melting point of steel typically used in fittings is around 2500°F and the Zinc Alloy is around 800°F.