Eaton TMC3-050-0-NP Cable Gland - IP66 Hazardous Locations

Part Number: TMC3-050-0-NP
Manufacturer
Eaton Crouse-Hinds
Part number
TMC3-050-0-NP

Quick Summary

Cable gland provides sealing and strain relief for armored and non-armored MC cables in harsh industrial environments. Field technicians often struggle to maintain IP66 integrity while enabling quick, error-free field installation. This TMC3 gland delivers hazardous-location approvals and rugged protection with IP66, NEMA 4X, and IECEx/ATEX certifications to support safe operation. By combining a compact profile with a 1/2" NPT thread and armor range support, it reduces commissioning time and spare-part variety, improving project timelines and overall equipment reliability in oil, gas, and heavy manufacturing settings.

Product Information

Extended Description

TMC3-050-0-NP Eaton Crouse-Hinds: Eaton Crouse-Hinds series TMC3 cable gland, 0.452" - 0.660" armor min./max., Armoured and non-armoured, Nickel-plated brass, 0.50-0.78" outer sheath min./max., Industrial protection, 1/2" NPT
Product Name
Eaton Crouse-Hinds series TMC3 cable gland
Catalog Number
TMC3-050-0-NP
UPC
662276888517
Product Length/Depth
3.3 in
Product Height
1.38 in
Product Width
1.38 in
Product Weight
0.79 lb
Area classification
Hazardous/Classified Locations
Standards type
NEC/CEC IECEx/ATEX
NEC hazardous rating
Class II, Division 1 Class III
NEMA Rating
4X
Ingress protection (IP) ratings
IP66
Protection type
Industrial
Gland type
Armoured and non-armoured
Cable type
MC MC-HL TECK TC TC-ER TC-ER-HL ITC ITC-ER ITC-HL PLTC PLTC-ER ACIC
Material
Nickel-plated brass
Thread Size
1/2"
Thread type
NPT
Armor (min/max)
0.452" - 0.660"
Cable range (min/max)
0.55" - 0.78"
Outer sheath (min/max)
0.50-0.78"
Feature armor compatibility and flexible gland type → Business Impact reduces inventory costs and speeds up installation by supporting both armored and non-armored MC cables within an armor range of 0.452"–0.660" and outer sheath range of 0.50"–0.78" while using a standard 1/2" NPT thread. Application: fits MC, MC-HL, TECK, TC, TC-ER, ITC, ITC-ER, ITC-HL, PLTC, PLTC-ER cables in industrial control panels and field junctions, delivering reliable sealing with fewer parts and faster on-site assembly. Feature corrosion-resistant nickel-plated brass → Business Impact extends service life in wet and dusty environments, reducing maintenance cycles and total cost of ownership. Application: suitable for harsh plant floors and outdoor installations, aligning with IP66 and NEMA 4X expectations. Feature installation efficiency and catalog compatibility → Business Impact shortens commissioning time and lowers training needs. Application: IF 1890 instruction set and Eaton catalogs support quick, safe installations across multiple gland types and cable families.

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FAQs

The TMC3-050-0-NP supports both armored and non-armored MC cable within an armor range of 0.452"–0.660" and a cable range of 0.55"–0.78", using a 1/2" NPT thread. For field installs, reference IF 1890 instructions and Eaton catalogs to select the correct gland variant and ensure a proper seal in IP66 and NEMA 4X environments.
This gland carries NEC/CEC IECEx/ATEX certifications and is rated for Hazardous/Classified Locations, with IP66 protection and NEMA 4X enclosure suitability. These certifications confirm compliance for equipment used in potentially explosive atmospheres and demanding industrial settings.
Yes. The TMC3-050-0-NP uses nickel-plated brass and provides IP66 ingress protection, making it well-suited for wet or dusty plant floors, outdoor enclosures, and other environments where moisture resistance is required for long-term cable integrity.
The gland supports a broad range of cable types including MC, MC-HL, TECK, TC, TC-ER, TC-ER-HL, ITC, ITC-ER, ITC-HL, PLTC, and PLTC-ER. This compatibility helps standardize gland selections across diverse panels and reduces inventory complexity.
By combining armored and non-armored compatibility with rugged IP66/NEMA 4X protection and hazardous-location approvals, the gland minimizes maintenance, reduces spare-part proliferation, and shortens installation time—leading to lower lifecycle costs and improved uptime in harsh industrial environments.