Eaton Crouse-Hinds LTB400GC Liquidator liquidtight connector - Hazardous/Classified Locations
Part Number: LTB400GC
Quick Summary
LTB400GC is a liquidtight connector that seals and grounds conductors in hazardous locations. This straight FMC fitting is designed for rugged industrial environments where moisture, dust, and aggressive surroundings threaten reliability. In real-world installations, downtime often stems from inadequate protection or non-compliant terminations; this connector provides a dependable, code-aligned solution that reduces field rework. Featuring NEC/CEC compliance and area-classification suitability, it supports safe operation in classified spaces. For buyers focused on installation efficiency and long-term lifecycle, this solution combines robust mechanical form with straightforward wiring, delivering consistent performance across tough industrial applications.
Product Information
Extended Description
LTB400GC Eaton Crouse-Hinds: Eaton Crouse-Hinds series Liquidator liquidtight connector, FMC, Straight, Copper ground lug, Insulated, #3/0-6 AWG lug size, Malleable iron, 4"
Product Name
Eaton Crouse-Hinds series Liquidator liquidtight connector
Catalog Number
LTB400GC
UPC
662283112926
Product Length/Depth
4 in
Product Height
7.25 in
Product Width
5.75 in
Product Weight
1 kg
Area classification
Hazardous/Classified Locations
Standards type
NEC/CEC
Eaton Crouse-Hinds LTB400GC 3D drawing
Crouse-Hinds series Malleable and Aluminum Liquidtight Fittings catalog page
Metallic Liquidtight Fittings UL certification
Metallic Liquidtight Fittings UL certification
Eaton Specification Sheet - LTB400GC
Feature: Straight FMC liquidtight design with malleable iron body and insulated construction → Business Impact: Superior mechanical strength, corrosion resistance, and reliable sealing in harsh environments → Application: Motor control centers and outdoor equipment enclosures in hazardous locations. Feature: Copper ground lug and #3/0-6 AWG conductor compatibility → Business Impact: Proven grounding integrity and versatile wiring options reduce field rework and stocking needs → Application: Power distribution feeders and equipment grounding in hazardous areas. Feature: Precise dimensions (4 in length, 5.75 in width, 7.25 in height) → Business Impact: Predictable fit within standard enclosures, simplifying panel design and installation → Application: Control panels and junction boxes where space planning matters. Feature: 1 kg weight for manageable handling on-site → Business Impact: Easier installation and reduced worker fatigue during ongoing maintenance → Application: Field retrofits and new builds with tight schedules. Feature: NEC/CEC compliance and Hazardous/Classified Locations area classification → Business Impact: Regulatory confidence and safer operations, lowering risk of non-compliance penalties → Application: Industrial facilities with strict safety and wiring standards. Feature: 4" length and straight connector orientation → Business Impact: Quick alignment and secure routing in conduit runs, improving installation speed and consistency → Application: FMC conduit networks in crowded equipment rooms.
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FAQs
Yes. The LTB400GC is designed for straight FMC installations and supports #3/0-6 AWG copper conductors with a copper ground lug, enabling secure terminations in hazardous locations.
Key specs include a 4 in length, 5.75 in width, 7.25 in height, and a 1 kg weight. The body is malleable iron with an insulated design and a copper ground lug for reliable grounding.
It is recommended for Hazardous/Classified Locations and installations requiring NEC/CEC compliance, making it suitable for demanding industrial facilities, chemical plants, and other high-risk environments.
The LTB400GC carries NEC/CEC standards compliance and is intended for use in Hazardous/Classified Locations, ensuring regulatory alignment and safety for critical power and control circuits.
The combination of a robust malleable iron body, insulated construction, copper grounding, and straightforward installation reduces commissioning time, minimizes rework, and lowers long-term maintenance costs in hazardous environments.