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Overview
- Constructed from high conductivity copper tubing for superior electrical performance.
- Tin-plated for corrosion resistance and low contact resistance.
- Features a peep (sight inspection) hole for visual confirmation of cable insertion.
- Rated for 6 AWG wire with a 1/4" bolt size.
- UL486A Listed wire connector, rated for 600V and 35KV maximum when properly installed.
Specifications
Application | Terminate, Splice, Tap Power Connectors |
Cable Size | # 6 AWG (STR) |
Color | Blue |
Environmental Conditions | 90 C |
Finish | Tin Plated |
Material | Copper |
Mounting | 1/4 Mounting Hole IN |
Number Of Holes | 1 |
Size | L=1.77 - W=.420 - OD=.300 - ID=.200 IN |
Special Features | # 6 AWG (STR) - 1/4 Mounting Hole |
Standard | UL486A/B, UL467 (8 AWG -3/0 AWG) |
Stud Size | 1/4 IN |
Type | Long Barrel - One Hole With Peep Hole |
Voltage Rating | 600 V |
Warranty | 1 Year |
Package Dimensions (L x W x H) | 1.772 IN x 0.421 IN x 0.295 IN |
Package Dimensions (L x W x H) | 4.5009 cm x 10.6934 mm x 7.493 mm |
Package Weight (Imperial) | 2.200 L |
Package Weight (Metric) | 0.998 kg |
L6NP
2 Hole Long Barrel Peep Hole Copper Compression Lug 6 AWG - 3/8" Bolt - 1 3/4" mOUNTING sPACING Long Barrel Copper Compression Lugs are produced from high conductivity copper tubing. Allows easy inspection of the termination to assure complete cable insertion. Tin-plated to provide corrosion and low contact resistance. Marked with die index and color coded. Listed for 35KV maximum when properly installed. Rated 600V. cULus 486A/B Listed. UL467 Listed on sizes 6 AWG - 3/0 AWG. Temperature rating 90 degrees C.
CTH-114
Heavy Duty Copper C Tap Grounding Connector for 350 MCM to 4/0 AWG APPLICATIONS: Copper "C" Taps ensure positive, all-around compression with low-resistance and high pull-out values. Made of high conductivity copper, they satisfy the requirements of NEC250-81 and 250-91 for connecting to the grounding electrode system. Rated 600 Volts.
CTH-115
Heavy Duty Copper C Tap Grounding Connector for 500 to 250 MCM APPLICATIONS: Copper "C" Taps ensure positive, all-around compression with low-resistance and high pull-out values. Made of high conductivity copper, they satisfy the requirements of NEC250-81 and 250-91 for connecting to the grounding electrode system. Rated 600 Volts.
AL6-14
1 HoleStandard BarrelAluminum Compression Lug6 AWG - 1/4 Bolt Standard BarrelAluminum Compression Lugs is a type ofaluminum compression connector that is produced from high conductivityaluminum tubing.Center stop assures proper cable installation.They are tin-plated to provide corrosion resistance and are marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed.
C-400
Long Barrel TinnedCopperSplice400 MCM Long Barrel Tinned CopperSplices is a type of copper compression connector that is produced from high conductivity copper tubing. They are tin-plated to provide corrosion resistance and are marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed.
SC-6
StandardBarrel TinnedCopperSplice 6 AWG Standard Barrel Tinned CopperSplices is a type of copper compression connector that is produced from high conductivity copper tubing. They are tin-plated to provide corrosion resistance and are marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed.
C-6
Long Barrel TinnedCopperSplice6 AWG Long Barrel Tinned CopperSplices is a type of copper compression connector that is produced from high conductivity copper tubing. They are tin-plated to provide corrosion resistance and are marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed.
GL400N
2 Hole Short Barrel Copper Compression Lug w/ Peep Hole 400 MCM - 1/2" Bolt Short Barrel Copper Compression Lugs with Peep Hole is a type of copper compression connector that is produced from high conductivity copper tubing. They are tin-plated to provide corrosion resistance and are marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed.
SC-400
StandardBarrel TinnedCopperSplice400MCM Standard Barrel Tinned CopperSplices is a type of copper compression connector that is produced from high conductivity copper tubing. They are tin-plated to provide corrosion resistance and are marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed.
GL40048
1 HoleShort Barrel Copper Compression Lug w/ PeepHole400MCM-1/2" Bolt Short Barrel Copper Compression Lugs with PeepHoleis a type of copper compression connector that is produced from high conductivity copper tubing. They are tin-plated to provide corrosion resistance and are marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed.
L40048
1 Hole Long Barrel Copper Compression Lug 400 MCM - 1/2" Bolt Long Barrel Copper Compression Lugs are produced from high conductivity copper tubing. They are tin-plated to provide corrosion low contact resistance. Marked with die index and color coded for easy reference. Listed for 35KV maximum when properly installed and to cable manufacturer instructions. Temperature rating 90 degrees C. .How to Install NSI Copper Compression Connectors
Install and crimp NSI copper compression lugs or splices on compatible copper conductors. Select the correct connector size, prepare the conductor properly, and crimp with the approved tool and die set for a secure connection.
Tools needed:
Wire brush, Approved crimp tool or die set, NSI M-250 crimp tool (for 250 MCM Class B & C copper cable), NSI M-500 crimp tool (for 500 MCM Class B & C copper cable), NSI N12ID dieless crimp tool, NSI N1240 crimp tool
Supplies needed:
Correctly sized NSI copper compression lug or splice connector, Compatible concentric, compressed, or compact copper conductor
- Select the correct connector
Choose a lug or splice connector that matches the cable size and conductor type. Verify that the connector series and barrel size are appropriate for the installation before starting.
- Prepare the conductor
Carefully strip the insulation from the conductor without nicking the strands. Strip only enough length so the conductor can be fully inserted into the connector barrel and completely fill it.
- Clean the stripped conductor
Wire brush the stripped portion of the conductor to remove oxide films. Ensure the conductor is clean before insertion, because contamination can reduce connection quality.
- Insert the conductor fully
Insert the stripped conductor completely into the connector barrel. Confirm that the conductor is fully seated and that no bare strands are left exposed outside the barrel.
- Crimp the connector
Use an approved NSI compression tool and the correct die set for the connector series and wire size. Follow the barrel markings for suggested crimp locations, and make the required number of crimps; long-barrel lugs and splices require twice as many crimps as indicated. Use the NSI M-250 for 250 MCM Class B & C copper cable or the NSI M-500 for 500 MCM Class B & C copper cable when applicable.
- Verify the finished connection
Inspect the crimped connector to confirm it is secure and properly formed. Make sure the conductor remains fully seated and that the crimp locations match the manufacturer’s markings. Follow all electrical safety practices and de-energize circuits before installation.
Frequently Asked Questions about NSI Industries
How are Tork products typically installed?
Tork products are typically installed by trained technicians who follow a comprehensive commissioning process. This includes verifying the work environment, conducting electrical installation checks, performing internal and external equipment inspections, powering on the system, and executing operational tests to ensure compatibility and reliability.
What environmental ratings do Tork products have?
Tork products are designed to meet various environmental ratings, including NEMA Type 4X and Type 6, which provide protection against corrosion, windblown dust, rain, and occasional temporary submersion. These ratings ensure that Tork products can withstand harsh industrial environments while maintaining operational integrity.
What communication protocols do Tork products support?
Tork products support a comprehensive range of communication protocols, including PROFIBUS DP V1, PROFINET with dual port, EtherNet/IP with dual port, CANopen, and Modbus RTU integrated as standard. These protocols facilitate flexible network integration and high-performance communication across various industrial automation systems.
What are the key features of Tork products?
Tork products are designed with advanced features that enhance efficiency and reliability in industrial applications. Key features include integrated harmonics and EMC design for improved power quality, removable terminals for quick installation, and USB ports for easy troubleshooting. Additionally, Tork solutions emphasize user-friendly setup with application wizards and memory modules for convenient parameter management.
What are the main product lines offered by Tork?
Tork offers a diverse range of products primarily focused on industrial automation, including TORK® Photocontrols, lighting controls, and various electrical components such as enclosures, occupancy sensors, and grounding solutions. These products are designed to enhance efficiency and reliability in commercial and industrial applications.
What technical support does Tork offer?
Tork offers a comprehensive range of technical support services, including 24/7 customer support, on-site service management, and a technical hotline network. With three advanced technical support centers and over 8,000 hours of technical training conducted annually, Tork ensures certified expertise across 25+ languages to assist customers effectively. Their commitment to service is reflected in a 98% Service Level Agreement compliance rate, providing reliable support for all operational needs.
What industries and applications are Tork products used for?
Tork products are utilized across a variety of industries, including food processing, healthcare, hospitality, and manufacturing. They are designed for applications such as hand hygiene, surface cleaning, and dispensing solutions, ensuring efficiency and compliance in environments that require high standards of cleanliness and safety.
What certifications and standards do Tork products comply with?
Tork products comply with UL and cUL certifications, ensuring they meet rigorous safety and performance standards. Additionally, many models are designed to meet NEMA enclosure ratings, providing protection against environmental factors.
How are Remke products typically installed?
Remke products are typically installed through a systematic process that includes site audits to verify proper wiring, followed by remote or on-site commissioning. This commissioning involves installation verification, programming, and communication testing to ensure the system operates reliably and meets design specifications.
What accessories are available for Remke products?
Remke offers a wide range of accessories for their products, including panel mounting kits, fuse holders for voltage inputs, ferrites for communication modules, and current transformers. These accessories enhance the functionality and protection of Remke's industrial automation solutions, ensuring reliable performance in various applications.