ABB Installation Products 02500260 15-35kV 200 Amp, Loadbreak LR Long Bi-Metal Contact - Size Code 260 - 3/0…
UPC: 783786644674
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Minimum Qty: 200
Multiplier: 200
*Contact for lower quantities*
Call +1 (262) 252-1600 (toll-free 877-268-3700) or email [email protected] for pricing and availability.
Overview
- 15-35kV operating voltage rating
- 200 Amp continuous current rating
- Loadbreak LR Long Bi-Metal Contact
- Size Code 260
- Accommodates 3/0 Stranded/Compressed or 4/0 Solid/Compact conductors
Specifications
Amperage Rating | 200 A |
Cable Size | 3/0 STR AWG , 3/0 COMPR AWG , 4/0 SOL AWG , 4/0 COMPT AWG |
Color | Bare |
Connection | Compression |
Environmental Conditions | Must be Protected/installed into Elbow Connector, Repair Elbow Connector or Replacement Elbow |
Insulation | None |
Material | Bi-Metal (Aluminum and Copper) |
Number Of Holes | 1 |
Standard | IEEE 386 |
Stud Size | 3/8 Inch |
Type | Bi-Metal Contact Compression Lug |
Voltage Rating | 15 to 35 kV |
Package Dimensions (L x W x H) | 0.01 IN x 0.01 IN x 0.01 IN |
Package Dimensions (L x W x H) | 0.0254 cm x 0.0254 cm x 0.0254 cm |
Package Weight (Imperial) | 0.1800 L |
Package Weight (Metric) | 0.0820 kg |
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Frequently Asked Questions
What is the voltage rating for this ABB loadbreak contact?
The ABB 02500260 loadbreak LR long bi-metal contact is rated for 15-35kV.
What is the current capacity of the 02500260 contact?
This ABB loadbreak contact has a current rating of 200 Amps.
What conductor sizes can this bi-metal contact accommodate?
The ABB 02500260 contact is designed for 3/0 stranded/compressed or 4/0 solid/compact conductors.
What is the length of the ABB 02500260 contact?
The ABB 02500260 loadbreak LR long bi-metal contact measures 2.88 inches in length.
What is the size code for this ABB loadbreak contact?
The ABB 02500260 loadbreak LR long bi-metal contact has a size code of 260.
How to Install the Elastimold 252LR Deadbreak Elbow Connector
This guide provides step-by-step instructions for the safe installation and connection of the Elastimold 252LR Deadbreak Elbow Connector to UD cable having concentric neutral and semi-con shielding, including cable preparation and final bailing.
Estimated time: 1h 30m
Tools needed:
Wrench, Wire brush, Crimp tool (refer to compression lug package), Wire strippers, Hot stick, Suitable sensing device (for capacitive test points)
Supplies needed:
Elbow Connector Housing (252LR), Compression Lug, Probe, Probe Contact, Lubricant (supplied with connector), Hold-down Bail, No. 14 AWG (2.5mm) copper wire, Appropriate ground connector
- De-energize Apparatus and Inspect Components
DANGER: Ensure all apparatus is de-energized during installation or removal. Do not touch or move energized products. Inspect all parts for damage, correct rating, and compatibility with mating parts. Check the elbow housing cable entrance size and compression lug size for proper fit with the cable. Thread the probe into the compression lug to check threads; if resistance is encountered, check for damage and replace the component. Remove any protective shipping covers and replace with appropriate HV insulated caps or connectors before submerging or energizing.
- Train Cable
Train the cable as shown in the documentation to ease operation, ensuring a minimum of 20 inches (508.0mm) beyond the end of the cable. Cut any excess cable squarely at the center line of the bushing.
- Prepare Cable
Unwrap and bind concentric neutral wires 8-1/2 inches (216.0mm) back from the end of the cable. Remove the shield and insulation from the cable end, cutting squarely and taking care not to nick the conductor. Wire brush bare aluminum conductors and immediately install the compression lug, rotating to spread inhibitor. Position the compression lug so the contact threaded hole aligns with the bushing bore. Crimp the lug starting at the crimp line mark, rotating 180 degrees for each successive crimp. Carefully wipe excessive inhibitor from the outside of the lug and cable. Remove the semi-con shield as shown, and bevel the insulation end 1/8 inch (3.2mm) maximum. Thoroughly clean the insulation to remove all traces of conductive residue.
- Assemble Elbow Housing
Clean and lubricate the cable insulation and the inside of the elbow housing with the supplied lubricant. DO NOT SUBSTITUTE. Slide the elbow connector onto the cable with a back and forth twisting motion. Wipe off all excess silicone lubricant. Align the elbow with the compression lug’s threaded hole. Thread the probe into the lug by hand, ensuring not to cross-thread. Tighten with the supplied wrench until the wrench bends.
- Assemble Hold-down Bail
Place the hold-down bail into the hold-down bracket by compressing the bail and inserting it into the brackets.
- Connect Concentric Neutral
Using a separate No. 14 AWG (2.5mm) copper wire or equivalent, insert one end through the grounding eye on the elbow. Twist tightly, taking care not to damage the eye. Twist all neutral wires together and connect them to ground using an appropriate connector. Provide adequate slack in the wires for elbow operation.
- Connect Elbow to Bushing Plug
Clean the receptacle portion of the elbow connector and the mating bushing, and lubricate with the supplied lubricant. LUBRICATE ONLY IF THE TRANSFORMER AND ELBOW ARE KNOWN TO BE DE-ENERGIZED. Use a fully insulated hot stick to place the elbow on the bushing. DO NOT OPERATE BY HAND. DO NOT SEPARATE IF ENERGIZED.
- Secure Elbow with Bail
Pull the hold-down bail up over the crown or top of the elbow so that the eyebolt on the bail is directly over the operating eye. Tighten down on the elbow locator by turning the eyebolt in a clockwise direction. Adjust the nut on the eyebolt until it allows the eyebolt to seat securely in the locator. The nut should act as a stop to prevent the eyebolt from applying excessive force on the elbow. Once the nut is in its final position, it will not need readjustment when removing and replacing the elbow.
- Perform Voltage Test (Optional but Recommended)
If the connector is equipped with an integral capacitance test point, remove the test point cap with a hot stick, peeling it off at an angle. WARNING: The voltage test point is a capacitance device, not directly connected to the conductor. Do not use conventional voltage measuring equipment. Follow the manufacturer’s directions for the meter used. Test with a suitable sensing device made for use with separable connectors manufactured with capacitive test points to determine if the cable is energized. Contamination or incorrect equipment can provide a false 'no voltage' indication. Treat the elbow as energized until confirmed by other means. After testing, clean and lubricate the inside surface of the cap with silicone grease and replace it on the test point.
Frequently Asked Questions about ABB - Installation Products
How are Thomas and Betts products typically installed?
Thomas and Betts products are installed using a variety of methods tailored to specific applications, including the use of flexible cords and cable fittings, non-metallic cable glands, and armored cable fittings. Proper selection of fittings is crucial to match the cable type and installation environment, ensuring durability and preventing physical damage. Tools such as the Blackburn® Comfort Crimp® and HEX-FLEX® systems enhance installation efficiency and reliability, reducing labor time and ensuring secure connections.
What accessories are available for Thomas and Betts products?
Thomas and Betts offers a comprehensive range of accessories for their products, including various cord and cable fittings, non-metallic cable glands, service entrance cable fittings, and armored cable fittings. Their accessories are designed to enhance installation efficiency and ensure compatibility with different cable types and environmental conditions, providing reliable connections for a wide array of applications.
What environmental ratings do Thomas and Betts products have?
Thomas and Betts products feature robust environmental ratings, including NEMA Type 1, 2, 3, 4, 4X, 12, and 13 certifications, as well as IEC 60529 IP66 protection. These ratings ensure that their products are designed to withstand harsh industrial environments, with capabilities to resist dust, water, and corrosion, and operate effectively in a wide temperature range.
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Thomas and Betts products support a wide range of industrial communication protocols, including Ethernet, DeviceNet, PROFIBUS, Modbus, CANopen, and others. This extensive compatibility ensures seamless integration and reliable communication across various industrial automation systems, catering to diverse application needs.
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Thomas and Betts products are known for their innovative designs, high performance, and compliance with industry standards such as the National Electrical Code and Underwriters' Laboratories. They offer a comprehensive range of rugged and reliable electrical fittings, including liquidtight and dust-tight connections, which enhance installation efficiency and reduce overall project costs. Their products are engineered for durability in harsh environments, ensuring long-term reliability and lower installed costs.
What are the main product lines offered by Thomas and Betts?
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What industries and applications are Thomas and Betts products used for?
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What certifications and standards do Thomas and Betts products comply with?
Thomas and Betts products comply with critical international certifications including UL (Underwriters Laboratories), CSA (Canadian Standards Association), and CE (European Community). Our products are designed to meet rigorous industrial standards such as NEMA enclosure ratings and IEC 60529 IP ratings, ensuring safety and reliability across various industrial applications.
What are the main product lines offered by Ocal?
Ocal offers a comprehensive range of corrosion-resistant conduit systems, including PVC-coated conduit and fittings, conduit bodies, hazardous location fittings, and strut accessories. Their products are designed to provide superior corrosion protection, featuring a hot-dipped galvanizing process and UL listed Type 4X PVC-coated conduit bodies, ensuring durability in the most demanding environments.