Founded in 1924, Burndy, a subsidiary of Hubbell, provides electrical, pneumatic, safety & maintenance fittings, connectors and equipment. It is headquartered in Norwalk, Connecticut, United States and is known for manufacturing high-quality connectors and fasteners. Read More
Straight barrel / belled straight barrel / YAD / angled barrel connectors to establish an electrical connection with underground cables in medium voltage configurations
Aluminium / copper / bronze / steel connectors used to connect a wire or a cable to a terminal in an electrical circuit. Feature slotted / hex heads for easy installation and are available in different minimum & maximum conductor sizes
Consists of an aluminium splice / reducer and a heavy-wall heat shrink sleeve and are ideal for use with copper and aluminium conductors. Can handle a maximum temperature of 194 degrees F
Feature a split square / hex head to secure the wire within the bolt itself and are used for grounding, bonding and burying applications in earth / concrete. Offered in copper alloy, aluminium, leaded bronze alloy and plastic variants
Adapters and jumper braids used for rewiring or reinforcing aluminium / copper conductors, panel board equipment and meter sockets. Available in different lengths, widths and diameters
Burndy's vast catalogue includes electrical connectors, terminal blocks, plugs and receptacles. Burndy compression lug studs are used to make an electrical connection by joining or terminating electrical conductors. These lugs have non-insulated, brazed barrel copper terminals with electro-tin plating for corrosion resistance. The brand's YGHA Series wire connectors are made of copper for high electrical conductivity and corrosion resistance. These Burndy compression wire connectors are RoHS compliant and ensure enhanced safety while connecting wire.
Some Burndy MPNs cross individual references to the equivalent Dayton, Eaton and 3M. So, if you're looking for a competitor item that is either out of stock or obsolete, chances are Raptor Supplies has the equivalent Burndy products available.
These Burndy products are small in size. They require careful packaging as some items might get damaged while shipping. Hence, these items are delivered by courier shipment and air freight for minimum downtime.
These tin-plated, high-copper alloy terminals are used to connect a variety of cables to equipment pads or terminal blocks. They are particularly useful in light industrial applications. These termina...Read More
These clamps are recommended for tee, cross, parallel, butt and tap connections. They have round edges for easy taping. These clamps are made of high-strength, high-conductivity copper alloy and silic...Read More
The UNITAP line of clear insulated connectors allows quick & easy tap connections and in-line splice / reduction. Their pre-installed oxidiser prevents moisture and impurities from accessing the conta...Read More
These blocks are utilised in panels for cable splicing and power distribution from primary run(s) to secondary / branch circuits. These finger-safe models have translucent polycarbonate top covers and end plates for simple visual inspection and IP20 protection.
14 to 16 inch-lb.
Connect the surge receptacle to the first device in the circuit using pigtails. Wire the standard receptacles downstream so that they are no more than 20 feet away and in the same room.
Cleaning connectors with a specialised contact cleaner and a brush or cloth is advised. Regular cleaning is vital to remove dirt, oxidation, or contaminants that can hinder electrical conductivity and cause overheating.
Routine maintenance includes inspecting for signs of wear, corrosion or loose connections. Tighten any loose connections and replace components showing significant wear to maintain reliability.
Proper wire termination involves selecting the right wire size, ensuring adequate stripping and using recommended torque settings. Proper termination ensures a secure electrical connection, minimising resistance and preventing overheating.
Safety measures include working on de-energised systems whenever possible, wearing appropriate personal protective equipment (PPE), and following lockout / tagout procedures.
