APPLETON ELECTRIC Hazardous Location Plugs And Receptacles
CSA certified aluminium / iron plugs and receptacles featuring dead-end / feed-thru hubs. Used to avoid unnecessary power interruptions and ensure safe electrical connections. Available in different hp ratings, hub sizes and finishes
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Appleton Electric hazardous location plugs and receptacles are suitable for safe electrical connections in environments with potentially explosive atmospheres, such as chemical plants, oil refineries... Read More
Appleton Electric hazardous location plugs and receptacles are suitable for safe electrical connections in environments with potentially explosive atmospheres, such as chemical plants, oil refineries and manufacturing facilities. These plugs and receptacles are designed to prevent sparks and arcs that could ignite flammable gases or dust particles present in hazardous locations.
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Appleton EFS Series non-sealed tumbler switches provide reliable electrical control and enhanced safety in hazardous environments, such as in industrial settings, refineries and chemical plants, where combustible gases or dust may be present. These switches offer reliable control of electrical circuits, aiding in machinery operation, lighting or equipment shutdowns. They have non-sealed nature to ensure quick access for maintenance & troubleshooting. These tumbler switches offer dead-end & feed-thru hub styles for enhanced versatility & installation flexibility. They feature zinc electroplate / chromate / epoxy powder triple coat finish for exceptional corrosion resistance & ensuring reliable performance in challenging environments. These tumbler switches feature malleable iron construction for durability & strength. They have external mounting lugs on enclosures for effortless installation and offer integral rounded bushings in each hub to safeguard conductor insulation. These switches are equipped with precision-threaded stainless steel shafts on each handle to meet explosion-proof requirements.
Appleton Electric offers an extensive catalogue of receptacles designed to connect an electrical device to a power supply. These receptacles feature lockout provision to provide equipment with a total lockout / tagout system for preventing accidental machine startups. They meet NEMA 3, 3R, 4 and 4X requirements with plug fully inserted or cover closed with wing nuts fully tightened. These receptacles are equipped with an interlocked circuit breaker to offer short circuit and thermal time delay overload protection and neoprene bushing to prevent the entry of water. They have brass contacts which exert constant pressure across the entire contact surface and provide superior electrical contact. Choose from a wide range of Appleton Electric receptacles, available in 20, 60 and 100 A designs on Raptor Supplies.
These Appleton hazardous receptacles are designed with two, three and four poles for efficient electrical connections.
The brand's 600V receptacles feature an epoxy powder coat for durability and corrosion resistance. These receptacles offer copper-free aluminium construction for increased toughness. They come with NEMA ratings of 3, 3R, 4, 4X and 9FG to ensure reliable performance in hazardous environments.
Appleton Electric pin and sleeve receptacles feature a receptacle connection type, allowing for easy and secure electrical connections. They have a current rating of 200A, ensuring sufficient power handling capacity. Their screw terminal type facilitates secure and convenient wire connections. These pin and sleeve receptacles are constructed with metallic cases for durability and protection in harsh environments. They operate within a temperature range of -13 to 104 degrees F.
Frequently Asked Questions
How do I install these plugs and receptacles?
Before installation, switch off the power supply to the circuit at the breaker or fuse box.
Choose an appropriate site for the receptacle, adhering to accessibility and code requirements.
Strip and prepare the electrical wiring, ensuring it is compatible and properly routed to the installation site.
Remove the cover plate and verify that the receptacle is ready for installation, with terminals exposed and wires stripped.
Attach wires securely to the designated terminals on the receptacle, following the provided wiring diagram.
Insert the receptacle into the electrical box carefully, avoiding damage to the wires and fasten it securely with screws.
Place the cover plate over the receptacle and affix it firmly using the screws provided for a neat and finished appearance.
Restore the power supply by switching the breaker or fuse box back on after ensuring all connections are secure.
Verify functionality using a voltage tester or plugging in a device to confirm the proper power supply to the receptacle.
How can I differentiate between outlets and receptacles?
Outlets and receptacles are often used interchangeably, but they have distinct meanings. An outlet refers to a point where the current is drawn to power devices, while a receptacle is the specific contact device where you plug in electrical equipment. Receptacles are examples of outlets, but not all outlets are receptacles. Understanding this difference helps in identifying the specific components of an electrical system.
How do I ensure the safety of my electrical outlets?
To maintain the safety of electrical outlets, it is essential to replace worn-out outlets and wiring, add ground wiring where necessary and install Ground Fault Circuit Interrupter (GFCI) outlets in areas prone to moisture, like kitchens and bathrooms. Regular maintenance and upgrades help prevent electric shocks, fires and other hazards associated with faulty outlets.
What are the key considerations when selecting plugs and receptacles for industrial applications?
Major factors include voltage rating, current capacity, environmental conditions and safety features like ground fault protection and compliance with industry standards are crucial.
How do I troubleshoot common issues with plugs and receptacles?
For issues like loose connections, intermittent power or sparking, it is essential to first turn off the power to the affected circuit. Inspect the receptacle for visible damage, tighten any loose connections and check for signs of overheating or burning. Using a multimeter to test voltage and continuity can help identify faulty components. If troubleshooting does not resolve the issue, it is advisable to consult a qualified electrician to ensure safe and effective repairs.