Dubai, United Arab Emirates
We offer the best product range of floodlight, CPMV Wall-Pack Luminaire, Enclosed and Gasketed Incandescent Luminaire, Spot Light and Marine Exterior Light.
Champ F2MV Mini HID Hazardous Area Floodlights The Crouse-Hinds series Champ F2MV HID floodlight is a compact, easy-to-install floodlight for use in Class I, Division 2 and Zone 2 hazardous areas. Manufactured with a Corro-free epoxy coated copper-free aluminum enclosure, stainless steel external hardware and impact-resistant glass, the F2MV is available with the following mogul base HID lamp types and wattages: High pressure sodium (HPS) – 50, 70, 100 and 150W Metal halide (MH) – 70, 100 and 175W The F2MV is suitable for marine and wet locations. Certifications and compliances NEC and CEC Class I, Division 2, Groups A, B, C, D Class I, Zone 2, Group IIC NEMA Type 4X UL standards UL844 – Hazardous (Divisions Classified) Locations UL2279 – Hazardous (Zones Classified) Locations UL1572 – Ordinary and Wet Locations, Marine Outside Type CSA standards C22.2 No. 137 CAN/CSA-E79 Series IEC standard 60079-15 Design features Small, compact size – easy to install and maintain 40°C and 55°C ambient suitability – addresses high ambients common in industrial facilities Low ambient capability to -40°C – perfect for colder climates Heavy duty, copper-free aluminum enclosure with epoxy coating and stainless steel hardware – provides a robust design with industrial grade construction and corrosion resistance Continuous silicone gasketing – ensures wet and marine locations integrity Stainless steel tether chain and captive cover screws – secure cover to housing ensures ease of maintenance Trunnion (yoke) mount design – standard construction provides the greatest mounting flexibility; can be mounted vertically (wall), horizontally (rooftop or floor) or any angle in between Requires only two bolts to mount – simplifies installation Heat- and impact-resistant tempered glass lens – provides exceptional stability Shock-absorbing mogul base lamp socket – cushions lamp; improves lamp life in harsh environments 3-axis resonance withstand and UL844 vibration compliant – stands up to the tough jobs Precision formed aluminum reflector – superior beam control, distribution and efficiency NEMA 7x6 floodlight pattern with lamp orientation base down – the ideal light distribution for industrial applications Multi-tap ballasts – offering a choice of 120, 208, 240 and 277V; 220V, 50 Hz; 240V, 50 Hz; tri-tap (120, 277 and 347V); and 480V ballasts are also available For use with SFA6 slipfitter adapter and SWB6 wall mount bracket accessories – further enhances mounting flexibility Restricted breathing compliance – cooler T-numbers for increased hazardous locations suitability Standard materials Enclosure (housing and lens cover) – copper-free aluminum Cover chain and external hardware – stainless steel Lens – heat- and impact-resistant glass Gaskets – silicone rubber Yoke – copper-free aluminum Reflector – diffused aluminum lighting sheet
The Champ-Pak™ Wall Pack Luminaire is ideal for low-profile mounting in hazardous and industrial environments. In fact, it is suitable for any area with adverse conditions such as dust, dirt, moisture, vibration, high-pressure hose downs, and high thermal ambients. Applications include: Wall mounting or vertical surface mounting where minimal fixture depth is required Conduit Entries Four 3/4" NPT entries, one on each side, top and bottom (3 plugged); two 1/2" NPT entries on bottom for feed through (1 plugged); consult factory for metric entries Wattages High pressure sodium – mogul base 50, 70, 100, 150W; metal halide – mogul base 70, 100, 150W; compact fluorescent – 26, 32, 42, 52, 64, 84W; auxiliary fluorescent – 26W; induction – 55, 85W FEATURES Unique compact shallow-profile design mounts virtually anywhere Side-hinged cover with two-screw closing for easy installation and maintenance Gray Corro-free™ epoxy powder coated two-piece housing provides superior corrosion resistance Unique stainless steel wire guard accessory attaches without any additional hardware for easy installation and maintenance Glass refractor provides uniform light distribution to eliminate glare Vertical lamp design provides even lamp heat distribution for cooler operation, providing expanded hazardous area suitability Silicone gaskets make luminaire suitable for enclosure Type 4X, marine, and IP66 environments Available in two different conduit entry configurations to permit flexible installation and mounting Four 3/4" NPT hubs, one on each side Two 1/2" NPT hubs on bottom for feed through applications
V Series Incandescent Luminaires are used: Indoors or outdoors in industrial locations where enclosed and gasketed fixtures are required In tunnels, building entrances and similar locations, where moisture, dirt, chemicals, vibration or rough usage are a problem For flush or surface mounting on ceiling or wall, with or without a cast outlet box, pendant or in conduit systems FEATURES Designed to exclude dirt, moisture and corrosive vapors from the interior of the fixtures and the conduit system Several body styles provide a wide variety of mountings, while all use the same globes, guards and optional accessories Rugged and corrosion-resistant
For use in: Marine and watertight requirements High vibration environments Oil and gas exploration and production Surface mining Available Accessories Narrow Spot Lights Type (NSP*); Wide Floodlight Type (WFL*); SS Guard (G); Handle and Clamp (HDL); 12V Med Floodlight Type 300W (-12); 28V Med Floodlight Type 450W (-28**) *120V only. **10 hour lamp life. FEATURES Unique lamp suspension system design absorbs vibration to extend lamp life up to 50% longer than competitive brands High temperature silicone gasket provides a watertight seal Adjustable mounting allows 360º horizontal rotation, vertical positioning down 45º and up 90º; 60º up with handle option Medium flood with optional narrow or wide beam pattern; lamp included Field replaceable lens and gasket Protective guard available
For use in: Marine and watertight requirements Gangway/walkway steps FEATURES Low profile flush mount step light 814 models include louver to reduce glare and direct light High temperature silicone gasket provides a watertight seal
TCH Explosionproof Clocks are used: In oil refinery control rooms, hospital operating rooms, chemical plants, grain handling and processing plants and other similar locations where specific hazardous atmospheres may exist FEATURES Sheet steel case may be used where environmental conditions are not severe; electric motor and connections are contained in corrosion-resistant enclosure; dials are 13" in diameter; reset knob protrudes from bottom of case Disassembly for installation and maintenance is easily performed; the motor housing is factory sealed, with no external seals required
EXH Explosionproof Electric Heaters are used: For standby heat to prevent process heat loss, or for personnel comfort during maintenance/repair operations For rugged locations including: oil refineries, petrochemical plants, rigs, pumping stations, turbine compressors, pulp and paper mills, coal mines, grain elevators, etc. FEATURES Split fan guard for easy access to fan Compact design makes handling during installation easy Evacuated cores heat up quickly with even heat distribution Larger models offer greater kilowatt range, providing more economical means to heat large areas Permanently sealed cores improve reliability and make field servicing easier Control box provides easy access for installation and maintenance
HRC Thermostats are used: For heavy duty line voltage to control fan coils, fans, motor starters, valves, contactors and circulator motors in heating and/or cooling systems HRC Bimetal Thermostats are used: To control heating only, cooling only or ventilation systems in demanding industrial environments FEATURES HRC Thermostat with Honeywell Control: A heavy duty snap switch is mounted in the enclosure; the temperature sensitive element is mounted on the external surface of the cover and actuates the switch through a shaft and bearing mechanism An external knob permits temperature setting within calibrated range; the knob is removable to prevent unauthorized adjustment; room ambient is indicated on thermometer at front HRC Bimetal Thermostat: Bimetal sensing element that is fast acting, reliable and unaffected by altitude Compact, lightweight design makes it easy to install No exposed copper or brass parts for excellent resistance to corrosion Feed-through design for easy installation Durable all aluminum exterior Available for heating only or heating or cooling/ventilation applications
D2PB Circuit Breaker Panelboards are designed specifically for use: In Class I, Division 2, Groups C, D hazardous areas where flammable vapors or gases may be present due to accident or abnormal locations In damp, wet or corrosive locations Indoors or outdoors in Division 2 areas of petroleum refineries, chemical and petrochemical plants and other process industry facilities FEATURES Enclosures are of external flange design – interior is completely accessible when cover is removed Provided with concealed mounting – made possible by having four clearance holes for lag screws or mounting bolts in the back of the enclosure, one in each corner The interior sub-assembly, consisting of a mounting plate, main terminal blocks and circuit breakers, is removable as a complete unit Ample gutter space is provided for ease of field wiring Circuit breakers are contained in compact, individual factory sealed enclosures suitable for Class I, Division 2, Groups C, D hazardous areas Gasketed main cover, which excludes dirt and moisture, is attached to the body with hex head bolts and is removed only when installing the panelboard or making wiring changes; in the center of the main cover is a gasketed hinged door, which provides access only to the circuit breaker operating handles, and is held closed by two quick release catches; the door can be locked by as many as three padlocks to prevent unauthorized operation Tapped conduit openings are provided for main conduit and branch circuits; standard openings can be reduced or plugged to meet most installation requirements Circuit breakers are arranged in two vertical rows and have the circuit numbers marked on the handles; the left row is numbered 1, 3, 5, 7, etc. and the right row 2, 4, 6, 8, etc.; identifying information may be typed on the circuit directory card attached to the inside of the hinged door
PowerPlus™ Panelboards provide premium factory sealed and value non-factory sealed solutions for the protection and distribution of lighting, power, and heat tracing circuits. PowerPlus D2D Panelboards are used: For branch power distribution and circuit protection to motors, valves, pumps, lighting, heat tracing, etc. To accommodate up to 100A branch loads (only 3 circuits), balance up to 50A FEATURES Corrosion-resistant Type 4X breather and drain High quality silver-plated copper bus system OSHA compliant lockout/tagout capability Spring-loaded, quick-release, captive stainless steel cover bolts Optional hinged stainless steel ice/dust shield Integrated steel lifting eye mounted on top side of each panel Manufactured with an external flange design to allow for a wide unobstructed cover opening Superior self-aligning breaker operators designed for both field and factory installation Factory sealed and fully wired for maximum available circuits All terminal blocks come fully wired with each contact numbered for easy connecting of branch entries Heavy gauge 316L stainless steel terminal housings supplied with three removable gland plates High-integrity gasket provides a watertight seal
PowerPlus™ Panelboards provide premium factory sealed and value non-factory sealed solutions for the protection and distribution of lighting, power, and heat tracing circuits. PowerPlus™ EPL Panelboards are used: For branch power distribution and circuit protection to motors, valves, pumps, lighting, heat tracing, etc. To accommodate up to 100A branch loads (only 3 circuits), balance up to 50A FEATURES Corrosion-resistant Type 4X breather and drain High quality silver-plated copper bus system OSHA compliant lockout/tagout capability Spring-loaded, quick-release, captive stainless steel cover bolts Optional hinged stainless steel ice/dust shield Integrated steel lifting eye mounted on top side of each panel Manufactured with an external flange design to allow for a wide unobstructed cover opening Superior self-aligning breaker operators designed for both field and factory installation Factory sealed and fully wired for maximum available circuits All terminal blocks come fully wired with each contact numbered for easy connecting of branch entries Heavy gauge 316L stainless steel terminal housings supplied with three removable gland plates High-integrity gasket provides a watertight seal Available with GFI and/or EPD breakers
ECDs provide ventilation to minimize condensation; drain accumulated condensate Standard - installed in bottom of enclosure or in lower section of conduit Universal - functions as a breather when mounted at the top of an enclosure, or as a drain when mounted in the bottom of an enclosure Combination - used when the use of a top mounted breather is not practical due to limited space FEATURES ECD: ECD284, ECD384, ECD385 and ECD15 "Universal" drains and breathers have: Patented labyrinth design Capability to pass 50 cc of water per minute and 0.2 cubic feet or air per minute at atmospheric pressure ECD15 and ECD385 each have a well inside the inner, threaded end to provide for accumulation of sediment without clogging when used as a drain "Standard" ECD drains and breathers have: Thread-in-thread design ECD 11, 13 have capability to pass 25 cc of water per minute and .05 cubic feet of air per minute at atmospheric pressure ECD387 and ECD16 are a unique thread-in-shaft design; the ECD387 and ECD16 can pass 15 cc of water per minute; the ECD16 can pass .01 cubic feet of air per minute "Combination" ECD breather and drain: Provides ventilation to minimize condensation and drains accumulated condensate – two functions performed by a single device installed in the bottom of an enclosure or conduit system Have the capability to pass 25 cc of water per minute and .10 cubic feet of air per minute at atmospheric pressure Thread-in-thread and labyrinth design CD: For use in conduit systems to: Drain accumulated condensate Provide ventilation to minimize condensation Drains are installed in hubs or drilled and tapped openings ACD: Castellated locknuts that allow moisture to pass between the enclosure and the locknut to the drain holes in the fitting Available in brass, stainless steel (Type 316) or 30% glass filled nylon Captive "O" ring on recess of the face of the breather/drain to optimize ingress protection ATEX and CSA Certified for worldwide market acceptance Available with metric or NPT threads
LNR conduit liners are installed in rigid metal conduit or IMC: To provide a smooth wire entry from conduit into enclosures to protect wires from abrasion as they are pulled With thin wall or thick wall enclosures Entering drilled and tapped openings or slip holes Entering an enclosure vertically or horizontally Regardless of where the conduit ends in relation to the enclosure wall FEATURES UL listed and CSA certified No need for threaded bushings, reducers, or special machining Corrosion- and heat-resistant polypropylene material Smooth flange providing easy wire pulling and protects conductors being installed Space-saving Molded ribs ensure a tight fit, preventing the liner from sliding out while conductors are being pulled Quick and easy to install
Krydon material hubs for conduit entrances, in sizes 1/2" through 3", are available for factory or field installation in all enclosures made of Krydon material. Zinc and stainless steel hubs are also available in various hub sizes. FEATURES Available in zinc, 316 stainless steel and non-metallic Krydon material in a variety of sizes
Accessories for Fiberglass Enclosures are for use with Small Line, Pushbutton, Junction Box, Raised Cover, Advantage, Wall Mount, Large Fiberglass, Disconnect and Circuit Breaker, and Xtra Deep Series Fiberglass Enclosures. Available Accessories Drain and breather vents; encapsulated screws; louver plate vents; carrying handles; stainless steel screws; corrosion inhibitors; fiberglass hole plug assemblies FEATURES Available accessories include drain vents, drain vent kits (ordinary and 4X), breather vent kit 4X, encapsulated screws, louver plate vents, carrying handles, stainless steel screws, corrosion inhibitors, fiberglass hole plug assemblies, and mounting plates
LCC cable tray conduit clamps: Provide a means of clamping metal conduit (rigid steel or aluminum, IMC and EMT) to cable tray to provide for the exit of power and/or control cables from tray Provide a means to firmly bond exit conduit to cable tray for best grounding continuity Provide strong mechanical support for exit conduits and cables FEATURES Quick and easy installation – low installed cost; merely tighten clamp nut and/or set screw(s) Swivel hook clears conduit; no disassembly required for installation No drilling or welding necessary for installation Provides superior ground continuity between conduit and cable tray Clamps conduit at any angle with relation to tray – facilitates wire pulling, minimizes conduit bending Malleable iron body provides great strength Knurled body has no-slip surface for conduit and tray – positive grip assured Compact design has low profile – minimum tray space required for assembly Design accommodates all popular types of cable tray Accommodates wide range of conduit sizes – 1/2" through 4"
Eaton's Crouse-Hinds series Link-Seal is the quick, economical way to seal around conduit in concrete walls, floors and casings. Link-Seal is a modular mechanical seal used for any type of penetration. FEATURES Saves time and money – Link-Seal installs in up to 75% less time than competition products Positive hydrostatic sealing – properly installed, Link-Seal is rated at 20 psig (40 feet of head), which exceeds the performance requirements of most applications Environment seals – Link-Seal environmental seal is designed for long life and use as a permanent seal; seal elements are specially compounded to resist aging, ozone, sunlight, water and a wide range of chemicals Fire seals – for fire protection in floor and wall penetrations, Link-Seal is Factory Mutual approved Resistance to high and low temperatures – Link-Seal environmental seal is manufactured from special compounds that resist temperatures from -40°F to +250°F; Link-Seal fire seal is manufactured from a silicone material that resists temperatures from -67°F to +400°F Corrosion protection – where installation against galvanic corrosion (or electrolysis) is required, Link-Seal provides complete separation pipe and casing; metal-to-metal contact is eliminated Compensates for misalignment – Link-Seal allows for some angular and off center conduit conditions and still seals effectively Absorbs shock, sound and vibration – this inherent benefit of Link-Seal helps reduce conduit failure due to fatigue and threaded connections
The Thru-Wall Barrier is designed: To provide a seal for cable/conduit penetrations through masonry, concrete, or steel; to restrict the entrance of contaminants through cable/conduit penetrations into clean areas For use with most types of power, instrument, and control cables as well as conduits FEATURES Few parts required to seal a wide range of diameters of cables or conduits Easy and fast installation, using factory assembled components High degree of flexibility with interchangeable sealing block assemblies and a selection of different sizes of frames One-piece cast malleable iron or steel mounting frame can be cast into concrete during wall construction, grouted in masonry surfaces, or welded into steel bulkheads at any time Retrofit frame allows for easy installation of frame where cables/conduit are already installed Cast keyways in mounting frame align and position sealing block assemblies Specially formulated elastomeric material between cast malleable iron pressure plates protects cable from mechanical damage; provides high pull-out resistance and positive cable separation; expands during fire to seal any voids left by burned cable insulation Interchangeable sealing block assemblies fit all Thru-Wall Barrier mounting frames Assemblies are offered for all cable/conduit outside diameters from 0.250" to 4.500" (6.4 mm to 114.3 mm); cables with diameters less than 0.250" can be accommodated – consult factory
For use with non-armoured, marine shipboard, tray cable, and Type P cable, ADE-1F2 DS (Double Seal) Non-armoured Glands are installed: To provide a flameproof and weatherproof seal on the outer sheath of the cable FEATURES Standard material is nickel-plated brass for superior corrosion resistance Provides a flameproof and weatherproof seal on the outer sheath of the cable Universal seal suitable for use in operating temperatures -60°C to +140°C Available with metric or NPT threads
For use with non-armored, marine shipboard, Type P and tray cable, ADE-1FC non-armored barrier glands are installed: To provide a flameproof and weatherproof seal on the outer sheath of the cable To provide an explosionproof compound seal Please note this product has been revised to comply with IEC 60079-0: 2011 Ed.6. FEATURES Standard material is nickel-plated brass for superior corrosion resistance Provides a flameproof and weatherproof seal on outer sheath of cable Provides explosionproof compound seal (denoted by red back nut) on conductors Deluge boot provides enhanced protection from water ingress TSC compound suitable for use in operating temperatures -60°C to +80°C (UL marine -25°C to +40°C) Available with metric or NPT threads
For use with non-armoured cable, the CGB1013 portable cord connector features a tapered neoprene bushing and cable clamp. FEATURES Standard neoprene seal suitable for use in operating temperatures -25°C to 40°C Available with NPT threads
Designed for use in IEC electrical systems, C30 and C31 conduit outlet boxes are installed within hazardous areas to: Provide protection against exterior explosion where acetylene, hydrogen and hazardous gases are present Protect conductors in threaded rigid conduit Act as pull and splice boxes Interconnect lengths of conduit Change conduit direction Provide access to conductors for maintenance and future system changes FEATURES Taper threaded hubs to provide ground continuity Smooth integral hub bushing to protect conductor insulation when pulling Threaded cover openings Surface covers furnished with boxes Neoprene o-ring gasket and green ground screw are both standard Cover threads are 16 pitch
GRUE outlet boxes are intended for use within hazardous areas to: Terminate cable connectors Interconnect lengths of conduit Protect conductors in threaded rigid conduit Act as pull and splice boxes Change conduit direction Provide access to conductors for maintenance and future system changes FEATURES Five threaded hub locations; includes three close-up plugs Tapered threaded hubs to provide ground continuity Internal green ground screw Smooth, rounded integral bushing in each hub protects conductor installation External threaded body and jar style cover provides additional wiring room Cover threads are 16 pitch Cast ears on cover to permit easy removal and tightening Elevated mounting feet, enabling hubs to accept cable connector termination and removal when surface mounted No stand-offs required for mounting feet when installing larger potted barrier glands Neoprene o-ring standard to meet NEMA 4 requirements Copper-free aluminum body and cover provide resistance to corrosive atmospheres Surface cover furnished with box Sealing cover available with 3/4" hub
LBH conduit outlet bodies, and SLB and LBY elbows are installed in hazardous areas to: Act as pull outlets Make 90° bends in conduit system, allowing straight pull in either direction Provide access to conductors for maintenance and future system changes ET short radius tees: Allow single conduit stub up to outlet and device boxes located above or below main conduit runs; eliminates separate feed and return conduits FEATURES LBH bodies: Cover openings on an angle, permitting conductors to be pulled straight through hubs from either direction Domed covers to permit easy conductor bends (relieves strain on insulation) Taper threaded hubs with integral bushings SLB elbows have: Compact overall size and short hubs Taper tapped hubs and integral bushing for standard threaded conduit Covers and gaskets furnished LBY elbows have: Maximum volume for bends within a compact overall size Screw-on cover for ease of installation and removal Cover opening on an angle, permitting conductors to be pulled straight through either hub Taper threaded hubs and integral bushing for rigid threaded conduit ET short radius tees have: Compact size and small radius of bend for use in concealed or open conduit systems Particularly suited for use in shallow floors or partitions Taper threaded hubs and integral bushing for rigid threaded conduit
STL thread lubricant is used between any screw thread and its tapped opening, on any rotating shaft – threaded or plain, and to inhibit corrosion on any metal-to-metal joint of apparatus and control enclosures. HTL high temperature lubricant is used on lighting fixture threaded joints and on threaded joints of the enclosures of any heat-producing apparatus or control. FEATURES STL is lithium based, anti-galling, and: Is especially effective between parts made of dissimilar metals Is effective and stable from -20°F to +300°F Maintains grounding continuity; should not be used on exposed current-carrying parts Has excellent adhesion qualities; a liberal application on threaded joints maintains raintightness and inhibits corrosion HTL is a high temperature, anti-seize, conductive thread lubricant: Effective and stable from -70°F to +1800°F Prevents seizure, galling, rust, galvanic action Maintains grounding continuity; should not be used on exposed current-carrying parts Effective between parts made of dissimilar metals
Cast device boxes are installed in conduit and cable systems to: Accommodate wiring devices Act as pull boxes for conductors in a conduit system Provide openings to make splices and taps in conductors Provide access to conductors for maintenance and future system changes FEATURES Available in shallow (FS) or deep (FD) configurations Available in two- and three-gang tandem bodies
Eaton's aviation solutions include Burton™ and Titan Ground Power™ plugs, cable assemblies and receptacles. Innovations include glass-filled epoxy carriers and floating contacts (depicted to the left) that extend the service lives of GPU cables and aircraft receptacles by reducing the forces required for mating and demating. Additional Titan Ground Power features include: Adapter contacts were fully functional after applying 2500 pounds of force to the adapter body during reliability testing. Field-replaceable adapters are less than 50% of the cost of aircraft power cable refurbishments. Configuration options include AS7974 qualified cable assemblies. Over 800 Aviation Ground Power Cables and Receptacles Commercial and military 400Hz, 28VDC, and 270VDC aircraft power cable and receptacle compliances include: AN2551, AN2552, AN3114, AN3430, AS7974, MS3506, MS21379, MS25018, MS25019, MS90328, MS90347, MS90362, MIL-C-81790, and MIL-STD-810F. Aircraft power receptacle configurations include: replaceable pin, airframe mounted, and GPU cart mounted. Aviation ground power cable configurations include: banded, single jacketed, Command Plus, six around one, single point refueling, extension, Y-adapter, jet starting, and single point refueling. Ground power plug and adapter configuraions include: molded, field replaceable, cable saver, plugs with integral switches and indicators, circular, and B1B cable assemblies.
Micro-Mini AC Dual Key products have been specifically designed for low amperage AC control systems and are ideally suited for use in harsh and abusive manufacturing environments.
ECC products are a rugged combination of molded-to-cable male plugs and terminal back female receptacles. The receptacle is designed for convenient mounting on standard FS or FD wiring boxes. The plug is furnished molded to various lengths of either cross-link polyethylene or poly vinyl-chloride, 600 volt cable. The ECC connector has found widespread use in applications where operating conditions are demanding, and the utmost in reliability is required due to the high cost of downtime.
Macey 25kV coupling systems are used to supply power to draglines, longwall machines, cranes and other types of equipment. FEATURES No special installation tools needed Smaller footprint and reduced weight versus the competition Intermatable with other manufacturers' couplers Accommodates a wide range of cable types with entrance fittings, including fiber optic Retained bolting system Low insertion force/high current design Total air displacement – no potting of rear body termination point Slip-on stress cone termination module with compression type wire stems eliminates heat or cold shrinking (tyco) sleeves Fully shielded phase compartment eliminates phase to phase faults Louvered contact banding for: higher current capacity; lower contact pressure; improved short circuit performance No altitude de-rating required Slip-on stress cone termination module eliminates strain on contact restraining clip Lockout/tagout feature Four week lead time on standard configuration
Push-Lock is a highly reliable locking connector developed primarily for heavy load, direct current applications such as welding or heavy equipment. The Push-Lock connector provides low resistance electrical connection that can be locked in place or released with a twist of the wrist. Male and female plugs may be used together in line or mated with easy to install terminal back receptacles.
The world's only clamped enclosure for hazardous areas. One of the biggest challenges with enclosures located in hazardous areas is accessibility. To access internal components for preventative maintenance or troubleshooting, up to 70 bolts have to be loosened and then retightened, leading to extended periods of downtime and safety risks due to improperly torqued or missing bolts. The clamped EBMX enclosure utilizes patented clamping technology to reduce downtime, increase safety and lower maintenance costs. Applications: Harsh and hazardous motor control environments, including refineries, chemical and petrochemical plants, corrosive process facilities, food and beverage, marine and mining For service entrance, feeder or branch circuit protection for lighting, heating, appliance and motor circuits FEATURES Patented clamped enclosure design reduces opportunity for missing, stripped or broken bolts Simple clamp actuation for user-friendly access to enter enclosure 65kAIC at 480V enclosure rating for high interrupting capacity applications -50°C to +60°C temperature range for extreme environments Thermal magnetic and electronic break trip option for short circuit and overcurrent protection Side operated handle provides visual confirmation of proper operator alignment while cover is open and can be padlocked in either "ON" or "OFF" positions for OSHA compliance Neoprene cover gasket provides NEMA 4X protection for hose down applications Maximum wiring room compliance with National Electrical Code® requirements allows for easy and safe installation Rugged, corrosion-resistant, cast copper-free aluminum construction provides NEMA 4X protection Semi-clamshell enclosure design, with an external flanged ground joint between body and cover, provides increased access to interior components Minimum enclosure-to-enclosure spacing with little interference between the opened cover and adjacent enclosure Pre-drilled mounting plate for simple breaker installation Detachable tap-on mounting feet Steel brackets supplied standard for lifting during installation Bodies have top and bottom drilled and tapped entries for power and control conduits; removable reducers are supplied standard to accommodate smaller size conduits; all conduit entries are plugged
The world's only clamped enclosure for hazardous areas. One of the biggest challenges with enclosures located in hazardous areas is accessibility. To access internal components for preventative maintenance or troubleshooting, up to 70 bolts have to be loosened and then retightened, leading to extended periods of downtime and safety risks due to improperly torqued or missing bolts. The clamped EBMX enclosure utilizes patented clamping technology to reduce downtime, increase safety and lower maintenance costs. Applications: Harsh and hazardous motor control environments, including refineries, chemical and petrochemical plants, corrosive process facilities, food and beverage, marine and mining Across-the-line starting, stopping, speed changing and reversing of polyphased AC induction motors FEATURES Clamped enclosure significantly reduces time to enter enclosure and reduces opportunity for missing, stripped or broken bolts 65kAIC at 480V enclosure rating for high interrupting capacity applications -50°C to +60°C temperature range for extreme environments Magnetic, thermal magnetic and electronic break trip options for short circuit and overcurrent protection Bi-metallic and electronic/solid state overload protection options Up to six cover operators for a variety of applications Side operated breaker handle provides visual confirmation of proper operator alignment while cover is open and can be padlocked in either "ON" or "OFF" positions for OSHA compliance Neoprene cover gasket provides NEMA 4X protection for hose down applications Maximum wiring room compliance with National Electrical Code® requirements allows for easy and safe installation* Rugged, corrosion-resistant, cast copper-free aluminum construction provides NEMA 4X protection Semi-clamshell enclosure design, with an external flanged ground joint between body and cover, provides increased access to interior components Minimum enclosure-to-enclosure spacing with little interference between the opened cover and adjacent enclosure Pre-drilled mounting plate for simple starter and breaker installation Detachable tap-on mounting feet Steel brackets supplied standard for lifting during installation Bodies have top and bottom drilled and tapped entries for power and control conduits; removable reducers are supplied standard to accommodate smaller size conduits; all conduit entries are plugged *Standard factory wiring included between the starter and breaker – consult factory for any additional wiring requirements.
AFA/AFAX Conveyor Belt Alignment Switches are used: As emergency or normal "STOP" switch for conveyor belts whenever they become misaligned or run off their tracks due to excessive speed, uneven load, leveling, breakage and/or other problems In steel mills, mining, ore, and coal handling operations, automotive and assembly lines, warehouses, loading docks, and grain loading and handling FEATURES Furnished with precision switches that provide normally open and normally closed contacts (switches have a snap action mechanism) Housing consists of a center section which can be mounted either vertically or horizontally, and a switch housing with an attached switch operating arm Enclosure has three 1" conduit hubs; cast mounting lugs on 1 1/2" center permit attachment to the web of a standard 3" angle iron Operating arm has 3 1/2" long stainless steel protective roller; approximately 3/4" lateral movement of operating arm actuates switch Spring loaded operating arm will automatically return switch to normal position when belt interference is removed A severe conveyor belt run-off can rotate the operating arm counter-clockwise up to 85 degrees without damage to the switch mechanism Installation of AFA or AFAX unit on either side of a conveyor belt allows approximately 1" or a pre-determined allowable belt misalignment before switch is actuated; a typical installation would include a pair of AFA or AFAX units at each end of the conveyor belt where belt returns
AFU Conveyor Belt Switches are used: To provide instant digital monitoring capability to identify emergency situations during conveyor operations As emergency or normal "STOP" switch for conveyor lines, cranes, unloaders, and bulk handling systems In steel mills, mining, ore and coal handling operations, automotive and assembly lines, warehouses and loading docks In the control circuit of magnetic motor starters to shut down motor-driven conveyors or other machinery when switch is actuated FEATURES Furnished with one or two end units, each containing 2-NO and 2-NC contact arrangements Precision switches provide maintained contact (switches have a snap action mechanism) Multiple conduit hubs (AFU: two 1"); cast mounting lugs on 1-1/2" centers permit attachment to the web of a standard 3" angle iron In installation, the actuating line or cable is connected from a fixed point to the loop on the end unit; a pull on the line of the required operating force and with a total movement of 1/2" actuates the plunger, opens the switch and trips the red painted indicating arm forward, which locks the plunger in the actuated (switch open) position; returning the indicating arm to its normal position resets the mechanism; a typical installation would include single end switch units at each end of the conveyor with double end switch units between Depending on the size and length of line, supports at properly spaced intervals may be necessary to ensure that the line or cable weight alone will not actuate switch Provides instant digital monitoring capability to identify emergency situations during conveyor operations
D2X Attachable Pendant Pushbutton Stations are used: For safe multi-function motor circuit control of: hoists, cranes, machine tools, electromagnets For control applications requiring 2 to 8 functions FEATURES Safety cushioned – neoprene encapsulation protects internal switches and connectors from impact damage and provides extra protection for personnel Stress relief for your cable is built-in; a separate cable grip is not needed Uses Eaton's Crouse-Hinds series ESWP factory sealed contacts suitable for use in Class I, Division 2, Groups B, C, D Switches are rated for 10 amps 600 VAC (NEMA A600) Indicator plates meet OSHA requirements for clear identification of functions; a full set of plates is included with each station Jam-resistant operator buttons are raised flexible diaphragms – an integral part of the molded one-piece cover Compact design Safety yellow finish
Provides automatic shut-off for fans, heaters, pumps, lights and other energy-consuming loads in Class I and Class II hazardous areas For use with Eaton's Crouse-Hinds series EDS/EDSC back boxes (single- and two-gang) and EDSCM modular control device bodies (up to nine-gang maximum) FEATURES Spring wound, mechanical timer switch Copper-free aluminum covers
EGF Explosionproof Ground Fault Control Stations are used: For the additional safety of personnel, and for equipment protection in remote areas FEATURES Copper-free aluminum construction offers lightweight, corrosion resistance and a long, maintenance-free service life 1 1/4" through feed conduit hubs with 1 1/4"–1" reducers for ease of installation Compact, internally flanged enclosure requires minimum installation area Steel mounting feet with electroplate finish for fast, secure, and corrosion-resistant mounting Accepts #14–#10 copper wire sizes for application flexibility Push-to-test button and pilot light (with 10, 000 hour incandescent lamp) for easy and constant operational monitoring of unit Cast aluminum circuit breaker operating handle for durability during use EPD breakers for protection of heat tracing circuits
Ensuring safe product transfer with automated pump control and static ground verification system. Provides producers, handlers and manufacturers of combustible materials a safe product transfer solution with low maintenance, simple installation and reliable operational benefits at a competitive price. FEATURES Static ground verification system provides ground path for static build-up to ensure safe product transfer Integrated control relay allows for safe control of electrically operated pumps or valves, and for energizing remote indicators Stainless steel clamp for grounding connection provides industrial durability, corrosion resistance and increased product lifetime Interior and exterior epoxy powdered paint finish provides superior corrosion resistance inside and out LED pilot lights provide long-lasting visual identification of status of ground connection ECD Type 4X drain protects interior equipment from environmental moisture and condensation, rain water and hose down applications NEMA 4X compact, hose-tight and corrosion-resistant enclosure offers years of service in harsh industrial environments 25 ft. safety fluorescent yellow cord is easily identifiable to ensure safety and reduce tripping hazard Neoprene cover gasket provides a watertight seal to meet UL Type 4 (NEMA 4) requirements Stainless steel hinges are corrosion-resistant while providing safe and easy access to interior of enclosure Waterguard™ desiccant packet absorbs and removes water/moisture and protects the enclosed equipment when not energized Adjustable mounting feet provide ease of mounting during installation
Globally Certified—Individually Customized. An explosionproof enclosure built to customer-specific needs, allowing for the grouping of control devices for process control in minimum space requirements. Available in a variety of sizes with an unlimited combination of devices, windows and markings, these panels are designed to maximize the efficiency of each unique process. FEATURES Neoprene cover gasket—between body and cover—provides NEMA 4, IP66 watertight seal Tap-in mounting feet offer a simple and secure way to mount enclosure, and are replaceable if broken or lost Captive, quick release stainless steel triple lead cover bolts make it easier to get in and out of the enclosure Optional GUB explosionproof glass window is available when you need to see inside Internal and external ground terminations simplify grounding requirements EMP Series—the most complete line of devices in the industry (pilot lights, pushbuttons, selector switches, potentiometers) Optional individual device markings to clearly indicate the function of each device (may be added in the field) Optional engraved nameplates Copper-free aluminum construction available with Corro-free™ epoxy powder coat for additional protection in corrosive atmospheres NPT or metric entries available Internal mounting plate standard Stainless steel hinges
EMP and EMPS Explosionproof Barrel Assemblies for Control Stations: Are primarily for use with hazardous area boxes to assemble special control stations Certain barrel assemblies are the same as those used in complete EMP units and may be utilized as replacements FEATURES Certain barrel assemblies are the same as those used in complete EMP units and may be utilized as replacements The remainder are primarily for use with hazardous area boxes to assemble special control stations
IEC AFT Conveyor Belt Ripped/Torn Switches are used: As an emergency stop switch for torn or ripped conveyor belts in conveyor lines, cranes, unloaders and bulk handling systems In steel mills, mining, ore and coal handling operations, automotive and assembly lines, warehouses and loading docks FEATURES Switches are positioned on both sides of the conveyor and connected to provide protection for torn or ripped belts Installed near high risk loading points where belt tears typically occur every 300 meters Maintained action utilizes normally open and normally closed contacts to shut down conveyor belt and signal alarm Heavy duty cast enclosure provides protection in harsh and rugged environments
Consist of a solid steel shaft completely encapsulated in rubber for a virtually impervious sheath For high impact of heavy duty 3-1/2" diameter FEATURES Return Idlers LR-106 and LR-307 Series feature sold shaft return idlers with double row ball bearings LR-106 and LR-307 are for high impact of heavy duty LR-107 Series sold shaft return idlers with double row ball bearings Solid steel shaft completely encapsulated in rubber for a virtually impervious sheath Steel hanger and training return brackets for use with LR-106, LR-107, and LR-307 Series Synthetic rubber top mount brackets are for use with LR-106 and LR-107 Series Return idlers feature bearing housings that are slotted so that they will fit in specially designed hanger and support brackets Limberoller return brackets feature hanger, top mount and training styles
Arktite APQ Series 30-100A Motor Plugs are used: On portable electric equipment FEATURES Eliminates problem of storing and protecting a long length of portable cord and plug on portable device Connection to fixed receptacle used as power source is made with cord sets which may be hung on wall, out of the way Cord sets are made up using an APR receptacle at one end and an APJ plug at the other Cord sets may be used singly or connected together to provide longer lengths when needed With spare cord sets on hand, portable equipment may be kept in service while normal cord replacement is being made Where design of portable equipment permits, APQ motor plugs can be attached directly to a sheet metal panel or cabinet May be mounted on AR and AJ back boxes for conduit connection
The cable assembly incorporates a custom-made solution utilizing either Eaton's Crouse-Hinds series branded connectors or any other connector on the market. These units are offered in jumper and tail configurations from 52A to 600A solutions. Applications include: Disaster relief Cell towers Banks Water treatment Gas stations Toll roads FEATURES Customizable assembly offers a turn-key solution, providing significant cost and time savings Offers a one-stop solution and eliminates contractors assembling on-site Color-coded assemblies (available in black, yellow, red, orange, green, white, blue, and brown) provide easy mateability identification and ensure safety Temperature rated cable allows for reliable performance in demanding environments Resistant to oil, solvent, ozone, aging, and abrasion Flame retardant jacket Ranges from 52 amp - 600 amp
Portable GFCI cable assemblies allow for: Non-hazardous equipment connections with hazardous receptacles* Earth leakage protection when operating equipment such as drills, saws, grinders and hand lamps Typically used during plant turnarounds in installations such as: Refineries Chemical plants LNG facilities FEATURES Increased safety - earth leakage protection provides assurance that personnel and equipment are protected from ground fault hazards when performing maintenance Increased reliability - construction meets Eaton's superior quality standards Increased time savings - turn-key solution eliminates need for hazardous plug installed on non-hazardous equipment Increased flexibility - available with a variety of plug options to mate with a range of installed base of Eaton's Crouse-Hinds series receptacles Consult factory for customizable options, including: - Cable color (i.e. black) - Connector type (i.e. twist lock) - Cable length (i.e. 3 ft.)
The PowerMate offering supports modularity of drilling rig systems by providing safe and reliable power connections for rigging up and rigging down equipment quickly and efficiently. PowerMate Plugs, Receptacles, and Connectors are used on SCR/VFD houses to provide power to rig equipment such as shakers, agitators, lighting circuits, mud pumps, motors, etc. This offering is the ideal rig power connection solution providing longer product life, reduced maintenance, enhanced safety and easy installation. The PowerMate product offering is also interchangeable with all UL1686 Listed plugs and receptacles, including Eaton's Crouse-Hinds series Arktite®, Appleton Powertite®, and Killark VersaMate FEATURES Lockout Plug - OSHA compliant lockout/tagout guarantees plug cannot be inserted into receptacle when maintenance is being performed downstream of power supply. Fixed Safety Insulator - Plastic barrier between insulator body and metal housing prevents electrical shock and shorts. Fixed-in-place design ensures insulator will not be lost or discarded during cable termination process. Available on 30, 60, 100 and 150A only. 8-Point Diamond Cable Clamps - Eight points of contact around diameter of cable for increased grip and even distribution of pressure ensures cable jacket does not get pinched, eliminating potential for damage to internal conductors. Split Pin Contact Design - Provides nearly 360° of contact at every insertion, ensuring protection against heat rise and eliminating arcing on critical surfaces. Extended Cable Range - Offers the industry’s largest cable diameter range and is specifically designed, third party tested and certified for use with Type P cable. Sealing system utilizes industry standard bushings. Enhanced Nomenclature and Nameplate - Mechanically attached nameplate increases ease of part configuration identification and ensures critical information is permanently fixed to product. Spring and Threaded Cover - Each 30, 60, 100 and 150A receptacle comes with both spring cap and threaded cap to provide a variety of cover options. 200A comes with spring cap and wing nuts to ensure environmental sealing. Combination Drive Stainless Steel Hardware - Stainless steel external hardware eliminates corrosion on critical components and extends product life, and allows for more than one option for installation tools. Handle Body - Thick epoxy powder coating (standard finish on PowerMate products) reduces corrosion and increases life of product. Industry standard profile increases ease of plugging and unplugging. Combination Slot and Hex Mechanical Lugs - Hex head allows for easy achievement of specified torque value and increases ease of installation by allowing for more than one option for installation tools. Insulator Assemblies - Unimpeded, easy-access phase and ground terminals make wire termination quick and easy. Molded-in-place markings for phase/ground and conductor strip lengths reduce installation errors (available on 60, 100 and 150A only).
CEX Series Multi-pin and Single Pole Connectors are ideal for heavy duty control and instrumentation, and single pole power for hazardous areas. FEATURES Reversible inserts are compatible with all panel mount, in-line, male and female shells Exclusive visual mating alignment Easily accessible wire terminals Ample wiring space within shells Reversible 8-point diamond cord grip relieves strain on conductors (patent pending) Suited for use with Type P cable EX cable glands available through Crouse-Hinds Hexagon shell design with easy wrenching surfaces ensures adequate torquing Impact-resistant
Eaton supports alternative maritime power distribution (also known as "cold ironing") with an extensive range of military shore power connectors and cable assemblies for pier, surface ship, and submarine applications. Eaton's cable overmolding processes are NAVSEA S9320-AM-PRO-020/MLDG certified. Cable assemblies for aircraft carrier to aircraft 400Hz and DC power applications are described in our aviation ground power web pages. Many of Eaton's shore power connectors have been approved by the Defense Logistics Agency as QPL solutions for over 25 years and have been manufactured under the Burton, Viking Electronics, Crouse-Hinds, and Cooper Interconnect brands. Please refer to our CAGE code web page if you would like to confirm that a specific CAGE (Commercial and Government Entity) code is associated with one of the above mentioned brands.
Eaton combines advanced engineering tools with an extensive array of manufacturing resources, including NAVSEA S9320-AM-PRO-020/MLDG certified overmolding processes, to quickly deliver custom configured cable assemblies. Eaton’s shore-power-cable capabilities include: Pier-to-ship power cables with MIL-C-24368 connectors at both ends. Adaptor and extension cables utilizing any combination of MIL-C-24368 connectors and/or single pole terminations. Customer-specified cable lengths, connector orientations, environmental compliances, and electrical performance.