Aswathy Corporation Fzc.

Sharjha, United Arab Emirates

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class 1, Zone 1 and Zone 2Class 1, Division 1, Groups A, B, C, D
• Ultra-bright LED lamp, low power consumption and long service life.
• Lamp colour: red, blue, yellow, green.
• Enclosure in copper-free aluminium, powder coated surface, yellow (RAL1021).

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Class I, Zone 1 and Zone 2Class I, Division 1, Groups C, D
• Enclosure in copper-free aluminium, powder coated surface, yellow (RAL1021).
• Lighting angle can be adjusted.
• Low-power halogen tungsten lamps with reflectors to increase lighting intensity.
• Emergency device with Ni-MH batteries which charge automatically; when the power supply is cut off the lights illuminate. Provided with overcharge and over-discharge protection.
• Toughened glass covers resistant to temperature changes.

• Explosion protection to-CENELEC-lEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class I, Zone 1 and Zone 2Class I, Division 1, Groups C, D
• Power: 21W x1, 21W x 2.
• Enclosure in copper-free aluminium, powder coated surface: yellow (RAL1021)
• Powder coated wire guard: white.
• Toughened glass cover resistant to temperature changes.

• Explosion protection to-CENELEC-lEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class I, Zone 1 and Zone 2Class I, Division 2, Groups A, B, C, D
• Polycarbonate diffuser, high transmittance, resistance to heavy impact.
• Main enclosure is extruding formed of copper-free aluminium, anodic-oxidation treatment for surface. Both ends of enclosures are die-casting formed of copper-free aluminium, powder coated surface.
• Built-in electronic ballast, power factor 0.95.
• Special-made mounting bracket, the illumination angle can be adjusted on request.
• Emergency function is available on request.
• End of lamp life (EOL) rectification effect protection

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Class I, Zone 1 and Zone 2Class l, Division 2, Groups A, B, C, D
• Incandescent lamp: Max. 60W
• Cable supplied on request
• Handle in plastic, with control push button
• Powder coated wire guard, white
• Toughened glass cover resistant to temperature changes
• Movable transformer available on request

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class I, Zone 1 and Zone 2Class I, Division 1, Groups A, B, C, D
• Two enclosure types separately for 42W and 68W compact energy-saving lamps, with good performance including rapid starting, ash free, high lighting efficiency, long service life and energy saving, etc.
• The luminous intensity of a 42W compact energy-saving lamp equals an 80W mercury lamp; the luminous intensity of a 68W compact energy-saving lamp equals an 125W mercury lamp.
• Powder coated wire guard; white.
• Toughened glass cover resistant to temperature changes,

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 2Zone 21 and Zone 22Class I, Zone 2Class I, Division 2, Groups A, B, C, D
• Five enclosure types: 60, 90, 120, 150, 180
• Applicable lamp and power (max.180W)LED: 60W, 90W, 120W, 150W, 180W
• Enclosure: Extrusion formed with good cooling performance.
• Unique design without an external power supply; power accessories and lamp are integrated.

The role of an air termination system is to capture the lightning discharge current and dissipate it harmlessly to earth via the down conductor and earth termination system. Therefore it is important to use a correctly designed air termination system.

IEC/BS EN 62305-3 advocates the following, in any combination, for the design of the air termination:

• Air rods (or finials) whether they are free standing masts or linked with conductors to form a mesh on the roof
• Catenary (or suspended) conductors, whether they are supported by free standing masts or linked with conductors to form a mesh on the roof
• Meshed conductor network that may lie in direct contact with the roof or be suspended above it (in the event that it is of paramount importance that the roof is not exposed to a direct lightning discharge) The standard makes it quite clear that all types of air termination systems that are used shall meet the positioning requirements laid down in the body of the standard. It highlights that the air termination components should be installed on corners, exposed points and edges of the structure.

The three basic methods recommended for determining the position of the air termination systems are:

• The rolling sphere method
• The protective angle method
• The mesh method

The role of an air termination system is to capture the lightning discharge current and dissipate it harmlessly to earth via the down conductor and earth termination system. Therefore it is important to use a correctly designed air termination system.

IEC/BS EN 62305-3 advocates the following, in any combination, for the design of the air termination:

• Air rods (or finials) whether they are free standing masts or linked with conductors to form a mesh on the roof
• Catenary (or suspended) conductors, whether they are supported by free standing masts or linked with conductors to form a mesh on the roof
• Meshed conductor network that may lie in direct contact with the roof or be suspended above it (in the event that it is of paramount importance that the roof is not exposed to a direct lightning discharge) The standard makes it quite clear that all types of air termination systems that are used shall meet the positioning requirements laid down in the body of the standard. It highlights that the air termination components should be installed on corners, exposed points and edges of the structure.

The three basic methods recommended for determining the position of the air termination systems are:

• The rolling sphere method
• The protective angle method
• The mesh method

The role of an air termination system is to capture the lightning discharge current and dissipate it harmlessly to earth via the down conductor and earth termination system. Therefore it is important to use a correctly designed air termination system.

IEC/BS EN 62305-3 advocates the following, in any combination, for the design of the air termination:

• Air rods (or finials) whether they are free standing masts or linked with conductors to form a mesh on the roof
• Catenary (or suspended) conductors, whether they are supported by free standing masts or linked with conductors to form a mesh on the roof
• Meshed conductor network that may lie in direct contact with the roof or be suspended above it (in the event that it is of paramount importance that the roof is not exposed to a direct lightning discharge) The standard makes it quite clear that all types of air termination systems that are used shall meet the positioning requirements laid down in the body of the standard. It highlights that the air termination components should be installed on corners, exposed points and edges of the structure.

The three basic methods recommended for determining the position of the air termination systems are:

• The rolling sphere method
• The protective angle method
• The mesh method

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

The role of an air termination system is to capture the lightning discharge current and dissipate it harmlessly to earth via the down conductor and earth termination system. Therefore it is important to use a correctly designed air termination system.

IEC/BS EN 62305-3 advocates the following, in any combination, for the design of the air termination:

• Air rods (or finials) whether they are free standing masts or linked with conductors to form a mesh on the roof
• Catenary (or suspended) conductors, whether they are supported by free standing masts or linked with conductors to form a mesh on the roof
• Meshed conductor network that may lie in direct contact with the roof or be suspended above it (in the event that it is of paramount importance that the roof is not exposed to a direct lightning discharge) The standard makes it quite clear that all types of air termination systems that are used shall meet the positioning requirements laid down in the body of the standard. It highlights that the air termination components should be installed on corners, exposed points and edges of the structure.

The three basic methods recommended for determining the position of the air termination systems are:

• The rolling sphere method
• The protective angle method
• The mesh method

The role of an air termination system is to capture the lightning discharge current and dissipate it harmlessly to earth via the down conductor and earth termination system. Therefore it is important to use a correctly designed air termination system.

IEC/BS EN 62305-3 advocates the following, in any combination, for the design of the air termination:

• Air rods (or finials) whether they are free standing masts or linked with conductors to form a mesh on the roof
• Catenary (or suspended) conductors, whether they are supported by free standing masts or linked with conductors to form a mesh on the roof
• Meshed conductor network that may lie in direct contact with the roof or be suspended above it (in the event that it is of paramount importance that the roof is not exposed to a direct lightning discharge) The standard makes it quite clear that all types of air termination systems that are used shall meet the positioning requirements laid down in the body of the standard. It highlights that the air termination components should be installed on corners, exposed points and edges of the structure.

The three basic methods recommended for determining the position of the air termination systems are:

• The rolling sphere method
• The protective angle method
• The mesh method

By far the largest and most important component of any structural lightningprotection or earthing system is the actual conductor.

Selection of the correct conductor type for the installation is highly important, and is likely to be the initial consideration of a lightning protection or earthing system designer.

A comprehensive range of copper and aluminium conductors is available in each of the main world standard formats, i.e. flat tape, solid circular and stranded. Additionally each format is available in a variety of conductor sizes, to meet differing lightning protection and earthing requirements.

Specification will depend on whether the application is for anabove ground structural lightning protection system, ora below ground earthing installation.Conductors for structural lightning protection systems

Lightning protection conductors are available in copper and aluminium, and are supplied bare or with PVC coating (see below). For most installations, copper is specified due to its high conductivity and anti-corrosive properties.

The following sizes are suitable for the majority of above ground lightning protection systems:

• Flat tape conductor25 x 3 mm bare tape, or 25 x 3mm PVC covered tape
• Solid circular conductor8 mm diameter bare or PVC covered solidcircular conductor
• Stranded conductor70 mm bare or PVC covered stranded conductor

The National Electrical Code defines a conduit body as A separate portion of a conduit or tubing system that provides access through a removable cover(s) to the interior of the system at a junction of two or more sections of the system or at a terminal point of the system.

Available with Self Tapping Screws / Brass Screws & Inserts

• Type C
• Type LB
• Type LL
• Type LR
• Type E
• Type T
• Type TB

Adapters

Reduce conduit hubs to a smaller size or to connect two different sizes of conduit together

• Terminal Adapters
• Female Adapters (NPT Tapered Thread)

Aswathy can provide the full range of house wiring cables from 1.5 mm to 1000 mm with wide range of core colours. The conductor is plain annealed solid or stranded Copper conductors insulated withPVC or Heat Resistant PVC as per BS EN 50535-3-41. Oman Cablesalso manufactures twin flat wires up to 6mm with or without Earth continuity conductor.

The complete range of Wiring cables can be manufactured using Low Smoke Zero Halogen thermosetting insulation compounds conforming to BS EN 50535-2-31 or with compounds to suit customers specific requirements.

Cable Ladder System is designed to offer high loading capacities together with significant weight reductions. Cable Ladders are designed to be safe, and give distinct benefits.

• For light loads such as instrumentation, data & telecom cables
• Corrosion resistant fibre reinforced plastic ladders
• Smart Cable Ladders for Ships
• Cable ladder for infrastructure Projects

• Solid side rail protection and system strength with smooth radius fittings.
• Maximum strength for long span applications
• Standard widths of 6, 12, 18, 24, 30 & 36 inches
• Standard depths of 3, 4, 5 & 6 inches
• Standard lengths of 10, 12, 20 & 24 feet
• Rung spacing of 6, 9, 12 & 18 inches

Cable Trays are made of either Steel, Aluminum, Fiber Reinforced Plastic (FRP) and we provide the following six different types and are available in Standard Width, Depth and Length

• Ladder Type Cable Tray
• Solid Bottom Cable Tray
• Trough Cable Tray
• Channel Cable Tray
• Wire Mesh Cable Tray
• Single Rail Cable Tray

Available in Steel, Aluminum, Fiberglass, RCC

• Anchor / Burial / Hinged Base
• Round / Square / Straight / Tapered Shaft
• Octagonal, Stepped or Round type
• Street / Flood Straight and Hinged
• Towers, Compound, High Masts, Street, Stadium, Plant and Special Design
• Special Design Poles.
• Flag Posts
• Flood Light Towers

600/1000 V grade, plain annealed Copper conductor. XLPE insulated, multi-core cables laid up andinner sheathed with PVC, round galvanized steel wire armored for multi cores and aluminium wirearmored for single cores and outer jacket with PVC.

Range:

• From 1C x 10 mmto 1C x 1000 mm
• From 2C x 1.5 mm to 4C x 400 mm

Specification:BS-5467, IEC 60502, part-1;S-6724 as per Iraq specs or any other international standards, as well as customer specification. We also manufacture the cables for special applications which requireenhanced fire performances as per IEC-60332-3, Low Smoke Zero Halogen characteristics as perBS6724, lead sheathed cables, anti-termite treatment, UV resistant & Water blocking feature, tinnedcopper wires in the armor for higher armor conductivity etc.

600/1000V Grade Plain annealed Copper conductor, PVC insulated, multi-core cables laid up and inner-sheathed with PVC, round galvanized steel wirearmored for multi-cores and aluminium wire armored for single core and outer jacket with PVC.

Range:

• From 1C x 10 mm to 1C x 1000 mm
• From 2C x 1.5 mm to 4C x 400 mm

Specifications:IEC-60502 Part-1, as per Iraq specs or any other international standards as well as customer specifications. We also manufacture the cablesfor special applications which require enhance fire performance as per IEC-60332-1 & IEC-60332-3, lead sheathed cables, anti-termite treatment, UVresistant, water blocking feature, tinned copper wires in the armor for higher armor conductivity etc.

• Corrosion-proof, water-proof, anti-aging, good flexibility, rm structure, reliable performance, etc
• The thread can be specially made upon request (NPT, metric thread etc)
• The connector is made of high quality carbon steel. If requested, the whole conduit can be made of stainless steel.
• The length of exible conduit can be specially made upon request.

Aswathy has capability to provide completerange of overhead line conductors inAluminium, Aluminium Alloy and Copper.The standard range includes sizes up to1000mm as per BS, IEC, DIN, ASTM, or any other international standard andcustomers specifications for all voltageapplications. We can also provide conductorswith XLPE or PVC covering.The standard types of conductors in ourpresent manufacturing range are as follows:

• AAC All Aluminium Conductors
• AAAC All Aluminium Alloy Conductor
• ACSR Aluminium Conductor Steel Reinforced
• HDBC Hard Drawn Bare Copper conductor
• SDBC Soft Drawn Bare copper Conductor
• AAC + XLPE All Aluminium Conductor with XLPE insulation
• AAC + PVC All Aluminium conductors with PVE insulation

• Material of product: engineering plastic, stainless steel or nickel plated brass;
• Silicon rubber sealing ring, anti-aging, thermo-stability, high degree of protection
• Temperature range -40 C +60 C
• Type I and type ll cable glands are suitable for unarmored cable; type Ill and type IV cable glands are suitable for armored cable. Type V cable gland is used for shielded cable entry.
• Assorted mounting and gland accessories available refer to catalog

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class I, Zone 1 and Zone 2Class I, Division 2, Groups A, B, C, D
• Fast comparison of measured and set values
• Versions available-Ammeter (type 72)-Voltmeter (type 72)

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class I, Zone 1 and Zone 2Class I, Division 1, Groups A, B, C, D
• Ex d, Ex e structure; available in stainless steel, nickel plated brass or galvanized carbon steel.
• Single seal, suitable for unarmored cable

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class I, Zone 1 and Zone 2Class I, Division 2, Groups A, B, C, D
• 2 versions of component-1 NO-1 NC
• Six different ways of operation-Spring-return control button-Mushroom stay-put emergency control button-Key-operated control button-Rotary control button-Double control button-Mushroom turn-to-release emergency control button
• Mushroom stay-put emergency push button/mushroom turn-to-release emergency push button can be equipped with protection cover, please specify when ordering. Material of protection cover: stainless steel and PC, please specify when ordering

• Explosion protection to-CENELEC-lEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class l, Zone 1 and Zone 2Class I, Division 2, Groups A, B, C, D
• Number of pole: 2P, 3P, 4P, 6P.
• Available in latching and spring-return forms

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Zone 21 and Zone 22Class I, Zone 1 and Zone 2Class l, Division 1, Groups A, B, C, D
• Copper-free aluminium, powder coated surface, GRP Enclosures
• Individual unit can be combined into larger units.

• Enclosure is made of pressed engineering plastics with an attractive appearance
• Anti-aging, deformation-free, impact resistant and corrosion resistant etc.
• The product has strong acid and strong alkali resistance, anti-salt, anti-seawater and chloride corrosion resistance.
• Built-in components: button, indicator, etc. The brand of inner components shall be recommended by Manufacturer.
• Note: no more than 3 units can be installed, such as, one button, two buttons, three buttons, one button and one light, one button and one switch, two buttons and one light, etc. If more than 3 units are required a control station should be used.

• Explosion protection to-CENELEC-IEC-NEC
• Can be used inZone 1 and Zone 2Class I, Zone 1 and Zone 2Class I, Division 1, Groups C, D
• Flameproof enclosure (Ex d IIB) in aluminium alloy, formed of sand casting. 8 versions (internal flange).
• Cable entries can be drilled and components can be installed by user on request.
• Safety shall be considered when installing components accordingto related electrical standards.
• Special requirements on request