Our MDB’s are dimensionally accurate and offer hassle-free performance and are well known for their superior quality, durability, high mechanical strength and perfect finishing.

• Design verified power switchgear and controlgear assembly as per IEC 61439-2 and type tested for internal errors (arc faults) as per IEC 61641
• Modular sheet steel assembly system with 2 mm thickness and Internal segregation from form 1 to form 4 as per IEC 61439-2 with high level of corrosion resistance
• Epoxy powder coated to RAL 7032/ RAL 7035 and folded construction for high rigidity
• Fully type-tested panels up to 7000A (ASTA Certified) in compliance with all major regulations including DEWA, FEWA, KAHRAMAA etc.

The MCC panels comply with international standards and are available with multiple power stabs that help in supporting high capacity industrial motors as per the client specifications.

• Fully type-tested panels including internal arc fault test
• Form 2, 3 and 4 types of segregations
• Busbar rating up to 7000 A
• Available in fixed and draw out type of design
• Provision of forced ventilation when required
• IP ratings up to IP65
• Front or rear access with pre-fabricated bolts on base for protective devices
• Fault withstand of up to 50KA for 3 Seconds
• Panels in compliance with all international standards

Sub-main distribution boards are type-tested and ideally suited for secondary distribution due to the robust and standardized design, ensuring a safe and reliable sub-power distribution.

• Available in Form 2, 3 and 4 segregations with 3 Phase boards ranging from 4 ways up to 24 ways and has a option for Isolator and MCCB incomers (Both Auto & Non-Auto) and to add on DIN rail extension boxes to enable mounting of other modular devices
• Fully encapsulated tinned copper busbars up to 800 A and has one piece busbars to avoid joint hotspots
• Fault withstand 35KA for 1 Second up to 250A and fault withstand 50KA for 1 Second from 400 A to 800 A
• Floor or wall-mounted with surface and flush-mounting options and IP ratings available up to IP 65, upon request with adequate space for cabling
• Provision to add on metering and cable extension boxes and finishing as per RAL 7032. Other finishes available upon request.
• Panels in compliance with latest international standards and local regulation

A final distribution board (FDB) is an assembly of protective devices, including two or more fuses or circuit breakers, arranged for the distribution of electrical energy to the final circuits.

• Form 2 segregation as standard
• Sheet steel enclosures ranging from 1.2 mm thickness (standard) up to 1.5 mm (special project requirements)
• Available in row type and pan assembly type
• IP ratings up to IP42
• Single phase and three phase boards available up to 24 ways
• Multiple row DB’s available up to 6 rows (16 and 24 modules)
• Floor or wall-mounted with surface and flush-mounting options
• Panels in compliance with latest international standards and local regulation

Capacitor banks are primarily used to improve the power factor in the network. They also improve the voltage stability and reduce network losses. Improving the power factor also means a higher power transmission capability and increased control of the power flow.

• Form 2 segregation as standard
• Available in sheet steel enclosures up to IP55
• Available with or without harmonic filters
• HRC fuse up to 200KA
• Capacitor duty special contactors
• Micro controller based regulators
• Top and bottom cable entry options
• Adequate forced ventilation

A feeder pillar provides local isolation to your electrical distribution equipment, protecting both the cabling and the transformer from faults.Our extensive range of feeder pillars meets all industry regulations.

• Form 2 segregation standard
• Busbar rating up to 630 A
• Capable of accepting MCCB’s, MCB’s and RCBO’s.
• Capable of accepting a wide range of control devices
• Option to add on cable extension boxes
• IP Rating up to IP66
• Sheet steel or high quality molded fiberglass enclosures
• Easy replacement of protective control devices
• Panels in compliance with latest international standards and local regulation

Lighting control panels offers stand-alone, centralized, and distributed solutions for projects of varying sizes, control and load types with convenience of scheduled control combined with the flexibility to suit any application.

• Field convertible main breaker (MB) and main lug kits (MLO), (through 400 amps), will allow you to switch from main lug to main breaker and vice versa with no change in box size or additional cabling
• Field addable sub-fed breakers (up to 250 amps) or feed-thru lug kits can be field installed without utilizing any of your feeder breaker positions or increasing your box height
• Lay-in construction and or removable lugs make wiring the main and neutral lugs easier and faster and its unique design allows panel to be inverted in the field and keep its labeling legible
• New revised P1 factory-assembled allow for non-Feed-Thru options which do not include a sub-feed space and extended circuits are now available in factory-assembled panels

Generator synchronization panels are mainly designed and used to meet power system requirements. These panels function both manually and with an automatic synchronizing function with multiple generator sets.

• Available in form 2, 3 and 4 segregations
• IP ratings up to IP55
• Manual and automatic changeover systems
• Synchronizing options
• Sheet steel enclosures
• Compact design
• Floor and wall mounted options based on ratings and configurations
• Load sharing/Shedding options
• ACB’s, MCCB’s and contactor combinations
• Adaptability for various makes of generators
• Panels comply with current international electrical standards and local regulation of the GCC market

A variable frequency drive is used as an energy saving device to save power and offers a cost effective method to match driver speed load demands in various industries.

• Modular, flexible drive system for Vector, Servo, VHz, single or multi-axis application custom drive systems with minimum engineering effort
• Type-tested standard modules offer high operational reliability and short lead times
• Standardized interface, simple plant design and operation with the flexibility to match requirements of a vast array of pre-designed standard options
• Flexible control topology by the combination of DRIVE-CLiQ – the flexible backplane bus – which allows remote mounting of control units, with powerful firmware that enables control of multiple drives in one control unit
• Power ratings of drives that are accommodated in cabinet modules range from fractional to approximately 6,000 HP and very compact design with optimized footprint

A wide range of insulated cabinets and enclosures designed for protection of all types of metering equipment for indoor and outdoors use.

• Comprehensive range of digital and analog meters
• Dedicated instrument compartment
• Dedicated lockable KWH meter compartment in accordance with the oil and gas regulations

We offer a wide selection of automatic transfer switches that provides a safe and efficient means of transferring power from utility to generator source.

• Automatic transfer to a second power supply system in case of power failures
• Optimum for industrial applications, infrastructure and buildings thanks to large voltage range from 100…690 VUL-L
• Easy programming via software ATC
• Monitoring of the main and substitution network, including neutral conductor monitoring
• Integration in energy management systems via Modbus RTU