United Arab Emirates
We offer a complete product range of Power Factor Correction Panel, LOW VOLTAGE POWER & CONTROL CABLE, overhead conductor, PVC COMPOUNDS WOODEN REEL and Building Wire
The power factor correction panels are designed to improve the power factor in electrical systems while ensuring energy and cost efficiency. They are suitable for a variety of processing plants with fluctuating loads, such as steel plants, chemical plants, paper mills, and automotive plants. Specifications: Rated insulation voltage 1000V Can be interfaced with the Building Management System (BMS) for monitoring and controlling Available for indoor & outdoor applications
We offer an extensive range of 0.6/1.0kV single-core and multi-core power and control cables. These cables have indoor and outdoor applications in power and petrochemical plants, utility buildings, electrical equipment, and more. We use the highest quality raw materials and the latest manufacturing techniques to produce these cables. Technical Specifications: Available with Copper or Aluminium conductors. Designed and tested in accordance with the latest IEC or BS standards. Available in Single-core (up to 1000 mm2) or Multi-core (up to 500 mm2) constructions. Available with Cross-linked Polyethylene (XLPE) or Polyvinyl Chloride (PVC) insulation. Provided with flame retardant PVC jacket to pass flame propagation test to IEC 60332-1. Available in Armoured/Non-armoured and Shielded/non-shielded constructions. Customized designs are available upon request.
Our extensive line of bare overhead conductors is designed for the safe transmission and distribution of electricity. All our overhead conductors are manufactured and tested in line with the latest national and international standards. They can be installed on transmission towers, wooden poles, and other structures, and installations range from long-distance extra-high-voltage (EHV) transmission lines to sub-service spans at distribution or utilization voltages on private premises. We offer technical assistance in choosing and installing overhead conductors as per your requirements. Technical Specifications: Designed and tested in accordance with the latest IEC, BS, DIN or ASTM standards. Available in a wide range of types (AAC), (AAAC), (ACSR), (ACSR/AW) or (ACAR). Designed with Maximum Conductor Temperature up to 80 °C. Customized conductor sizes and designs are available upon request. AAC conductors are manufactured by corrosion-resistant 1350-H19 aluminum. AAAC conductors are manufactured by high-strength 6201 T81 aluminum alloy. Available as bare conductors or insulated (Service Drop Cables).
Our range of custom PVC compounds for cables and wires, that complements our manufacturing and business operations, is manufactured in a dedicated production unit. We also offer wooden reels in a range of sizes for the convenient storage and transportation of electric cables and wires, communication cables, and conductors. Technical Specifications: The range of PVC compounds manufactured by alfanar includes: General purpose grades include PVC Insulation rated (70 °C & 90 °C), PVC Sheathing rated 80 °C (ST1) & 90 °C (ST2) and PVC Filling rated 70 °C. Special applications grades include PVC Insulation rated 70 °C for irrigation wires and flame retardant (Cat. C & Cat. A) PVC Sheathing rated 90 °C (ST2). UL compliant grade includes PVC insulation QMTT2 rated 90 °C and AWM style 1015 rated 105 °C. Masterbatch for colorant. Special PVC formulation to suit our customers‘ individual requirements. The range of wooden reels includes variety of sizes from 600 mm to 3000 mm.
BUILDING WIRES alfanar offers a wide range of electrical building wires with thermoplastic PVC insulation for general purpose applications such as for supplying power and lighting in residential and commercial buildings. They are intended for use in the indoor fixed installation, distribution in conduits as well as in closed installation ducts, and is ideal for the internal wiring of appliances and apparatus. Technical Specifications: Designed and tested in accordance with the latest UL, BS or IEC standards. Designed with Max. Conductor Temperature at normal operation of 70 °C - 90 °C - 105 °C. Manufactured from electrolytic grade 99.97% pure copper. Manufactured with a superior grade flame retardant PVC insulation to IEC 60332-1. Gasoline and oil resistant. Available with full range of colours and different packing options.
The Fire Survival Cables range features a variety of cables and wires designed to withstand extreme heat. The range of products includes flame-retardant cables, low smoke halogen-free (LSHF) cables and wires, and fire-resistant cables. Flame-retardant cables help prevent the spread of fire while fire-resistant cables are able to continue supplying power to emergency circuits during a fire. LSHF cables are slow to catch fire and they burn slowly with low amounts of smoke and toxic halogen gases, making it easier for people to escape in the event of a fire. Technical Specifications: Available with Copper or Aluminium conductors. Designed and tested in accordance with the latest IEC or BS standards. Available in Single-core (up to 630 mm2) or Multi-core (up to 400 mm2) constructions. Flame retardant cables can be designed to pass the different flame categories A, B, C & D to IEC 60332-3 standard. Fire-resistant cables cab be designed to pass the different fire resistance categories such as (CWZ) to BS 6387 or (F120) to BS 7846. Available in Armoured or Non-armoured constructions. Customized designs are available upon request.
SYNCHRONIZING PANELS - ELETRAGEAR The EletraGear - synchronizing panels are designed for commercial and industrial settings. Their main function is to supply a large amount of power from multiple engine generators. Specifications: Type tested in accordance with IEC 61439 -1 & 2. Rated insulation voltage 1000V. Main busbars rated up to 12, 000A. Neutral busbars rated up to 100% of the main busbar, Earth busbars rated up to 50% of the Neutral busbar. Can be interfaced with the Building Management System (BMS) for monitoring and controlling. Designed for Ambient temperature up to 50 °C. Available for indoor & outdoor applications, up to IP55. Standard Color, RAL 7035 (other colors on request).
AUTOMATIC TRANSFER SWITCH - ELETRAGEAR alfanar’s EletraGear Automatic Transfer Switch (ATS Panels) provide a solution to handle transfer of critical loads to emergency sources using simple design with high reliability. Ensures the continuity of electrical supply with minimum interruption via an automatic change-over system from normal supply to emergency supply. Specifications: Rated insulation voltage 1000V Main busbars rated up to 6300A Neutral busbars rated up to 100% of the main busbar, Earth busbars rated up to 50% of the Neutral busbar. Designed for Ambient temperature up to 55 °C Can be interfaced with the Building Management System (BMS) for monitoring and controlling. Can be designed with multiple incomers and bus-couplers. Available for indoor & outdoor applications, up to IP55
LOW-VOLTAGE SOLUTIONS FOR OIL & GAS We offer a diverse range of low-voltage products that are designed to support the electrical requirements of oil and gas industries. The Low-voltage Switchgear is developed to meet specific requirements and standards of North America. It is built to ANSI standards and includes state-of-the-art protection features such as non-vented panels, insulated and isolated bus, and the EntelliGuard® breaker-trip unit system. Technical Specifications: Rated 600 VAC , 3-Phase, 3 or 4 Wire System Bus bracing from 65KA up to 150kA Main Busbar rating from 800A up to 5000A NEMA 1 up to NEMA 3R Construction Arc Flash Mitigation Available All circuit breaker are UL1066 compliant and are draw-out type Up to four-tiers per vertical section ANSI 61 standard color finish Highly suitable for site retrofitting and modification Available with 22”, 30” and 38” wide with depth from 60”, 67” and 74” Saudi Aramco 9com 6000000885(16-SAMSS-502)
The UL 845 Listed Low Voltage Motor Control Center helps protect and control both motor and non-motor loads. It is extremely useful in various application and processes in oil & gas refineries and petrochemical industries, as it offers versatility in operation - from the most complex auxiliary drive systems to the most basic control of fan or pump motors. Technical Specifications: Rated 600VAC, 3-Phase, 3 or 4 Wire System Bus bracing from 65kA up to 100kA Main Horizontal bus Up to 2500A NEMA 1 up to NEMA 3R Construction IBC-2015 Standard Unit can be fixed or plug-in type depending on the rating. Can reach up to 12 horizontal buckets for lower rating ANSI 61 standard color finish Utilizes NEMA starters, full voltage contactors, variable speed drives, soft starters, etc.. Saudi Aramco 9com 6000000898(16-SAMSS-503)
Our UL 891 Switchboards are used across various Saudi Aramco facilities for supplying power to final loads and to panelboards within the substations. It can be built with a combination of fixed and draw-out outgoing feeder, in addition to UL67 Panelboard. Technical Specifications: Rated 600VAC , 3-Phase, 3 or 4 Wire System Bus bracing up to 65kA available Up to 2000A (As Per 16-SAMSS-519). Rating above 2000A is also possible NEMA 1 up to NEMA 4X Construction Utilizing UL489 Circuit Breakers (Main can be UL1066 for special application) ANSI 61 standard color finish Saudi Aramco 9com 6000000883
The UL 67 Panelboards are designed for supplying power to final loads in residential, commercial and industrial facilities. It has efficiently supplied thousands of units supplied across various Saudi Aramco facilities in KSA. Technical Specifications: Rated Voltage 600VAC Bus bracing up to 50kA Rated current Up to 800A (As Per 16-SAMSS-518) NEMA 1 up to NEMA 4X Construction Utilizing UL489 Circuit Breakers Plug-on or bolt-on* main and branch breakers for rating up to 150A Main Breaker or Main Lug Only(MLO) Surface, Flush or Free Standing Mounting Indoor or Outdoor(Severe Corrosive Environment) ANSI 61 standard color finish Saudi Aramco 9com 6000000859
12 KV metal clad switchgear , type alfa12 alfanar aLFa12 is an air-insulated Medium Voltage metal clad switchgear. It is designed, manufactured and type-tested in accordance with the latest IEC standards and GCC region specifications. alfa12 is commonly used in control and protection of medium voltage power equipment and circuits in industrial, commercial and utility installations involving medium voltage distribution feeders.
RMU - RING MAIN UNITS The gas-insulated SFA-Ring Main Units are designed for supplying sustainable energy and protecting the electrical equipment in secondary distribution networks up to 17.5kV. They are suitable for both indoor and outdoor distribution substations. SFA-RM units are Gas insulated Ring Main Units, designed for supplying sustainable energy, protecting electrical equipment in secondary distribution networks up to 17.5 kV. SFA-RM units are the best solution for indoor/outdoor distribution substations and with their compact design; they suit various network applications such as transformer substations, wind power plants, industrial zones..etc. Loss of service continuity category (LSC) LSC2A-PM Internal arc classified sides AFLR Degree of protection : IP41 & IP43 for indoor / IP54 for outdoor
alfanar aLFa12 is an air-insulated Medium Voltage metal clad switchgear. It is designed, manufactured and type-tested in accordance with the latest IEC standards and GCC region specifications. alfa12 is commonly used in control and protection of medium voltage power equipment and circuits in industrial, commercial and utility installations involving medium voltage distribution feeders. Air insulated Medium Voltage Metal clad switchgear, as per IEC 62271-200.
lfanar ME6 units are Modular Extensible Air insulated metal enclosed switchgear, designed for supplying sustainable energy, protecting electrical equipment in secondary distribution networks. ME6 is realized with standardized typical units. During the design stage of the units we took into consideration the functionality, the simplicity of operation and locking devices and a long period of service with limited maintenance. Technical Specifications: Modular Extensible Air insulated Ring Main Units Rated voltage Ur = 17.5/24 KV Rated thermal current (at 40 °C) Ir= 630 A Loss of service continuity category (LSC) LSC2A Internal arc classified sides AFLR Degree of protection IP41
Our new range of dry-type transformers with different voltage levels and power ratings are built in collaboration with IMEFY Spain. Their low flammability feature makes them an ideal solution for hospitals, shopping centers, and high-occupancy buildings. Technical Specifications: Dry type cast resin transformers Rated voltage up to 36 KV Rated power from 100 KVA up to 10 MVA Thermal classes F & H Indoor application
We offer a wide range of package substations that are designed to efficiently distribute electrical power from the power station to the consumer. They are suitable for a wide range of commercial and industrial applications.
PROTECTION AND CONTROL Our range of protection and control equipment is designed and engineered to help power companies distribute electricity safely and efficiently. Line Feeder Protection Panels Line differential protection Distance protection Directional over current protection Breaker failure protection Auto re-close & synchronizing check scheme Transformer Protection Panels Differential protection REF protection (Residual Earth Fault) SEF protection (Sensitive Earth Fault) Over current protection Breaker failure protection Load Shedding Protection Scheme Over voltage/under voltage protection Over frequency/under frequency protection Bus Coupler Relay Panel / Bus Section Relay Panel Over current protection Breaker failure protection Busbar Protection Relay Panel Busbar differential protection Breaker failure protection
Automatic Changeover Switching Equipment (ACSE) The automatic control function is responsible for the automatic switching scheme and interlocks for breakers. In order to achieve this function, the intelligent electronic device (IED) collects inputs for breaker status, protection relays, and other data related to power such as voltage and volt-ampere reactive (VAR) values. This function is derived from the same IED used in the panel to divert the control through the supervisory control and data acquisition (SCADA) system. Automatic Bus Transfer Scheme (ABTS) The automatic bus transfer scheme (ABTS) is an automatic switching scheme in substations which performs in parallel with some transformers. In the event of a power transformer failure, the remaining transformers continue to operate to feed the entire substation load without interruption of supply. The ABTS scheme can be achieved through a programmable intelligent electronic device (IED) or remotely controlled through the supervisory control and data acquisition (SCADA) system. Automatic Capacitor Control System (ACCS) The automatic capacitor control system (ACCS) provides automatic control for capacitor banks to improve the power factor and reduce the volt-ampere reactive (VAR) value in the network, thereby helping to reduce losses in power lines, the control logic performed by gathering voltage, current, and breaker status of the busbar and the incomers. This control can be achieved through a programmable control intelligent electronic device (IED) which can calculate the VAR values and drive a logic based on these values. Automatic Voltage control (AVC / RTCC) Automatic voltage control monitors the voltage of a power transformer and keeps the load voltage in the controlled setting value. This control is performed using a control intelligent electronic device (IED) which sends control output to a tap-changer for the transformer. A signal can be sent to raise or lower the tap, depending on voltage setting.
Transformer Control Panel This device controls switching equipment in the transformer bay and the measurement of energy. It is equipped with annunciators and a synchronizing relay. Synchronizing Panel This device is used for manual bay/bus synchronization. Feeder / Line Control Panel This device is used to control switching equipment in the line/feeder bay and the measurement of energy. It is equipped with annunciators and a synchronizing relay. Bus Coupler / Bus Section Control Panels This device is used to control switching equipment in coupler bays and the measurement of energy. It is equipped with annunciators and a synchronizing relay.
alfanar free-standing switch racks serve as motor control centers and central sub-distribution network in both indoor and outdoor environments. The racks are made from hot-dipped galvanized rigid structure to provide itself the protection against corrosion as well as protection of sensitive components and equipment against vibration. The roofing provides protection against direct solar radiation. They are also useful in areas where flammable gases are present. Optional Components: Circuit breakers Motor starters Contactors Junction boxes Control stations Meter/instrument enclosures Ground detection Panel boards Welding and convenience receptacles Photo cells and alarm Light fixtures Transformers
MOTOR CONTROL CENTERS – ELETRAGEAR PLUS alfanar electric’s motor control centers are equipped with motor starters, protection devices, power feeders, and interlocking relays in a modular enclosure. They are used mainly in industrial buildings such as water pumping and treatment plants to provide a central control unit for multiple electric motors. Specifications: Type tested assembly in accordance with IEC 61439 Rated insulation voltage up to 1000V Main busbars are rated up to 6300A Busbar short-circuit withstand capacity up to 100kA for 1 Sec / 65KA for 3 Sec Neutral busbars rated up to 100% of the main busbar Earth busbars rated up to 100% of the Neutral busbar Tested for Internal Arc Fault as per IEC 61641 up to 100kA (Classified as PSC assembly providing PERSONAL and ASSEMBLY protection under arcing conditions) Seismically tested up to 0.75g = 8.0 Richter scale Fully compartmentalized design up to Form-4b separation. Designed for Ambient temperature up to 50 °C Positive interlocks to avoid accidental withdrawal of the modules during operation Available for indoor & outdoor applications, up to IP55 Standard Color, RAL 7035 (other colors on request) Latest MCC Withdrawable technology using “IDS System”
The ergonomic control panels are designed to make monitoring and control of devices easier and more convenient in facilities such as industrial plants and laboratories. Technical Specifications: Rated insulation voltage 1000 V Can be interfaced with the Building Management System (BMS) for monitoring and controlling Available for indoor & outdoor* applications Devices may vary according to customer requirements
Specifications Standard: IEC 61439-3 Phases: 1, 2, 3 phase Number of Ways: For 1 Phase panel: 4 Ways to 12 Ways For 2 Phase panel: 4 Ways to 8 Ways For 3 Phase panel: 6 Ways to 48 Ways Main Breaker MCB type: 32A to 100A MCCB type: 30A to 400A Branch Breaker: MCB type: 6A to 63A / plug-in type / 1, 2, 3 pole eRCBO Type: 6A to 63A / plug-in type/ 1 pole eRCBO sensitivity: 30mA Area of application: Indoor (IP40) / Outdoor (IP54)
Options : Surface & flush applications With rectangular knockouts Available with 1.1 mm steel thickness and brass earth terminal
Specifications High quality electro- galvanized steel Matt-finish polyester coated Thickness up to 1.2 mm Zinc-plated steel, removable mounting plate Door with CAM type lock Available dimensions: 230 x 230 x 100 mm. to 620 x 520 x 100 mm. Available connection pairs: From 40 to 420 Pairs
COMPACT FLUORESCENT LAMP (CFL) Our eco-friendly compact fluorescent lamps (CFL) provide up to 12, 000 hours of use. The lamps are SASO-certified and manufactured to IEC standards. Each of these products comes with a two-year warranty.
Options : With adjustable lug With brass earth terminal With steel earth terminal With couplers: 2, 3 & 4
The Eletra LD Final Distribution Boards are designed to distribute power safely and reliably in low-voltage electrical systems and ensure protection that is essential for electrical circuits and devices. Specifications: Compatible and type tested in accordance with IEC 61439-1 & 3. Rated current Available up to 250 A. Fully insulated busbar system. High Busbar short circuit withstand tested for 25KA. Multi Outgoing feeders’ connections. Optional metering (Ammeter & Voltmeter) can be added separately with metering kit above the panel board. One solid piece Earth & Neutral Brass Busbar Available for indoor & Outdoor applications, up to IP66. Standard Color, RAL 7035 (other colors on request).
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