This page lists verified induction motor suppliers across Riyadh, Dammam, Al Jubail and Jeddah, with direct phone numbers and addresses rather than generic contact forms. Stocked frame sizes typically ship in 3 to 7 working days, while non stock and special voltage builds run 4 to 8 weeks depending on the manufacturer. Standard manufacturer warranty on new induction motors runs 12 to 24 months from commissioning, and brands available through these suppliers include ABB, Siemens, WEG, TECO, Brook Crompton, Baldor, Nidec and Leroy Somer.
The suppliers below are active in manufacturing, oil and gas, and infrastructure procurement across the Kingdom and can be contacted directly for stock and lead time.
| SUPPLIER | VERIFIED PHONE | ADDRESS |
|---|---|---|
| Park United Park Company | +966 55 548 1665 | Omar Ibn Al Khattab Road, Thulaim, Riyadh, KSA |
| Taj Al Tadhamon Establishment | +966 55 484 1141 | Al Faisaliyyah, Riyadh, KSA |
| Middle East Electrical Motors Factory (MEEM) | +966 13 812 3939 | 7744 72 St, Dammam 34333, Saudi Arabia |
| Power Zone Trading Est. | +966 13 362 5749 | Al Madinah Al Mounawwarah Street, Al Jubail 35514, Saudi Arabia |
| Jaffa Pioneers | +966 54 067 5689 | Jubail Highway, Al Khodaryah, Dammam 32435, Saudi Arabia |
| Electric Equipment Maintenance | +966 59 645 4003 | 7722 Ghazwat Dhat Ar Riqa, As Sulay, Riyadh 14265, Saudi Arabia |
| Road Engineering Trading Establishment | +966 55 076 4440 | Ibn Al Amid Street, An Noor, Riyadh 14271, Saudi Arabia |
| Interpole Arabia Company L.L.C. | +966 54 729 8533 | Dahanco Building, Dhahran-Jubail Express Road, Al Sinaiyah District, Dammam 32443, Saudi Arabia |
| Summit Power Company | +966 56 716 0005 | Saraya 3514, Dammam 34341, Saudi Arabia |
| Ashour Company of Electric Motors | +966 12 639 3080 | Al Hada, Al Faisaliyah District, Jeddah 23442, Saudi Arabia |
| ABB Siemens Motor | Business listing available | PM7G+C4F, Al Olaya, Riyadh 12251, Saudi Arabia |
| Shams Al Khaleej Trading & Import Co. | +966 50 050 2739 | Ar Rail, Al Amal, Riyadh 12644, Saudi Arabia |
Confirm current stock and pricing directly with the supplier, since availability on both stocked and made-to-order induction motors changes frequently.
Pricing on induction motors depends on power rating, efficiency class, enclosure type and brand, so the table below is an indicative budget guide only and should be confirmed with a formal quotation.
| POWER RANGE | TYPICAL USE | INDICATIVE PRICE RANGE (SAR) |
|---|---|---|
| 0.37 kW to 3 kW | Small pumps, fans, workshop tools | 450 to 1,800 |
| 4 kW to 15 kW | Medium pumps, conveyors, blowers | 1,900 to 7,500 |
| 18.5 kW to 55 kW | Compressors, large pumps, mixers | 8,000 to 28,000 |
| 75 kW to 200 kW | Heavy compressors, crushers, cooling towers | 32,000 to 95,000 |
Explosion proof enclosures, IE4 efficiency and inverter duty windings add to these ranges. Request a formal RFQ for a firm price against your exact specification.
ABB, Siemens, WEG, TECO, Brook Crompton, Baldor, Nidec, Leroy Somer, Marathon, CG and Toshiba induction motors are distributed through the suppliers on this page, with ABB Siemens Motor in Al Olaya, Riyadh and Shams Al Khaleej Trading & Import Co. carrying a broad mix of these brands.
Where the original equipment manufacturer motor is discontinued or on long lead time, suppliers such as Middle East Electrical Motors Factory (MEEM) in Dammam can cross reference the frame size and mounting dimensions to supply a compatible replacement without a plant shutdown extending beyond the planned window.
A process engineer scoping a new production line has to decide between three-phase, single-phase and multiple efficiency classes before a single RFQ goes out. Three phase induction motors, single phase induction motors and IE2 through IE4 efficiency classes cover the vast majority of industrial machinery specified in Saudi Arabia, and the right choice depends on the load, the supply, and how many hours a year the motor runs.
A bottling line running two shifts a day cannot risk a motor that struggles to start under load. Three phase induction motors deliver higher starting torque and run cooler at full load than single phase equivalents, which is why they are the default specification for pumps, compressors and conveyors above roughly 3 kW anywhere a three phase supply is available.
Squirrel cage three phase induction motors cover the majority of pump, compressor, conveyor and fan applications in manufacturing plants, while slip ring designs remain in use on high inertia crusher and mill drives that need controlled starting torque.
Power rating should be sized to the driven equipment load with a margin for starting conditions, RPM is fixed by the pole count and the 50 Hz supply frequency used in Saudi Arabia, and frame size has to match the existing baseplate or coupling to avoid a mechanical rework on installation.
A retail fit out contractor wiring a small workshop pump on a single phase supply cannot simply order the same motor used on the main plant floor. Single phase induction motors are built for lower power loads where only a single phase supply is present and starting torque requirements are modest.
Small workshop tools, domestic and light commercial water pumps, and residential HVAC fans typically run on single phase induction motors up to around 3.7 kW.
If a three phase supply is available at the site and the load exceeds roughly 3 kW, a three phase induction motor almost always costs less to run per kW and starts more reliably under load, making it the better choice for anything beyond light duty equipment.
An energy audit on a bottling plant in Al Jubail often flags pump motors as the single largest contributor to the electricity bill, leaving the maintenance team comparing IE2, IE3 and IE4 induction motors against the cost of running existing stock for another five years.
| CLASS | EFFICIENCY LEVEL | BEST SUITED FOR |
|---|---|---|
| IE2 | High efficiency | Standby and intermittent duty loads |
| IE3 | Premium efficiency | Continuous duty pumps, compressors, conveyors |
| IE4 | Super premium efficiency | High running hour VFD applications, energy audited plants |
Facilities running 24 hour production schedules usually prioritize IE3 or IE4 induction motors because the higher initial investment is often offset by lower electricity costs over years of continuous operation. Standby or rarely used equipment does not justify the premium and can stay on IE2.
Water treatment operators, food and beverage bottlers, cement plants and petrochemical facilities are among the most active buyers of IE3 and IE4 induction motors in Saudi Arabia, largely because their pumps and compressors run near continuously.
Centrifugal pump motors on water treatment and process cooling duty run for extended hours with a steady load, which is why IE3 or higher efficiency, foot mounted or close coupled induction motors are the standard specification for this application.
Continuous duty pump motors should be rated S1 with an efficiency class of IE3 or above, and sized with margin above the pump curve duty point to avoid running the motor at its thermal limit day after day.
An IP55 rating is the common minimum for pump motors exposed to washdown, splash or outdoor humidity, with IP56 or IP65 specified on installations directly exposed to rain or heavy spray.
Compressors place a steady, high torque demand on a motor for hours at a time, so cast iron frame induction motors with IE3 efficiency are typically specified over the lighter aluminium body units used on fans and small pumps.
Compressor motors should be matched to the compressor manufacturer's torque and starting current curve, not just the nameplate kW, since undersized motors trip on starting current even when the running load looks acceptable on paper.
Bearing wear from continuous vibration, thermal stress from frequent starts, and dust ingress on unsealed enclosures are the most common causes of unplanned compressor motor failure, all of which are reduced with a correctly rated IP enclosure and a scheduled lubrication interval.
Material handling equipment starts and stops under load repeatedly through a shift, which puts more mechanical stress on the motor than a pump running at a constant speed.
Crushers and mixers in particular need a high starting torque and a motor service factor built for repeated shock loading, which is why geared induction motors are common on conveyor drives and heavy duty cast iron frames dominate on crushers.
Dust heavy environments such as crushing and cement handling call for a sealed IP55 or higher enclosure, reinforced bearings, and in many cases a higher insulation class to handle the thermal cycling from frequent starts. Power Zone Trading Est. in Al Jubail and Jaffa Pioneers in Dammam both supply heavy duty motors suited to these conditions.
A safety engineer at a Jubail gas processing facility cannot install a standard induction motor in a classified area regardless of budget pressure. The area classification determines whether a flameproof or explosion proof motor is mandatory before equipment can be commissioned.
Flameproof and explosion proof induction motors are built to contain internal sparking within a rated enclosure so it cannot ignite surrounding gases or dust, and they are required wherever a hazardous area classification applies.
Pump, compressor and fan motors installed inside classified zones at refineries, petrochemical plants and gas processing facilities require explosion proof construction as standard, not as an optional upgrade. Interpole Arabia Company L.L.C. in Dammam and Middle East Electrical Motors Factory (MEEM) both regularly supply and service motors for Eastern Province petrochemical clients.
Before ordering, confirm the motor's certification matches the site's area classification and gas group under IEC 60079, and request the certificate of conformity alongside the delivery documentation rather than accepting a verbal assurance from the supplier.
Summer ambient temperatures above 45 degrees Celsius in the Eastern Province and central Saudi Arabia reduce a standard motor's usable output, so outdoor installations often need a motor rated with a service factor margin or a derated load to avoid nuisance thermal trips.
Standard shaft mounted fan cooling (IC411) covers most outdoor installations, while motors running near their thermal limit or operating on VFD at low speed often need forced external cooling and embedded thermal sensors wired into the motor protection relay.
Outdoor motors should carry at minimum an IP55 rating, a tropicalized winding treatment for humidity resistance, and insulation class F or H to handle the combined thermal load of high ambient temperature and continuous duty.
A procurement engineer sending an RFQ without a complete specification usually gets quotes back that cannot be compared side by side. The checklist below covers what a supplier needs to quote accurately on the first attempt.
Power, voltage and speed are the three figures that narrow a supplier's catalogue down to a short list of matching frame sizes.
Size the motor to the driven equipment's actual load curve, confirm whether the site standard is kW or HP, and match RPM to the required pole count for a 50 Hz supply, since ordering the wrong pole count is one of the most common and costly specification errors.
Cross check the motor's torque and current curve against the driven equipment manufacturer's data sheet rather than relying on kW alone, particularly for compressors, crushers and other high starting torque loads.
Mounting type is dictated by the driven equipment, not personal preference, and getting it wrong means a mechanical rework on site.
Foot mounted motors bolt to a baseplate and suit pumps and conveyors aligned on a base frame, flange mounted motors bolt directly to the driven equipment housing on close coupled pumps and gearboxes, and vertical mounting is standard on cooling tower fans and some vertical turbine pumps.
IEC frame sizes standardize shaft height, bolt spacing and shaft diameter across brands, which is what makes it possible to replace a failed motor with a different brand's unit of the same frame size without modifying the baseplate.
IP rating, insulation class and cooling method together determine how long a motor lasts in a given environment, and all three should be confirmed against the actual site conditions rather than the supplier's default configuration.
IP55 is the common baseline for industrial motors exposed to dust and occasional moisture, while IP56 or IP65 is specified where washdown, heavy spray or sand ingress is expected.
Insulation class F is the common industrial standard, with class H specified for motors running near their thermal limit. Embedded thermistors wired into the motor protection relay extend service life by tripping before winding damage occurs, rather than after.
Brand selection usually comes down to existing plant standardization, local spare parts stock and technical support rather than price alone.
| BRAND | TYPICAL POSITIONING |
|---|---|
| ABB | Premium efficiency, wide industrial range, strong VFD compatibility |
| Siemens | Broad automation ecosystem fit, common in process plants |
| WEG | Competitive pricing, strong regional stock availability |
| TECO | Value oriented, common on general purpose pump and fan duty |
| Brook Crompton | Established industrial range, strong in oil and gas applications |
| Baldor | Heavy duty construction, favored for demanding mechanical loads |
| Nidec | Wide product breadth from fractional HP to large industrial units |
| Leroy Somer | Recognized build quality on continuous duty applications |
Feature differences between top tier brands are often small at the same efficiency class, so lead time and local stock frequently decide the order more than a spec sheet comparison. ABB Siemens Motor in Riyadh and Shams Al Khaleej Trading & Import Co. both stock a mix of these brands for quick turnaround.
Plants standardized on Siemens automation often keep Siemens motors for compatibility with existing spares and drive configuration, while WEG and TECO are commonly chosen on cost sensitive general purpose pump and fan projects.
Where the exact OEM motor is unavailable, a frame compatible replacement from a different brand can usually be installed without modifying the driven equipment.
Record the nameplate power, voltage, RPM, frame size and mounting type from the failed motor before contacting a supplier, since these five figures are usually enough to identify a compatible replacement.
Keeping a critical spare motor on site, or confirming same day stock with a nearby supplier such as Electric Equipment Maintenance in Riyadh, is the most reliable way to keep unplanned downtime under a few hours instead of days.
A plant manager who has just received a new motor still needs it installed, aligned and commissioned correctly, and then maintained on a schedule that catches problems before they cause a failure.
Incorrect shaft alignment is one of the leading causes of premature bearing failure, which is why installation and commissioning are worth budgeting for separately from the motor purchase itself.
A site assessment before delivery confirms baseplate condition, coupling type and access for lifting equipment, and laser alignment during installation keeps shaft misalignment within the tolerance the bearing manufacturer specifies.
Commissioning should include insulation resistance testing, correct rotation direction verification, and confirmation that thermal protection is wired into the motor control centre before the motor is loaded for the first time.
Motors on continuous duty benefit from a scheduled inspection routine rather than run to failure maintenance, particularly where unplanned downtime affects production output.
Bearing lubrication on a manufacturer recommended interval, periodic vibration monitoring, and infrared thermal inspection of the terminal box and frame catch the majority of developing motor faults before they cause an unplanned stop.
Rising vibration levels, unusual bearing noise, discoloration around the terminal box and a rising winding temperature trend are the clearest indicators that a motor is approaching end of life and should be scheduled for replacement rather than repair.
Not every motor issue requires a full replacement, and access to local spare parts and rewind services can bring a failed motor back into service faster than ordering a new unit.
Bearings, cooling fan covers and terminal boxes are the most frequently replaced components on an induction motor, and suppliers such as Road Engineering Trading Establishment in Riyadh and Ashour Company of Electric Motors in Jeddah stock common sizes for same day collection.
An Annual Maintenance Contract with a local supplier keeps lubrication, vibration checks and thermal inspection on a fixed schedule, which is generally less costly over a year than reacting to failures as they happen.
A procurement team working against a tight commissioning deadline benefits from comparing several suppliers at once rather than repeating the same call to each vendor individually.
FYIND lists verified induction motor suppliers with confirmed contact details, so buyers can shortlist several vendors against one technical specification instead of researching each supplier separately.
Sending one RFQ to several suppliers on this page shortens the comparison cycle and gives a clearer picture of current market pricing than a single quotation.
Buyers can filter by application, brand, efficiency class or hazardous area certification to reach suppliers who actually stock the required specification rather than sorting through unrelated listings.
Delivery speed and after-sales support matter as much as the purchase price on an industrial procurement decision, particularly for critical spares.
With suppliers based in Riyadh, Dammam, Al Jubail and Jeddah, buyers can generally find a vendor within reasonable delivery distance of most industrial sites in the Kingdom.
For multi-phase projects or ongoing plant procurement, working with a consistent set of verified suppliers simplifies spares standardization and keeps lead times predictable across future orders.
Pumps generally run best on foot mounted or close coupled three phase induction motors at IE3 or higher. Compressors need the added torque and durability of a cast iron frame, with explosion proof certification required in classified hazardous areas.
IE3 is now the standard specification for continuous duty industrial equipment. IE4 suits high running hour applications where the efficiency premium pays back through electricity savings. IE2 remains acceptable for standby or intermittent duty loads.
Size power to the driven equipment's actual load curve with margin for starting conditions, and select RPM based on the required pole count for a 50 Hz supply, then confirm frame size matches the existing baseplate or coupling.
ABB, Siemens, WEG, TECO, Brook Crompton, Baldor, Nidec and Leroy Somer are all distributed through suppliers listed on this page, with ABB Siemens Motor in Riyadh and Shams Al Khaleej Trading & Import Co. carrying a broad brand mix.
Scope varies by supplier, so confirm directly whether installation and commissioning are included in the quotation or billed separately from the motor purchase.
Most suppliers on this page stock common spare parts such as bearings, cooling fans and terminal boxes, and honor standard manufacturer warranty on new motors, typically 12 to 24 months from commissioning. Confirm warranty terms before purchase, since third party rewinding can void coverage.
