![\"ac](\"https:\/\/acgearmotor.top\/wp-content\/uploads\/2026\/04\/ac-gear-motor-for-Food-and-Packaging-1.webp\")
<\/p>\nAC Gear Motor for Food & Packaging Machinery<\/h1>\n
Hygienic, efficient, and built for the demands of modern food production \u2014 from filling lines and sealing stations to frozen conveyor tunnels and retort sterilizers.<\/p>\n
Get Your Custom Motor Quote<\/a><\/p>\n<\/div>\n<\/section>\n <\/p>\n <\/p>\n Walk into any modern food factory and you will find motors everywhere \u2014 turning conveyor rollers, spinning filling carousels, driving mixing paddles, pulling vacuum pumps, and indexing labeling heads. In the food and packaging sector, every AC gear motor<\/b> on the production floor faces conditions that no standard catalog motor anticipates. The difference between a production line that hits its throughput targets and one that bleeds money on unplanned downtime often comes down to how well those motors were selected for the specific operating environment.<\/p>\n Food and packaging facilities impose a combination of stresses that general industrial motors are not designed to handle simultaneously. High-pressure washdown with caustic cleaning agents attacks unprotected housings and shaft surfaces. Fine powders from flour, sugar, milk, and spice processing infiltrate cooling fans and clog ventilation paths. Temperatures swing from 120 degrees Celsius inside a steam retort to minus 25 degrees inside a spiral freezer \u2014 sometimes within the same production hall. And the production schedule demands motors that start, stop, reverse, and change speed hundreds of times per shift without overheating or losing positional accuracy.<\/p>\n Our AC gear motor<\/a><\/b> lineup addresses every one of these challenges through a combination of IP55 ingress protection, Class F insulation systems, optional stainless-steel shaft extensions, and full VFD compatibility across the entire product range. Whether you are running a kimchi packaging line in Gyeonggi-do, a frozen seafood operation in Da Nang, or a dairy bottling plant in Riyadh, the right motor from our catalog will outlast and outperform whatever is currently bolted to your machine frame.<\/p>\n The product families most relevant to food and packaging applications include the YE3\/YE4 series (IE3 and IE4 high-efficiency three phase motors<\/b>), the YVF2 series (variable frequency motors with IC416 independent cooling), the YS series (lightweight aluminum-body motors for small drives), and the YEJA series (brake motors<\/b> for applications that need rapid, repeatable stopping). Each series follows IEC 60072 frame dimensions, so every motor is a direct bolt-in replacement for any existing IEC-standard motor of the same frame size \u2014 regardless of which brand nameplate is currently on the machine.<\/p>\n <\/p>\n The following sections walk through the ten most common motor-driven stations found on food and packaging production lines. For each one, we identify the operating challenge, recommend a specific motor series from our catalog, and explain the reasoning behind the selection.<\/p>\n A rotary filler spins a carousel of bottles or pouches past a bank of filling nozzles at a precisely controlled speed. Any variation in rotational velocity causes under-fills or over-fills, both of which trigger product waste and regulatory flags. The motor runs continuously at moderate speed but must hold tight speed tolerance under fluctuating load as containers enter and leave the carousel.<\/p>\n The environment around a filling station is perpetually wet. Product spills, foam overflow, and daily CIP (clean-in-place) cycles expose the motor housing to water jets and alkaline cleaning solutions. Standard IP44 motors fail within 12 to 18 months in this environment \u2014 the ingress protection simply is not sufficient.<\/p>\n We recommend the YE3 or YE4<\/b> series in the 1.5 to 7.5 kW range, 4-pole (1450 rpm), with IP55 protection and an optional stainless-steel output shaft. IE4 efficiency reduces the heat rejected into the production hall \u2014 a meaningful benefit for temperature-controlled filling rooms where every watt of motor heat adds to the HVAC load. Pair the motor with a worm gear reducer<\/b><\/a> for the final speed reduction to carousel operating speed, typically 15 to 40 rpm.<\/p>\n <\/p>\n Heat sealers bond the top film to trays, pouches, or cups using heated rollers or bars. The motor drives the seal roller at constant surface speed, synchronized to the upstream product flow. The challenge is thermal \u2014 the motor sits within centimeters of a roller heated to 160 to 220 degrees Celsius, and radiant heat degrades standard insulation over time.<\/p>\n The YVF2 variable frequency motor<\/b> in the 0.75 to 2.2 kW range handles this application. Its IC416 independent cooling system maintains full airflow even at reduced roller speeds during product changeovers. The reinforced insulation system (rated for 1600 V peak) tolerates VFD output pulses without partial discharge degradation. For installations where the motor sits particularly close to the heat source, we add an external heat shield and specify Class H insulation as a precaution. Sealing speed typically requires a planetary gearbox<\/b><\/a> for precise, backlash-free speed reduction.<\/p>\n <\/p>\n High-speed labeling stations apply pre-printed labels to bottles, cans, or cartons at rates exceeding 300 units per minute. The label dispensing roller must track the container conveyor speed with sub-millimeter accuracy. Any mismatch shows up as crooked or misplaced labels \u2014 a quality defect that gets the entire batch rejected by retail buyers.<\/p>\n The YS aluminum-body motor<\/b> in the 0.37 to 1.1 kW range delivers the low inertia and compact form factor that labeling head designers need. The die-cast aluminum housing weighs roughly 30 percent less than an equivalent cast-iron motor, reducing the moving mass on servo-positioned labeling arms. Vibration is held to ISO 21940-11 G1.0 grade, preventing label placement jitter. Speed control comes from a compact VFD running in position-tracking mode with encoder feedback.<\/p>\n <\/p>\n <\/p>\n Pillow pack machines wrap individual snack bars, biscuit packs, or medical device packages in a continuous film web. The cross-seal jaw closes at high speed, cuts the film, and heat-seals both ends of each package in a single stroke. The motor driving this jaw assembly experiences sharp load spikes on every cut cycle \u2014 often 150 to 200 times per minute.<\/p>\n Fine airborne particles of flour, powdered sugar, or cocoa dust are a constant presence around these machines. Standard cooling fans ingest this powder, pack it against the windings, and create a thermal insulation blanket that traps heat inside the motor. The YVF2 in 1.1 to 3 kW solves both problems: the IC416 external fan draws filtered air through a sealed duct, and the VFD controls jaw timing with millisecond precision. A triple-lip dust seal on the shaft extension prevents powder from migrating into the bearing cavity.<\/p>\n <\/p>\n End-of-line palletizers pick finished cases from the packaging line and stack them onto pallets in programmed patterns. Each robot joint reverses direction hundreds of times per hour while accelerating and decelerating high-inertia loads \u2014 the arm plus the product it is carrying. This duty cycle generates substantial regenerative energy that the VFD must dissipate through a braking resistor.<\/p>\n The YE3 series in 2.2 to 11 kW, paired with a VFD running in sensorless vector mode, handles the torque demands of palletizing. This gear motor<\/b> configuration The motor itself does not need explosion-proof rating (palletizing stations are typically in clean, ambient-temperature end-of-line areas), but it does need robust thermal capacity for the frequent reversals. We pair the motor with a planetary gearbox<\/b><\/a> at each joint for compact, high-ratio speed reduction with minimal backlash \u2014 keeping stack placement accuracy within the 2 mm tolerance that most retailers specify for pallet stability.<\/p>\n <\/p>\n Conveyors are the arteries of every food plant, and the AC gear motor<\/b> attached to each conveyor head roller is the heartbeat that keeps product moving. They move raw ingredients into processing, semi-finished products between stations, and finished packages to palletizing. Most food-grade conveyors run at low to moderate speed (0.1 to 1.5 m\/s) with relatively light loads, but the hygiene requirement is severe: the motor and gearbox must survive daily high-pressure washdown with foam detergent and hot water at 60 to 80 degrees Celsius.<\/p>\n The YE3 or YE4 series in 0.75 to 5.5 kW, IP55, with a stainless-steel foot-mounting base and shaft extension, is our standard recommendation for food-grade conveyors. The motor connects to the conveyor head roller through a worm gear reducer<\/b><\/a> that provides 10:1 to 50:1 reduction and a right-angle output orientation that keeps the motor tucked beside the conveyor frame. Power transmission to the conveyor roller often uses sprocket and chain<\/b><\/a> drives for offset shaft arrangements. For lines that require variable speed \u2014 such as accumulation conveyors or weight-check reject stations \u2014 add a VFD and upgrade to the YVF2 with IC416 cooling.<\/p>\n <\/p>\n Industrial food-grade mixers place some of the heaviest demands on any three phase motor<\/b> in the facility. These machines handle everything from thin liquids (beverage syrup, milk) to thick pastes (dough, meat emulsion, chocolate mass). The motor must deliver high starting torque to break the initial viscosity of the product, then maintain steady speed against a load that changes as the batch homogenizes. Splash zones around open-top mixers expose the motor housing to product residue, and CIP cleaning adds chemical exposure.<\/p>\n The YE3 in 3 to 22 kW with IP55 protection and VFD speed control covers the full range of food-plant mixing applications. For thick-product mixers where the startup torque exceeds 200 percent of rated, we pair the motor with a planetary gearbox rather than a worm set \u2014 the higher mechanical efficiency of the planetary stage (97 to 98 percent per stage) reduces heat generation inside the gearbox housing, which matters in enclosed mixer frames where airflow is limited.<\/p>\n <\/p>\n Spiral freezers move product on a continuous belt through a chamber held at minus 25 to minus 40 degrees Celsius. The motor driving the spiral drum sits either inside the freezer chamber or immediately outside the insulated wall, exposed to extreme cold and periodic condensation when the freezer door opens during product loading.<\/p>\n Standard bearing grease hardens below minus 15 degrees, increasing friction torque and making cold starts unreliable. The YE3 in 2.2 to 7.5 kW with low-temperature bearing grease (rated to minus 40 degrees), an anti-condensation heater strip on the winding, and VFD soft-start eliminates cold-start failures. The variable frequency motor<\/b> configuration also allows the spiral speed to match the freezing time required for different product thicknesses \u2014 thin fish fillets freeze faster than thick chicken breasts, so the belt speed adjusts accordingly.<\/p>\n <\/p>\n Vacuum packers evacuate air from the package before sealing to extend shelf life. The vacuum pump runs continuously at high speed (2900 rpm on a 2-pole motor), generating significant heat. The motor must tolerate continuous duty at full load without tripping on thermal overload, even in a warm packaging hall.<\/p>\n The YS aluminum-body motor<\/b> in 0.55 to 2.2 kW is the natural fit. The aluminum housing dissipates heat three times faster than cast iron at the same surface area, keeping winding temperatures well within the Class F limit. A PTC thermistor embedded in the winding provides backup thermal protection in case airflow is blocked. Direct-on-line starting is standard \u2014 vacuum pump loads do not require VFD control unless the process needs variable vacuum depth.<\/p>\n <\/p>\n Retort sterilizers (autoclaves) process canned and pouched food at 121 degrees Celsius under steam pressure for 20 to 90 minutes per cycle. Inside the retort, a rotating basket turns the product to ensure uniform heat penetration. The motor driving this basket must operate at very low speed (5 to 15 rpm) with high torque, in an environment saturated with superheated steam that condenses on every surface when the retort cools between cycles.<\/p>\n The YE3 in 3 to 15 kW, 6-pole (960 rpm base speed), with Class H insulation upgrade and a specialized shaft seal, handles this extreme environment. The 6-pole configuration provides higher torque density at low speed than a 4-pole motor of the same frame size. A worm gear reducer with food-grade synthetic lubricant provides the final reduction to basket rotation speed. The motor housing receives a high-build epoxy coating to resist steam corrosion, and the terminal box is sealed with a silicone gasket rated for 200 degrees Celsius. Speed control through a VFD allows the operator to adjust rotation rate based on product type and can size.<\/p>\n <\/p>\n The table below consolidates the selection parameters for all ten application scenarios. Use it as a starting point \u2014 our engineering team can refine the specification once we know your exact production line layout, duty cycle, and ambient conditions.<\/p>\n <\/p>\n \ud83d\udca7<\/p>\n IP55 Across the Entire Range<\/p>\n Every motor in our food-industry recommendation list carries IP55 as standard, not as an upcharge option. Sealed terminal boxes, labyrinth shaft seals, and pressure-equalization vents prevent moisture ingress during high-pressure washdown cycles.<\/p>\n<\/div>\n \u26a1<\/p>\n IE3\/IE4 Efficiency Cuts Heat and Cost<\/p>\n In temperature-controlled production rooms, every watt of motor waste heat adds to the cooling load. IE4 motors reduce rejected heat by 30 to 50 percent compared to IE1, lowering both the electricity bills for your electric motor<\/b> fleet and HVAC operating costs simultaneously.<\/p>\n<\/div>\n \u2744<\/p>\n IC416 Independent Cooling Available<\/p>\n The YVF2 series maintains full airflow at any rotor speed \u2014 from 5 Hz crawl to 50 Hz rated. This eliminates thermal derating on VFD-driven applications like filling carousels and mixer agitators that run at reduced speed during product changeovers.<\/p>\n<\/div>\n \ud83d\udd29<\/p>\n IEC Bolt-In Dimensions on Every Model<\/p>\n Same shaft height, same foot bolt pattern, same flange interface as any IEC 60072 motor. Replace an ABB, Siemens, or LS Electric motor in under an hour with zero baseplate modifications.<\/p>\n<\/div>\n \ud83e\uddf9<\/p>\n Stainless Steel Shaft Extension Option<\/p>\n For washdown-intensive environments, our optional 316L stainless steel output shaft resists the chlorinated and alkaline cleaning agents used in food-grade CIP systems \u2014 unlike standard carbon-steel shafts that pit and corrode within months.<\/p>\n<\/div>\n \ud83d\ude9a<\/p>\n Korean Warehouse: 3-5 Day Urgent Delivery<\/p>\n Popular frame sizes (0.75 to 45 kW, 4-pole, 380 V) are stocked at our Gyeonggi-do warehouse. Emergency orders ship within 3 to 5 working days. Standard production orders deliver in 10 to 18 days.<\/p>\n<\/div>\n<\/div>\n <\/p>\n After years of supplying AC gear motor<\/b> systems and electric motors<\/b> to food processors across Asia, we have seen the same failure patterns repeat across different countries, different products, and different machine brands. Here are the six most common \u2014 and what to specify on your next motor order to avoid each one.<\/p>\n Daily high-pressure cleaning with 60 to 80 degree water and alkaline foam forces moisture past standard shaft seals and terminal box gaskets. The insulation resistance drops below safe levels, and the next power-on event trips the ground fault relay \u2014 or worse, causes a winding short. Prevention: IP55 minimum, labyrinth shaft seal, and anti-condensation heater strip that energizes automatically when the motor is de-energized.<\/p>\n PWM voltage spikes from the VFD output reach 800 to 1100 V at the motor terminals \u2014 well above the rated supply voltage. Over thousands of hours, these micro-discharges degrade the insulation between turns. Prevention: our motors use a reinforced insulation system rated for 1600 V peak. For cable runs exceeding 50 meters, add a dV\/dt reactor at the VFD output.<\/p>\n Flour, sugar dust, cocoa powder, and dried spice particles accumulate on cooling fan blades and block the air intake grille. The motor overheats gradually \u2014 often without triggering the thermal relay until the winding damage is already done. Prevention: external air-filter screen on the fan cover (cleanable without tools), or upgrade to IC416 independent cooling with a ducted, filtered air supply.<\/p>\n In freezer environments below minus 15 degrees, standard polyurea bearing grease becomes stiff enough to prevent the rotor from starting. The motor draws locked-rotor current, trips the overload relay, and the line goes down. Prevention: specify low-temperature bearing grease (rated to minus 40 degrees) at the time of ordering, and install a motor heater band for standby periods.<\/p>\n Chlorine-based sanitizers and peracetic acid solutions attack standard carbon-steel output shafts. Pitting starts at the lip seal contact area and progresses into the bearing seat. Prevention: 316L stainless steel shaft extension with a PTFE lip seal or magnetic ferrofluid seal.<\/p>\n <\/p>\n “We run a kimchi packaging facility with 14 conveyor motors and 6 filling station motors. The old motors \u2014 mixed brands, mostly IE1 \u2014 were failing every 3 to 4 months from washdown damage. We replaced the entire fleet with YE3-IP55 motors fitted with stainless steel shafts in March 2024. In the 12 months since, we have had zero unplanned motor stoppages. Our maintenance manager calculated we saved approximately 22 million KRW in downtime costs and spare parts that year. The motors were 30 percent cheaper than the European brand we had been buying.”<\/p>\n Cho Min-su, Production Director<\/p>\n Fermented vegetable packaging plant, Chungcheong-do, Korea (Q1 2024)<\/p>\n<\/div>\n “Our frozen shrimp processing line in Da Nang runs a spiral freezer at minus 35 degrees. The previous motors would not start reliably after weekend shutdowns in the winter season. We switched to YE3 motors with low-temperature grease and anti-condensation heaters. The cold-start problem disappeared completely. The VFD soft-start also reduced our peak demand charge because we no longer have 6x inrush current spikes hitting the transformer. Our electrical engineer estimated we saved 8 percent on our monthly electricity bill from the combination of IE3 efficiency and VFD control.”<\/p>\n Nguyen Thanh Lam, Plant Engineer<\/p>\n Frozen seafood processor, Da Nang, Vietnam (Q3 2024)<\/p>\n<\/div>\n “We operate a UHT milk bottling line in Riyadh with 8 filling stations and 4 capping machines. Ambient temperature inside the production hall reaches 42 degrees in summer even with air conditioning. The IE4 motors we sourced from Ever-Power run measurably cooler than the IE2 motors they replaced \u2014 bearing temperature dropped from 78 degrees to 61 degrees. We also noticed the HVAC system cycles less frequently now that the motors dump less heat into the room. The payback period on the motor upgrade was about 14 months based on energy savings alone.”<\/p>\n Khalid Al-Dosari, Maintenance Manager<\/p>\n Dairy bottling plant, Riyadh, Saudi Arabia (Q2 2025)<\/p>\n<\/div>\n “We manufacture cookie packaging machines for export. We needed a reliable motor supplier who could ship consistent-quality units in batches of 50 to 200 per quarter, with our OEM nameplate on each motor. Ever-Power delivered the first batch of YVF2-100L-4 motors within 18 days, private-labeled, and the dimensional accuracy matched our machine frame within 0.1 mm. We have reordered four times since September 2024 with zero quality rejections.”<\/p>\n Tanaka Yuki, Procurement Manager<\/p>\n Packaging machinery OEM, Osaka, Japan (Q4 2024)<\/p>\n<\/div>\n <\/p>\n <\/p>\n <\/p>\n Ready to Upgrade Your Food Line Motors?<\/p>\n Send us your AC gear motor<\/b> requirements \u2014 power, voltage, speed, mounting type, quantity \u2014 and receive a detailed quotation with lead time confirmation within 24 hours.<\/p>\nWhy Food and Packaging Lines Need Purpose-Selected Motors<\/h2>\n
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<\/p>\nTen Critical Motor Applications in Food & Packaging<\/h2>\n
Rotary Filling Machine \u2014 Carousel Drive<\/h3>\n
![\"ac-gear-motor-application-3\"](\"https:\/\/acgearmotor.top\/wp-content\/uploads\/2026\/03\/ac-gear-motor-application-3.webp\")
<\/p>\nHeat Sealing Machine \u2014 Seal Roller Drive<\/h3>\n
Labeling Machine \u2014 Label Roll Synchronization<\/h3>\n
Pillow-Type Packaging Machine \u2014 Cross-Seal Cutter Drive<\/h3>\n
Palletizing Robot \u2014 Joint Rotation Drive<\/h3>\n
Conveyor Belt \u2014 Product Transport Drive<\/h3>\n
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<\/p>\nMixing and Blending Equipment \u2014 Agitator Drive<\/h3>\n
Frozen Spiral Conveyor \u2014 Low-Temperature Drive<\/h3>\n
Vacuum Packaging Machine \u2014 Vacuum Pump Drive<\/h3>\n
Retort Sterilizer \u2014 Basket Rotation Drive<\/h3>\n
Quick Selection Guide: Motor Specifications by Application<\/h2>\n
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\n \nApplication<\/th>\n Series<\/th>\n Power<\/th>\n Poles\/Speed<\/th>\n Efficiency<\/th>\n IP Rating<\/th>\n Speed Control<\/th>\n Reducer Pairing<\/th>\n<\/tr>\n<\/thead>\n \n Rotary Filling Machine<\/td>\n YE3\/YE4<\/td>\n 1.5\u20137.5 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE3\/IE4<\/td>\n IP55<\/td>\n VFD<\/td>\n Worm gear<\/td>\n<\/tr>\n \n Heat Sealing Machine<\/td>\n YVF2<\/td>\n 0.75\u20132.2 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE3<\/td>\n IP54<\/td>\n VFD<\/td>\n Planetary<\/td>\n<\/tr>\n \n Labeling Machine<\/td>\n YS (Aluminum)<\/td>\n 0.37\u20131.1 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE2<\/td>\n IP54<\/td>\n VFD + encoder<\/td>\n Planetary<\/td>\n<\/tr>\n \n Pillow Packaging Machine<\/td>\n YVF2<\/td>\n 1.1\u20133 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE3<\/td>\n IP54<\/td>\n VFD<\/td>\n Timing belt<\/td>\n<\/tr>\n \n Palletizing Robot<\/td>\n YE3<\/td>\n 2.2\u201311 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE3<\/td>\n IP54<\/td>\n VFD vector<\/td>\n Planetary<\/td>\n<\/tr>\n \n Conveyor Belt<\/td>\n YE3\/YE4<\/td>\n 0.75\u20135.5 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE3\/IE4<\/td>\n IP55<\/td>\n DOL \/ soft start<\/td>\n Worm gear<\/td>\n<\/tr>\n \n Mixer \/ Blender<\/td>\n YE3<\/td>\n 3\u201322 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE3<\/td>\n IP55<\/td>\n VFD<\/td>\n Planetary<\/td>\n<\/tr>\n \n Frozen Spiral Conveyor<\/td>\n YE3<\/td>\n 2.2\u20137.5 kW<\/td>\n 4P \/ 1450 rpm<\/td>\n IE3<\/td>\n IP55<\/td>\n VFD<\/td>\n Worm gear<\/td>\n<\/tr>\n \n Vacuum Packaging Machine<\/td>\n YS (Aluminum)<\/td>\n 0.55\u20132.2 kW<\/td>\n 2P \/ 2900 rpm<\/td>\n IE2\/IE3<\/td>\n IP54<\/td>\n DOL<\/td>\n Direct drive<\/td>\n<\/tr>\n \n Retort Sterilizer<\/td>\n YE3<\/td>\n 3\u201315 kW<\/td>\n 6P \/ 960 rpm<\/td>\n IE3<\/td>\n IP55<\/td>\n VFD<\/td>\n Worm gear<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n Why Our AC Gear Motors Outperform in Food Factories<\/h2>\n
![\"ac-gear-motor-workshop-5\"](\"https:\/\/acgearmotor.top\/wp-content\/uploads\/2026\/03\/ac-gear-motor-workshop-5.webp\")
<\/p>\nCommon Motor Failures in Food Plants \u2014 And How to Prevent Them<\/h2>\n
Winding Moisture Ingress from Washdown<\/h3>\n
VFD Harmonic Stress on Insulation<\/h3>\n
Powder and Debris Clogging Cooling Fans<\/h3>\n
Cold-Temperature Grease Hardening<\/h3>\n
Shaft Corrosion from Chemical Cleaning Agents<\/h3>\n
Real-World Results: Customer Case Studies<\/h2>\n
Standard Motor vs. Our Food-Grade AC Gear Motor<\/b><\/h2>\n
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\n \nFeature<\/th>\n Standard Industrial Motor<\/th>\n Our Food-Grade Motor<\/th>\n<\/tr>\n<\/thead>\n \n Efficiency Class<\/td>\n IE1 \/ IE2<\/td>\n IE3 \/ IE4<\/td>\n<\/tr>\n \n Ingress Protection<\/td>\n IP44<\/td>\n IP55 standard<\/td>\n<\/tr>\n \n Washdown Resistance<\/td>\n Not rated<\/td>\n Daily CIP compatible<\/td>\n<\/tr>\n \n Shaft Material<\/td>\n Carbon steel<\/td>\n 316L stainless option<\/td>\n<\/tr>\n \n VFD Insulation Rating<\/td>\n Not specified<\/td>\n 1600 V peak<\/td>\n<\/tr>\n \n Low-Temp Bearing Grease<\/td>\n Not available<\/td>\n Down to -40 degrees C<\/td>\n<\/tr>\n \n Noise Level (typical 4 kW)<\/td>\n 68-72 dB(A)<\/td>\n 58-63 dB(A)<\/td>\n<\/tr>\n \n Delivery to Korea<\/td>\n 4-8 weeks (import)<\/td>\n 3-5 days (warehouse stock)<\/td>\n<\/tr>\n \n Warranty<\/td>\n 12 months<\/td>\n 18 months<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n Frequently Asked Questions<\/h2>\n
Can your motors operate inside a freezer at -25 degrees Celsius?<\/summary>\n
Is IP55 sufficient for high-pressure washdown environments?<\/summary>\n
Do you offer food-grade stainless steel shaft extensions?<\/summary>\n
What is the minimum order quantity?<\/summary>\n
Which VFD brands are compatible with your motors?<\/summary>\n
How fast can you deliver to Korea?<\/summary>\n
Can you supply motors with our OEM branding?<\/summary>\n
What is your warranty policy?<\/summary>\n
Do you have local technical support in Korea?<\/summary>\n
How do I get a quotation and selection assistance?<\/summary>\n