![\"EP-NMRV](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/05\/EP-NMRV-Aluminum-Worm-Gearbox-1.webp\" "\\"\\"")
<\/p>\nThe EP-NMRV worm gear reducer in the Output Flange (..F) variant is the OEM-friendly configuration of our standard NMRV-pattern aluminum worm gearbox family. Where the keyed-shaft output variants drive a load through a coupling, the ..F variant terminates in a hollow output bore plus a bolted flange face \u2014 the gearbox bolts directly to the OEM’s driven machine without an intermediate coupling, removing one of the most common alignment-failure points in compact drive-train design. Nine frame sizes from EP-NMRV030 (60 mm centre distance class) through EP-NMRV150 (150 mm centre distance) cover the working envelope from 0.06 kW packaging-line indexers up to 15 kW heavy-duty conveyor head pulleys.<\/p>\n
<\/p>\n
Mechanical core matches the international NMRV pattern: a tin-bronze worm wheel meshes against a 20CrMnTi alloy-steel worm shaft, both case-hardened and ground at the contact face; SKF or NAK brand bearings; Viton lip seals; and an aluminum die-cast housing with a cast-iron mold giving the dimensional repeatability OEM machine builders need for batch production. Eleven catalogue ratios from i=7.5 through i=100 (single-stage) cover the full small- to mid-industrial speed range. For the keyed-solid-shaft sibling variants, see our wider RV series worm gearbox lineup<\/a> covering the EP-NMRV (motor-flange input), EP-NRV (shaft input) and double-stage helical-input combinations going up to i=10000.<\/p>\n The two reference tables below cover everything needed to specify an EP-NMRV..F worm gear reducer for an OEM drive train design. The property table lists materials, certifications and supplier brand identities common across all frame sizes; the frame matrix details per-frame data needed for machine integration \u2014 input shaft hole, output bore diameter, ratio band and flange dimensions.<\/p>\n The matrix below maps the worm gear reducer frame to its rated power, ratio range and shaft sizing \u2014 the four columns OEM machine designers reference most often during the configuration step.<\/p>\n An OEM machine builder ordering EP-NMRV worm gear reducer units in batch quantities sees a long SKU code on the purchase line, and decoding it correctly is essential to ensure the right units arrive at the assembly bay. The EP-NMRV..F SKU is built up from nine code segments separated by hyphens. Each segment specifies one configuration choice, and the order is fixed.<\/p>\n A complete real-world SKU therefore reads: EP-NMRV-063-30-VS-F1(FA)-AS-80B5-0.75KW-B3<\/strong>. Decoded as a worm gear reducer: an EP-NMRV worm geared motor, 63 mm centre distance, reduction ratio 30:1, with a double input shaft option, fitted with the F1\/FA output flange and a single output shaft, pre-assembled with an 80-frame B5-flange 0.75 kW motor in B3 foot-mount orientation. OEM buyers configure this worm gear reducer string once, then add it to their bill of materials with confidence that the worm gear reducer units arriving on the dock will integrate without any further engineering review.<\/p>\n The output flange variant exists for one engineering reason: bill-of-material simplification on OEM machine designs. A standard keyed-shaft worm gear reducer needs four discrete drive-train items between motor and load between the motor and the load \u2014 gearbox, output coupling, driven-machine input shaft and driven-machine bearing housing. The output flange variant collapses two of those items: the EP-NMRV..F bolts directly to the OEM driven machine via its flange face, and the driven shaft slip-fits into the gearbox’s hollow output bore. The coupling and the external bearing housing both disappear from the design.<\/p>\n For a Korean OEM building 500 packaging machines or conveyor head pulleys per year, the EP-NMRV..F worm gear reducer assembly typically shaves 12 to 18 minutes of assembly labour per machine compared with a coupled equivalent. Across an annual production run that becomes 100 to 150 hours of saved assembly time \u2014 at Korean industrial labour rates roughly equivalent to one half-time technician’s annual cost. Beyond direct labour, the simplified BOM reduces parts-procurement complexity, drawing-management overhead and goods-inwards inspection burden.<\/p>\n The trade-off is that the OEM driven machine must be designed around the EP-NMRV..F flange dimensions from the start. Retrofitting an output-flange worm gear reducer onto a machine originally designed for a coupled drive usually requires either an adapter plate (cheap but adds a critical alignment surface) or a redesigned input bearing housing (more expensive but cleaner). For greenfield OEM designs the choice is straightforward; for retrofit projects it warrants a BOM-cost-versus-machining-cost analysis before specification.<\/p>\n An output-flange worm gear reducer remains supported by the driven machine’s input shaft, but the gearbox housing itself still needs a way to absorb the reaction torque generated by the worm-and-wheel mesh. Without it, the housing would simply rotate around the driven shaft as torque is transmitted. Three solutions exist, each suited to different OEM design geometries.<\/p>\n Foot-mount support (most common).<\/strong> The worm gear reducer aluminum housing carries cast-in mounting feet (separately bolted on the larger frames) that bolt to the OEM machine frame. This is the recommended approach where the machine layout offers a flat surface alongside the driven shaft. Mounting position B3 in the IEC 60034-7 worm gear reducer nomenclature, B6, B7 and B8 also supported with appropriate breather-plug repositioning.<\/p>\n Torque arm.<\/strong> Where the output flange bolts to a load that itself rotates with the gearbox housing (a mixer paddle, for example), the housing needs a tangential reaction point. A worm gear reducer torque arm \u2014 a rigid steel link between a moulded boss on the gearbox housing and a fixed structural anchor \u2014 provides exactly that, while allowing slight angular and axial float that prevents thermal expansion stress from migrating into the housing castings. Pre-engineered torque arms are stocked for every EP-NMRV frame.<\/p>\n Shrink-disc keyless connection.<\/strong> For high-precision drives where a keyway-and-key joint introduces unacceptable backlash, the hollow output bore can be combined with a shrink-disc keyless connection. The shrink disc clamps the driven shaft inside the bore through controlled radial deformation, transmitting torque entirely through friction. This is the configuration of choice for servo-driven indexing axes where backlash must stay below 5 arc-minutes.<\/p>\n As the most-specified OEM-friendly worm gear reducer variant in our standard NMRV-pattern range, the EP-NMRV worm gear reducer in the output flange configuration ships across a wide span of Korean and Asian OEM machine builders. The five sectors below cover roughly 80% of EP-NMRV..F orders we have shipped in the past twelve months \u2014 each with a typical frame and motor combination that defines the install.<\/p>\n Cartoners, form-fill-seal machines and shrink-wrap tunnels all use the worm gear reducer in Korean and Vietnamese packaging machine plants use EP-NMRV063-30-F1 with 0.55 kW motors as the default indexing drive specification. Output flange bolts directly to the carton-feed sprocket housing, eliminating the alignment ritual that coupled drives demanded on previous-generation product lines.<\/p>\n Modular conveyor builders specify the EP-NMRV075-40-F1 worm gear reducer paired with 0.75 kW motors across their standard-pulley product line. The hollow output bore slip-fits onto a \u03a628 pulley shaft; the F1 round output flange bolts to the conveyor end-plate. One SKU covers the bulk of the product range, simplifying both the BOM and the spare-parts holding strategy.<\/p>\n AGV (automated guided vehicle) lift platforms, robotic palletiser rotaries and tool-change carousels run the worm gear reducer use the EP-NMRV050-25-F1 worm gear reducer at 0.37 kW with shrink-disc keyless connection. The compact aluminum envelope fits where larger reducers cannot, and the bolted output flange provides a precise reference surface for axis-mounted encoders.<\/p>\n Single-axis solar tracker drives in Korean and Indian utility-scale PV farms pair the worm gear reducer use the EP-NMRV110-100-F1 with 0.55 kW DC motors and integrated backstops. The high reduction ratio (i=100) achieves the slow, steady array rotation needed for sun-following; the cast aluminum housing handles outdoor exposure across multi-decade installation lifecycles.<\/p>\n Bottle wash-down conveyors, dough mixers, depositors and small bagging-line drives all run the worm gear reducer in Korean food OEM plants run EP-NMRV063-50-F1 with 0.37 kW motors. The Viton sealing system tolerates routine wash-down with foam cleaners, and the smooth aluminum housing exterior cleans far easier than ribbed cast-iron bodies \u2014 a sanitation argument that food-plant procurement teams take seriously.<\/p>\n Packaging Machinery<\/p>\n<\/div>\n Conveyor Systems<\/p>\n<\/div>\n Solar & Renewables<\/p>\n<\/div>\n Food & Beverage<\/p>\n<\/div>\n<\/div>\n Three engineering characteristics make the EP-NMRV..F worm gear reducer the standard worm gear reducer specification for Korean and Asian OEM machine builders working in the small- to mid-industrial power band. Each maps to a measurable advantage on the assembly line, the warranty register or the final-machine performance specification.<\/p>\n Smooth, low-noise transmission for harsh environments.<\/strong> Worm-and-wheel meshing produces inherently smooth rotational motion because the contact line between worm thread and bronze tooth is continuous rather than the discrete tooth-by-tooth engagement of helical or spur gears. Tin-bronze working surface against ground worm gear reducer steel shaft delivers measured noise levels of 54\u201358 dB at 1 m on bench testing \u2014 typically 4\u20136 dB quieter than equivalent helical gear units of the same output torque rating. For OEM machines that operate in noise-sensitive environments (hospitals, data centres, residential building automation), this acoustic margin is a real selling point.<\/p>\n High thermal-dissipation efficiency at the bronze interface.<\/strong> Tin-bronze worm wheels in the worm gear reducer exhibit excellent thermal conductivity at the meshing surface, which directly improves the gearbox’s heat-dissipation characteristics under sustained-load duty. The aluminum die-cast housing reinforces this: aluminum’s volumetric heat capacity carries thermal load away from the bronze contact zone faster than denser cast-iron alternatives, which keeps the oil-bath temperature 10\u201315 \u00b0C cooler under the same loading. Lower oil temperature directly extends lubricant service life \u2014 every 10 \u00b0C reduction approximately doubles oil-change interval under the Arrhenius rule.<\/p>\n Aluminum-mold cast iron mold for housing repeatability.<\/strong> The phrase in the original product literature \u2014 “cast iron which is cast with an aluminum mold” \u2014 describes a specific manufacturing technique: the worm gear reducer housing is aluminum, but cast in an iron mold rather than a sand mold. Iron molds give better surface finish, tighter dimensional tolerance and longer mold life than sand casting, which translates to consistency across batches. Frame-to-frame variation on the worm gear reducer bearing seats and IEC adapter face stays within IT8 tolerance, which is exactly what OEM batch-production lines need to avoid the assembly issues that crop up when housing castings drift between production runs.<\/p>\n OEM drive trains around an EP-NMRV..F worm gear reducer pair logically with three categories of supplementary product, plus parallel reducer families from our broader Koreansk producent af snekkegearreduktion<\/a> catalogue. The four below carry the standard categorisation we apply consistently across every product page.<\/p>\n Drivaksler (gearkasseledsager).<\/strong> When the EP-NMRV..F worm gear reducer is used in its solid-shaft sibling configuration, or when machine layout places the gearbox remotely from its motor on a long skid frame, a CV-jointed drive shaft handles the angular and parallel misalignment that develops under thermal expansion and structural settlement. See PTO- og CV-leds drivaksler<\/a> til samlinger med afstemt l\u00e6ngde.<\/p>\n Snekke- og snekkehjulspar (interne reservedele).<\/strong> The tin-bronze worm wheel and 20CrMnTi worm shaft inside any EP-NMRV..F unit are the principal wear components. After 20,000\u201330,000 hours of OEM-machine duty, the wheel typically reaches its wear limit while the aluminum housing and bearings remain serviceable. A re-tooth kit lets a maintenance team rebuild the gearbox in place at one-third the cost of a complete unit replacement. Sized for every EP-NMRV frame at snekke- og snekkehjulspar<\/a>.<\/p>\n Planetgearreduktionsgear (s\u00f8sterproduktlinje).<\/strong> Where the OEM application requires high mechanical efficiency (\u2265 95%) or very low backlash for precise positioning \u2014 typical of servo-driven robot axes or precision indexing rotaries that pair with a worm gear reducer \u2014 a planetary reducer is the appropriate alternative reducer family. Same supplier, different drive principle. See planetgearreduktionsgear<\/a> for in-line and right-angle ranges that complement the EP-NMRV..F where worm efficiency is insufficient.<\/p>\nCatalogue Specifications & Build Detail<\/h2>\n
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\n \nEjendom<\/th>\n Specifikation<\/th>\n<\/tr>\n<\/thead>\n \n Brand<\/td>\n Ever-Power<\/td>\n<\/tr>\n \n Model Family<\/td>\n EP-NMRV \/ EP-NMRV..F \/ EP-NMRV..VS \/ EP-NRV \/ EP-NRV..F \/ EP-NRV..VS<\/td>\n<\/tr>\n \n Frame Sizes<\/td>\n 025, 030, 040, 050, 063, 075, 090, 110, 130, 150 (centre distance designation in mm)<\/td>\n<\/tr>\n \n Katalogforhold<\/td>\n i = 7.5, 10, 15, 20, 25, 30, 40, 50, 60, 80, 100 (eleven steps single-stage)<\/td>\n<\/tr>\n \n Input Power Range<\/td>\n 0.12 kW \u00b7 0.18 \u00b7 0.25 \u00b7 0.37 \u00b7 0.55 \u00b7 0.75 \u00b7 1.1 \u00b7 1.5 \u00b7 2.2 \u00b7 4 \u00b7 5.5 \u00b7 7.5 kW (frame-size dependent)<\/td>\n<\/tr>\n \n Input Configurations<\/td>\n Direct-coupled to AC, DC or servo motor via IEC-normalised motor flange \u00b7 solid shaft input \u00b7 worm shaft tail-extension input<\/td>\n<\/tr>\n \n Output Configurations<\/td>\n Keyed hollow shaft \u00b7 hollow shaft with output flange (the ..F variant on this page) \u00b7 plug-in solid shaft<\/td>\n<\/tr>\n \n Husmateriale<\/td>\n Aluminum die-cast \u2014 cast in cast-iron mold for repeatability and surface finish, machined to IT8 on bearing seats and IEC adapter face<\/td>\n<\/tr>\n \n Snekkehjulsmateriale<\/td>\n Tin bronze (CuSn10 \/ ZQSn10-1 per GB\/T 1176) \u2014 centrifugally cast for dense working diameter<\/td>\n<\/tr>\n \n Snekkeakselmateriale<\/td>\n 20CrMnTi alloy steel \u00b7 case-carburised \u00b7 oil-quenched \u00b7 ground \u00b7 56\u201362 HRC at the contact face<\/td>\n<\/tr>\n \n Udgangsakselmateriale<\/td>\n C45 chromium steel (45#) \u00b7 induction-hardened on keyway flanks<\/td>\n<\/tr>\n \n Lejer<\/td>\n C&U \/ QC \/ HRB brand standard \u00b7 SKF \/ NSK upgrade option for high-cycle OEM specification<\/td>\n<\/tr>\n \n Shaft Seals<\/td>\n SKF \/ NAK \/ KSK brand Viton lip seals \u2014 high-temperature resistance, anti-oxidation, low oil weep<\/td>\n<\/tr>\n \n Sm\u00f8remiddel<\/td>\n Synthetic PAG ISO VG 220 standard \/ mineral CLP 220 option for cost-sensitive applications<\/td>\n<\/tr>\n \n IEC-motorflanger<\/td>\n 56B14, 63B5, 63B14, 71B14, 80B14, 90B5, 100B5, 112B5, 132B5<\/td>\n<\/tr>\n \n Standardfarver<\/td>\n RAL 5015 sky blue \u00b7 RAL 9005 jet black \u00b7 RAL 7001 silver grey (custom RAL on OEM request)<\/td>\n<\/tr>\n \n Quality System<\/td>\n ISO 9001:2015 manufacturing certification \u00b7 CE conformity declaration shipped with every unit<\/td>\n<\/tr>\n \n Supply Capacity<\/td>\n 15,000 units \/ month from the Hangzhou production facility \u00b7 Korean buffer warehouse for ex-stock delivery<\/td>\n<\/tr>\n \n Loading Port<\/td>\n Ningbo or Shanghai (sea-freight) \u00b7 air-freight via Pudong \/ Hongqiao for stopped-line emergencies<\/td>\n<\/tr>\n \n Garanti<\/td>\n 12 m\u00e5neder fra idrifts\u00e6ttelse \u00b7 18 m\u00e5neder fra afsendelse<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n Frame-by-Frame Engineering Matrix<\/h3>\n
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\n \nRamme<\/th>\n Rated Power<\/th>\n Rated Ratio<\/th>\n Input Hole \u00d8 (mm)<\/th>\n Input Shaft \u00d8 (mm)<\/th>\n Output Hole \u00d8 (mm)<\/th>\n Udgangsaksel \u00d8 (mm)<\/th>\n<\/tr>\n<\/thead>\n \n EP-NMRV030<\/td>\n 0.06 \u2013 0.25 kW<\/td>\n 7.5 \u2013 80<\/td>\n \u03a69 (\u03a611)<\/td>\n \u03a69<\/td>\n \u03a614<\/td>\n \u03a614<\/td>\n<\/tr>\n \n EP-NMRV040<\/td>\n 0.09 \u2013 0.55 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a69 (\u03a611, \u03a614)<\/td>\n \u03a611<\/td>\n \u03a618 (\u03a619)<\/td>\n \u03a618<\/td>\n<\/tr>\n \n EP-NMRV050<\/td>\n 0.12 \u2013 1.5 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a611 (\u03a614, \u03a619)<\/td>\n \u03a614<\/td>\n \u03a625 (\u03a624)<\/td>\n \u03a625<\/td>\n<\/tr>\n \n EP-NMRV063<\/td>\n 0.18 \u2013 2.2 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a614 (\u03a619, \u03a624)<\/td>\n \u03a619<\/td>\n \u03a625 (\u03a628)<\/td>\n \u03a625<\/td>\n<\/tr>\n \n EP-NMRV075<\/td>\n 0.25 \u2013 4.0 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a614 (\u03a619, \u03a624, \u03a628)<\/td>\n \u03a624<\/td>\n \u03a628 (\u03a635)<\/td>\n \u03a628<\/td>\n<\/tr>\n \n EP-NMRV090<\/td>\n 0.37 \u2013 4.0 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a619 (\u03a624, \u03a628)<\/td>\n \u03a624<\/td>\n \u03a635 (\u03a638)<\/td>\n \u03a635<\/td>\n<\/tr>\n \n EP-NMRV110<\/td>\n 0.55 \u2013 7.5 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a619 (\u03a624, \u03a628, \u03a638)<\/td>\n \u03a628<\/td>\n \u03a642<\/td>\n \u03a642<\/td>\n<\/tr>\n \n EP-NMRV130<\/td>\n 0.75 \u2013 7.5 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a624 (\u03a628, \u03a638)<\/td>\n \u03a630<\/td>\n \u03a645<\/td>\n \u03a645<\/td>\n<\/tr>\n \n EP-NMRV150<\/td>\n 2.2 \u2013 15 kW<\/td>\n 7.5 \u2013 100<\/td>\n \u03a628 (\u03a638, \u03a642)<\/td>\n \u03a635<\/td>\n \u03a650<\/td>\n \u03a650<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n Decoding the Full EP-NMRV Model Code for OEM Purchasing<\/h2>\n
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\n \nCode Segment<\/th>\n Meaning<\/th>\n<\/tr>\n<\/thead>\n \n EP-NMRV<\/td>\n Worm geared motor \u2014 IEC motor flange input, integrated motor adapter on the gearbox face. (EP-NRV is the shaft-input variant without motor flange \u2014 used when the buyer supplies their own motor.)<\/td>\n<\/tr>\n \n 063<\/td>\n Centre distance designation in mm (here 63 mm) \u2014 defines mechanical capacity.<\/td>\n<\/tr>\n \n 30<\/td>\n Reduction ratio (i=30:1).<\/td>\n<\/tr>\n \n VS<\/td>\n Double input shaft option \u2014 a second worm shaft tail extension for tachometer or encoder mounting. Omit if only single input is needed.<\/td>\n<\/tr>\n \n F1 (FA)<\/td>\n Output flange variant (the “..F” that defines this page) \u2014 F1 is the round flange face, FA is the square flange face. Both are bolted-on output flanges.<\/td>\n<\/tr>\n \n AS<\/td>\n Single output shaft (AB = double output shaft, both ends machined for symmetric drive).<\/td>\n<\/tr>\n \n PAM (or 80B5)<\/td>\n Motor coupling type. PAM = Pre-Assembled Motor (gearbox+motor shipped as one). 80B5 = the IEC motor flange code (B5 with frame size 80) for which the unit is fitted.<\/td>\n<\/tr>\n \n 0.75KW<\/td>\n Electric motor power rating.<\/td>\n<\/tr>\n \n B3<\/td>\n Mounting position per IEC 60034-7. B3 = foot mount, V5 = vertical motor with horizontal output, etc. Determines breather plug location.<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/div>\n Why an Output Flange Suits OEM Batch Production<\/h2>\n
![\"EP-NMRV](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/Worm-Gear-Reducer-structure.webp\" "\\"EP-NMRV..F")
<\/p>\nMounting Positions, Torque Arms & Anti-Rotation Devices<\/h2>\n
![\"Right](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/Right-Angle-Worm-Gear-Reducer-Cutaway.webp\" "\\"\\"")
<\/p>\nOEM Application Domains for the EP-NMRV..F<\/h2>\n
Packaging Machinery OEMs<\/h3>\n
Conveyor System Integrators<\/h3>\n
Material Handling Robotics<\/h3>\n
Solar Tracker & Renewable-Energy Drives<\/h3>\n
Food & Beverage Process Equipment<\/h3>\n
\n\n![\"EP-NMRV](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/Worm-Gear-Reducer-for-Industrial-automation-equipment.webp\" "\\"Packaging")
<\/p>\n\n![\"EP-NMRV](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/Worm-Gear-Reducer-for-Mechanical-transmission-system.webp\" "\\"Conveyor")
<\/p>\n\n![\"EP-NMRV](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/Worm-Gear-Reducer-for-Electricity-and-Energy-Sector.webp\" "\\"Solar")
<\/p>\n\n![\"EP-NMRV](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/Worm-Gear-Reducer-for-food-processing-industry.webp\" "\\"Food")
<\/p>\nKey OEM Engineering Advantages of the EP-NMRV..F Configuration<\/h2>\n
Drive-Train Pairings & Parallel Reducer Catalogues<\/h2>\n
![\"Drive](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/drive-shaft.webp\" "\\"Drivaksler\\"")
<\/p>\n![\"Worm](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/worm-and-worm-wheel.webp\" "\\"Snekkegearpar\\"")
<\/p>\n![\"Planetgearkasser](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/planetary-gearbox.webp\" "\\"Planetgearkasser\\"")
<\/p>\n![\"Landbrugsgearkasser](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/agricultural-gearbox.webp\" "\\"Landbrugsgearkasser\\"")
<\/p>\n![\"EP-NMRV](\"https:\/\/wormreducers.xyz\/wp-content\/uploads\/2026\/04\/worm-gear-reducer-factory-4.webp\" "\\"EP-NMRV")
<\/p>\n