Description
EP-NMRV-E063 — IEC Flange Input Aluminium Worm Gearbox with Tail Output Shaft
Technical Specifications — EP-NMRV-E063
| Paramètre | Valeur |
|---|---|
| Série | NMRV-E (Bore Input with IEC Flange, Worm-Direction Tail Output Shaft) |
| Distance du centre | 063 mm |
| Taux de réduction | 5, 7.5, 10, 15, 20, 25, 30, 40, 50, 60, 80, 100 |
| Puissance d'entrée nominale | Up to 2.2 kW |
| Plage de vitesse de sortie | 14 à 280 tr/min (à une entrée de 1400 tr/min) |
| Couple de sortie maximal | 5,595 N·m |
| Input Configuration | Bore input with IEC input flange + worm-direction tail output shaft |
| Brides d'entrée IEC | IEC flanges: 71B5, 71B14, 80B5, 80B14, 90B14 |
| Tail Output Shaft | Worm-direction (co-axial with worm shaft, opposite end) |
| Matériau du boîtier | Alliage d'aluminium moulé sous pression |
| Matériau de roue à vis sans fin | Bronze phosphoreux |
| Matériau de la tige de vis sans fin | Acier allié 20CrMnTi, cémenté, rectifié avec précision |
| Diamètre d'alésage de sortie | 28 mm H7 with keyway |
| Lubrification | Huile pour engrenages ISO VG 220 (remplissage d'usine) |
| Positions de montage | B3, B6, B7, B8, V5, V6 |
| Classe de protection | IP54 |
| Température ambiante | -10°C à +40°C |
NMRV-E063 Performance Table (2.2 kW / 1400 r/min)
| Rapport (i) | Vitesse de sortie (tr/min) | Couple de sortie (N·m) | Facteur de service (fs) |
|---|---|---|---|
| 7.5 | 187 | 1,315 | 2.5 |
| 10 | 140 | 1,447 | 1.9 |
| 15 | 93 | 1,657 | 1.3 |
| 20 | 70 | 2,503 | 1.6 |
| 25 | 56 | 2,696 | 1.4 |
| 30 | 47 | 2,973 | 1.3 |
| 40 | 35 | 3,272 | 1.1 |
| 50 | 28 | 3,524 | 0.9 |
| 60 | 23 | 3,745 | 0.9 |
| 80 | 18 | 4,122 | 0.9 |
| 100 | 14 | 5,595 | 0.9 |
✅ Core Features & Unique Benefits
🔗 Worm-Direction Tail Output Shaft — The Key Differentiator
The defining feature of the NMRV-E063 is its additional tail output shaft that extends in the same direction as the worm shaft axis. This second output enables simultaneous drive of two independent loads from a single gearbox — a primary application drive via the main output bore and a secondary auxiliary drive (encoder, tachometer, small pump, or fan) via the tail shaft.
🖼 Print-Line Precision
The NMRV-E063 is particularly valued in printing and packaging lines where the IEC flange motor drives the print roll while the tail shaft encoder provides the master speed reference signal for digital register control.
◯ Same Torque as Standard NMRV063
The NMRV-E063 delivers identical maximum output torque (5,595 N·m) to the standard NMRV063, confirming that the tail shaft adds zero performance penalty on the main output. The tail shaft is driven directly off the worm shaft end, not the output stage.
🅆 Encoder & Feedback Ready
The tail output shaft provides a direct connection point for rotary encoders, tachogenerators, and pulse generators that monitor worm shaft speed in closed-loop motion control systems, eliminating external encoder brackets and coupling hardware.
🚫 IP54 — Dual-Seal Integrity
Both the main output bore and the tail shaft exit are sealed with dual-contact lip seals, maintaining IP54 protection across all mounting orientations without oil weeping at either shaft interface.
🏭 Application Scenarios
🖼 Print Line Master Reference Shaft
NMRV-E063 worm gearbox where the tail shaft serves as the master reference speed shaft for a multi-section printing press, providing a clean encoder signal isolated from the print-roll mechanical loads.
🌿 Precision Agricultural Seeding
Medium-duty worm gear reducer with tail output shaft for precision agricultural seeding and fertiliser application equipment where GPS-linked controllers require accurate shaft speed feedback for variable-rate application.
⚙ Automation Line Synchronisation
Industrial worm gearmotor with tail shaft for central-line-shaft automation systems where the tail-mounted tachogenerator provides the supervisory controller with a line-speed reference signal.
💧 Water & Wastewater Monitoring
Corrosion-resistant NMRV-E worm gear reducer with tail output shaft for instrumented valve actuator drives in water treatment plants, where the tail shaft pulse counter confirms valve position remotely.
🔎 Selection Guide
Worked Example — Print Line Master Reference
Required: NMRV-E063 at i=20 driving a print roll at 70 r/min, tail shaft providing master register reference. Output torque at i=20 = 2,503 N·m. Motor: 1.5 kW, IEC 90B14. Tail shaft: 2,000 PPR encoder, 28 mm bore. ✅ NMRV-E063-20-90B14 selected.
⚖ NMRV-E063 vs Standard NMRV063
| Fonctionnalité | EP-NMRV-E063 (with Tail Shaft) | EP-NMRV063 (Standard) |
|---|---|---|
| Tail Output Shaft | ✅ Yes — worm-direction | No |
| Encoder / Feedback Mounting | Direct on tail shaft | Requires external bracket |
| Dual-Load Drive | Yes — main + tail | No — single output only |
| Main Output Torque | 5,595 N·m | 5,595 N·m |
| Housing Dimensions | Slightly longer (tail shaft protrusion) | Standard length |
| IEC Flange Input | Yes — standard | Yes — standard |
NMRV-E063 Main Output Shaft Dimensions
| G1 (mm) | K1 (mm) | L/DZ (mm) | L1/SZ (mm) | b2 (mm) | d h6 (mm) | Keyway |
|---|---|---|---|---|---|---|
| 110 | 109 | 173 | 219 | 8 | 28 | M10 |
❓ Frequently Asked Questions
What is the tail output shaft on the EP-NMRV-E063 and what is it used for?
The tail output shaft on the NMRV-E063 is a secondary shaft extending in the worm-direction axis (co-axial with the worm shaft, opposite end). It is used to mount rotary encoders, tachogenerators, or pulse generators for speed/position feedback, or to drive a small auxiliary load such as a lubrication pump, cooling fan, or pilot valve simultaneously with the main output drive.
Does the tail shaft affect the main output torque of the NMRV-E063?
No. The tail shaft is driven directly off the worm shaft end and carries only the small torque required for the encoder or auxiliary device. The main output bore delivers the full rated 5,595 N·m, identical to the standard NMRV063.
What encoder types are compatible with the NMRV-E063 tail output shaft?
The tail shaft is a standard keyed shaft accepting any incremental or absolute rotary encoder with the matching bore size. Common options include 5–24V incremental encoders (100–10,000 PPR), SSI absolute encoders, and resolver-type feedback devices. Confirm the encoder bore and key dimensions with the encoder supplier before ordering.
Which IEC motor flanges are available for the EP-NMRV-E063?
The NMRV-E063 accepts the following IEC input flanges: 71B5, 71B14, 80B5, 80B14, 90B14. This covers the standard motor frame range for the 2.2 kW power class. Servo and stepper motor adaptor plates available on request.
Can the NMRV-E063 tail shaft be used to drive a secondary load simultaneously?
Yes, provided the secondary load torque on the tail shaft does not exceed the worm shaft’s additional torque capacity. For light-duty secondary loads such as small lubrication pumps (below 0.05 kW) or pilot valves, the tail shaft can be used simultaneously without affecting main output performance. Consult our engineering team for secondary loads above 0.05 kW.
⭐ Avis clients
★★★★★
“Our precision conveyor line uses eight NMRV-E063 units. The tail shaft encoders synchronise all eight drives via our central motion controller. Line synchronisation is perfect and we have logged zero registration errors across six months of production.”
Lars H. — Systems Engineer, Automation OEM 🇸🇪 Sweden
★★★★★
“We use the NMRV-E063 on our grain auger with real-time rotation monitoring. The tail-shaft sensor triggers a bin-full alarm when rotation speed drops below a threshold. This simple feature has prevented two auger jam incidents already.”
Darren K. — Farm Manager, Grain Storage 🇦🇺 Australia (WA)
★★★★☆
“The NMRV-E063 drives our packaging line with tail-shaft encoder feedback to our servo master controller. Product count accuracy improved to 100% and we eliminated all the over-run stops that wasted packaging material.”
Yuki H. — Process Engineer, Packaging Plant 🇯🇵 Japan
⚙ Accessoires et produits compatibles
⚡ Moteurs IEC (B5/B14)
Standard AC motors with matching IEC flange. VFD inverter-duty versions available for variable-speed control.
🔗 Kits d'arbre de sortie
Single solid (DZ), double-ended (SZ), output flange (F), hollow flange (FL) — all H7/h6 tolerance with standard keyways.
🔨 Bras de couple et supports
Bras de réaction de couple en acier pour les configurations de montage sur arbre ; plaques de montage de pied pour les orientations B3/B6.
🔒 Kits de joints et de reniflard
Kits de joints à lèvres de rechange, bouchons de ventilation et bouchons de vidange magnétiques pour des intervalles d'entretien prolongés.
Get a Quote for EP-NMRV-E063
Our engineers will confirm the IEC flange, ratio, and tail shaft encoder bore for your print-line, packaging, or agricultural application.
Le EP-NMRV-E063 aluminium worm gearbox combines the bore-input IEC flange convenience of the NMRV063 with an additional worm-direction tail output shaft. Centre distance 063 mm, ratios 5 to 100, input power up to 2.2 kW, max output torque 5,595 N·m. The tail shaft enables simultaneous encoder feedback, tachometer monitoring, or auxiliary drive — the perfect instrumented worm gearbox for closed-loop automation, precision conveyor control, and SCADA-integrated industrial drives.
