VFD vs Servo Drive: Key Differences
A side-by-side comparison of VFD and servo drive motor type, feedback, dynamic response, overload rating, cost, and applications for industrial engineers.
The Schneider Electric BMH0701P16F2A is a Lexium 32 BMH servo motor delivering 1.2 N·m continuous stall torque at up to 8000 rpm maximum mechanical speed. It pairs with the LXM32.U60N4 or LXM32.D12N4 servo drive, draws 1.78 A continuous stall current from a 480 V three-phase supply, and ships with a keyed shaft and a 3 N·m holding brake. The IP54-rated motor mounts on a 70 mm international-standard flange.
The BMH0701P16F2A is dual-rated for two LXM32 drive sizes: with the LXM32.U60N4 it delivers 1.2 N·m continuous torque at a 3000 rpm nominal speed and 350 W nominal output; with the larger LXM32.D12N4 it delivers 1.4 N·m at a 5000 rpm nominal speed and 700 W nominal output, so the drive pairing, not the motor frame, sets which point you get. The 3 N·m holding brake is sized to hold the rotor at standstill, not to dynamically stop a moving load, which makes this variant the one to specify on vertical or overhung axes; an unbraked BMH motor in the same frame covers horizontal axes without that requirement. The keyed shaft end transmits torque directly without relying on a friction clamp.
Within the Lexium 32 line, this torque and speed class suits small pick-and-place arms, label and converting axes, and other motion stages that need a brake to hold position while the LXM32 drive is powered down. The 70 mm flange and keyed shaft keep it mechanically interchangeable with other BMH motors in the same frame for mixed-axis machine designs that share a common mounting pattern.
| Device short name | BMH |
|---|---|
| Product or Component Type | Servo motor |
| Maximum mechanical speed | 8000 rpm |
| Continuous stall torque | 10.6 lbf.in (1.2 N.m) LXM32.U60N4 1.5 A, 400 V, three phase, 10.6 lbf.in (1.2 N.m) LXM32.U60N4 1.5 A, 480 V, three phase, 12.4 lbf.in (1.4 N.m) LXM32.D12N4 3 A, 400 V, three phase, 12.4 lbf.in (1.4 N.m) LXM32.D12N4 3 A, 480 V, three phase |
| Peak stall torque | 37.2 lbf.in (4.2 N.m) LXM32.U60N4 1.5 A, 400 V, three phase, 37.2 lbf.in (4.2 N.m) LXM32.U60N4 1.5 A, 480 V, three phase, 37.2 lbf.in (4.2 N.m) LXM32.D12N4 3 A, 400 V, three phase, 37.2 lbf.in (4.2 N.m) LXM32.D12N4 3 A, 480 V, three phase |
| Nominal output power | 350 W LXM32.U60N4 1.5 A, 400 V, three phase, 350 W LXM32.U60N4 1.5 A, 480 V, three phase, 700 W LXM32.D12N4 3 A, 400 V, three phase, 700 W LXM32.D12N4 3 A, 480 V, three phase |
| Nominal torque | 9.7 lbf.in (1.1 N.m) LXM32.U60N4 1.5 A, 400 V, three phase, 9.7 lbf.in (1.1 N.m) LXM32.U60N4 1.5 A, 480 V, three phase, 11.5 lbf.in (1.3 N.m) LXM32.D12N4 3 A, 400 V, three phase, 11.5 lbf.in (1.3 N.m) LXM32.D12N4 3 A, 480 V, three phase |
| Nominal speed | 3000 rpm LXM32.U60N4 1.5 A, 400 V, three phase, 3000 rpm LXM32.U60N4 1.5 A, 480 V, three phase, 5000 rpm LXM32.D12N4 3 A, 400 V, three phase, 5000 rpm LXM32.D12N4 3 A, 480 V, three phase |
| Product compatibility | LXM32.U60N4 400...480 V three phase, LXM32.D12N4 400...480 V three phase |
| Shaft end | Keyed |
| IP Degree of Protection | IP54 standard |
| Speed feedback resolution | 32768 points/turn |
| Holding brake | With |
| Mounting Support | International standard flange |
| Electrical Connection | Rotatable right-angled connectors |
| Range Compatibility | Lexium 32 |
|---|---|
| [Us] rated supply voltage | 480 V |
| Phase | Three phase |
| Continuous stall current | 1.78 A |
| Continuous power | 1.05 W |
| Maximum current Irms | 5.97 A LXM32.U60N4, 6 A LXM32.D12N4 |
| Maximum permanent current | 5.97 A |
| Second shaft | Without second shaft end |
| Shaft diameter | 0.4 in (11 mm) |
| Shaft length | 0.9 in (23 mm) |
| Key width | 0.7 in (18 mm) |
| Feedback type | Single turn SinCos Hiperface |
| Holding torque | 26.6 lbf.in (3 N.m) holding brake |
| Motor flange size | 2.8 in (70 mm) |
| Number of motor stacks | 1 |
| Torque constant | 0.79 N.m/A 248 °F (120 °C) |
| Back emf constant | 50.72 V/krpm 248 °F (120 °C) |
| Number of motor poles | 5.0 |
| Rotor inertia | 0.7 kg.cm² |
| Stator resistance | 8.3 Ohm 68 °F (20 °C) |
| Stator inductance | 10.35 mH 68 °F (20 °C) |
| Stator electrical time constant | 2.8 ms 68 °F (20 °C) |
| Maximum radial force Fr | 660 N 1000 rpm, 520 N 2000 rpm, 460 N 3000 rpm, 410 N 4000 rpm, 380 N 5000 rpm, 360 N 6000 rpm |
| Maximum axial force Fa | 0.2 x Fr |
| Brake pull-in power | 7 W |
| Type of cooling | Natural convection |
| Length | 6.3 in (161 mm) |
| Centring collar diameter | 2.4 in (60 mm) |
| Centring collar depth | 0.10 in (2.5 mm) |
| Number of mounting holes | 4 |
| Mounting holes diameter | 0.2 in (5.5 mm) |
| Circle diameter of the mounting holes | 3.2 in (82 mm) |
| Net Weight | 5.7 lb(US) (2.6 kg) |
| Sizing reference | BMH0701P |
| Network number of phases | 3 |
| Accuracy error [angular] | 4.8 ° |
| Temperature copper hot | 275 °F (135 °C) |
| Temperature magnet hot | 212 °F (100 °C) |
| Temperature magnet rt | 68 °F (20 °C) |
| Output current 3s peak | 5.97 A |
| Inertia | 0.11 kg.cm² of brake, 0.585 kg.cm² of motor |
| Warranty (in months) | 18 |
|---|
| Part number | BMH0701P16F2A |
|---|---|
| Type designation | BMH |
| Brand | Schneider Electric |
| Condition | New, factory sealed |
| Source | Schneider Electric and its authorised distributors |
| Warranty | Manufacturer warranty |
| Lifecycle status | Active, in production |
| EAN | 3606485193335 |
| Country of origin | DE |
|---|---|
| Shipping weight | 2.6 kg |
| Ships from | Türkiye |
| Dispatch | — |
| Stock | On request |
Source: manufacturer data · Last verified: 30 Oct 2026
No documents are on file for this part yet.
Ask us for the datasheetThe rated current of BMH is 1.78 A.
The rated motor power of BMH is 0.35 kW.
The tariff (HS) code on file for BMH is 850152.
The EAN (GTIN) of BMH is 3606485193335.
BMH ships from Türkiye. Shipping calculated at checkout · import duties and taxes paid on arrival.
A side-by-side comparison of VFD and servo drive motor type, feedback, dynamic response, overload rating, cost, and applications for industrial engineers.
Discover how Schneider soft starters reduce mechanical stress, cut energy peaks, and extend motor life across demanding industrial uses. Shop at Stoklink.
Schneider soft starters reduce energy costs by limiting inrush current, lowering demand charges, and minimizing mechanical wear on motors. Shop at Stoklink.