AM3012-wCyz-000a | Servomotor 0.31 Nm (M0), F1 (40 mm) (service phase)
AM3012-wCyz-000a | Servomotor 0.31 Nm (M0), F1 (40 mm) (service phase)
The AM3012 low-inertia servomotor is suitable for drive solutions with highest demands on dynamics and performance in the 230 V AC voltage range. The standstill torque of the motor is 0.31 Nm. The low-inertia servomotor with flange code F1 (40 mm) and motor length 2 has a shaft diameter b = 8 k6 and a free shaft end of d = 25 mm.
Product status:
regular delivery (not recommended for new projects) | recommended alternative: AM8012
Product information
| Data for 230 V AC | AM3012-wCyz-000a |
|---|---|
| Motor type | synchronous servomotors |
| Nominal voltage | 230 V AC |
| Standstill torque | 0.31 Nm |
| Rated torque | 0.28 Nm |
| Peak torque | 1.27 Nm |
| Rated speed | 8000 min-1 |
| Rated power | 0.23 kW |
| Standstill current | 1.51 A |
| Peak current | 7.6 A |
| Torque constant | 0.21 Nm/A |
| Rotor moment of inertia | 0.031 kgcm² |
| Motor feedback | resolver |
| Cooling | convection |
| Connection method | M23 |
| Ambient temperature (operation) | +5…+40 °C |
| Approvals/markings | CE, cURus, EAC |
All electric quantities are RMS values.
Options such as shaft seal, holding brake, absolute encoder can lead to a reduction of the nominal rating.
| Housing data | AM30xx |
|---|---|
| Protection rating | IP54 |
| Design form | flange-mounted according to IM B5, IM V1, IM V3 |
| Material | aluminum die-cast |
| Coating/surface | coated |
| Dimensions | AM3012-wCyz-000a |
|---|---|
| a | 30 j6 |
| b | 8 k6 |
| d | 25 mm |
| l | 46 mm |
| r | 40 mm |
| k (encoder) (without brake) | 98.1 mm |
| k (encoder) (with brake) | 135.1 mm |
| k (resolver) (without brake) | 88.6 mm |
| k (resolver) (with brake) | 125.6 mm |
| Order reference
AM3012-wCyz-000a | |
|---|---|
| u | flange code |
| v | motor length |
| w = 0 | smooth shaft (standard) |
| w = 1 | shaft with groove and feather key according to DIN 6885 |
| w = 2 | shaft with IP65 sealing ring and smooth shaft (AM301x to AM303x) |
| w = 2 | shaft with IP65 sealing ring and smooth shaft (AM304x to AM308x) |
| w = 3 | shaft with IP65 sealing ring and shaft with groove and feather key (AM301x to AM303x) |
| w = 3 | shaft with IP65 sealing ring and shaft with groove and feather key (AM304x to AM308x) |
| x | winding code A…T |
| y = 0 | resolver, 2-pole |
| y = 1 | single-turn absolute encoder, EnDat 2.1, absolute position within one revolution, electronic identification plate, AM302x…AM304x: 512 sine periods per revolution, AM305x…AM308x: 2048 sine periods per revolution |
| y = 2 | multi-turn absolute encoder, EnDat 2.1, absolute position within 4096 revolutions, electronic identification plate, AM302x…AM304x: 512 sine periods per revolution, AM305x…AM308x: 2048 sine periods per revolution |
| y = 3 | single-turn absolute encoder, BiSS, absolute position within one revolution, electronic identification plate, AM302x…AM308x: 2048 sine periods per revolution |
| y = 4 | multi-turn absolute encoder, BiSS, absolute position within 4096 revolutions, electronic identification plate, AM302x…AM308x: 2048 sine periods per revolution |
| y = A | single-turn absolute encoder, Hiperface, absolute position within one revolution, electronic identification plate, AM301x: 16 sine periods per revolution |
| y = B | multi-turn absolute encoder, Hiperface, absolute position within one revolution, electronic identification plate, AM301x: 4,096 sine periods per revolution |
| z = 0 | without holding brake |
| z = 1 | with holding brake for AM302x…AM308x |
| a = 0 | rotatable angular connectors for motor and feedback cable (only for AM302x up to AM307x) |
| a = 1 | supply cable 0.5 m with non-detachable plugs (only for AM301x/AM302x), only for resolver (y = 0) |
| a = 3 | vertical connectors for motor and feedback cables (only for AM302x up to AM307x) |
| a = 5 | yTec plug (only for AM301x) |
| a = 6 | motor connection via terminal box (only for AM308x) |
| The options cannot be installed in the field. Options such as shaft seal, holding brake, absolute encoder can lead to a reduction of the nominal rating. |
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