MINIMOTOR

Minimotor - MCDBS brushless servomotors with worm gearbox

MOTOR: Brushless 4-pole three-phase sinusoidal motor, totally enclosed. Rotor with NdFeB magnets. Thermal cutoff. Winding Class F. Thermal cutoff. Protection IP65 in compliance with IEC/EN 60529 standards. Bearings with reduced backlash and special grease for high temperatures.

DRIVE: Power 24 and/or 48 Vdc • Magnetic absolute encoder SSI (12bit single-turn / 16bit multi-turn) with internal buffer battery• 5 PNP digital inputs and 1 analogue input -10 +10V ext. (0-5 o 4-20mA optional) • 1 relay output (NC-NO) • USB port for parametrisation • Torque, speed, position and homing control.

GEAR UNIT: with worm screw and die-cast aluminium gearcase. 26 mm centre distance. CARO bronze crown with a hardness of 120÷160 HB. The worm is made of tempered steel, with ground thread.  . Seal rings in special high-temperature rubber (FKM). Lubrication with special long-lasting oil. There are 10 available gear ratios (i), from 5 to 80. Rated torque up to 9 Nm.   

Version B3 - B5 (B5/S left - B5/D right).

All the models are implemented with the new “open” platform, which permits configuration with the following primary protocols: CanOpen, Ethercat, Modbus, Ethernet/IP, Profinet, Powerlink.

For full motor specifications please see motor only 'DBS' or download literature below.

N.B. To choose the right gear motor, please refer to the relevant charts for duty and maximum shaft load coefficients.

These gear motors need to be run in. Therefore, for approximately the first 30 operating hours the torque will be lower than what indicated in the data.

 

Please click here for 2D and 3D drawings

Read more
  • Efficient and compact
  • Saves seperate cable runs
  • Up to 13Nm rated torque
  • Open Bus protocols
  • Reduce machine build components

Selected variant

Available in several variants

Selected variant

Technical data

Ambient temperature -10 … +40°C
CanOpen Yes
CE approved Yes
Communication USB
Communication error protection Yes
Digital inputs 2 pnp (24Vdc, 500kHz) , 3 pnp (24Vdc, 7kHz)
Electronic brake output 24Vdc, max 0.5A
Ethercat Yes
Ethernet IP Yes
Input voltage dc 24/48 Vdc
IP class IP65
Memory error protection Yes
Modbus RTU Yes
Motor control algorythm Sinusoidal brushless with 12Bit single-turn / 20Bit multi-turn absolute encoder
Nominal output frequency carrier 4/8/12 kHz
Nominal overload 200% x 60 sec
Nominal speed 300 rpm
Nominal torque 2.7
Output power 125 W
Outputs 1 NO 2A (42 Vdc)
Over voltage protection Yes
Overcurrent protection Yes
Overheat protection Yes
Overload protection Yes
Polarity reverse protection Yes
PowerLink Yes
ProfiNET Yes
Rated current 8A@24V/4.2A@48V
Ratio 10:1
Under voltage protection Yes

Product description

MOTOR: Brushless 4-pole three-phase sinusoidal motor, totally enclosed. Rotor with NdFeB magnets. Thermal cutoff. Winding Class F. Thermal cutoff. Protection IP65 in compliance with IEC/EN 60529 standards. Bearings with reduced backlash and special grease for high temperatures.

DRIVE: Power 24 and/or 48 Vdc • Magnetic absolute encoder SSI (12bit single-turn / 16bit multi-turn) with internal buffer battery• 5 PNP digital inputs and 1 analogue input -10 +10V ext. (0-5 o 4-20mA optional) • 1 relay output (NC-NO) • USB port for parametrisation • Torque, speed, position and homing control.

GEAR UNIT: with worm screw and die-cast aluminium gearcase. 26 mm centre distance. CARO bronze crown with a hardness of 120÷160 HB. The worm is made of tempered steel, with ground thread.  . Seal rings in special high-temperature rubber (FKM). Lubrication with special long-lasting oil. There are 10 available gear ratios (i), from 5 to 80. Rated torque up to 9 Nm.   

Version B3 - B5 (B5/S left - B5/D right).

All the models are implemented with the new “open” platform, which permits configuration with the following primary protocols: CanOpen, Ethercat, Modbus, Ethernet/IP, Profinet, Powerlink.

For full motor specifications please see motor only 'DBS' or download literature below.

N.B. To choose the right gear motor, please refer to the relevant charts for duty and maximum shaft load coefficients.

These gear motors need to be run in. Therefore, for approximately the first 30 operating hours the torque will be lower than what indicated in the data.

 

Please click here for 2D and 3D drawings

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Parts Input voltage dc Nominal speed Nominal torque Output power Rated current Ratio Price
24/48 Vdc
300 rpm
2.7
125 W
8A@24V/4.2A@48V
10:1
24/48 Vdc
300 rpm
2.7
125 W
8A@24V/4.2A@48V
10:1
24/48 Vdc
200 rpm
3.9
125 W
8A@24V/4.2A@48V
15:1
24/48 Vdc
200 rpm
3.9
125 W
8A@24V/4.2A@48V
15:1
24/48 Vdc
150 rpm
4.7
125 W
8A@24V/4.2A@48V
20:1
24/48 Vdc
150 rpm
4.7
125 W
8A@24V/4.2A@48V
20:1
24/48 Vdc
100 rpm
6.6
125 W
8A@24V/4.2A@48V
30:1
24/48 Vdc
100 rpm
6.6
125 W
8A@24V/4.2A@48V
30:1
24/48 Vdc
75 rpm
8.2
125 W
8A@24V/4.2A@48V
40:1
24/48 Vdc
75 rpm
8.2
125 W
8A@24V/4.2A@48V
40:1
24/48 Vdc
600 rpm
1.4
125 W
8A@24V/4.2A@48V
5:1
24/48 Vdc
600 rpm
1.4
125 W
8A@24V/4.2A@48V
5:1
24/48 Vdc
50 rpm
10
125 W
8A@24V/4.2A@48V
60:1
24/48 Vdc
50 rpm
10
125 W
8A@24V/4.2A@48V
60:1
24/48 Vdc
400 rpm
2
125 W
8A@24V/4.2A@48V
7.5:1
24/48 Vdc
400 rpm
2
125 W
8A@24V/4.2A@48V
7.5:1
24/48 Vdc
43 rpm
9
125 W
8A@24V/4.2A@48V
70:1
24/48 Vdc
43 rpm
9
125 W
8A@24V/4.2A@48V
70:1
24/48 Vdc
37.5 rpm
9
125 W
8A@24V/4.2A@48V
80:1
24/48 Vdc
37.5 rpm
9
125 W
8A@24V/4.2A@48V
80:1
48 Vdc
600 rpm
2.1
235 W
6.3
5:1
48 Vdc
400 rpm
3.1
235 W
6.3
7.5:1
48 Vdc
300 rpm
4
235 W
6.3
10:1
48 Vdc
200 rpm
5.8
235 W
6.3
15:1
48 Vdc
150 rpm
7.1
235 W
6.3
20:1
48 Vdc
100 rpm
8
235 W
6.3
30:1
48 Vdc
75 rpm
12
235 W
6.3
40:1
48 Vdc
600 rpm
2.1
235 W
6.3
5:1
48 Vdc
400 rpm
3.1
235 W
6.3
7.5:1
48 Vdc
300 rpm
4
235 W
6.3
10:1
48 Vdc
200 rpm
5.8
235 W
6.3
15:1
48 Vdc
150 rpm
7.1
235 W
6.3
20:1
48 Vdc
100 rpm
8
235 W
6.3
30:1
48 Vdc
75 rpm
12
235 W
6.3
40:1

Selected variant

Select a variant in the list

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