AT Drive – SPA “Android Technics”
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AT Drive

AT Drive

AT Drive

High-performance embedded brushless DC motors for robotics, machine tools, aeronautics and space

Order

Price on request. We can develop an engine to suit your specifications as part of R&D!

Полый ротор

Hollow rotor

Модульное исполнение

Modular design

Малый вес

Low weight

Высокий крутящий момент

High torque

Description

SPA Android Technics has many years of experience in the production of electric motors. The company mass-produces high-torque synchronous brushless electric motors with permanent magnets of the AT Drive series in framed and unframed versions with power from 60 W to 10 kW.

The advantages of the design of electric motors include the possibility of their direct integration into products for various purposes, efficient heat dissipation and reduced complexity of drive manufacturing.

The technical characteristics of the electric motor make it possible in certain cases to design a gearless circuit, which multiplies the life cycle of the product in which the electric motor is installed. In addition, AT Drive series electric motors are highly energy efficient, which will reduce costs for the end user.

SPA Android Technics also develops analogues of imported electric motors as part of import substitution and creates new standard sizes according to customer needs.

Characteristics

Size range, nominal diameter
25
38
47
50
68
70
85
Size range, nominal length
05
06
12
08Т
08
14
14T
10
18
13
23
Power, W
60
120
250
43
230
230
130
300
300
410
410
Rated voltage, V
24
24
48
24
48
48
48
48
48
48
48
Rated torque, N•m
0,026
0,095
0,22
0,24
0,25
0,47
0,75
0,7
1,1
1,68
2,8
Peak torque, N•m
0,082
0,32
0,7
0,5
0,79
1,8
1,5
3
3,9
6,7
7,5
Rotation speed (without load), rpm
25490
13400
11800
1815
5600
5150
1820
4200
2650
2360
1410
Rated current, A
3,3
6,4
6,7
2,2
6
6
3,5
8
8
11
11
Moment constant, N•m /A
0,008
0,0148
0,03
0,109
0,06
0,078
0,218
0,088
0,138
0,15
0,258
Winding resistance phase-to-phase, mOm
675
260
370
5,15
420
590
1930
314
443
339
474
Winding inductance phase-to-phase, µH
250
280
420
415
586
535
945
Number of pole pairs, pcs
7
7
7
15
10
10
20
10
10
10
10
Efficiency, %
87
87
87
85
87
87
87
87
88
88
Stator diameter (D), mm
25
38
38
47
50
50
68
68,5
68,5
85
85
Stator length (L+ Hall sensor), mm
15
16
22,1
12,8
18
24
20
23,7
31
28
37
Inner diameter of the rotor (d), mm
11,6
18
18
32
30
30
42
42
42
52
52
Rotor length (L), mm
12,6
8,1
23,1
9
17
23
16,1
20,8
28,7
25
34,2
Motor weight, gramm
17
48
66
68
102
145
225
229
332
433
663
Size range, nominal diameter
112
115
115
115
130
160
180
210
Size range, nominal length
56T*
15Т*
25MS*
25HS*
25
50
08T
16T*
26*
135
Power, W
100
210
710
1040
540
550
100
42
10700
135
Rated voltage, V
100
50
24
24
48
48
48
27
48
50
Rated torque, N•m
3,75
3,2
3,4
3,3
4,1
7,8
1,65
7
30
15
Peak torque, N•m
7,5
6,4
17
17,5
16,4
24
2,5
10
54
30
Rotation speed (without load), rpm
233
640
2200
3750
1350
700
650
64,2
3550
95
Rated current, A
5
38,2
61,2
15
15
2,7
2
277
3,3
Moment constant, N•m /A
2,65
0,647
0,09
0,053
0,275
0,544
0,61
3,48
0,115
4,58
Winding resistance phase-to-phase, mOm
1,76
18,5
7,2
136
235
2740
3,15
3,4
4,53
Winding inductance phase-to-phase, µH
412
802
Number of pole pairs, pcs
20
15
15
15
15
20
32
15
32
Efficiency, %
94
94
89
90
85
55
96
Stator diameter (D), mm
112,4
115
115
115
115
115
130
160
180
210
Stator length (L+ Hall sensor), mm
56
24
43
43
42
66,8
16
24
60
36
Inner diameter of the rotor (d), mm
80
73
73
73
73
90
120
128
161
Rotor length (L), mm
16,4
39,5
39,5
39,5
65
10,1
24
60
27
Motor weight, gramm
~ 670
1240
1240
1230
2200
510
1300
~ 3020
Power
60 W
Rated voltage
24 V
Rated torque,
0,026
Peak torque
0,082 N•m
Rotation speed (without load)
25490 rpm
Rated current
3,3 A
Moment constant
0,008 N•m/A
Winding resistance phase-to-phase
675 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
7 pcs
Efficiency
87 %
Stator diameter (D)
25 mm
Stator length (L+ Hall sensor)
15 mm
Inner diameter of the rotor (d)
11,6 mm
Rotor length (L)
12,6 mm
Motor weight
17 gramm
Power
120 W
Rated voltage
24 V
Rated torque,
0,095 N•m
Peak torque
0,32 N•m
Rotation speed (without load)
13400 rpm
Rated current
6,4 A
Moment constant
0,0148 N•m/A
Winding resistance phase-to-phase
260 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
7 pcs
Efficiency
87 %
Stator diameter (D)
38 mm
Stator length (L+ Hall sensor)
16 mm
Inner diameter of the rotor (d)
18 mm
Rotor length (L)
8,1 mm
Motor weight
48 gramm
Power
250 W
Rated voltage
48 V
Rated torque,
0,22 N•m
Peak torque
0,7 N•m
Rotation speed (without load)
11800 rpm
Rated current
6,7 A
Moment constant
0,03 N•m/A
Winding resistance phase-to-phase
370 mOm
Winding inductance phase-to-phase
250 µH
Number of pole pairs
7 pcs
Efficiency
87 %
Stator diameter (D)
38 mm
Stator length (L+ Hall sensor)
22,1 mm
Inner diameter of the rotor (d)
18 mm
Rotor length (L)
23,1 mm
Motor weight
66 gramm
Power
43 W
Rated voltage
24 V
Rated torque,
0,24 N•m
Peak torque
0,5 N•m
Rotation speed (without load)
1815 rpm
Rated current
2,2 A
Moment constant
0,109 N•m/A
Winding resistance phase-to-phase
5,15 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
15 pcs
Efficiency
Stator diameter (D)
47 mm
Stator length (L+ Hall sensor)
12,8 mm
Inner diameter of the rotor (d)
32 mm
Rotor length (L)
9 mm
Motor weight
68 gramm
Power
230 W
Rated voltage
48 V
Rated torque,
0,25 N•m
Peak torque
0,79 N•m
Rotation speed (without load)
5600 rpm
Rated current
6 A
Moment constant
0,06 N•m/A
Winding resistance phase-to-phase
420 mOm
Winding inductance phase-to-phase
280 µH
Number of pole pairs
10 pcs
Efficiency
85 %
Stator diameter (D)
50 mm
Stator length (L+ Hall sensor)
18 mm
Inner diameter of the rotor (d)
30
Rotor length (L)
17 mm
Motor weight
102 gramm
Power
230 W
Rated voltage
48 V
Rated torque,
0,47 N•m
Peak torque
1,8 N•m
Rotation speed (without load)
5150 rpm
Rated current
6 A
Moment constant
0,078 N•m/A
Winding resistance phase-to-phase
590 mOm
Winding inductance phase-to-phase
420 µH
Number of pole pairs
10 pcs
Efficiency
87 %
Stator diameter (D)
50 mm
Stator length (L+ Hall sensor)
24 mm
Inner diameter of the rotor (d)
30 mm
Rotor length (L)
23 mm
Motor weight
145 gramm
Power
130 W
Rated voltage
48 V
Rated torque,
0,75 N•m
Peak torque
1,5 N•m
Rotation speed (without load)
1820 rpm
Rated current
3,5 A
Moment constant
0,218 N•m/A
Winding resistance phase-to-phase
1930 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
20 pcs
Efficiency
87 %
Stator diameter (D)
68 mm
Stator length (L+ Hall sensor)
20mm
Inner diameter of the rotor (d)
42 mm
Rotor length (L)
16,1 mm
Motor weight
225 gramm
Power
300 W
Rated voltage
48 V
Rated torque,
0,7 N•m
Peak torque
3 N•m
Rotation speed (without load)
4200 rpm
Rated current
8 A
Moment constant
0,088 N•m/A
Winding resistance phase-to-phase
314 mOm
Winding inductance phase-to-phase
415 µH
Number of pole pairs
10 pcs
Efficiency
87 %
Stator diameter (D)
68,5 mm
Stator length (L+ Hall sensor)
23,7 mm
Inner diameter of the rotor (d)
42 mm
Rotor length (L)
20,8 mm
Motor weight
229 gramm
Power
300 W
Rated voltage
48 V
Rated torque,
1,1 N•m
Peak torque
3,9 N•m
Rotation speed (without load)
2650 rpm
Rated current
8 A
Moment constant
0,138 N•m/A
Winding resistance phase-to-phase
443 mOm
Winding inductance phase-to-phase
586 µH
Number of pole pairs
10 pcs
Efficiency
87 %
Stator diameter (D)
68,5 mm
Stator length (L+ Hall sensor)
31 mm
Inner diameter of the rotor (d)
42 mm
Rotor length (L)
28,7 mm
Motor weight
332 gramm
Power
410 W
Rated voltage
48 V
Rated torque,
1,68 N•m
Peak torque
6,7 N•m
Rotation speed (without load)
2360 rpm
Rated current
11 A
Moment constant
0,15 N•m/A
Winding resistance phase-to-phase
339 mOm
Winding inductance phase-to-phase
535 µH
Number of pole pairs
10 pcs
Efficiency
88 %
Stator diameter (D)
85 mm
Stator length (L+ Hall sensor)
28 mm
Inner diameter of the rotor (d)
52 mm
Rotor length (L)
25 mm
Motor weight
433 gramm
Power
410 W
Rated voltage
48 V
Rated torque,
2,8 N•m
Peak torque
7,5 N•m
Rotation speed (without load)
1410 rpm
Rated current
11 A
Moment constant
0,258 N•m/A
Winding resistance phase-to-phase
474 mOm
Winding inductance phase-to-phase
945 µH
Number of pole pairs
10 pcs
Efficiency
88 %
Stator diameter (D)
85 mm
Stator length (L+ Hall sensor)
37 mm
Inner diameter of the rotor (d)
52 mm
Rotor length (L)
34,2 mm
Motor weight
663 gramm
Power
100 W
Rated voltage
100 V
Rated torque,
3,75 N•m
Peak torque
7,5 N•m
Rotation speed (without load)
233 rpm
Rated current
— A
Moment constant
2,65 N•m/A
Winding resistance phase-to-phase
— mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
— pcs
Efficiency
— %
Stator diameter (D)
112,4 mm
Stator length (L+ Hall sensor)
56 mm
Inner diameter of the rotor (d)
— mm
Rotor length (L)
— mm
Motor weight
— gramm
Power
210 W
Rated voltage
50 V
Rated torque,
0,24 N•m
Peak torque
6,4 N•m
Rotation speed (without load)
640 rpm
Rated current
5 A
Moment constant
0,647 N•m/A
Winding resistance phase-to-phase
1,76 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
20 pcs
Efficiency
— %
Stator diameter (D)
115 mm
Stator length (L+ Hall sensor)
24 mm
Inner diameter of the rotor (d)
80 mm
Rotor length (L)
16,4 mm
Motor weight
~ 670 gramm
Power
710 W
Rated voltage
24 V
Rated torque,
3,4 N•m
Peak torque
17 N•m
Rotation speed (without load)
2200 rpm
Rated current
38,2 A
Moment constant
0,09 N•m/A
Winding resistance phase-to-phase
18,5 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
15 pcs
Efficiency
94 %
Stator diameter (D)
115 mm
Stator length (L+ Hall sensor)
43 mm
Inner diameter of the rotor (d)
73 mm
Rotor length (L)
39,5 mm
Motor weight
1240 gramm
Power
1040 W
Rated voltage
24 V
Rated torque,
3,3 N•m
Peak torque
17,5 N•m
Rotation speed (without load)
3750 rpm
Rated current
61,2 A
Moment constant
0,053 N•m/A
Winding resistance phase-to-phase
7,2 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
15 pcs
Efficiency
94 %
Stator diameter (D)
115 mm
Stator length (L+ Hall sensor)
43 mm
Inner diameter of the rotor (d)
73 mm
Rotor length (L)
39,5 mm
Motor weight
1240 gramm
Power
540 W
Rated voltage
48 V
Rated torque,
4,1 N•m
Peak torque
16,4 N•m
Rotation speed (without load)
1350 rpm
Rated current
15 A
Moment constant
0,275 N•m/A
Winding resistance phase-to-phase
136 mOm
Winding inductance phase-to-phase
412 µH
Number of pole pairs
15 pcs
Efficiency
89 %
Stator diameter (D)
115 mm
Stator length (L+ Hall sensor)
42 mm
Inner diameter of the rotor (d)
73 mm
Rotor length (L)
39,5 mm
Motor weight
1230 gramm
Power
550 W
Rated voltage
48 V
Rated torque,
7,8 N•m
Peak torque
24 N•m
Rotation speed (without load)
700 rpm
Rated current
15 A
Moment constant
0,544 N•m/A
Winding resistance phase-to-phase
235 mOm
Winding inductance phase-to-phase
802 µH
Number of pole pairs
15 pcs
Efficiency
90 %
Stator diameter (D)
115 mm
Stator length (L+ Hall sensor)
66,8 mm
Inner diameter of the rotor (d)
73 mm
Rotor length (L)
65 mm
Motor weight
2200 gramm
Power
100 W
Rated voltage
48 V
Rated torque,
1,65 N•m
Peak torque
2,5 N•m
Rotation speed (without load)
650 rpm
Rated current
2,7 A
Moment constant
0,61 N•m/A
Winding resistance phase-to-phase
2740 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
20 pcs
Efficiency
85 %
Stator diameter (D)
130 mm
Stator length (L+ Hall sensor)
16mm
Inner diameter of the rotor (d)
90 mm
Rotor length (L)
10,1 mm
Motor weight
510 gramm
Power
42 W
Rated voltage
27 V
Rated torque,
7 N•m
Peak torque
10 N•m
Rotation speed (without load)
64,2 rpm
Rated current
2 A
Moment constant
3,48 N•m/A
Winding resistance phase-to-phase
3,15 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
32 pcs
Efficiency
55 %
Stator diameter (D)
160 mm
Stator length (L+ Hall sensor)
24mm
Inner diameter of the rotor (d)
120 mm
Rotor length (L)
24 mm
Motor weight
1300 gramm
Power
10700 W
Rated voltage
48 V
Rated torque,
30 N•m
Peak torque
54 N•m
Rotation speed (without load)
3550 rpm
Rated current
277 A
Moment constant
0,115 N•m/A
Winding resistance phase-to-phase
3,4 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
15 pcs
Efficiency
96 %
Stator diameter (D)
180 mm
Stator length (L+ Hall sensor)
60 mm
Inner diameter of the rotor (d)
128 mm
Rotor length (L)
60 mm
Motor weight
— gramm
Power
135 W
Rated voltage
50 V
Rated torque,
15 N•m
Peak torque
30 N•m
Rotation speed (without load)
95 rpm
Rated current
3,3 A
Moment constant
4,58 N•m/A
Winding resistance phase-to-phase
4,53 mOm
Winding inductance phase-to-phase
— µH
Number of pole pairs
32 pcs
Efficiency
— %
Stator diameter (D)
210 mm
Stator length (L+ Hall sensor)
36 mm
Inner diameter of the rotor (d)
161 mm
Rotor length (L)
27 mm
Motor weight
~ 3020 gramm

Note:

Designation T – high-torque series

The length of electric motors with the designation T is indicated without Hall sensors

The inductance will be measured after fabrication

* Under development, specifications are planned

Application

Brushless electric motors can be used in devices such as:

  1. Small industrial robots and collaborative robots
  2. Pivoting devices
  3. Anthropomorphic and biomorphic robotic complexes
  4. Active exoskeletons
  5. Unmanned underwater vehicles
  6. Aviation
  7. CNC machines
Применение

Advantages

AT Drive series brushless synchronous DC motors have a number of advantages:

  1. The best-in-class indicator of specific torque (rated and peak)
  2. Indicators of specific power and efficiency of electric motors are at the level of the best world standards
  3. The ability to control the rotation speed in a wide range
  4. High positioning accuracy and no «bounce» when fixing the shaft positions
  5. The product is compact - wide possibilities for arrangement and design of robotic complexes
  6. It has successfully passed the test in space as part of the robotic complex «FEDOR» on the ISS
Применение

Особенности

Distinctive features of the AT Drive series of brushless electric motors:

  • The stator winding compound is resistant to thermal shocks from -60°C to +170°C (on request, electric motors may be manufactured for another version)
  • The design of the electric motor allows its installation in products for various purposes
  • Operation both under normal conditions and in aggressive environments (water, oil, acids)
  • Operation in radiation fields
  • The possibility of changing the method of connecting the windings
  • High peak torque rating
  • Frameless design and hollow rotor
Схема

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