EMT Three Phase Motors
 
Type HE Cast-Iron Motors
Type AHE Aluminium Motors
 
IEC frames 56 to 400
Outputs 0.06KW to 630KW

General Specifications
Standards
 Designed, manufactured and tested to comply with relevant IEC and Australian standards.
Efficiencies comply with MEPS 2006 according to AS/NZS 1359.5.2004
Duty
 Standard motors are Continuous Duty Rated (S1), based upon max ambient of 40 deg. C and altitudes below 1000 metres. Motors may need to be de-rated for higher ambient, higher altitude or higher duty ratings. Refer to EMT.
Construction
 Motor stator frames and end shields are manufactured from high-quality castings, providing extreme strength particularly in applications where shock loads or vibration are present. Flanged end shields are a one-piece design that are internally strengthened to support the full motor weight in most horizontal or vertical mounting positions.
Rotors
 The rotor windings and end rings are one-piece die cast aluminium with cooling fins to provide internal air movement. Shafts are made from high quality carbon steel. Drive shafts are Drilled and Tapped as standard and all shafts have Captive shaft keys.
Balancing
 Rotors are dynamically balanced and conform to limits of vibration severity as specified in relevant IEC and
Australian standards
Bearings
 Motors from frame sizes 63 up to 225 are fitted with "sealed for life" type bearings providing enhanced protection against the ingress of dust and fluids.
Motors from frame size 250 to 400 frame have flush through re-greasable bearings with a grease relief facility.
Standard motors are fitted with high quality deep groove ball bearings, which are lubricated with a lithium-based grease and are suitable for operation within an ambient temperature range of -20 degC to +55 deg C. Bearings are preloaded with a wave washer or pressure spring arrangement, which increases bearing life and reduces bearing noise. The life of bearings is dependent on various factors such as bearing load, motor speed, operating temperature and the purity of grease. Special bearing arrangements can be provided for high or low ambient temperature applications, or high thrust or centrifugal loads. In this instance refer to EMT.
Service Life
e-Drive motors provide a extended motor service life and regreasing intervals thanks to lower motor operating temperature achieved with MEPS2006 and EFF1 motor designs.
Fasteners
 All fasteners are metric thread and electro-zinc plated for high corrosion resistance and suitably sized for rigid component mounting.
Cooling
 Totally enclosed fan cooled (TEFC - IC0141), with external frame cooling fins to assist with heat dissipation. Cooling fans are one-piece fibre-reinforced, multi-blade polypropylene or pressure die cast alloy. Fans are keyed and circliped to the shaft to prevent movement. All fans are bi-directional. Fan covers are rigid pressed steel.
Degree of Protection
 Degree of protection for all motors is IP55 as standard. All motors are fitted with a double lip oil seal or labyrinth type rotating flinger at each end to enhance protection of the bearings against the ingress of dust, water, oils and other contaminants. All flanged motors are suitable as standard, for fitment to a wet mount gearbox.
Modifications to higher IP ratings can be provided upon request.
Mounting Arrangement
The design of motors is such that they can be operated in all horizontal-mounting positions. For confirmation of vertical operation refer to EMT
They are available in B3 foot mounted, B5 flange mounted, B14A face and some B14B mounting configurations.
Terminal Box
All terminal boxes are a 2-piece split-cover type that can be rotated in any of 4 directions. Metric threaded conduit entries are provided on all frames as well as an additional knock out conduit entry on frames 63 to 132. (Refer to dimension data for number and size of entries.) A threaded cable gland is supplied with each motor.
As standard, the terminal box material on frames 63 to 132 is Alloy and for frames 160 to 355, Cast Iron.
A Cast Iron terminal box can be fitted to 63 to 132 frames as an option
Stator Windings
Standard motors are wound with quality Class "F" insulating materials and winding designs generally limit the temperature rise to Class "B" specifications. Motors with Class "H" insulation systems
Connections
 Standard motors are fitted with a 6 stud terminal block and an earthing point is located both inside the terminal housing and on the external frame or mounting foot. For detailed connection data, refer to the Connections page within this catalogue.
Thermistor Protection
All e-Drive motors rated at 11KW and above are fitted with 1 set of PTC Thermistors embedded into the windings during manufacture. The thermistor leads are terminated onto separate terminals located within the main terminal box. A separate cable entry is included for thermistor connection.
Paint System
After thorough cleaning and degreasing, all components are coated with an enamel based epoxy polymer paint finish that is sprayed electro statically to ensure uniform coverage. This treatment enhances the non-corrosive qualities of the frame. Special paint systems for food industry or corrosive environments can be provided upon request.

OPTIONS AVAILABLE
  • Higher degree of protection (IP rating)
  • Windings for special voltages or frequencies
  • Class "H" or class "C" insulating system
  • Non-standard flange mounting arrangements
  • Special shafts and double shafts
  • Thermistors for motors below 11kw
  • Anti-Condensation Heaters
  • Auxiliary terminal box's for Heaters and Themistors
  • Forced ventilation systems for variable speed drive applications.
  • Rain hoods for shaft down applications.
  • Special paint systems such as required for food industry and wash down applications.
  • Multi speed windings
  • Brake motors and Geared motors.
  • Motors for Hazardous Location areas

Type AHE - Aluminium Energy Saving Motors
  • Available ratings from 60 Watt up to 7.5KW
  • Metric frames from IEC 56 ~ 132
 
  • Foot, Flange and Face mountings
  • Removable feet
  • TEFC, IP55 enclosures
  • Class F insulated windings
  • Quality Bearings. (SKF, NSK, NTN)
  • Multi-Voltage & Multi-frequency ratings
  • Top mounted terminal box standard with all motors
  • Terminal box can be mounted on Right hand or Left hand side on 80 ~ 132 frame motors.
     
  • MEPS2006 Compliance with AS/NZS1359.5.2004 from 0.73kw to 7.5kw
  • EFF1 Efficiency classification: EU/CEMEP from 1.1kw to 7.5kw

Type HE - Cast Iron Energy Saving Motors
  • Available ratings from 550 Watt up to 630KW
  • Metric frames from IEC 80 ~ 400
 
  • Foot, Flange and Face mountings
  • TEFC, IP55 enclosures
  • Class F insulated windings
  • Quality Bearings. (SKF, NSK, NTN)
  • Multi-Voltage & Multi-frequency ratings
  • Top mounted terminal box
  • Thermistors standard on 11kw & above
  • Regreasable bearings on frames 250 and larger
  • MEPS2006 Compliance with AS/NZS1359.5.2004 from 0.73kw to <185kw
  • EFF1 Efficiency classification: EU/CEMEP from 1.1kw to 90kw

Type AHE - Aluminium e-Drive Energy Saving Motors
MEPS2006 Compliance with AS/NZS1359.5.2004 from 0.73kW to < 7.5kW
EFF1 Efficiency classification: EU/CEMEP from 1.1kW to 7.5kW
  • Ratings from 90Watt to 7.5kW
  • Multi-Voltage / Multi-Frequency ratings
  • Top mounted terminal box on all frames
  • Terminal box can be relocated to Left hand side or Right hand side on frames AHE 80 ~ AHE 132
  • Metric frames to IEC and Australian Standards
  • Low weight Aluminium construction.
  • TEFC, IP55 enclosure
  • Class "F" insulation
  • Foot, Flange and Face mountings
Performance Data for 400V / 50Hz
EMT Motor Type
Rated Output
Full Load

Locked Current
................
Rated Current
Locked Torque
................
Rated Torque
Max.
Torque
................
Rated Torque
Net
Kg
KW
Speed
RPM
Current
Amp
Eff
%
Power
Factor
Cos #
Torque
Nm
3000 r/min = 2 Pole
AHE 5622
0.12
2610
0.45
65.4
0.70
0.44
4.0
2.0
2.5
3.4
AHE 6312
0.18
2610
0.62
64.6
0.73
0.66
5.5
2.6
3.1
3.9
AHE 6322
0.25
2590
0.73
68.2
0.73
0.92
4.1
3.0
3.3
4.4
AHE 7112
0.37
2805
0.95
68.0
0.8
1.26
5.7
2.9
3.2
6.2
AHE 7122
0.55
2840
1.3
76.1
0.82
1.85
7.0
3.3
3.8
6.3
AHE 8012
0.75
2860
1.7
80.5
0.81
2.50
7.0
3.1
3.4
8.3
AHE 8022
1.1
2865
2.3
84.0
0.83
3.67
7.4
3.1
3.55
9
AHE 90S2
1.5
2875
3.0
85.2
0.83
5.0
7.9
3.1
3.4
12.5
AHE 90L2
2.2
2865
4.3
85.6
0.87
7.3
8.2
3.7
3.6
14
AHE 100L2
3
2830
5.7
86.7
0.90
10.1
7.4
2.6
3.2
20.5
AHE 112M2
4
2890
7.5
88.0
0.92
13.2
6.7
2.2
3.3
31
AHE 132S12
5.5
2925
10.2
89.5
0.89
18
7.7
2.3
3.7
40
AHE 132S22
7.5
2920
13.7
89.9
0.88
25
9.1
3.0
4.4
44
1500 r/min = 4 Pole
AHE 5624
0.09
1220
0.37
54.6
0.65
0.70
4.0
2.0
2.4
3.4
AHE 6314
0.12
1250
0.54
52.3
0.92
0.65
4.5
2.6
3.0
3.5
AHE 6324
0.18
1250
0.76
52.5
0.68
1.38
4.5
2.5
3.0
4.0
AHE 7114
0.25
1400
0.74
66.1
0.74
1.71
4.5
2.8
3.0
6.1
AHE 7124
0.37
1330
1.07
69.1
0.73
2.66
4.4
2.4
2.7
6.7
AHE 8014
0.55
1405
1.5
74.9
0.73
3.74
4.6
2.3
2.8
8.9
AHE 8024
0.75
1410
1.7
82.8
0.77
5.08
5.9
2.9
3.4
9.6
AHE 90S4
1.1
1420
2.5
84.0
0.76
7.40
7.3
3.5
3.5
12.5
AHE 90L4
1.5
1420
3.2
85.0
0.79
10.1
6.9
3.6
3.4
15
AHE 100L14
2.2
1440
4.6
87.4
0.79
14.6
7.9
2.9
3.5
19.5
AHE 100L24
3
1460
6.1
88.0
0.81
19.6
6.2
2.2
2.8
23
AHE 112M4
4
1445
7.7
88.5
0.84
26.4
7.3
2.4
3.4
29
AHE 132S24
5.5
1455
10.9
89.4
0.81
36
7.1
2.4
3.3
43.5
AHE 132M4
7.5
1445
14.3
90.1
0.84
50
8.1
2.7
3.9
53.5
1000 r/min = 6 Pole
AHE 6316
0.09
850
0.44
57.0
0.50
1.01
5.0
2.3
2.3
3.8
AHE 6326
0.12
850
0.47
60.0
0.61
1.35
5.1
2.2
2.0
4.5
AHE 7116
0.18
915
0.66
61.6
0.64
1.88
3.5
2.3
3.1
6.4
AHE 7126
0.25
915
0.91
60.4
0.65
2.61
3.6
2.6
4.3
6.5
AHE 8016
0.37
915
1.2
61.9
0.71
3.86
3.6
2.1
2.8
8.5
AHE 8026
0.55
895
1.5
62.7
0.71
5.87
3.3
2.1
2.6
9.2
AHE 90S6
0.75
920
1.9
78.1
0.72
7.79
4.3
2.3
2.6
12
AHE 90L6
1.1
935
2.7
80.2
0.73
11.24
4.4
2.2
2.8
14
AHE 100L6
1.5
935
3.5
81.5
0.74
15.3
6.6
2.5
3.6
19.5
AHE 112M6
2.2
950
5.1
83.5
0.76
22.1
6.3
2.3
3.4
28
AHE 132S6
3
965
6.3
87.6
0.78
29.7
5.9
1.9
3.1
38
AHE 132M16
4
965
8.4
86.3
0.79
39.6
5.7
1.9
2.8
45
AHE 132M26
5.5
965
11.3
87.6
0.80
54
5.8
2.0
2.9
54

Common Mounting Arrangements
The most common mounting arrangements for electric motors are detailed in IEC and Australian Standards.
The design of motors is such that they can be operated in all mounting positions providing consideration is given to the location of drain holes and bearing life.

B3
 

Type AHE - Aluminium e-Drive Energy Saving Motors
Main Dimensions............................................ (All dimensions are in mm and subject to change without notice.)
Frame
A
B
C
D
E
F
G
GD
DH
H
K
AA
AB
AC
BB
HA
HD
LD
L
56
90
71
36
9
20
3
7.2
3
M4
56
6
25
110
108
90
7
154
61
192
63
100
80
40
11
23
4
8.5
4
M4
63
7
32
120
108
105
8
161
61
210
71
112
90
45
14
30
5
11
5
M5
71
7
32
136
138
106
10
186
72
245
80
125
100
50
19
40
6
15.5
6
M6
80
10
41
150
157
130
10
222
81.5
295
90S
140
100
56
24
50
8
20
7
M8
90
10
46
168
174
165
13
240
81.5
340
90L
140
125
56
24
50
8
20
7
M8
90
10
46
168
174
165
13
240
81.5
340
100L
160
140
63
28
60
8
24
7
M10
100
12
46
190
195
176
13
261
92
375
112M
190
140
70
28
60
8
24
7
M10
112
12
53
220
220
180
13
296
94
395
132S
216
140
89
38
80
10
33
8
M12
132
12
60
252
256
224
15
340
106
505
132M
216
178
89
38
80
10
33
8
M12
132
12
60
252
256
224
15
340
106
505

Frame
  
B5 Flange
 
B14A Flange
 
B14B Flange
M
N
P
LA
S
T
M
N
P
S
T
M
N
P
S
T
56
100
80
120
9
7
3
65
50
80
M5
2.5
85
70
105
M6
2.5
63
115
95
140
9
10
3
75
60
90
M5
2.5
100
80
120
M6
3
71
130
110
160
10
10
3.5
85
70
105
M6
2.5
115
95
140
M8
3
80
165
130
200
12
12
3.5
100
80
120
M6
3
130
110
160
M8
3.5
90S/L
165
130
200
12
12
3.5
115
95
140
M8
3
130
110
160
M8
3.5
100L
215
180
250
13
15
4
130
110
160
M8
3.5
165
130
200
M10
3.5
112M
215
180
250
14
15
4
130
110
160
M8
3.5
165
130
200
M10
3.5
132M
265
230
300
14
15
4
 
 

Frames
Terminal Box
X
Y
Z
Cable Entry
56, 63, 71
87
87
46
2 x M20 x 1.5
80, 90, 100
103
105
65
2 x M25 x 1.5
112 , 132
119
125
65
2 x M32 X 1.5

B5
B3/B5

B14A

B14B

B3/14A

B3/14B

Type HE - Cast Iron e-Drive Energy Saving Motors
MEPS2006 Compliance with AS/NZS1359.5.2004 from 0.73kW to < 185kW
EFF1 Efficiency classification: EU/CEMEP from 1.1kW to 7.5kW
  • Ratings from 550Watt to 630kW
  • Multi-Voltage / Multi-Frequency ratings
  • Top mounted terminal box on all frames
  • Thermistors standard on 11kw and above
  • Cast Iron construction.
  • TEFC, IP55 enclosure
  • Class "F" insulation
  • Foot, Flange and Face mountings
  • Regreasable bearings on frames 250 and larger

Performance Data for 400V / 50Hz
EMT Motor Type
Rated Output
Full load
Locked
Current
Rated
Current
Locked
Torque
Rated
Torque
Max.
Torque
Rated
Torque
Moment
of
Inertia J
kgm2
Net Kg
KW
Speed Rpm
Current Amp
Eff.
Power Factor Cos 0
Torque Nm
3000 r/min = 2 Pole
HE 8012
0.75
2860
1.7
80.5
0.81
2.5
7
3.08
3.38
0.0009
17
HE 8022
1.1
2865
2.3
84.1
0.83
3.7
7.5
3.22
3.55
0.001
18
HE 90S2
1.5
2875
3
85.3
0.83
5
7.9
3.09
3.4
0.0012
23
HE 90L2
2.2
2865
4.3
85.7
0.87
7.3
8.2
3.76
3.62
0.0014
26
HE 100L2
3
2860
5.6
86.7
0.89
10
7.1
2.77
3.12
0.003
34
HE 112M2
4
2880
7.1
88
0.92
13.3
6.9
2.04
3.14
0.0056
41
HE 132S12
5.5
2925
9.9
89.7
0.89
18
8
2.14
3.58
0.0104
60
HE 132S22
7.5
2925
13.7
90
0.88
24.5
8.6
2.07
3.91
0.0125
63
HE 160M12
11
2940
20.1
90.6
0.89
35.7
5.7
2.3
3.48
0.0372
109
HE 160M22
15
2940
27.3
91.3
0.89
48.7
7.1
2.29
3.24
0.0435
119
HE 160L2
18.5
2940
33.1
91.8
0.91
60.1
6.8
2.25
3.09
0.0527
136
HE 180M2
22
2955
38.3
92.2
0.89
71.1
7.5
2.77
3.48
0.0712
172
HE 200L12
30
2950
50.7
93.1
0.92
97.1
7.5
2.26
3.31
0.1192
223
HE 200L22
37
2950
62.4
93.3
0.92
120
7.5
2.24
3.3
0.1333
242
HE 225M2
45
2965
75.9
93.8
0.91
145
7.4
3.35
3.42
0.2214
302
HE 250M2
55
2970
92
94.6
0.91
177
8
2.05
3.62
0.3055
382
HE 28052
75
2965
127
94.6
0.9
242
6.2
2.19
2.98
0.5845
515
HE 280M2
90
2980
152
95.3
0.9
288
8.1
2.8
4.08
0.6655
545
HE 31552
110
2975
185
95.1
0.9
353
6.3
1.97
3.15
1.131
930
HE 315M2
132
2975
222
95.5
0.9
424
5.7
1.73
2.77
1.747
980
HE 315012
160
2980
266
95.8
0.91
513
6.7
2.02
3.28
2.007
1090
HE 315L22
200
2985
333
96.1
0.9
640
5.9
1.84
3.05
2.269
1190
HE 355M2
250
2985
419
96.1
0.9
800
6.5
1.9
3.17
3.296
1710
HE 355L12
280
2985
465
96.3
0.9
896
7
1.97
3.22
3.847
1870
HE 355L22
315
2985
505
96.5
0.93
1008
7.5
1.93
3.64
3.847
1870
HE 355L32
355
2985
573
96.5
0.93
1136
6.4
1.83
2.87
3.957
2030
HE 400M12
586
96.5
0.91
6.8
1.9
3.22
/
2880
HE 400M22
400
2985
658
96.7
0.91
1280
6.9
1.94
3.28
/
2980
HE 400M32
450
2985
740
96.7
0.91
1440
6.9
1.91
3.2
/
3230
HE 400L12
500
2985
816
96.8
0.91
1600
7.2
1.95
3.31
/
3280
HE 400L22
560
2985
910
96.9
0.92
1792
7.1
1.99
3.35
/
3330
1500 r/min = 4 Pole
HE 8014
0.55
1405
1.31
81.1
0.75
3.7
5.35
2.83
3.57
0.0019
18
HE 8024
0.75
1410
1.7
82.2
0.77
5.1
5.87
2.94
3.42
0.0021
19
HE 90S4
1.1
1420
2.6
83.9
0.72
7.4
7.4
3.29
3.37
0.0022
23
HE 90L4
1.5
1390
3.1
85.5
0.79
10.3
7
3.61
3.59
0.0028
29
HE 100L14
2.2
1435
4.7
88.3
0.76
14.6
7.2
3
4.17
0.0056
35
HE 100L24
3
1435
6.2
88.7
0.79
20
6.2
2.32
2.88
0.007
39
HE 112M4
4
1435
7.5
88.5
0.837
26.6
8.7
2.77
4.21
0.0091
45
HE 13254
5.5
1445
10.8
89.2
0.82
36.3
7.5
3.23
3.55
0.021
62
HE 132M4
7.5
1445
13.7
90.1
0.88
49.6
8
3.42
3.72
0.0311
74
HE 160M4
11
1465
20.7
91
0.84
71.7
6.6
2.14
2.65
0.0732
114
HE 160L4
15
1465
27.7
91.8
0.84
97.8
7.7
2.5
3.02
0.0942
135
HE 180M4
18.5
1470
34
92.2
0.87
120
6.9
2.19
3.17
0.1355
170
HE 180L4
22
1470
39.3
92.7
0.87
143
7.1
3.26
3.28
0.1365
184
HE 200L4
30
1465
52.3
93.5
0.89
196
6.4
2.54
2.83
0.2455
235
HE 225S4
37
1480
65.6
93.6
0.877
239
6.2
1.72
2.72
0.391
290
HE 225M4
45
1480
-79.5
94.1
0.87
290
6.5
2.35
3.03
0.451
326
HE 250M4
55
1480
95.3
94.4
0.88
355
7.4
2.25
3.28
0.641
385
HE 280S4
75
1485
127
95
0.98
482
6.6
2.18
3.17
1.045
515
HE 280M4
90
1485
152
95.1
0.9
579
6.9
2.08
3.37
1.397
605
HE 315S4
110
1485
189
95.6
0.88
707
6.1
2.21
3.16
2.981
931
HE 315M4
132
1485
228
95.7
0.88
849
5.8
2.16
3.05
3.481
1017
HE 315L14
160
1485
271
95.7
0.89
1029
6
2.01
3
3.962
1085
HE 315L24
200
1485
340
95.9
0.89
1286
6
2.2
2.98
4.472
1200
HE 355M24
250
1490
420
96.1
0.89
1602
5.8
1.98
2.92
7.166
1740
HE 355L14
280
1490
468
96.5
0.9
1795
6.4
2.47
3.04
7.91
1870
HE 355L24
315
1490
528
96.5
0.89
2019
6.7
2.14
3.23
8.71
1975
HE 355L34
355
1490
591
96.6
0.9
2275
6.1
2.01
2.74
11.19
2025
HE 400M14
593
96.7
0.89
6.7
1.44
2.92
14.68
2980
HE 400M24
400
1490
670
96.7
0.89
2564
6.4
1.35
2.87
14.89
3030
HE 400M34
450
1490
744
96.8
0.9
2884
6.6
1.43
3.03
15.1
3080
HE 400L14
500
1490
824
96.9
0.9
3205
6.2
1.3
2.88
18.45
3290
HE 400L24
560
1490
935
96.9
0.89
3589
7.1
1.7
3.5
19.55
3390
HE 400L34
630
1490
1048
97.1
0.89
4038
6.6
1.53
2.95
21.15
3460
1000 r/min = 6 Pole
HE 90S6
0.75
940
2.1
81.2
0.63
7.8
5.3
2.78
3.47
0.003
24
HE 90L6
1.1
930
2.9
80
0.68
11.4
5.62
2.78
2.32
0.0036
26
HE 100L6
1.5
930
3.34
82.1
0.79
15.4
6.1
2.38
3.34
0.007
34
HE 112M6
2.2
950
5
83.4
0.76
22.2
5
2.67
3.31
0.013
40
HE 132S6
3
960
6.7
84.9
0.81
29.7
6
2
2.91
0.0275
57
HE 132M16
4
965
8.4
86.3
0.79
39.6
5.7
1.92
2.78
0.0345
73
HE 132M26
5.5
965
11.3
87.7
0.8
54.4
5.8
1.98
2.89
0.0434
77
HE 160M6
7.5
970
16
89
0.76
74.2
6.33
2.37
3.11
0.0802
110
HE 160L6
11
970
22.7
89.8
0.78
109
6.43
2.45
2.87
0.1085
133
HE 180L6
15
975
28.8
91.1
0.83
147
6.4
2.47
3.04
0.1672
174
HE 200L16
18.5
975
34.3
91.7
0.85
181
6.5
2.14
3.08
0.302
219
HE 200L26
22
980
41.9
91.8
0.83
215
6.8
2.82
3.36
0.342
228
HE 225M6
30
980
55.7
92.7
0.84
292
6
2.09
2.91
0.525
296
HE 250M6
37
980
66
93.3
0.87
361
5.6
1.9
2.92
0.808
412
HE 280S6
45
985
80
93.7
0.87
436
6.5
1.98
2.99
1.334
470
HE 280M6
55
985
96.5
93.9
0.88
533
6.9
2.11
3
1.598
545
HE 315S6
75
990
136
94.5
0.84
723
6.1
1.8
2.92
3.939
866
HE 315M6
90
990
164
94.8
0.84
868
6.1
1.99
2.9
4.579
948
HE 315L16
110
990
195
95.2
0.85
1061
5.9
1.89
2.86
5.228
1120
HE 315L26
132
990
230
95.4
0.87
1273
6.1
1.97
2.9
5.539
1185
HE 355M16
160
990
266
95.6
0.91
1543
7
1.87
3.4
9.265
1705
HE 355M26
180
990
301
95.7
0.9
1736
6.9
1.7
3.03
9.518
1785
HE 355M36
200
990
332
95.6
0.91
1929
6.8
1.89
3.35
10.76
1890
HE 355L26
250
990
424
96.1
0.89
2412
6.7
1.88
3.25
12.855
2000
HE 355L36
280
990
474
96.2
0.89
2701
7.1
1.87
3.3
14.885
2080
HE 400M16
315
990
537
96.2
0.88
3039
6.5
1.37
2.87
18.13
3530
HE 400M26
355
995
607
96.4
0.87
3407
6.7
1.27
2.98
19.05
3610
HE 400L16
400
995
684
96.6
0.87
3839
7.1
1.46
3.18
21.7
3830
HE 400L26
450
995
758
96.6
0.89
4319
6.5
1.22
2.92
22.02
3900
HE 400L36
500
995
857
96.7
0.87
4799
7.1
1.52
3.42
23.42
3995
750 r/min = 8 Pole
HE 100L18
0.75
700
2.2
77.5
0.66
10.2
4.4
2
3.05
0.0063
33
HE 100L28
1.1
700
3.1
77.5
0.63
15
4.9
3.03
4
0.0077
34
HE 112M8
1.5
705
4
79.1
0.64
20.3
4.9
3.67
3.12
0.0138
39
HE 132S8
2.2
715
5.5
80.9
0.72
29.4
5.2
2.04
2.88
0.029
62
HE 132M8
3
715
7
82.7
0.75
40.1
5
2.21
2.86
0.038
66
HE 160M18
4
720
9.1
84.2
0.75
53
5
1.97
2.76
0.065
94
HE 160M28
5.5
720
12.5
86.2
0.74
73
6.2
2.38
3.27
0.082
109
HE 160L8
7.5
720
15.9
89.2
0.77
99.5
6
2.13
3.02
0.1142
131
HE 180M8
11
725
23.3
89.3
0.76
145
6.3
2.27
2.89
0.1675
173
HE 200L8
15
730
31.7
90.2
0.76
196
6.3
2.25
2.83
0.3255
234
HE 225S8
18.5
730
38.9
90.7
0.76
242
6.6
2.2
2.85
0.4825
276
HE 225M8
22
735
43.8
91.7
0.79
286
6.7
2.11
2.87
0.5325
298
HE 250M8
30
735
58.6
92.2
0.8
390
6
2.05
2.81
0.81
375
HE 280S8
37
735
70.7
93.2
0.81
481
6.6
2.08
2.67
1.383
480
HE 280M8
45
740
87.6
93.5
0.79
581
5.8
2.1
2.71
1.723
560
HE 315S8
55
740
105
94
0.8
710
5
1.67
2.63
4.591
915
HE 315M8
75
740
141
94.4
0.81
968
6
2.04
2.65
5.36
991
HE 315L18
90
740
169
94.7
0.81
1161
6.1
2.05
2.71
6.111
1083
HE 315L28
110
740
204
95.1
0.82
1420
6
2.01
2.62
6.55
1174
HE 355M18
132
745
239
95.4
0.84
1692
6.6
1.83
3.04
12.84
1815
HE 355M28
160
745
285
95.7
0.85
2051
5.7
1.67
2.75
14.32
1905
HE 355L18
180
745
322
95.8
0.84
2307
6.1
1.75
2.95
14.95
1985
HE 355L28
200
745
359
95.7
0.84
2564
5.8
1.73
2.91
15.8
2060
HE 400M18
250
745
462
96.1
0.81
3205
6.7
1.42
3.32
25.4
3145
HE 400M288
280
745
508
96.3
0.83
3589
6.5
1.35
3.25
26.3
3165
HE 400L18
315
745
561
96.3
0.84
4038
6.6
1.3
3.14
27.5
3175
HE 400L28
355
745
632
96.4
0.84
4551
5.9
1.16
2.88
29.12
3205
HE 400L38
400
745
708
96.5
0.85
5128
5.8
1.14
2.92
31.02
3235

Type HE - Cast Iron e-Drive Energy Saving Motors
Main Dimensions ..... All dimensions are in mm and subject to change without notice
Frame
Pole
A
B
B1
C
D
E
F
G
GO
H
K
AB
BB
AC
AD
HA
HB
HD
AA
L
LD
LV
80
All
125
100
/
50
19
40
6
15.5
6
80
10
160
130
160
145
12
35
225
35
280
100
305
90S
All
140
100
/
56
24
50
8
20
7
90
10
180
140
175
155
12
50
245
35
315
105
345
90L
All
140
125
/
56
24
50
8
20
7
90
10
180
165
175
155
12
50
245
35
340
120
370
100L
All
160
140
/
63
28
60
8
24
7
100
12
200
225
220
190
14
55
295
45
433
185
485
112M
All
190
140
/
70
28
60
8
24
7
112
12
230
230
225
190
15
60
305
45
450
185
500
132S
All
216
140
/
89
38
80
10
33
8
132
12
265
190
260
210
18
65
34
55
465
165
510
132M
All
216
178
/
89
38
80
10
33
8
132
12
265
230
260
210
18
65
345
55
505
185
550
180M
All
254
210
/
108
42
110
12
37
8
160
15
315
260
315
260
20
80
415
65
600
212
650
160L
All
254
254
/
108
42
110
12
37
8
160
15
315
300
315
260
20
80
415
65
640
235
690
180M
All
279
241
/
121
48
110
14
42.5
9
180
15
350
310
360
280
22
105
455
70
690
240
750
160L
All
279
279
/
121
48
110
14
42.5
9
180
15
350
350
360
280
22
105
455
70
730
240
790
200L
All
318
305
/
133
55
110
16
49
10
200
19
390
370
400
305
25
85
505
70
760
185
840
225S
4,6,8
356
286
/
149
60
140
18
53
11
225
19
435
370
450
335
28
110
550
75
810
195
905
225M
2
356
311
/
149
55
110
16
49
10
225
19
435
395
450
335
28
110
550
75
805
195
910
4,6,8
356
311
/
149
60
140
18
53
11
225
19
435
395
450
335
28
110
550
75
635
195
935
250M
2
406
349
/
168
60
140
18
53
11
250
24
485
445
490
365
30
120
620
80
910
215
995
4,6,8
406
349
/
168
65
140
18
58
11
250
24
485
445
490
365
30
120
620
80
910
215
995
280S
2
457
368
/
190
65
140
18
58
11
280
24
545
490
550
400
35
140
675
85
985
215
1070
4,6,8
457
368
/
190
75
140
20
67.5
12
280
24
545
490
550
400
35
140
675
85
985
215
1070
280M
2
457
419
/
190
65
140
18
58
11
280
24
545
540
550
400
35
140
675
85
1035
215
1120
4,6,8
457
419
/
190
75
140
20
67.5
20
280
24
545
540
550
400
35
140
675
85
1035
215
1120
315S
2
508
406
/
216
65
140
18
58
11
315
28
630
570
625
555
49
110
865
120
1190
250
1340
4,6,8
508
406
/
216
80
170
22
71
14
315
28
630
570
625
555
49
110
865
120
1220
250
1370
315M
2
508
457
508
216
65
140
18
58
11
315
28
630
680
625
555
49
110
865
120
1300
250
1450
4,6,8
508
457
508
216
80
170
22
71
14
315
28
630
680
625
555
49
110
865
120
1330
250
1480
315L
2
508
457
508
216
65
140
18
58
11
315
28
630
680
625
555
49
110
865
120
1330
250
1450
4,6,8
508
457
508
216
80
170
22
71
14
315
28
630
680
625
555
49
110
865
120
1330
250
1480
355M
2
610
500
560
254
75
140
20
67.5
12
355
28
730
750
710
/
52
/
1010
120
1525
330
1665
4,6,8
610
500
560
254
95
170
25
86
14
355
28
730
750
710
/
52
/
1010
120
1565
330
1700
355L
2
610
500
560
254
75
140
20
67.5
12
355
28
730
752
710
/
52
/
1010
120
1525
330
1665
4,6,8
610
500
560
254
95
170
25
86
14
355
28
730
750
710
/
52
/
1010
120
1565
330
1700
400M/L
2
686
710
800
280
80
170
22
71
14
400
35
810
1250
810
/
45
/
1075
120
2050
360
2150
4,6,8
686
710
800
280
110
210
28
100
16
400
35
810
1250
810
/
45
/
1075
120
2090
360
2180

Frame
  
B5 Flange
  
B14A Flange
  
B14B Flange
Frame
M
N
P
S
T
M
N
P
S
T
M
N
P
S
T
80
165
130
200
4 x 12
4
100
80
120
M6
3
130
110
160
M8
3.5
80
90
165
130
200
4 x 12
4
115
95
140
M8
3
130
110
160
M8
3.5
90
100
215
180
250
4 x 15
4
130
110
160
M8
3.5
165
130
200
M10
3.5
100
112
215
180
250
4 x 15
4
130
110
160
M8
3.5
165
130
200
M10
3.5
112
132
265
230
300
4 x 15
4
100
130
200
M10
4
215
180
250
M12
132
132
160
300
250
350
4 x 19
5
Terminal Box
Frame
Cable Entries
Frame
Cable Entries
90-100
1 x M20 x 1.5
250-280
2 x M63 x 1.5
112-132
1 x M25 x 1.5
315
2 x M63 x 1.5
160-180
2 x M32 x 1.5
355-400
4 x M63 x 1.5
200-225
2 x M50 x 1.5
  
180
300
250
350
4 x 19
5
200
350
300
400
4 x 19
5
225
400
350
450
8 x 19
5
250
500
450
550
8 x 19
5
280
500
450
550
8 x 24
5
315
600
550
660
8 x 24
6
355
740
680
800
8 x 24
6
400
940
880
1000
8 x 28
6

B3
B5
V1
B3/B5

B14A

B14B

B3/B14A

B3/B14B

EMT e-Drive Series 3 phase motors have six terminals studs as standard. The windings are specially designed for Multi-voltage and
Multi-frequency ratings making the standard motor suitable for many export markets.
e-Drive motors are compatible for use with single-phase variable frequency controllers up to 3kW and 3 phase variable frequency controllers throughout the entire range. Dependent on application, some de-rating may be required however all motors can be fitted with EMT Constant Velocity Cooling Units.
In this instance, refer to EMT.

 

The standard terminal connections for motors of 3KW and below are:

Delta connected for: 220 - 240V 50Hz
260 - 280V 60Hz
Star connected for: 380 - 415V 50Hz
440 - 480V 60Hz

Motors 4KW and above are suitable for starting Direct On Line or via a star/delta starter if required.

Standard DOL terminal connections are:

Delta connected for: 380 - 415V 50Hz
440 - 480V 60Hz
Star connected for: 660 - 720V 50Hz
760 - 830V 60Hz