pitch diameter (d) 28.575 diametral pitch (p)...

180(iEV180-Frame Size)

180

(iEV

180-

Fram

e Si

ze)

2 x Ø12 Clearance holes 158

rear steady mount

3/8" BSP Theaded port, Barbed hosetail to fit Ø16 ID (5/8") rubber hoseWater In / Out either port

1/8" BSP Theaded port, Barbed hosetail to fit Ø6 ID (1/4") rubber hose Hosetail Air breather

60 MAX

50 A 20

4.954.90

Sens

or &

Res

olve

r lea

ds ~

1m L

ong

(0.0

55m

m² 6

cor

e Sh

ield

ed C

able

)Un

less

oth

erw

ise re

ques

ted

.

Phas

e le

ads ~

1m L

ong

(35m

m² C

orop

last

FHL

R2G

CB2

G)

Unle

ss o

ther

wise

requ

este

d

B

SEE SPLINE TABLE

12

5.00

g6

- -0.0

10.

04

4 x Ø12 Clearance holes 158 x 158

front main mount

PHA

SE A

PHA

SE C

PHA

SE B

NOTES: - MOTOR LENGTH TOLERANCE +/-1MM.- RECOMMEND MOTOR IS SUPPORTED USING ALL MOUNTING HOLES. (4 FRONT, 2 REAR)- MASS IS MEASURED WITHOUT COOLANT.- COOLANT INLET TEMPERATURE MUST BE

OPTIMISED VOLTAGE

WN025

17 & 18

15 & 16

13 & 14

On Request9 & 107 & 85 & 6

FOR INFO SEE SHEET

WIN

DIN

G N

UM

BER

8006004002001444824VOLTAGE

WN500WN450WN400WN350WN300WN250WN200WN150WN100WN050

11 & 12On Request

On Request

On RequestREAR EXIT - RL LEADS

LEADS

SIDE EXIT - SC

COOLANT

TOP EXIT - TC

COOLANTCOOLANT

REAR EXIT - RC

TOP EXIT - TL

LEAD OPTIONS

COOLANT OPTIONS

TO ORDER PLEASE QUOTE PART NUMBER USING BELOW NUMBERING SYSTEM:-

COOLANT OPTIONS (TC,RC OR SC)

LEAD OPTIONS (TL OR RL)

MOTOR LENGTH (1U-6U)

WINDING OPTIONS (SEE TABLE)

WINDING OPTIONS

P/NiEV180-B-XU-XL-XC-WNX :- 'EXAMPLE' = iEV180-B-2U-TL-RC-WN350

WINDING NUMBER

OPTIMISED FOR VOLTAGE

SEE SHEET NO.

WN025 24, 48 & 144WN050 48, 80 & 160WN075 96 Available Upon RequestWN100 144WN150 200 Available Upon RequestWN200 380WN250 420 Available Upon RequestWN300 480WN350 520 Available Upon RequestWN400 600WN450 680 Available Upon RequestWN500 800

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Q.A

UNLESS OTHERWISE SPECIFIED:DIMENSIONS ARE IN MILLIMETERSSURFACE FINISH: Ra 3.2TOLERANCES: LINEAR: ±0.10 ANGULAR: ±0.50

FINISH: DEBURR AND BREAK SHARP EDGES

NAME SIGNATURE DATE

MATERIAL:

DO NOT SCALE DRAWING REVISION

TITLE:

DWG NO.

SCALE:1:5 SHEET 2 OF 19

A3VARIOUS

N/A

WEIGHT: N/A

RB

TR 08/10/2020

08/10/2020

08/10/2020

OL-iEV180-STD_REV_M

iEV180 Outline Drawing

M

iNetic LimitedAG

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Table shows the pressure drop in the iEV180 assuming 70 C inlet temperature and the coolant is a 50/50 water glycol mixture.

Flow Rate (ltrs/min) 5 10 15 20 25 30 35 40

Pressure Drop PSI

1U 0.19 0.32 0.46 0.74 1.11 1.48 1.95 2.50

2U 0.19 0.33 0.48 0.76 1.14 1.52 2.00 2.57

3U 0.20 0.34 0.49 0.78 1.17 1.56 2.05 2.63

4U 0.20 0.35 0.50 0.80 1.20 1.60 2.10 2.70

5U 0.21 0.36 0.51 0.82 1.23 1.64 2.15 2.77

6U 0.21 0.37 0.53 0.84 1.26 1.68 2.21 2.84

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MFG

Q.A



NAME SIGNATURE DATE

MATERIAL:


TITLE:

DWG NO.


A3N/A

N/A

WEIGHT: N/A

AG

RB

TR 08/10/2020

08/10/2020

08/10/2020

OL-iEV180-STD_REV_M


M

iNetic Limited

Flow Rate & Pressure Drop DataTechnical Characteristics - iEV180

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D.

GREEN

WHITE

NOTE:RESOLVER ROTOR ALIGNED DURING MANUFACTURE TO NORTH MAGNETS ON THE ROTOR, WHEN SECONDARY SIN WINDING IS AT 0°.

SOME DRIVE CALIBRATION MAY BE REQUIRED TO ADJUST FOR ANY SLIGHT OFFSET.

WIRING COLOURS DESCRIPTIONGREEN ROTOR PRIMARY 1

WHITE ROTOR PRIMARY 2

RED STATOR SECONDARY 1 (SIN)

BLACK STATOR SECONDARY 2 (SIN)

YELLOW STATOR SECONDARY 1 (COSINE)

BLUE STATOR SECONDARY 2 (COSINE)

SHEILDING WIRING LOOM SHEILDED TO GROUND WITHIN MOTOR HOUSING

ELECTRICAL & MECHANICAL DATA @25 CVALUES ARE REFERENCE UNLESS OTHERWISE TOLERANCED. HIPOT

TESTING PERFORMANCE AT 60kHZ, 4 SECOND DURATIONELEC CYC / MECH CYC deg/deg 1EXCITATION FREQUENCY 1% kHz 6.0INPUT VOLTAGE 5% Vrms 6.0INPUT CURRENT Max. mArms 28INPUT POWER Watts 0.065IMPEDANCE [ZRO] Ohms 252IMPEDANCE [ZRS] Ohms 219IMPEDANCE [ZSO] Ohms 193IMPEDANCE [ZSS] Ohms 166TRANSFORMATION RATIO 10% 0.31DC RESISTANCE (R1-R2) Ohms 30DC RESISTANCE (S1-S3, S2-S4) Ohms 44PK-PK POSITION ERROR arcminutes 24PHASE SHIFT, OPEN CIRCUIT degrees -8NULL VOLTAGE Max. mVrms 20HIPOT, LEADS TO CASE, 500VAC Max. mArms 2HIPOT, INTERPHASE, 250VAC Max. mArms 2TEMPERATURE RANGE C -55 to +155WEIGHT g 128CONTINUOUS SPEED Max. kRPM 20

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NAME SIGNATURE DATE

MATERIAL:


TITLE:

DWG NO.


A3N/A

N/A

WEIGHT: N/A

AG

RB

TR 08/10/2020

08/10/2020

08/10/2020

OL-iEV180-STD_REV_M


M

iNetic Limited

Resolver Wiring DetailsTechnical Characteristics - iEV180

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1. Peak Torque Mp (Nm) This figure represents the maximum torque that can be obtained from the motor. If a higher peak torque figure is required you will need to look at a higher winding number (WN), increased amperage or use a larger motor.2. Peak Torque at Maximum Speed (Nm)This figure is the maximum torque that can be achieve at the maximum speed (6), to increase this figure, you will need to look at a larger motor or more amperage. 3. Rated Torque Mn (Nm)Rated torque is the maximum continuous torque that can be produced by the motor at the rated speed (5). 4. Continuous Torque at Maximum Speed (Nm)This figure is the maximum torque that can be achieve at the maximum speed (6) continuously by the motor. To get this figure closer to the peak torque at maximum speed (2) you will need to change the coolant flow rate and/or inlet temperature of the coolant. 5. Rated Speed (RPM)This is the knee point for the peak torque, this means that after this point the motor will require field weakening to increase speed. To increase this point, you will need to look at a higher voltage. 6. Maximum Speed (RPM)The maximum speed of the motor is either set due to mechanical limitations or power limitations. If the motor has a peak torque at maximum speed (2) value of less than 10Nm the motor is power limited meaning the speed can be increased by using a higher voltage or higher current. If the peak torque at maximum speed (2) is greater than 10Nm the motor is mechanical limited meaning to increase the maximum speed (6) you will need to look at one of our other frame sizes. 7. Peak Power Pp (kW)This figure is the maximum power that can be obtained by the motor. To get a higher peak power (7) you will need to look at one of our lower winding numbers (WN), increase amperage or select a larger motor.8. Peak Power at Maximum Speed (kW)This figure is the maximum power that can be achieve at the maximum speed (6), to increase this figure, you will need to look at a larger motor or more amperage.9. Rated Power Pn (kW)Rated power is the maximum continuous power that can be produced by the motor at the rated speed (5).10. Continuous Power at Maximum Speed (kW)This figure is the maximum power that can be achieve at the maximum speed (6) continuously by the motor. To get this figure closer to the peak power at maximum speed (8) you will need to change the coolant flow rate and/or inlet temperature of the coolant.11. Active Nm/kgThis figure is a result of the peak torque (1) divided by the active component weight. The active component weight is a sum of the motor’s stator rotor and windings.12. Active kW/kgThis figure is a result of the peak power (7) divided by the active component weight. The active component weight is a sum of the motor’s stator rotor and windings.13. Motor Nm/kgThis figure is a result of the peak torque (1) divided by the total weight of the motor.14. Motor kW/kgThis figure is a result of the peak power (7) divided by the total weight of the motor.15. CPSRConstant Power Speed Ratio is defined as the speed range in the constant power region divided by the speed range of the constant torque region.16. A/mm2This value is the RMS current divided by the sum of cross-sectional area of the windings in a slot

(1) Rated Torque Mn (Nm)Rated torque is the maximum continuous torque that can be produced by the motor at the knee point.(2) Rated Torque Speed (RPM)Rated torque speed is the knee point of the continuous torque graph.(3) Rated Power Pn (kW)Rated power is the maximum continuous power that can be produced by the motor.(4) Rated Power Speed (RPM)Rated power speed is the speed at which the maximum continuous power occurs.(5) Rated Current (ARMS)Represents the maximum continuous current rating for the motor per phase RMS.(6) Peak Torque Mp (Nm) This figure represents the maximum torque that can be obtained from the motor. If a higher peak torque figure is required you will need to look at a higher winding number (WN), increased amperage or use a larger motor.(7) Peak Power Pp (kW)This figure is the maximum power that can be obtained by the motor. To get a higher peak power you will need to look at one of our lower winding numbers (WN), increase amperage or select a larger motor.(8) Drive Current Ip (ARMS)Represents the current per phase RMS at which the simulation was run. (9) Maximum Speed (RPM)The maximum speed of the motor is either set due to mechanical limitations or power limitations. If the motor has a peak torque at maximum speed (10) value of less than 10Nm the motor is power limited meaning the speed can be increased by using a higher voltage or higher current depending on situation. If the peak torque at maximum speed (10) is greater than 10Nm the motor is mechanical limited meaning to increase the maximum speed you will need to look at one of our other frame sizes.(10) Peak Torque at Maximum Speed (Nm)This figure is the maximum torque that can be achieved at the maximum speed (9).(11) Peak Power at Maximum Speed (kW)This figure is the maximum power that can be achieved at the maximum speed (9).(12) Continuous Torque at Maximum Speed (Nm)This figure is the maximum torque that can be achieved continuously at maximum speed (9) by the motor. To get this figure closer to the peak torque at maximum speed (10) you will need to change the coolant strategy.(13) Continuous Power at Maximum Speed (kW)This figure is the maximum power that can be achieved continuously at maximum speed (9) by the motor. To get this figure closer to the peak power at maximum speed (11) you will need to change the coolant strategy.(14) Active Nm/kgThis figure is a result of the peak torque (6) divided by the active component weight. The active component weight is a sum of the motor’s stator, rotor and windings.(15) Active kW/kgThis figure is a result of the peak power (7) divided by the active component weight. The active component weight is a sum of the motor’s stator, rotor and windings.(16) Motor Nm/kgThis figure is a result of the peak torque (6) divided by the total weight of the motor.(17) Motor kW/kgThis figure is a result of the peak power (7) divided by the total weight of the motor.(18) Peak Knee PointThis point is the speed at which field weakening is required for maximum torque.

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NAME SIGNATURE DATE

MATERIAL:


TITLE:

DWG NO.


A3N/A

N/A

WEIGHT: N/A

AG

RB

TR 08/10/2020

08/10/2020

08/10/2020

OL-iEV180-STD_REV_M


M

iNetic Limited

Winding No. Data DescriptionTechnical Characteristics - iEV180

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Motor Battery Voltage Rated Torque

Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed

Peak Torque @Max Rpm

Peak Power @Max Rpm

Cont' Torqe @Max Rpm

Cont' Power @Max Rpm

Active Torque Density

Active Power Density

Motor Torque Density

Motor Power Density

Symbols [Units] [V] Mn [Nm] [Rpm]

Pn [kW] [Rpm]

In[Arms] Mp [Nm] [Rpm]

Pp [kW] Ip [Arms]

Nmax [Rpm] [Nm] [kW] [Nm] [kW] [Nm/kg] [kW/kg] [Nm/kg] [kW/kg]

Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-1U 24 12 9500 13 10000 450 13 9500 13 450 13500


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-4U 24 50 2000 13 2500 450 51 2000 13 450 3500


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-1U 24 26 4000 12 5000 450 26 4000 12 450 10000


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-4U 24 103 1000 11 1000 450 104 1000 11 450 2500


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-1U 200 22 18000 42 18000 200 23 18000 42 200 18000 23 43 23 43 2.6 4.7 1.3 2.4iEV180-1U 200 43 16500 80 18000 380 47 16500 84 400 18000 44 83 35 66 5.2 9.3 2.7 4.8iEV180-1U 200 43 16500 80 18000 380 67 15000 114 600 18000 61 114 35 66 7.5 12.7 3.8 6.5iEV180-1U 200 43 16500 80 18000 380 84 14000 154 800 18000 75 141 35 66 9.3 17.1 4.8 8.8iEV180-1U 400 22 18000 42 18000 200 23 18000 42 200 18000 23 42 22 42 2.6 4.7 1.3 2.4iEV180-1U 400 43 18000 81 18000 380 47 18000 86 400 18000 46 86 35 66 5.2 9.5 2.7 4.9iEV180-1U 400 43 18000 81 18000 380 67 18000 124 600 18000 66 124 35 66 7.5 13.8 3.8 7.1iEV180-1U 400 43 18000 81 18000 380 84 18000 154 800 18000 83 156 35 66 9.3 17.1 4.8 8.8iEV180-1U 600 22 18000 42 18000 200 23 18000 42 200 18000 23 43 23 43 2.6 4.7 1.3 2.4iEV180-1U 600 43 18000 81 18000 380 47 18000 86 400 18000 46 87 35 66 5.2 9.5 2.7 4.9iEV180-1U 600 43 18000 81 18000 380 67 18000 124 600 18000 67 125 35 66 7.5 13.8 3.8 7.1iEV180-1U 600 43 18000 81 18000 380 84 18000 154 800 18000 83 156 35 66 9.3 17.1 4.8 8.8iEV180-2U 200 45 9500 47 11000 200 46 9500 47 200 18000


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-4U 200 91 4500 47 5500 200 93 4500 47 200 9000


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-1U 200 44 8000 45 15000 198 46 8000 46 200 18000 24 45 20 37 5.1 5.1 2.6 2.6iEV180-1U 200 44 8000 45 15000 198 79 7000 62 400 18000 30 56 20 37 8.8 6.9 4.5 3.5iEV180-1U 200 44 8000 45 15000 198 109 6000 67 600 18000 30 56 20 37 12.1 7.4 6.2 3.8iEV180-1U 200 44 8000 45 15000 198 121 5500 68 800 18000 29 54 20 37 13.4 7.6 6.9 3.9iEV180-1U 400 44 16000 81 18000 198 46 16000 82 200 18000 43 82 34 64 5.1 9.1 2.6 4.7iEV180-1U 400 44 16000 81 18000 198 79 14000 127 400 18000 67 127 34 65 8.8 14.1 4.5 7.2iEV180-1U 400 44 16000 81 18000 198 109 12000 138 600 18000 68 127 34 65 12.1 15.4 6.2 7.9iEV180-1U 400 44 16000 81 18000 198 121 11000 142 800 18000 68 127 34 65 13.4 15.8 6.9 8.1iEV180-1U 600 44 18000 83 18000 198 46 18000 84 200 18000 44 84 34 64 5.1 9.3 2.6 4.8iEV180-1U 600 44 18000 83 18000 198 80 18000 148 400 18000 79 148 34 64 8.9 16.5 4.6 8.5iEV180-1U 600 44 18000 83 18000 198 109 18000 205 600 18000 106 200 34 64 12.1 22.8 6.2 11.7iEV180-1U 600 44 18000 83 18000 198 121 17000 214 800 18000 114 214 34 64 13.4 23.8 6.9 12.2iEV180-2U 200 90 4000 45 7500 200 91 4000 45 200 18000 19 36 17 32 4.6 2.3 3.1 1.6iEV180-2U 200 94 4000 48 8000 211 161 3500 62 400 18000 28 53 17 32 8.1 3.1 5.6 2.1iEV180-2U 200 94 4000 48 8000 211 217 3000 65 600 18000 28 52 17 32 10.9 3.3 7.5 2.3iEV180-2U 200 94 4000 48 8000 211 242 2500 68 800 18000 28 52 17 32 12.1 3.4 8.3 2.3iEV180-2U 400 90 8000 93 15500 200 91 8000 93 200 18000 49 92 43 82 4.6 4.6 3.1 3.2iEV180-2U 400 94 8000 97 16500 211 161 7000 129 400 18000 62 117 43 82 8.0 6.5 5.5 4.5iEV180-2U 400 94 8000 97 16500 211 217 6000 142 600 18000 62 117 43 82 10.9 7.1 7.5 4.9iEV180-2U 400 94 8000 97 16500 211 242 5500 145 800 18000 62 116 43 82 12.1 7.3 8.3 5.0iEV180-2U 600 90 12000 137 18000 200 91 12000 137 200 18000 73 137 64 121 4.6 6.8 3.1 4.7iEV180-2U 600 94 12000 143 18000 211 161 11000 195 400 18000 100 188 64 121 8.0 9.8 5.5 6.7iEV180-2U 600 94 12000 143 18000 211 217 9500 215 600 18000 100 188 64 121 10.9 10.8 7.5 7.4iEV180-2U 600 94 12000 143 18000 211 242 8500 221 800 18000 98 186 64 121 12.1 11.1 8.3 7.6iEV180-3U 200 136 2500 45 5000 200 137 2500 45 200 18000 11 20


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-4U 200 180 2000 44 3500 200 182 2000 44 200 16000


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-1U 200 42 5000 29 10000 127 64 4500 38 200 18000 18 35 12 22 7.1 4.2 3.6 2.1iEV180-1U 200 42 5000 29 10000 127 100 4000 41 400 18000 18 34 12 22 11.1 4.5 5.7 2.3iEV180-1U 200 42 5000 29 10000 127 132 3000 42 600 18000 18 35 12 22 14.6 4.7 7.5 2.4iEV180-1U 200 42 5000 29 10000 127 147 2500 45 800 18000 18 33 12 22 16.4 5.0 8.4 2.5iEV180-1U 400 42 10500 58 18000 127 64 9500 77 200 18000 41 77 27 51 7.1 8.6 3.6 4.4iEV180-1U 400 42 10500 58 18000 127 100 8000 86 400 18000 41 77 27 51 11.1 9.6 5.7 4.9iEV180-1U 400 42 10500 58 18000 127 132 7000 94 600 18000 42 78 27 51 14.6 10.5 7.5 5.4iEV180-1U 400 42 10500 58 18000 127 147 6000 98 800 18000 42 78 27 51 16.4 10.8 8.4 5.6iEV180-1U 600 42 16000 77 18000 127 64 14500 109 200 18000 58 109 32 61 7.1 12.1 3.6 6.2iEV180-1U 600 42 16000 77 18000 127 100 12500 132 400 18000 67 126 33 61 11.1 14.6 5.7 7.5iEV180-1U 600 42 16000 77 18000 127 132 10500 143 600 18000 67 126 33 61 14.6 15.8 7.5 8.1iEV180-1U 600 42 16000 77 18000 127 147 9500 149 800 18000 67 126 33 61 16.4 16.6 8.4 8.5iEV180-2U 200 93 2500 31 5500 140 128 2000 37 200 18000 17 32


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-4U 200 194 1000 30 3000 146 255 1000 34 200 18000 14 26


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-1U 400 40 8500 43 15500 95 77 6500 62 200 18000 31 58 19 36 8.6 6.9 4.4 3.5iEV180-1U 400 40 8500 43 15500 95 113 5500 65 400 18000 31 58 19 36 12.5 7.2 6.4 3.7iEV180-1U 400 40 8500 43 15500 95 149 4500 70 600 18000 31 58 19 36 16.6 7.7 8.5 4.0iEV180-1U 400 40 8500 43 15500 95 169 4000 70 800 18000 31 58 19 36 18.7 7.8 9.6 4.0iEV180-1U 800 40 17000 74 18000 95 77 13500 125 200 18000 67 125 30 56 8.6 13.9 4.4 7.2iEV180-1U 800 40 17000 74 18000 95 113 11500 133 400 18000 68 128 30 56 12.5 14.8 6.4 7.6iEV180-1U 800 40 17000 74 18000 95 149 9500 146 600 18000 68 128 30 56 16.6 16.2 8.5 8.4iEV180-1U 800 40 17000 74 18000 95 169 8500 153 800 18000 68 128 30 56 18.7 17.0 9.6 8.7iEV180-2U 400 89 4000 47 8500 105 155 3500 62 200 18000 29 54 10 19 7.7 3.1 5.3 2.1iEV180-2U 400 89 4000 47 8500 105 224 2500 65 400 18000 29 54 10 19 11.2 3.2 7.7 2.2iEV180-2U 400 89 4000 47 8500 105 298 2000 65 600 18000 29 54 10 19 14.9 3.3 10.3 2.3iEV180-2U 400 89 4000 47 8500 105 337 2000 70 800 18000 29 54 10 19 16.9 3.5 11.6 2.4iEV180-2U 800 89 8500 96 16500 105 155 7000 129 200 18000 64 120 41 78 7.7 6.5 5.3 4.5iEV180-2U 800 89 8500 96 16500 105 224 6000 137 400 18000 64 120 41 78 11.2 6.9 7.7 4.7iEV180-2U 800 89 8500 96 16500 105 298 4500 150 600 18000 64 120 42 78 14.9 7.5 10.3 5.2iEV180-2U 800 89 8500 96 16500 105 337 4500 157 800 18000 64 120 42 78 16.9 7.9 11.6 5.4iEV180-3U 400 138 2500 48 6000 109 232 2000 61 200 18000 27 51


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-4U 400 186 2000 48 4500 110 310 1500 59 200 18000 25 47


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-1U 400 39 7000 36 12500 79 88 5000 51 200 18000 25 46 13 24 9.8 5.7 5.0 2.9iEV180-1U 400 39 7000 36 12500 79 124 4000 52 400 18000 25 46 13 24 13.7 5.8 7.1 3.0iEV180-1U 400 39 7000 36 12500 79 163 3000 52 600 18000 25 46 13 24 18.1 5.8 9.3 3.0iEV180-1U 400 39 7000 36 12500 79 175 3000 54 800 18000 25 46 13 24 19.5 6.0 10.0 3.1iEV180-1U 800 40 14500 68 18000 79 88 10500 106 200 18000 54 102 28 53 9.8 11.8 5.0 6.0iEV180-1U 800 40 14500 68 18000 79 124 8000 108 400 18000 54 102 28 53 13.7 12.1 7.1 6.2iEV180-1U 800 40 14500 68 18000 79 163 6500 116 600 18000 54 102 28 53 18.1 12.9 9.3 6.6iEV180-1U 800 40 14500 68 18000 79 175 6500 121 800 18000 54 102 28 53 19.5 13.4 10.0 6.9iEV180-2U 400 86 3500 38 7000 87 176 2500 51 200 18000 23 43


Torque Rated Speed

Rated Power

Power Rated Speed

Rated Current

per Phase

Peak Torque

Peak Knee Point

Peak Power

Drive Current

Max Speed


Peak Power @Max Rpm






Motor Power Density


Pn [kW] [Rpm]


Pp [kW] Ip [Arms]


Graph No. - 1 2 3 4 5 6 18 7 8 9 10 11 12 13 14 15 16 17

iEV180-4U 400 181 1500 38 3500 91 352 1000 47 200 18000 18 33

pitch diameter (d) 28.575 diametral pitch (p)...

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