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15 - PVD 3674_GB_K Series_CE-November 2016.Docx
Motor will require a current I of T/Kt = 5.35 / 1.2548 = 4.267 Arms.
Total Voltage Requirement on the motor leads between phase to neutral is:
Uphase to neutral = √(Ke
ph−n
. S + r
ph−n
. I)
2
+ (L
ph−n
. ω. p. I)²
Uphase to neutral = √( 43.792x
2476
1000
+ 1.26x4.267)
2
+ (4.78. 10
−3
x259x9x4.267)²
Uphase to neutral = 123.4 V
Uphase to phase = 123.4 x
3
Uphase to phase = 213.7 V
Parker has a range of 3 windings that are available for each stack length within a
particular frame size to meet the majority of your application requirements. Parker does
have additional windings th
at are available upon request from Parker’s Application
Engineering Department.
Use the performance specifications on the following pages to help determine the best
solution for your specific application requirements.
Summary of Contents for K Series
Page 8: ...8 PVD 3674_GB_K Series_CE November 2016 Docx 2 4 Motor description ...
Page 26: ...26 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 Dimension drawings 3 3 1 K032 Stator ...
Page 27: ...27 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 2 K032 Rotor ...
Page 28: ...28 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 3 K032 Stator with Hall effect sensor ...
Page 30: ...30 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 5 K044 ...
Page 31: ...31 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 6 K044 with Hall effect sensor ...
Page 32: ...32 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 7 K064 ...
Page 33: ...33 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 8 K064 with Hall effect sensor ...
Page 34: ...34 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 9 K089 ...
Page 35: ...35 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 10 K089 with Hall effect sensor ...
Page 36: ...36 PVD 3674_GB_K Series_CE November 2016 Docx 3 3 11 K178 ...
Page 56: ...56 PVD 3674_GB_K Series_CE November 2016 Docx Resolver part number 220005P1003 ...