Bosch rexroth MCL, Руководство по планированию проекта, Страница: 124 / 206

Primary part
Distance x
Pmin
Phase sequence
Primary part 1 *)
Primary part 2
MCP015 4.5 mm
U-V-W
V-W-U
MCP020
53 mm
63 mm
73 mm U-V-W
V-W-U
W-U-V
MCP030 ...
070C/D/F
53 mm
73 mm
93 mm U-V-W
V-W-U
W-U-V
MCP070M
73 mm
93 mm
113 mm
V-W-U
W-U-V
U-V-W
*) Reference motor to determine the encoder polarity and com‐
mutation adjustment is always primary part 1
Tab. 9-7: Distance and phase sequence at arranged primary parts behind
each other and cable outlet in the same direction
Cable outlet in opposite direction
(variant 1: back to back)
If the primary parts are arranged behind each other and with cable outlets in
opposite directions to Fig. 9-22 , a defined distance x
P
must be kept between
the primary parts.
Fig. 9-22: Variant 1: Arrangement of primary parts behind each other with ca‐
ble outlets in opposite directions
x
P
Distance between the front faces of the primary parts in mm
n Freely selectable integer factor ≥ 0
τ
p
Pole width see Chapter Technical data )
x
Pmin
smallest allowed distance between the primary parts (see Tab.
9-8 )
Fig. 9-23: Determining the distance between primary parts with cable outlets in
opposite directions
When determining the correct primary part distance according to
Fig.9-22 , only the distance between the primary part end faces
(xpmin) as reference point can be used.
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Application and construction instructions
MCL Ironless Linear Motors
Bosch Rexroth AG R911330592_Edition 06