wesnewell
100 GW
To a GM (Conhismotor, Yescomusa, others?) motor kit. Some connections are obvious. Ref:
http://zenid10.wordpress.com/2011/04/03/2109/
Following info added to get all info in one place.
NOTE: This only applies to the one version in subject line. It does not apply to other versions.
View attachment 1
Pad Wire color Function
X none engages regen braking when shorted to ground.
U blue hall/phase
V green hall/phase
W yellow hall/phase
SH white Brak-Hi eabs braking shorted to + batt.
SD green throttle sense
M1 none unk
M2 none Reduce throttle sensitivity, reduced power. Ground to enable.
M3 none unk
M4 y/w 60/120 degree motor.
CK none unk
DA none unk
Q none unk
L none unk may be reverse
A1 none unk
A2 none unk
A3 gray alarm plug
A4 none unk
A5 none unk
RXD none unk
YK none unk
ZL orange cruise, short to gnd to engage/disengage
DS none unk
SL none unk
XL none unk
YBS none unk
VDD red ignition wire
VDD blue/w alarm plug
S+ y/w alarm plug
XS none unk
Phase/Hall connections for different motors. *=verified.
Crystalyte motor wire color lining:
Controller: Motor:
HALL:
Yellow Yellow
Green Blue
Blue Green
PHASE:
Yellow Blue
Green Green
Blue Yellow
_______________________
Ebikekit 9C motor wire color lining (around 2A unlaced freewheel at 44.4v):
Controller: Motor:
Hall:
Yellow Yellow
Green Blue
Blue Green
Phase:
Yellow Yellow
Green Blue
Blue Green
or
Controller: Motor:
Hall:
Yellow Yellow
Green Blue
Blue Green
Phase:
Yellow Blue
Green Green
Blue Yellow
_____________________
* Golden Motor 901/902/MagicPie.
Controller: Motor:
HALL:
Yellow Green
Green Yellow
Blue Blue
PHASE:
Yellow Green
Green Yellow
Blue Blue
* MXUS 3000 motor
Controller Motor
Hall
Y B
B Y
G G
Phase
Y B
B Y
G G
__________________
LVC mod
Default LVC is ~62V. Default resistor value is 1200 ohm. SMD 1201 resistor to left of red rectangle in photo below. To lower LVC, you will have to replace this resistor with one of higher value thus increasing resistance across the circuit. To raise LVC, you have to lower the value. You can do this by installing another parallel resistor where the red triangle is. I installed a 0-11k variable there and adjusted it untill LVC was 88V for my 24s battery pack. With the added resistor in parallel, overall resistance was ~780 ohm.
I will add to this as more info becomes available. Thanks to all that has furnished info for this.
http://zenid10.wordpress.com/2011/04/03/2109/
Following info added to get all info in one place.
NOTE: This only applies to the one version in subject line. It does not apply to other versions.
View attachment 1
Pad Wire color Function
X none engages regen braking when shorted to ground.
U blue hall/phase
V green hall/phase
W yellow hall/phase
SH white Brak-Hi eabs braking shorted to + batt.
SD green throttle sense
M1 none unk
M2 none Reduce throttle sensitivity, reduced power. Ground to enable.
M3 none unk
M4 y/w 60/120 degree motor.
CK none unk
DA none unk
Q none unk
L none unk may be reverse
A1 none unk
A2 none unk
A3 gray alarm plug
A4 none unk
A5 none unk
RXD none unk
YK none unk
ZL orange cruise, short to gnd to engage/disengage
DS none unk
SL none unk
XL none unk
YBS none unk
VDD red ignition wire
VDD blue/w alarm plug
S+ y/w alarm plug
XS none unk
Phase/Hall connections for different motors. *=verified.
Crystalyte motor wire color lining:
Controller: Motor:
HALL:
Yellow Yellow
Green Blue
Blue Green
PHASE:
Yellow Blue
Green Green
Blue Yellow
_______________________
Ebikekit 9C motor wire color lining (around 2A unlaced freewheel at 44.4v):
Controller: Motor:
Hall:
Yellow Yellow
Green Blue
Blue Green
Phase:
Yellow Yellow
Green Blue
Blue Green
or
Controller: Motor:
Hall:
Yellow Yellow
Green Blue
Blue Green
Phase:
Yellow Blue
Green Green
Blue Yellow
_____________________
* Golden Motor 901/902/MagicPie.
Controller: Motor:
HALL:
Yellow Green
Green Yellow
Blue Blue
PHASE:
Yellow Green
Green Yellow
Blue Blue
* MXUS 3000 motor
Controller Motor
Hall
Y B
B Y
G G
Phase
Y B
B Y
G G
__________________
LVC mod
Default LVC is ~62V. Default resistor value is 1200 ohm. SMD 1201 resistor to left of red rectangle in photo below. To lower LVC, you will have to replace this resistor with one of higher value thus increasing resistance across the circuit. To raise LVC, you have to lower the value. You can do this by installing another parallel resistor where the red triangle is. I installed a 0-11k variable there and adjusted it untill LVC was 88V for my 24s battery pack. With the added resistor in parallel, overall resistance was ~780 ohm.
I will add to this as more info becomes available. Thanks to all that has furnished info for this.