proudly presenting a Maho MH700 retrofit ..

I had to find my wiring plans, Sorry for the delay.

This are the pinouts for the Connectors L1 to L7:

L1,    L2,    L3 (controller signal input)
101    201    302  JF+: Enable pulse +
102    202    301   JF-: Enable pulse -
RF : Enable control
GND
OVM
E103 (Tacho): Tacho input against 0VM
GND
E101   E201   E301 : Velocity setvalue (against 0Vm)
E102   E202   E302 : Velocity setvalue (against 0Vm)
(E101/E102 are selected internally, same for E201/E202 and E301/E302)
0VM			

L4 (controller ready relay)
Bb2: Relais contact: internal 24V current ok
Bb1:

L5 (syncronisation)
Sy1: Synchronisation for axis 1
Sy2: Synchronisation for axis 2
Sy3: Synchronisation for axis 3
(Sy1-Sy3 are bridged internally to L6 sy)

L6 (contoller voltage regulator)
R  	Phase for control voltage (380V)
S  	Phase for control voltage
24Vl+ 	controller switch power
0Vl 	base for switch power
+15V 	controller setvalue power
0Vm  	base for setvalue power
GND
-15V  	controller setvalue power
sy 	syncronization signal

L7 (motor voltage control)
A1: Motor 1 out (against N Impedance / GND of controller)
A2: Motor 2 out (against N Impedance / GND of controller)
A3: Motor 3 out (against N Impedance / GND of controller)
U1: Phase U for controller 1/Motor1 (from impedance)
V1: Phase V for controller 1/Motor1 (from impedance)
U2: Phase U for controller 2/Motor2 (from impedance)
V2: Phase V for controller 2/Motor2 (from impedance)
U3: Phase U for controller 3/Motor3 (from impedance)
V3: Phase V for controller 3/Motor3 (from impedance)

On the Picture you can see my wiring:
* JF+ = JF- = RF are switched to Ul+ by a relais for "enable axis" (one signal
for all 3 axis)
* JF+ and JF- can be used for limit switches input.

* OVM/E103(Tacho)/GND go to the tacho generator of the axis' motor

* 0VM/E302/GND go to my velocity output signal DA ± 10V (I wired together two
lines of the cable)
* alternaviely you can use +15V / -15V / 0Vm for driving these pins.