VDG TM100B25 - Three Phase 240 Volt with Brake (RTM) Wiring; Three Phase 480 Volt with Brake (RTM) Wiring

7
Connection Diagrams
Motor
with Brake
1 2 3 GND Brake
L1 L2 L3
OPTIONAL
OPTIONAL
BRAKE MODULE
2 31 4 5 6
Factory
Installed
Jumper*
To run motor: connect power to L1, L2, L3
To stop motor: disconnect power to L1, L2, L3
240 VAC
3 Phase power supply
INSTALLATION NOTES:
To reverse direction interchange
motor leads 2 & 3.
When wired with a soft starter or
variable frequency drive (VFD),
consult your local Van der Graaf
representative for wiring instructions.
Please Note: Improper operation
with a soft starter or variable
frequency drive could result in motor
failure.
For maximum cycling rates & timing
requirements, contact your local Van
der Graaf Representative.
GV-
THERM
VGC-11-240
OUT 200 VDC IN 240 VAC IN 240 VAC OUT 200 VDC RUN RUN
+
—
~ ~
* Factory Jumper must be installed.
330_VGC11-240 (01/2014)
THREE PHASE (240 VOLTS) WITH BRAKE (RTM)
Motor
with Brake
1 2 3 GND Brake
L1 L2 L3
OPTIONAL
OPTIONAL
BRAKE MODULE
2 31 4 5 6
Factory
Installed
Jumper*
To run motor: connect power to L1, L2, L3
To stop motor: disconnect power to L1, L2, L3
480 VAC
3 Phase power supply
INSTALLATION NOTES:
To reverse direction interchange
motor leads 2 & 3.
When wired with a soft starter or
variable frequency drive (VFD),
consult your local Van der Graaf
representative for wiring instructions.
Please Note: Improper operation
with a soft starter or variable
frequency drive could result in motor
failure.
For maximum cycling rates & timing
requirements, contact your local Van
der Graaf Representative.
GV-
THERM
VGC-11-480
OUT 200 VDC IN 480 VAC IN 480 VAC OUT 200 VDC RUN RUN
+
—
~ ~
* Factory Jumper must be installed.
330_VGC11-480 (01/2014)
THREE PHASE (480 VOLTS) WITH BRAKE (RTM)