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M-6
CONTROLLERS, VSD, SENSORS & RUN-ON TIMERS
SPEED CONTROLLERS SINGLE-PHASE MOTORS
© FANTECH
2016
TYPE - VA-PL
The AVA5.0 and AVA8.0 controllers will
vary the speed of 240V AC single phase
fan motors in response to DC input
signals such as 2 to 20 milliamps
or 0 to 10 volts. A potentiometer may be
used in lieu of input signals to provide
manual control when in 0 to10V control.
Model Number
Max. Amps
Enclosure Size, mm
VA2.0-3PL
2.0
110W x 66H x 36D
See page
M-16
for combination Speed Controller and Run-on Timer.
The AVA3.0 controller will vary the speed
of 240V AC single phase fan motors in
response to DC input signals such as
2 to 20 milliamps or 0 to 10 volts.
A potentiometer may be used in lieu of
input signals to provide manual control
when in 0-10V control. A model that
includes an IP55 rated enclosure is
available.
Model Number
Max. Amps
Enclosure Size, mm
AVA3.0
3.0
110W
×
40H
×
50D
AVA3.0-IP55
3.0
165W
×
142H
×
84D
The VA2.0-3PL is designed to speed control
single-phase fans fitted with a 3-pin plug.
The VA2.0-3PL has a 900mm lead and
3-pin plug for connection to a 3-pin GPO.
The AVA3.0 is a stepless speed controller for single phase AC external rotor motors.
Rated at 240V, 3 Amp, suitable for 50/60 Hz 600VA up to 55°C.
Model Number
Max. Amps
Enclosure Size, mm
AVA5.0
5.0
174W
×
114H
×
74D
AVA8.0
8.0
174W
×
114H
×
74D
The AVA5.0 and AVA8.0 are stepless speed controllers for single phase AC external
rotor motors.
The AVA5.0 is rated at 240V, 5 Amp and suitable for 50/60 Hz 1200VA up to 35°C.
The AVA8.0 is rated at 240V, 8 Amp and suitable for 50/60 Hz 2000VA up to 35°C.
TECHNICAL DATA
TECHNICAL DATA
TYPES - AVA5.0 & AVA8.0
TYPE - AVA3.0
TECHNICAL DATA
WIRING DIAGRAM
WIRING DIAGRAM
Note:-
Wiring may differ depending on the
motor controlled and the input device.
Always consult the product wiring
instructions.
0-10V or 2.20mA is selected via an
internal jumper.
Note:-
Wiring may differ
depending on the
motor controlled
and the input device.
Always consult the
product wiring
instructions.
0-10V or 2-20mA is
selected via an internal
jumper.
M