Variable Frequency Intelligent Controller
for Vibratory Feeder
SDVC34-Series
Instruction Book
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Controller
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atory Feeder
atory Feed
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SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
Preface
We appreciate your choosing brand Vibratory Feeder Controller.
This instruction book includes detailed steps and explanations of installing, parameter
setting, mode setting and trouble shooting of the controller. Please read this instruction book
carefully before operating the controller and keep it properly.
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Notice
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Never hot plug power cables nor touch the power sockets and connector of the controller in
any case to avoid electrical shock or other accidents.
Never connect the controller to 380V AC power which may cause unrecoverable damage.
Choose products that are designed for 380V AC instead when needed.
Never switch the input power of the controller simply by cutting off power supply through
a relay, a PLC or other devices, service life of the controller will be reduced severely. Output
of the controller can also be turned on/off via C Ports or E Ports.
Never operate the controller under the conditions that beyond its designed limits.
Operate the controller in accordance with this instruction book strictly. We will not
assume any civil or criminal liability if the equipment damage or personal injury is caused by
incorrect operation.
Never open the controller shell to avoid electric shock. Contact CUH if the controller
breaks down.
Never try to repair the controller yourself which may void the warranty.
!
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
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Operating Environment
Operating Environment
Please follow the instructions below to ensure better performance and longer lifetime of the
controller
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Well-ventilated environment
Firmly fixed to avoid self vibration
Operate within the temperature range of -10 °C to 40 °C
Keep away from droplets, steam, dust and especially oily dust
Keep away from corrosive or flammable gas and liquid
Keep away from floating dust and metal particles
Keep away from electromagnetic interference
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
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SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
Chapter I Features
Chapter II Installation Guide
Descriptions of the Indicators 4
3 2 Descriptions of the Buttons 5
3.3 Descriptions of I/O Interfaces and Accessory
3 4 Descriptions of Signal Control Ports 6
42
44
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1
2
5
7
Common Parameters 7
Basic Parameters 7
4.3 Advanced Parameters 8
Auto/ Sync Parameters
10
5.1 Manual Mode 10
5.1.1 Output Voltage Parameter U Adjustment in Manual Mode 11
5.1.2 Output Frequency Parameter E Adjustment in Manual Mode 11
5.2 Auto Mode 12
5.2.1 Vibration Sensor Installation 12
5.2.2 Feed Speed Parameter AAdjustment in Auto Mode 13
5.2.3 Auto Frequency Measuring in Auto Mode 13
5.2.4 Explanation of Auto/Sync Parameters 14
16
16
5.3.2 Semi Auto Mode Setup 16
5.3.3 Feed Speed Parameter AAdjustment in Semi-Auto Mode 16
5.3.4 Output Frequency Parameter E Adjustment in Semi-Auto Mode 17
5.4 Sync Mode 18
5 .4.1 Connection Method of the Sync Signal Wire between Master and Slave Controllers 19
5.4.2 Sync Mode Applications 20
5.4.3 Explanation of Some Auto/Sync Parameters 24
25
6.1 C Ports ON/OFF Control 25
6.1.1 Connection Method of Different Kinds of Switch Sensors and PLC to C Ports 25
6.1.2 C Ports ON Delay Parameter and C Ports OFF Delay Parameter L 30
6.1.3 C Ports ON/OFF Control Logical Relation Parameter 2 31Γ
Chapter IV Parameter Adjustment
Chapter V Operating Mode
Chapter VI Signal Control
9
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Chapter III Components Descriptions 4
31
41
.
.
5.3 Semi-Auto Mode
5.3.1 Vibration Sensor Installation
Contents
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Descriptions of the I
Descriptions of the
3 2 Descriptions of t3 2 Descriptions of
3.3 Descriptions3.3 Descriptions
3 4 Descriptio3 4 Descripti
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I Featu
Fea
er II Installer II Insta
ChapCha
apter III Compon
ter III Compo
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5.1 M
5.
5.1.5.
5.1.2 O
5.1.2
5.2 Auto Mo
5.2 Auto M
5.2.15.2
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put Vo
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meterseters
etersters
d ParametersParameters
/ Sync ParametersSync Parameters
meter Adjustmenteter Adjustment
ter V Operating
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equencyquen
anation of Autanation of A
5.3.2 Semi Auto Mode.3.2 Semi Auto Mode
5.3.3 Feed Speed Pa3.3 Feed Spee
5.3.4 Output Fre5.3.4 Output Fre
5.4 Sync Mode5.4 Sync Mode
5 .4.1 Conn4.1 C
5.4.2 S5.4.2 S
5.4
54
uto Modeto Mode
1 Vibration Sensor Inst
Vibration Sensor Ins
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r U Adjustment in ManuU Adjustment in Man
rameter E Adjustment irameter E Adjustmen
or Installation
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meter AAdjustme
eter AAdjustm
suring in A
suring in A
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/OFF Control
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s ON Delay Pas ON Delay P
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gnal Controlgnal Control
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Switch Sensors and PLC
witch Sensors and PL
C Ports OFF Delay ParaPorts OFF Delay Para
l Relation Parameter 2Relation Parameter
2
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1616
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1717
1818
Slave Controllers 19Slave Controllers 19
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SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
6.2 E Ports ON/OFF Control 32
6.2.1 Connection Method of Different Kinds of Switch Sensors and PLC to E Ports 32
6.2.2 E Ports ON Delay Parameter - and E Ports OFF Delay Parameter L 33
6.2.3 E Ports ON/OFF Control Logical Relation Parameter 7 34
35
6.3.1 Logical Relation Parameter of C Ports and E Ports 35
6.3.2 Switch Sensor Type Parameter A 36
6.3.3 Whether or not output of the controller is controlled by ON/OFF Control Signal
Parameter 4 36
6.4 Remote Speed Control 37
39
6.6 RS485 Communication 40
6.6.1 RS485Communication Address Parameter 40
6.6.2 RS485 Communication Baud Rate Parameter 40
6.6.3 RS485 Communication Protocol 40
6.7 24V DC Control Output 41
6.7.1 Connection Method of the 24V DC Control Output 41
6.7.2 Logical Relation of the 24V DC Control Output 42
43
7.1 Automatic Voltage Regulation: 43
7.2 Short-Circuit Protection 43
7.3 Overcurrent Protection 43
7.4 Overheat Protection 43
7.5 Overload Protection 43
7.6 Overvoltage Protection 43
44
4
48
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Γ
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6.3 Common Parameters of C Ports and E Ports
Γ
Chapter VII Security Functions
∏
Appendix 44
Appendix A: Dimensions
Appendix B: Electrical Specification 7
Appendix C: Troubleshooting Suggestions and Error Explanations Explanations
Explanations
6.5 Storage and Output of Preset Speeds
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6.3.2 Switch6.3.2 Swit
6.3.3 Wh6.3.3 Wh
6.4 R6.4
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6.2.3 E Ports ON/OFF
6.2.3 E Ports ON/OF
6.3 Common Param6.3 Common Param
6.6
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6.7.2 L6.7.2
7.1 A1A
7
ChapteChapte
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S485Communication AS485Communication
2 RS485 Communicati
RS485 Communicati
6.3 RS485 Communi
3 RS485 Comm
DC Control OuDC Control O
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utput of Preset Speedsutput of Preset Speeds
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Switch Sensors and PLCwitch Sensors and PLC
E Ports OFF Delay ParamE Ports OFF Delay Pa
al Relation Parameterl Relation Parameter
of C Ports and E P
of C Ports and E
is con
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ts and E Ports
and E Ports
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ProtecProte
nt Protectionnt Protectio
eat Protectionat Protection
erload Protectionrload Protection
6 Overvoltage ProtectioOvervoltage Protectio
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AppendixAppendix
Appendix A: DAppendix A
Appendix BAppendix
Append
Append
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e 24V DC Control Outp24V DC Control Out
e 24V DC Control Outpe 24V DC Control O
gulation:
ulation:
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y Functions
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ecificationcification
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4444
77
ons Explanations
Explanations
C
1
The controller is specially designed for controlling vibratory feeder in automation systems. Combined
with the latest electronic technologies and elaborate design, the controller has the following
convenient and practical features:
: Automatic output frequency modulation in real time to ensure the vibratory feeder will
always work at its best vibration frequency.
: Automatic output voltage adjustment in real time to ensure constant
preset feed speed regardless of weight change of the feed material in the vibratory feeder.
: Automatically measure and output the best vibration frequency of the
vibratory feeder.
: Eliminate both feed speed variation caused by mains voltage
fluctuation and beat effect caused by industrial AC frequency.
: Sync output waveform of the slave controllers with that of the master controller to
the same frequency and phase to avoid beat effect.
: The controller has 2 groups of ON/OFF control ports. Switch sensor or
PLC can be connected to them to turn on/off the controller. Soft Startup Time, ON Delay, Off Delay
and Logical Relation of the ON/OFF Control can also be set.
The controller can recognize and adapt to both NPN
and PNP type switch sensors.
: In order to avoid sudden shock to the feed material and vibratory feeder, the controller
can gently increase output voltage/feed speed from 0 to the preset value when startup.
: 4 preset feed speeds can be stored and output by external short-circuit signal.
: Maximum output voltage value of the controller can be increased up to 150% of the
input voltage value.
Max Adjustable Output Voltage can be preset to protect the
vibratory feeder from damage caused by high voltage.
: Users can balance efficiency and maximum power by adjusting this parameter.
: Output Voltage/Feed Speed of the controller can be adjusted remotely by an
external potentiometer, a PLC, or a 1-5V/4-20mA DC signal.
: The controller can output 24V DC power associated with logical relation
setting of the ON/OFF Control to drive a solenoid, an electrical relay or other external devices.
: Lock all buttons on the control panel by pressing the ON/OFF button and hold
for 2 seconds to prevent misoperation.
: Lock all parameters except Output Voltage/Feed Speed by self defined password to
prevent unauthorized operation.
: Reset all parameters of the controller to factory defaults.
: All parameters of the controller can be adjusted via RS485 communication
ports.
Auto FM
Auto Constant Speed Control
Auto Frequency Measuring
Automatic Voltage Regulation
Waveform Sync
Remote ON/OFF Control
Automatic Switch Sensor Type Recognition
Soft Startup
Preset Speeds
Acceleration
Max Adjustable Output Voltage:
Waveform Index
Remote Speed Control
24V DC Control Output
Control Panel Lock
Parameter Lock
Controller Reset
RS485 Communication
：
Chapter I Features
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
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ffect caused by industrialffect caused by industria
Sync output waveform oc output waveform
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/OFF Control
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: Users can balance
: Users can balanc
: Output: Outpu
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Speed ControlSpeed Control
4V DC Control Output4V DC Control Outpu
Control Panel LocControl Panel
ParameterParameter
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e/feed speed from 0 to the/feed speed from 0 to the
peeds can be stored and
eds can be stored
t voltage value of
voltage value o
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n be increased up to 15
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ed by self defined passw
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S485
C
2
Chapter II Installation Guide
Step One:
Open the packing box and check the controller and all accessories.
Step Two:
Connect the wiring terminals of the Output
Power Cable to the vibrator's
electromagnetic coil.
Live Wire
Neutral Wire
Earth Wire
Yellow( and Green Dual Color)
Notice
Make sure the vibrator's electromagnetic coils is connected to the live wire and
neutral wire of the Output Power Cable and the electromagnetic coils is reliably
earthed otherwise serious accident may occur.,
!
Step Three:
Connect the connector of the Output
Power Cable to the Output Power
Socket of the controller.
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
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Step TwoStep Two
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Connect the conConnect the con
Power Cable tPower Ca
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Step Four:
Connect the connector of the Input Power
Cable to the Input Power Socket of the
controller.
Step Five:
Connect the plug of the Input Power Cable
to the mains jack.
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
Connect the
controller side first
H
CUH
C
Four:Four:
ect the connectorct the connecto
ble to the Input Power
le to the Input Powe
ontroller.ontroller.
CU
C
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
H
H
StepStep
Con
to
CUH
U
CU
CU
CU
CU
CU
CU
CU
CU
H
U
U
U
U
X
X
X
X
X
X
X
X
X
X
X
H
CoCo
CUH
UH
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C
th
CU
CU
CUH
CUH
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ut Power Cable
t Power Cable
CUH
CUH
H
C
t
CUH
C
UH
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H
CUH
H
C
CU
C
C
C
C
C
C
C
C
C
C
C
C
C
C
CU
CU
CU
CU
H
H
CUH
C
CU
CU
CU
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
CU
CUH
UH
CU
33
C
CUH
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C
C
C
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C
C
4
Acceleration Indicator:
The indicator lights up as
the Acceleration function
takes effect when Output
Voltage value exceeds Input
Voltage value.
Remote Speed Control Indicator:
The indicator lights up when external
speed control signal is effective.
Meanwhile Vol+ and Vol- buttons lose
efficacy.
Chapter III Components Descriptions
3.1 Descriptions of the Indicators
Speed A & Speed B
Indicators:
The indicator lights up when
external short-circuit signal is
connected to corresponding G
ports.
Stop Indicator:
The indicator lights up as the
controller stops its output.
LED Screen:
The LED Screen displays
parameter and its value.
Sync Signal Indicator:
The indicator lights up as the
sync signal is connected to
the Slave Controller.
Communication Indicator:
The indicator lights up when
RS485 ports are
communicating.
Auto/Semi-Auto Mode
Indicator:
The indicator lights up as the
controller is set to Auto or
Semi-Auto Mode.
Sync Mode Indicator:
The indicator lights up as the
controller is set to Sync
Mode.
Vibration Sensor Indicator:
The indicator lights up as
vibration sensor is connected
to the controller.
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
H
CUH
CUH
C
CUH
Acceleration IndicatorAcceleration Indicator
::
The indicator lights upThe indicator lights up
the Acceleration functhe Acceleration fun
takes effect when Otakes effect wh
Voltage value exVoltage value e
Voltage valueVoltage value
criptionsription
AutAu
InIn
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r III Com
III Co
the I
h
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
H
UH
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Sync SiSync S
The ihe
yy
syn
t
M
VibratioVibra
The indicatThe indic
vibration sen
vibration s
to the controll
to the contro
CUH
CUH
CU
C
CUH
UH
effi
e
up as theup as the
Auto oruto or
pp
e.
Mode Indicator:
de Indicator:
ndicator lights up as the
ator lights up as the
ler is set to Sync
is set to Sync
gp
gp
or Ind
CUH
CU
CU
Speed Control Indicator:
peed Control Indicator:
dicator lights up when exter
ator lights up when
control signal is effective
ntrol signal is effect
hile Vol+ and Vol- but
e Vol+ and Vol- bu
nts Descript
nts Descrip
CUH
C
H
CUH
dto
cation Indicator:ation Indicator:
cator lights up whenator lights up when
5 ports areports are
gg
mmunicating.municating.
pp
CUH
C
C
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C
C
C
C
op I
CUH
Speed A & Speed BA & Speed B
Indicators:Indicators:
p
The indicator lights up wThe indicator lights up w
external short-circuit sexternal short-circuit s
gpgpg
connected to correspconnected to
ports.p
C
UH
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CUH
CU
C
CUH
H
reen
ree
ED ScreenED Scr
ameter and its vameter and it
CUH
CU
CU
C
s the
put.put.
ys
ys
CUH
UH
CU
44
C
CUH
UH
C
5
3.2 Descriptions of the Buttons
Vol+ & Vol- buttons/ Feed
Speed Adjustment Buttons
In Manual Mode, they work
as Output Voltage adjustment
buttons
In Auto Mode or Semi-Auto
Mode, they work as Feed
Speed adjustment Buttons
．
．
ON/OFF Button
Turn on/off output of the
controller or lock the control
panel
Parameter Value Increase
Button & Parameter Value
Decrease Button
Adjust parameter value by
these two buttons
FUNC Button
Switch among different
parameters by this button.
3.3 Descriptions of I/O Interfaces and Accessory
Vibration
Sensor Socket
Input
Power Socket
Power Switch
Output
Power Socket
Vibration Sensor
Input Power Cable
Output Power Cable
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
H
CUH
CUH
CUH
Vol+ & Vol- buttons/ Feed
Vol+ & Vol- buttons/ Feed
Speed Adjustment ButtonSpeed Adjustment Button
In Manual Mode, they wIn Manual Mode, they w
as Output Voltage adjuas Output Voltage adj
buttonsbuttons
In Auto Mode orIn Auto Mode
Mode, they woMode, they w
Speed adjusSpeed adjus
．．
CUH
C
s of the Butto
of the Butt
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
H
3.3 Descri
3.3 Descr
CUH
C
H
CU
uttonutton
off output of theoff output of the
ller or lock the control
er or lock the contr
el
CUH
UH
CUH
C
UH
UH
U
U
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
VibrationVibration
Sensor SocketSensor Socket
InputInput
Power SPower S
CUH
C
CU
/O Interfaces and
O Interfaces and
CUH
H
CUH
Value IncreaseValue Increase
& Parameter ValueParameter Value
ase Buttonse Button
ust parameter value byt parameter value by
hese two buttonso buttons
C
FUNC ButtonFUNC Button
Switch amonSwitch amon
parameter
paramete
CUH
H
UH
H
H
UH
t Power Cablewer Cable
UH
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H
H
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H
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H
H
H
H
H
H
H
H
H
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UH
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
CUH
H
CU
U
C
C
yy
wer Switchwer Switch
Pow
utpututpu
Ou
owerowe
Po
CUH
CU
C
CUH
CU
CU
55
C
UH
Vibration SensorVibration Sen
CUH
C
UH
C
C
CU
CU
CU
C
C
C
C
C
C3
C2
C1
6
E3
2
1
E
E
D2
D1
F4
F3
F2
A1
A2
A3
A4
H1
H2
H3
H
4
G1
G2
G3
G
4
3 4 Descriptions of Signal Control Ports.
ON/OFF Ctrl ON/OFF Ctrl 24V Ctrl Out
RS485
+24V
Input
GND
+24V
Input
GND
+24V
Output
B
A
-
+
GND
Speed Ctrl
Sync
Preset
+5V
GND of Resistor
Input
GND
Input
Input
Output
Output
-
+
-
+
GND
Speed A
GND
Speed B
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
H
CUH
CUH
H
H
U
U
UH
UH
UH
UH
p
+24V+24V
Inputnput
GN
CU
C
C
ns of Signal C
s of Signal
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
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CU
CU
CU
CUH
CUH
H
H
H
H
H
H
UH
UH
UH
UH
UH
UH
UH
UH
CUH
CUH
UH
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CU
CU
U
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C
C
3
2
1
E
E
D2
D1
C
C
C
C
C
CU
C
CU
U
U
ON/OFF Ctrl 24ON/OFF Ctrl 2
+24V
OutputOutput
p
B
A
A
-
+
+
GNDGND
CUH
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CU
CU
U
CU
CU
CU
CU
CU
CU
CU
CU
C
C
C
C
C
C
A
rtsrts
Speed CtrlSpeed Ctrl
CUH
CUH
C
C
C
C
C
C
C
C
C
C
C
C
C
CU
CU
C
CU
C
C
C
C
C
C
UH
UH
H
H
H
H
H
H
H
H
UH
UH
H
H
UH
UH
H
H
UH
UH
G2
G3
5
PresetPreset
CUH
H
C
C
H
H
C
C
C
C
C
C
C
C
C
C
C
C
C
2
H3
4
U
U
U
U
U
U
CU
CU
CU
CU
C
C
C
V
istoristor
GNDGND
InputInpu
InputInput
p
Outpututput
p
OutputOutput
-
++
--
+
G
CUH
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H
CUH
CU
CUH
CU
66
C
CUH
C
Parameters of the controller are classified into 4 types according to different adjustment
methods: Common Parameters, Basic Parameters, Advanced Parameters and Auto/Sync
Parameters.
●""""
●
●
Press Vol+ or Vol- button to adjust Common
Parameters.
The buttons are designed to adjust
Common Parameters only.
Common Parameters can be adjusted by pressing
button even when any other
parameter is displayed on the LED screen. The
controller will go back to the previous parameter after
Common Parameter adjustment.
""""
""""
Vol+ and Vol-
Vo l + o r Vo l -
7
Chapter IV Parameter Adjustment
4.1 Common Parameters
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Variable Frequency Intelligent Controller
for Vibratory Feeder
0 260V~
V
0 3200~
1
Common
Parameter
Symbol
Range
Unit
Output Voltage
Feed Speed
4.2 Basic Parameters
●
●
●
●
Press button and hole for 2 seconds to
enter Basics Parameter Adjustment Status.
Press button repeatedly to switch
cyclically among different parameters.
Press or button to adjust the parameter value.
Press button again and hole for 2 seconds
to exit Basic Parameter Adjustment Status.
""
""
""
FUNC
FUNC
FUNC
▲▼
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
+
Vol
-
Vol
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Variable Frequency Intelligent Controller
for Vibratory Feeder
.~ .25 0 4 0 0H Hz0z
.~ .0 0 10 0s s
00 00s s.~２.
00 00s s.~２.
Basic
Parameter
Output
Frequency
Soft Startup Time
C Ports
On Delay
C Ports
Off Delay
Symbol
Range
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
Unit
H
CUH
of the contf the co
Common ParamCommon Par
ters.rs.
●●
●●
●●
Press Vol+ orPress Vol+
"""
"
Parameters.Parameters.
TheThe
CommonCom
ComC
""
VoV
CUH
.1 Common Param1 Common Para
CU
are cla
l
B
r IV Par
IV Pa
CUH
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ntroller for Vibratory Feedoller for Vibratory Fee
CUH
U
UH
H
UH
OutpuOut
Feed Spe
Feed Sp
4.2 Ba4.2 B
CUH
oad
ttons are desigtons are des
ly.
rs can be adjusted by pr
s can be adjusted by p
tton even when any othtton even when any oth
played on the LED screlayed on the LED scre
ll go back to the previouback to the pre
arameter adjustment.arameter adjustment.
CU
CU
CU
CU
C
C
mmon
meter
S
tage
CUH
pes according to differees according to differ
s, Advanced Parametervanced Param
CommonCommon
oad
C
er Adjustm
er Adjust
CUH
CUH
te
●●
button andbutton an
s Parameter Adjustm
Parameter Adjus
button repeat
button repea
cally among different pcally among different p
Press or button toress or button to
Press buttPress bu
to exit Basic Paramto exit Basic Param
"
""
""""
CC
oror
or
C
C
C
Bas
Par
CUH
er
C
C
UH
H
UH
UH
C
CUH
CU
UH
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0 260V0 260V
VV
0 32000 3200
ange
Unit
for 2
CUH
UH
CUH
CUH
CU
CU
U
U
U
U
UH
UH
C
C
CU
CU
C
C
C
C
C
C
C
C
U
U
rated
Stop
Spe
Speed B
CU
CU
Vo
+
CU
CU
Vol
-
CU
U
FUN
Auto
ync
Sensor
Sync
Signal
Communicate
Remote
U
U
CUH
CUH
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
CU
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CU
CU
CU
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CU
UH
U
U
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U
U
UH
CU
CU
CU
U
U
CU
U
U
U
U
ncy Intelligent Contro
for Vibratory Feeder
CUH
le for 2
efo
t Status.t Status.
CUH
CUH
UH
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CU
CU
CU
CU
CU
CU
C
CU
CU
C
CU
CU
U
U
C
C
C
C
C
C
C
C
Time
me
ymbol
CUH
UH
H
r value.
value.
ndsnds
UH
UH
U
U
U
U
Saturated
U
U
U
U
U
U
U
U
U
Variable Frequency Inte
CUH
CU
CU
CU
CU
C
77
CUH
00 00s000s
２２
0000
0
UH
s
H
H
00s00
000
UH
CUH
H
H
H
H
H
CUH
UH
CU
CU
CU
CU
CU
CU
VC34 M
CU
CU
CU
CU
CU
U
U
U
U
CUH
CUH
CUH
U
U
U
U
U
U
U
U
U
U
U
CU
U
U
U
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U
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CU
CU
CU
CU
CU
CU
HzHz
C
C
it
C
8
4.3 Advanced Parameters
●" "
●
●
●
Press and buttons simultaneously and
hold for 2 seconds to enter Advanced Parameter
Adjustment Status
Press button repeatedly to switch
cyclically among different parameters.
Press or button to adjust the parameter value
Press and buttons simultaneously again
and hold for 2 seconds to exit Advanced Parameter
Adjustment Status.
FUNC ▲
▲▼
▲
""
""
FUNC
FUNC
Symbol
Range
Advanced Parameter
Unit
E Ports On Delay
E Ports Off Delay
C Ports Logical Relation
E Ports Logical Relation
24V Ctrl Out Logical Relation
Whether or not output of the controller is
controlled by ON/OFF Control Signal
Switch Sensor Type
Logical Relation of C Ports and E Ports
Max Adjustable Output Voltage
Acceleration Index
Waveform Index
Temperature Display
Communication Address
Communication Baud Rate
Parameter Lock Password
Controller Reset
0.0s 20 0s
0.0s 20 0s
~.
~.
---
_-_
---
_-_
---
_-_
Positive Logic Negative Logic
Positive Logic Negative Logic
Positive Logic Negative Logic
---
Relevant
---
Irrelevant
Uto Auto
n n NPN type Sensor
PnP PNP type Sensor
:
:
:
P
0V~260V
100%~150%
0~100
-10.0 ~80.0
1~31
3~1152
0~999
℃℃
s
s
\
\
\
\
\
\
V
%
1
C
1
1
\
°
kbps
Ready for Reset
Reset Completed
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
+
Vol
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Variable Frequency Intelligent Controller
for Vibratory Feeder
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
OR AND, , XOR
H
CUH
CUH
""
●●
●●
●●
s andan
""""
for 2 seconds to ent
or 2 seconds to e
djustment Statusdjustment Status
Press buttoPress butt
cyclically among dicyclically among d
Press orPress or
PressPress
and hold foand hold fo
AdjustmAdj
▲▼▲
oror
"""
""
CU
C
arameters
ameters
tto
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
H
H
UH
UH
U
UH
CP
C
E PortsE Por
24V Ctrl O
24V Ctrl O
WhetheWheth
contcont
CUH
CUH
UH
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C
C
C
H
the
ons simultns simu
xit Advanced Pit Advance
Parameter
ts On Delay
On Delay
rts Off Delay
Off Delay
Logical RelatLogical Relat
al R
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sly andnd
etereter
switch
itch
s
meter valuemeter value
usly aga
usly aga
ete
UH
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CUH
H
UH
CU
CU
C
C
C
C
nsor Typeor Type
ogical Relation of C Portsgical Relation of C Ports
Max Adjustable OutpMax Adjustable Ou
Acceleration IndAcceleration Ind
Waveform Inveform
TemperTemper
Com
CUH
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U
U
U
U
U
U
U
U
U
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U
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CU
U
CU
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CU
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C
C
C
C
C
C
C
C
C
H
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CU
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C
CU
UH
nn
e controller is
ontroll
ol Signal
Signal
0.0s 20 0s0.0s 20 0s
0.0s 20 0s0.0s 20 0s
2020
20
2020
----
------
----
Positive LoPositive
PositiP
CUH
C
C
C
H
ange
CUH
CUH
CUH
CUH
CU
CU
CU
U
UH
U
U
TYPE
SDVC34 M
:
UH
V
UH
UH
FUN
nsor
nc
Signal
unicate
CU
CU
CU
CU
CU
UH
UH
CUH
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H
H
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UH
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UH
UH
UH
UH
UH
UH
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UH
UH
H
UH
UH
UH
UH
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UH
UH
UH
UH
UH
CU
CU
CU
U
C
C
C
C
C
C
C
C
C
C
CU
CUH
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
UH
UH
CU
UH
H
CU
C
ress
Baud RateBaud Rate
Lock Password
k Password
tt
0~
0
CUH
H
H
UH
C
C
C
C
H
tiv
Negative Logegative L
Autoo
n NPN type Sensorn NPN type Sensor
PnP PNP type SensorPnP PNP type Sensor
0V~260VV~260V
~1
OR A,R,
C
C
C
C
C
C
C
C
C
C
C
C
CUH
U
U
CU
CU
CU
C
C
C
C
CU
ogic
s
ss
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88
C
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UH
UH
UH
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99999
Ready for Re
Ready for R
Reset CoReset C
CUH
H
UH
UH
CUH
CU
CU
C
C
C
CU
UH
\\
VV
%%
11
C
°
C
9
Hz
Hz
\
\
1
1
1
1
V
1
1
1°
V
1
1
4.4 Auto/ Sync Parameters
●" "▼
●
●▲▼
●▼
Press and buttons simultaneously and
hold for 2 seconds to enter Auto/Sync Parameter
Adjustment Status
Press button repeatedly to switch
cyclically among different parameters.
Press or button to adjust the parameter value
Press and buttons simultaneously again
and hold for 2 seconds to exit Auto/Sync Parameter
Adjustment Status.
FUNC
""
""
FUNC
FUNC
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Variable Frequency Intelligent Controller
for Vibratory Feeder
Auto/Sync Parameter
Symbol
Range
Unit
Centre Frequency
Max Offset in Auto FM
Output Voltage Adjustment
Method
Output Frequency Adjustment
Method
Output Frequency Auto
Adjustment Index
Amplitude Auto Adjustment
Index
Feed Speed Display
Output Voltage Display
Max Amplitude Index
Max Adjustable Feed Speed
Phase Difference
Max Output Voltage in Auto
Frequency Measuring Process
Feed Speed Min Adjustment
Volume
Vibration Sensor Number
Amplitude Auto Adjustment
Index
25.0Hz~400.0Hz
0.0Hz~180.0Hz
___Auto
Manual
_
_
_
___
Auto
Manual
_
_
_
Sync
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
0~200
0~999
0~999
0~H
0~h
0~500
0~3200
-180°~180°
0V~260V
1~10
1~4
H
CUH
CUH
""""
●●
●●
●●
ss a dsad
""▼""
ld for 2 seconds to ente
d for 2 seconds to en
Adjustment Statusdjustment Status
Press buPress b
cyclically amongcyclically among
Press orPress or
▲▼▲
▲
PressPress
and holdand
AdjustAdj
""""
""
CU
C
arameters
rameters
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
H
H
UH
UH
U
Ma
M
OutputOutpu
MethodMethod
ppp
Output Fre
Output Fr
MethodMethod
OutpuOutp
AdjAd
A
C
C
C
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C
U
st the p
t the
ttons simultatons simul
exit Auto/Sync Paexit Auto/Sync
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tre Frequency
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ge A
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usly andsly and
ameterameter
o switch
witch
eter valueeter value
sly ag
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H
Adjustm
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Speed Displaypeed Display
Output Voltage Displayutput Voltage Display
Max Amplitude IndMax Amplitude Ind
Max Adjustabx Adju
Phase DPhase D
Max
F
Auto AdjustmentAuto Adjustment
CUH
H
H
UH
CUH
CU
C
C
C
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C
C
C
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C
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Ra
ntt
25.0Hz~400.0Hz5.0Hz~400.0Hz
0.0Hz~180.0Hz0.0Hz~180.0Hz
______
AutoAu
ManuMa
__
_
__
______
AuA
_
_
0
CUH
H
C
C
CUH
CUH
CUH
CUH
CU
CU
C
C
CU
UH
CU
CU
TYPE
C34 M
UH
Vol
-
UH
UH
FUNC
Sync
sor
al
mun
CU
CU
CU
CU
CU
UH
UH
CU
CU
H
H
H
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U
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UH
U
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U
U
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U
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U
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U
CU
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C
C
C
C
C
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C
C
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CU
CUH
C
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UH
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H
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H
n AutoAuto
ng Processocess
n AdjustmentAdjustment
ensor Number
sor Number
0
0~320
0~32
-180-180
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H
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C
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1
1
yncync
H
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HzHz
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UH
CUH
UH
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CU
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C
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VV
11
11
1°1
VV
C
C
To simplify operation, Parameter 5 and 6 are set to by factory default. Under this
setting, the controller will work in Manual Mode if Vibration Sensor is not connected to the
controller or work in Auto Mode if Vibration Sensor is connected.
If both 5 and 6 are set to , the controller will work in Manual Mode whether or not
Vibration Sensor is connected to the controller.
If Vibration Sensor is not connected to the controller, the controller will always work in
Manual Mode.
ΓΓ
ΓΓ
___
Note:
_
_
_
10
Chapter V Operating Mode
The controller can be set to work in one of the following four operating modes according to
specific application requirements.
Manual Mode: Both Output Voltage and Output Frequency are manually adjusted
Auto Mode: Both Output Voltage and Output Frequency are auto adjusted based on feedback
from the Vibration Sensor to ensure constant preset feed speed and best vibration frequency of
the vibratory feeder
Semi-Auto Mode: Output Voltage is auto adjusted based on feedback from the Vibration
Sensor to ensure constant preset feed speed. Output Frequency is manually adjusted.
Sync Mode: In Sync Configuration, if Output Frequency of Controller B is always
consistent with that of Controller A. We define Controller A as Master Controller, Controller
B as Slave Controller and Operating Mode of Controller B as Sync Mode.
●
●
●
●
Operating Mode
Manual Mode
Auto Mode
Semi-Auto Mode
Sync Mode
Output Voltage U
Output Frequency E
Adjustment
Method
Γ5 Setting
Adjustment
Method
Γ6 Setting
Manual
Auto
Auto
Manual or Auto
or
Auto
Manual
Manual
Auto Sync with
Master Controller
5.1 Manual Mode
In Manual Mode, both Output Voltage and Output Frequency are manually adjusted.
Operating Mode
Manual Mode
Output Voltage U
Output Frequency E
Adjustment
Method
Γ5 Setting
Adjustment
Method
Γ6 Setting
Manual
Manual
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
H
CUH
C
er can be sr can be
pplication requpplication req
ual Mode: Both Outp
ual Mode: Both Out
uto Mode: Both Outpuuto Mode: Both Outpu
rom the Vibration Sensrom the Vibration Sen
the vibratory feederthe vibratory feeder
Semi-Auto ModSemi-Auto M
Sensor to ensureSensor to ensur
Sync ModeSync
consistentonsist
BasSlaBasSl
●●
●●
CU
apter V O
pter V
work in
ki
nt
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
H
UH
UH
Semi-Au
Semi-A
Sy
5.15.
CUH
CUH
CUH
CU
C
C
CU
CU
ge is a
ei
t feed speefeed sp
guration, if Outpguration, if Ou
ntroller A. We define
troller A. We defin
nd Operating Mode of C
d Operating Mode of C
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nual M
ModeMode
Outpu
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j
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ting Mode
ting Mod
wing four operating mowing four operating m
tput Frequency are mantput Frequency are ma
utput Frequency are aut
put Frequency are aut
tant preset feed speed
nt preset feed sp
djusted basedjusted base
tput Fre
ptFr
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To simplify operTo simplify o
setting, the cosetting, the c
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te:
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odeode
e, both Output Voltaboth Output Vo
CUH
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CU
H
H
Operating Mode
Manual ModeManual Mode
CUH
H
H
UH
UH
CU
H
CU
UH
UH
UH
H
H
H
U
U
U
C
C
CU
tting
utouto
Manual or Auto
nual or Auto
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C
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C
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d on feedbackon feedback
on frequency ofn frequency of
om the Vibrationom the Vibration
ually adjusted.ally adjusted.
oller B is alwaysB is always
aster Controller, Controaster Controller, Cont
ync Mode.
ync Mode.
Output Freq
djustment
th d
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r 5 and 6 are set to
r 5 and 6 are set to
rk in Manual Mode if V
k in Manual Mode if V
Mode if Vibration SensMode if Vibration Sen
e set to , the controe set to , the contr
is connected to the con
s connected to the con
nsor is not connected t
or is not connec
5 and5 and
5 and
H
H
H
CUH
H
H
H
H
H
H
UH
Sync withync with
ter Controllerer Controller
cy are manually adjustedcy are manually adjus
CU
CU
C
CU
C
U
Outpu
Settin
A
CUH
U
U
U
CU
CU
C
C
C
C
C
C
CUH
n ManuaManu
the controller will a
he controller wil
CU
1010
C
CUH
efault. Under thisefault. Under this
is not connected to the
s not connected to the
e whether
e whethe
CUH
UH
UH
UH
CUH
H
C
U
U
U
etting
C
11
5.1.1 Output Voltage Parameter U Adjustment in Manual Mode
Actual Output Voltage value of the controller can be displayed on the LED screen digitally
and accurately.
=
=
=
Turn on the power switch when Vibration
Sensor is not connected to the controller.
The LED screen displays Output Voltage
Parameter U and its value.
Adjust the U value by pressing Vol+ or
Vol- button.
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Output Voltage is
180V
Variable Frequency Intelligent Controller
for Vibratory Feeder
5.1.2 Output Frequency Parameter E Adjustment in Manual Mode
With the help of DDS technology, Output Frequency of the controller is always stable and
high-precision regardless of time or temperature change.
=
=
=
Press button and hold for 2
seconds to enter Basic Parameter
Adjustment Status.
The LED screen displays Output
Frequency Parameter E and its value.
Adjust the E Value by pressing or
button when Vibration Sensor is not
connected to the controller.
▲▼
""FUNC
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
-
Vol
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Output Frequency is
50.0Hz
Variable Frequency Intelligent Controller
for Vibratory Feeder
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
CUH
CUH
ut Voltaget Voltag
ately.ately
==
==
Turn on the power switc
Turn on the power swit
Sensor is not connectSensor is not connec
The LED screenThe LED sc
Parameter UParameter U
AdjustA
Vol-V
CU
arameter U Adjust
ameter U Adju
eofthe
fth
CU
CU
UH
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
5.1.2 O.1.2
With the helWith the h
high-precision
high-precisi
==
PressPress
se
CUH
CU
Vo
essing Vol+ orssing Vol+ or
t Frequen
t Frequen
DD
CUH
CU
ModeMode
e displayed on the LEDdisplayed on the LED
r.
CUH
CU
us.us.
creen displays Outpcreen displays O
cy Parameter E and its v
cy Parameter E and its
djust the E Value by presdjust the E Value by pre
button when Vibration Stton when Vibration
connected to the conconnected to the co
CUH
CU
H
E Adjustment in ManE Adjustment in M
utput Frequency of theut Frequency of the
or temperature changeor temperature chang
d hold for 2
old fo
meter
meter
CUH
CUH
CUH
CUH
CU
CU
H
H
C
C
C
C
C
C
C
C
C
C
C
C
CU
CU
TYPE
SDVC34 M
:
Stop
CU
CUH
Vol
+
CU
CU
ol
-
CUH
UH
FU
Auto
Sync
Sen
nc
Signal
municate
U
U
U
U
UH
UH
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
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UH
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UH
UH
UH
U
U
UH
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U
U
U
U
UH
U
U
U
U
U
U
U
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U
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U
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U
U
U
U
CUH
oller
CUH
UH
CUH
H
wa
UH
UH
U
U
H
H
H
H
H
H
U
U
UH
UH
UH
UH
ted
Stop
Speed A
ed B
U
Vol
U
U
A
Remote
UH
UH
UH
UH
UH
UH
UH
UH
UH
UH
UH
UH
UH
UH
UH
UH
H
H
H
H
H
H
H
H
H
H
H
H
H
H
UH
H
UH
UH
CU
C
Output Frequency isOutput Frequency is
50.0Hz50.0Hz
Variable Frequency Intelligent Control
for Vibratory Feeder
CUH
C
CU
ble and
ble and
CUH
CU
1111
C
CUH
CUH
U
U
U
U
U
U
U
U
U
U
U
C
12
5.2 Auto Mode
In Auto Mode, Vibration Sensor must be connected to the controller. Output Voltage and
Output Frequency will be adjusted automatically based on feedback from the Vibration Sensor
to ensure constant preset feed speed and best vibration frequency. Output Voltage and Output
Frequency can not be adjusted manually.
By factory default, when Vibration Sensor is connected, the controller works in Auto Mode.
Operating Mode
Auto Mode
Output Voltage U
Output Frequency E
Adjustment
Method
Γ5 Setting
Adjustment
Method
Γ6 Setting
Auto
Auto
Note:
The controller will still work in Manual Mode if Vibration Sensor is not connected.
Step One:
Step Two:
Connect the connector of the Vibration Sensor to the Vibration Sensor Socket of the
controller.
Install the vibration sensor head on a secure and even surface of the vibratory feeder
firmly.
Vibration Sensor
5.2.1 Vibration Sensor Installation
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
H
CUH
e, Vibrat, Vibr
quency will bquency wil
e constant preset feconstant preset
uency can not be adjust
ency can not be adjus
y factory default, whenfactory default, when
CUH
CUH
CUH
CU
Operating
A
NN
CU
ensor mus
ensor mus
uste
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
Ste
Step Two:
Step Two
ConnCon
controllcontro
Install theInstall th
firmly.firmly.
CU
C
ne:ne:
e connect
e connect
CUH
H
H
UH
U
H
H
H
ustmen
Method
AutoAuto
will still work in Manualstill work in Manual
ation Sensor Installa
ation Sensor Installa
C
C
C
C
CUH
o the controller. Outpuo the controller. Outpu
based on feedback fromsed on feedback from
bration frequency. Outbration frequency. O
r is connected, the cont
s connected, th
C
C
C
oltage U
Γ
5S tt
CUH
CU
CU
CUH
H
on Sensor to the Vibratn Sensor to the Vibra
or head on a secure and e
head on a secur
CUH
Outp
Ou
Auto Mode.Auto Mode.
CUH
H
CUH
CU
UH
CU
U
U
U
equency E
e
nt
d
Γ
6 Setting
AutoAuto
r is not connected
is not connecte
CUH
UH
H
H
CUH
C
C
C
H
he vibratory feedhe vibratory fe
oror
C
CUH
CU
tofthe
f the
CUH
CU
1212
C
CUH
CUH
C
13
5.2.3 Auto Frequency Measuring in Auto Mode
5.2.2 Feed Speed Parameter A Adjustment in Auto Mode
=
=
=
Turn on the power switch when Vibration
Sensor is connected to the controller. The
Vibration Sensor Indicator lights up.
The LED screen displays Feed Speed
Parameter A and its value.
Adjust the A Value by pressing Vol+ or
Vol- button to desired feed speed.
""
""
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Auto
Mode
/ -
Semi Auto
Indicator
Vibration
Sensor Indicator
Variable Frequency Intelligent Controller
for Vibratory Feeder
By Auto Frequency Measuring, the controller detects the best vibration frequency of the
vibratory feeder and sets all related parameters automatically. The only thing users need to do
is to set Feed Speed Parameter A, then the controller will work in the best status.
=
=
Press and buttons simultaneously
and hold for 3 seconds when Vibration
Sensor is connected to the controller to
start Auto Frequency Measuring. Output
Frequency Parameter E and its value will
be displayed on the LED screen in the
measuring process.
After the Auto Frequency Measuring
process, the controller will automatically
set all related parameters including Centre
Frequency parameter F, Max Offset in
Auto FM parameter n, Output Frequency
Auto Adjustment Index IF, Amplitude
Auto Adjustment Index PA, Amplitude
Auto Adjustment Index IA, Phase
Difference Parameter . Output Voltage
Adjustment Method Parameter 5 and
Output Frequency Adjustment Method
Parameter 6 will be set to .
▲▼
Γ
Γ ___
TYPE
SDVC34 M
:
-
Saturated
Stop
Speed A
Speed B
Vol
+
Vol
-
-
FUNC
Auto
Sync
Sensor
Sync
Signal
Communicate
Remote
Variable Frequency Intelligent Controller
for Vibratory Feeder
● If the LED Screen displays Err02 the
moment Auto Frequency Measuring Process
starts, it is normal, because of parameter b is set
too high.
● If you want to cancel Auto Frequency
Measuring Process, Press ON/OFF button.
Then the controller will go back to the status
before Auto Frequency Measuring.
After Feed Speed setting and Auto Frequency Measuring, the controller will work in best status at
desired feed speed.
SDVC34 Series
Variable Frequency Intelligent Controller for Vibratory Feeder
Vibration
Sensor Indicator
Auto
Mode
/ -
Semi Auto
Indicator
H
CUH
CUH
==
==
on the power swon the power s
ensor is connected to th
or is connected to
Vibration Sensor Indica
Vibration Sensor Indica
The LED screen dThe LED screen d
Parameter A anParameter A
Adjust thAdjust th
Vol-V
"""
VlV
CU
C
rameter A Adjust
meter A Adju
he
CUH
CU
ntroller for Vibratory Feedoller for Vibratory Fee
CUH
UH
os
==
PressPress
and hold f
and hold
Sensor isSensor i
start Astart
FrFr
CUH
Frequency MeasuringFrequency Measuring
C
CU
sing Vol+ oring Vol+ o
d feed speed.feed speed.
"""
Vl+Vl+
Frequency Measuring
equency Measu
y feeder and sets all
eeder and sets a
d Speed Paramd Speed Param
▼
CUH
UH
ModeMode
C
C
AutoAuto
M
M
CUH
C
the LE
he L
ocess.cess.
e Auto Frequency Meas
Auto Frequency Me
ess, the controller will aut
ss, the controller will au
t all related parameters inall related parameters
Frequency parameter F,requency parameter F,
Auto FM parameter nAuto FM paramete
Auto AdjustmentAuto Adjustment
Auto AdjustmeAuto Adjustm
Auto Adjustuto Ad
DifferencDifferen
Adjus
Adjus
Ou
CUH
UH
detects the best vibtects the best vi
ers automatically. The
rs automatically. Th
controller will work inontroller will work in
neouslyously
VibrationVibration
controller to
ontroller to
easuring. Output
uring. Output
nd its value will
its value will
een in theeen in the
CUH
CUH
CUH
CUH
CUH
CUH
U
U
CU
CU
U
U
U
U
CU
CU
U
U
CUH
CUH
TYPE
SDVC34
:
Stop
U
UH
+
U
U
Vol
-
UH
UH
UNC
Sync
Sensor
Sync
Signal
Communicate
U
U
U
U
U
UH
UH
U
U
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
CU
U
CUH
H
C
ncy
cy
dee
plitudeplitude
hasehase
Output Voltageutput Voltage
rameter 5 andrameter 5 and
Adjustment Methodustment Method
l be set to .be set to .
______
mom
starts
star
too
too
d setting and Auto
setting and Auto
CUH
C
C
C
C
C
C
UH
UH
UH
UH
H
H
UH
UH
U
U
U
U
U
U
H
H
H
H
Saturated
UH
H
Vol
+
UH
+
H
V
H
Remote
UH
UH
H
H
UH
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
H
UH
H
CUH
CU
C
riable
e LED
VibrationVibration
Sensor IndicatorSensor Indicator
ode
/
Semi AutoSemi Aut
--
IndicatorIndicator
CUH
C
hehe
need to doneed to do
C
C
troller
CUH
CU
1313
C
UH
H
H
H
ntrol
to Frequeo Freq
uring, the controller wi
uring, the controller w
C
C
CU
U
CUH
CUH
UH
UH
UH
Err02 ther02 the
Measuring ProcessMeasuring Process
use of parameter b is setuse of parameter b is set
t
ancel Auto Frequency
el Auto Frequenc
Press ON/OFF butto
ress ON/OFF bu
ll go back to thl go back to th
Measuring.
Measuring.
C
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