Fraser 7 Series User manual

7 SERIES STATIC GENERATORS
OPERATING
INSTRUCTIONS

3
GB
7 Series Static Generators Iss.1
Contents    Page
1 Introduction 4
2 Safety 5
3 Use 6
4 Checking on Delivered Equipment 6
5 General Specification and Dimensions 7
6 Positioning 10
7 Operating and Control 11
8 Electrical Connection 16
9 Maintenance 22
10 Health and Safety 23
11 Certification and EU Declaration
of Conformity 23
12 Troubleshooting 24
13 Spare Parts and Accessories 26

4
This manual applies to the Models 7333, 7360, 7560, 73150 and
75150 Static Generators.
It is essential that you read and understand the complete manual
before installing and using this equipment. This is important for safety
and for warranty cover.
1.1ExplanationofSymbols
Warning!
This symbol appearing in the operating instructions refers to
operations which, if carried out improperly, may result in serious
personal injuries.
Caution!
This symbol appearing in the operating instructions refers to
operations which, if carried out improperly, may result in damage
to property.
1.Introduction

5
7 Series Static Generators Iss.1
These Static Generators are intended for use in industrial applications to
generate high voltages for static charging applications.
A blanking plug is provided tted to one of the HV output sockets.
Remove this plug if both HV sockets are needed. If only one HV output is
required, ensure the blanking plug is always tted to the HV socket not
in use.
Work on this equipment must be carried out by a competent and
qualied electrical engineer.
The equipment should be disconnected from the electricity supply
before starting any maintenance or installation work.
Do not touch any live parts - you will receive an electric shock.
The Generator must be earthed for safety and correct performance.
Any changes to the equipment without written consent of the
manufacturer will nullify the warranty and CE approval.
2.Safety

6
The 7 Series power Fraser static charging heads which are used in industrial
applications for temporary adhesion. The system consists of the Static
Generator and one or more charging or pinning heads.
The Static Generator is a high voltage switching power supply. It is available in
either positive polarity or negative polarity.
The 7 Series Generators are for indoor use in industrial applications.
Static Generators:
Installation should be made by a qualied electrical engineer.
3.Use
4.CheckingonDeliveredEquipment
The equipment leaves our factory in suitable protective packaging. Please
check that it is undamaged when it arrives. If there is visible damage contact
the Factory or one of our Distributors immediately, before carrying out any
installation.
Check that the parts that which have been delivered are the same as you
have ordered.
Loose Parts: Earth Lead.
RM and CI Cable as per order.

7
7 Series Static Generators Iss.1
5.GeneralSpecicationandDimension
Construction: 1.5mm steel with mounting brackets.
Size: See sketches on pages 8 to 9.
Electrical: See page 16
Load: Two HV output connections. External connector boxes can be used to
increase the number of HV outputs.
Installation:
Dry, oil-free location required with ambient temperature of 40° or less.
The enclosure is sealed, but the atmosphere should not be polluted, wet or
condensing for high voltage applications.

8
5.GeneralSpecicationandDimension
Scotts Business Park, Bampton, Devon, GB, EX16 9DN
T + 44 (0) 1398 331114 F + 44 (0) 1398 331411
E [e-mail] W www.fraser-antistatic.co.uk
p4
Specication of 7 Series Generators: All Models
* Launch Summer 2012
Connector Boxes are available where more than 2 electrodes need to be served.
Model Input
Power
HV Max Output
Current
Output
Power
Local
Operation
Remote
Operation
Remote
Monitoring
HV & I
Limiting
HV
Connections
7333 DC 24V DC 30kV 1mA 30W No Yes Yes Yes 2
7333 AC 90-264V
50/60Hz
30kV 1mA 30W No Yes Yes Yes 2
7360 DC 24V DC 30kV 2mA 60W Yes Yes Yes Yes 2
7360 AC 90-264V
50/60Hz
30kV 2mA 60W Yes Yes Yes Yes 2
7560 DC 24V DC 50kV 1.2mA 60W Yes Yes Yes Yes 2
7560 AC 90-264V
50/60Hz
50kV 1.2mA 60W Yes Yes Yes Yes 2
73150 DC* 24V DC 30kV 5mA 150W Yes Yes Yes Yes 2
73150 AC* 90-264V
50/60Hz
30kV 5mA 150W Yes Yes Yes Yes 2
75150 DC* 24V DC 50kV 3mA 150W Yes Yes Yes Yes 2
75150 AC* 90-264V
50/60Hz
50kV 3mA 150W Yes Yes Yes Yes 2
Standard Models
Please see individual datasheets for further information.
7333 Dimensions
7360/7560 Dimensions
220
95
237
220
248.50
283
167
22.50
71.50
A FIRST ISSUE 00-00-00 RMC
REV. DESCRIPTION DATE CHANGED BY APPRVD
1:3
COMPACT
GENERATOR 30KV
POZ
XXXXXXX
73330
D
TITLE
REVISION
MATERIAL
SCALE
DRAWN BY
CHK'D
DATE
DRAWING No.
5 6
C
DO NOT SCALE
SHEET 1 OF 2
B
A
123
C
IF IN DOUBT - ASK
4 5
B
6
A
D
1 2
THIRD
ANGLE
3
PROJECTION
ALL SHARP EDGES AND CORNERS TO BE REMOVED
MACHINING TOLERANCES UNLESS OTHERWISE STATED
4
SPECIFICATION AND SYMBOLS TO BS308
ONE DECIMAL PLACE
SURFACE FINISHES TO BS1134
0-100mm
100-500mm
ABOVE 500mm
±0.1mm
±0.25mm
±0.4mm
±0.75mm
A
A3
APPRV'D
SCOTTS BUSINESS PARK
BAMPTON, DEVON
EX16 9DN
WWW.FRASER-ANTISTATIC.CO.UK
TEL: [phone]
FAX: [phone]
300
163
246
252
89
277
289
126
300
163
246
252
89
277
289
126
300
163
246
252
89
277
289
126
220
95
237
220
248.50
283
167
22.50
71.50
A FIRST ISSUE 00-00-00 RMC
REV. DESCRIPTION DATE CHANGED BY APPRVD
1:3
COMPACT
GENERATOR 30KV
POZ
XXXXXXX
73330
D
TITLE
REVISION
MATERIAL
SCALE
DRAWN BY
CHK'D
DATE
DRAWING No.
5 6
C
DO NOT SCALE
SHEET 1 OF 2
B
A
123
C
IF IN DOUBT - ASK
4 5
B
6
A
D
1 2
THIRD
ANGLE
3
PROJECTION
ALL SHARP EDGES AND CORNERS TO BE REMOVED
MACHINING TOLERANCES UNLESS OTHERWISE STATED
4
SPECIFICATION AND SYMBOLS TO BS308
ONE DECIMAL PLACE
SURFACE FINISHES TO BS1134
0-100mm
100-500mm
ABOVE 500mm
±0.1mm
±0.25mm
±0.4mm
±0.75mm
A
A3
APPRV'D
SCOTTS BUSINESS PARK
BAMPTON, DEVON
EX16 9DN
WWW.FRASER-ANTISTATIC.CO.UK
TEL: [phone]
FAX: [phone]
220
95
237
220
248.50
283
167
22.50
71.50
A FIRST ISSUE 00-00-00 RMC
REV. DESCRIPTION DATE CHANGED BY APPRVD
1:3
COMPACT
GENERATOR 30KV
POZ
XXXXXXX
73330
D
TITLE
REVISION
MATERIAL
SCALE
DRAWN BY
CHK'D
DATE
DRAWING No.
5 6
C
DO NOT SCALE
SHEET 1 OF 2
B
A
123
C
IF IN DOUBT - ASK
4 5
B
6
A
D
1 2
THIRD
ANGLE
3
PROJECTION
ALL SHARP EDGES AND CORNERS TO BE REMOVED
MACHINING TOLERANCES UNLESS OTHERWISE STATED
4
SPECIFICATION AND SYMBOLS TO BS308
ONE DECIMAL PLACE
SURFACE FINISHES TO BS1134
0-100mm
100-500mm
ABOVE 500mm
±0.1mm
±0.25mm
±0.4mm
±0.75mm
A
A3
APPRV'D
SCOTTS BUSINESS PARK
BAMPTON, DEVON
EX16 9DN
WWW.FRASER-ANTISTATIC.CO.UK
TEL: [phone]
FAX: [phone]
0kV.
7560 output current is limited to 1.2mA. The high voltage can be adjusted from 0 -
50kV.
75150 output current is limited to 3mA. The high voltage can be adjusted from 0 -
50kV.
Local and remote operation is available.
4. Checking on Delivered Equipment
The equipment leaves our factory in suitable protective packaging. Please check that it is undamaged when it
arrives. If there is visible damage contact the Factory or one of our Distributors immediately, before carrying out
any installation.
Check that the parts that which have been delivered are the same as you have ordered.
Loose Parts: Earth Lead.
RM and CI Cable as per order.
5. General Specification and Dimensions
+ table on page 4 of P:\Marketing\Matt\Sales Literature\ECS Temp Adhesion\PDF that
document.
7333
Construction:
1.5mm steel with mounting brackets.
Size:
See sketches below.
Electrical:
See page ?
Load:
Two HV output connections. External connector boxes can be used to increase
the number of HV outputs.
Installation:
Dry, oil-free location required with ambient temperature of 40° or less.
The enclosure is sealed, but the atmosphere should not be polluted, wet or
condensing for high voltage applications.
7333

9
GB
7 Series Static Generators Iss.1
5.GeneralSpecicationandDimensions
7360/7560/73150 & 75150
7360/7560/73150 & 75150
6. Positioning
The 7 Series Generators should be installed in a clean and dry position. Maximum
humidity 70%, non-condensing. Higher levels of humidity affect the process and can
cause tracking in the equipment.
It may be mounted horizontally or vertically.
Operating Temperature: 0 to 40°C.
It should be mounted in a vibration-free position.

10
6.Positioning
The 7 Series Generators should be installed in a clean and dry position.
Maximum humidity 70%, non-condensing. Higher levels of humidity affect
the process and can cause tracking in the equipment.
It may be mounted horizontally or vertically.
Operating Temperature: 0 to 40°C.
It should be mounted in a vibration-free position.
7. Operation & Control
7333
The 7333 Static Generator has been designed for full integration with a machine or
production process.
Generator Case Controls and Connections
ON-OFF switch on front panel.
4 Pin M12 chassis plug : 24VDC: 20VDC to 28VDC.
8 Pin M12 chassis plug: Control Interface.
5 Pin M12 chassis plug: Isolated Remote Monitoring.
Two HV output sockets.
Ground connection point.
7360/7560/73150/75150
The operation is based on the familiar conventions on standard low voltage
power supplies used in laboratories, test houses and general industry. Limits
can be set to the current and voltage levels before the High Voltage (HV) is
turned ON. If limits are not required, then turn both voltage and current
potentiometers to maximum before switching HV ON.
M12 4 Pin or 115/230V AC
ON
OFF
Ground
M12 8 Pin
M12 5 Pin
Fuse

11
GB
7 Series Static Generators Iss.1
7.Operation&Control
The 7333 Static Generator has been designed for full integration with a
machine or production process.
See pages 18-21 for typical connection examples.
7333
GeneratorCaseControlsandConnections
ON-OFF switch on front panel.
4 Pin M12 chassis plug : 24VDC: 20VDC to 28VDC.
8 Pin M12 chassis plug: Control Interface.
5 Pin M12 chassis plug: Isolated Remote Monitoring.
Two HV output sockets.
Ground connection point.
7. Operation & Control
7333
The 7333 Static Generator has been designed for full integration with a machine or
production process.
Generator Case Controls and Connections
ON-OFF switch on front panel.
4 Pin M12 chassis plug : 24VDC: 20VDC to 28VDC.
8 Pin M12 chassis plug: Control Interface.
5 Pin M12 chassis plug: Isolated Remote Monitoring.
Two HV output sockets.
Ground connection point.
7360/7560/73150/75150
The operation is based on the familiar conventions on standard low voltage
power supplies used in laboratories, test houses and general industry. Limits
can be set to the current and voltage levels before the High Voltage (HV) is
turned ON. If limits are not required, then turn both voltage and current
potentiometers to maximum before switching HV ON.
M12 4 Pin or 115/230V AC
ON
OFF
Ground
M12 8 Pin
M12 5 Pin
Fuse
Control
Interface PowerIn
RemoteMonitor
M125Pin

12
7.Operation&Control
The operation is based on the familiar conventions on standard low voltage
power supplies used in laboratories, test houses and general industry. Limits
can be set to the current and voltage levels before the High Voltage (HV)
is turned ON. If limits are not required, then turn both voltage and current
potentiometers to maximum before switching HV ON.
7360/7560/73150/75150
Generator Face
Power: ON-OFF switch on front panel.
DC version: Fixed cable gland and 5m 2 core cable 24V
DC: (20 - 28V DC).
HV ON/OFF: The switch on the generator top panel selects High Voltage ON
or OFF.
Voltage: HV output voltage set by potentiometer on Generator top panel
or through external 0-10V analog signal. A 10V reference is
supplied by Generator.
Current: HV output current set by potentiometer on Generator top panel
or through external 0-10V analog signal. A 10V reference is
supplied by Generator.
LED Indicators: HV will illuminate when Generator HV output is ON.
CC will illuminate when Generator is in constant current
mode.
CV will illuminate when Generator is in constant voltage
mode.
Current Display:
Current limit can be set when HV is OFF. Dots appear on current display to show set
current limits when voltage is OFF.
When voltage is ON these dots disappear and the display shows actual measured
current.
Voltage Display:
Output voltage may be set when the HV is OFF.
When HV is ON the actual output voltage is displayed.
HV Potentiometer
Current
Potentiometer
HV Switch
Top Panel
Front Panel
Fuse
ON
OFF
Ground
CI 8 Pin
RM 5 Pin
Fixed Cable
Gland
HV Outputs
Generator Face
Power: ON-OFF switch on front panel.
DC version: Fixed cable gland and 5m 2 core cable 24V
DC: (20 - 28V DC).
HV ON/OFF: The switch on the generator top panel selects High Voltage ON
or OFF.
Voltage: HV output voltage set by potentiometer on Generator top panel
or through external 0-10V analog signal. A 10V reference is
supplied by Generator.
Current: HV output current set by potentiometer on Generator top panel
or through external 0-10V analog signal. A 10V reference is
supplied by Generator.
LED Indicators: HV will illuminate when Generator HV output is ON.
CC will illuminate when Generator is in constant current
mode.
CV will illuminate when Generator is in constant voltage
mode.
Current Display:
Current limit can be set when HV is OFF. Dots appear on current display to show set
current limits when voltage is OFF.
When voltage is ON these dots disappear and the display shows actual measured
current.
Voltage Display:
Output voltage may be set when the HV is OFF.
When HV is ON the actual output voltage is displayed.
HV Potentiometer
Current
Potentiometer
HV Switch
Top Panel
Front Panel
Fuse
ON
OFF
Ground
CI 8 Pin
RM 5 Pin
Fixed Cable
Gland
HV Outputs
Potentiometer
VoltageDisplay
CurrentDisplay
LEDIndicators
On/Off
On/Off
HVOutputs
ControlInterface
Ground
RemoteMonitor
RM5Pin
Poer215V/230VAC
orM12x4PinDC

13
GB
7 Series Static Generators Iss.1
7.Operation&Control
GeneratorFace
Power:
ON-OFF switch on front panel.
DC version: Fixed cable gland and 5m 2 core cable 24V
DC: (20 - 28V DC).
HVON/OFF: The switch on the generator top panel selects High Voltage ON or OFF.
HighVoltage
Potentiometer:
HV output voltage set by potentiometer on Generator top panel or through
external 0-10V analog signal. A 10V reference is supplied by Generator.
Current
Potentiometer:
HV output current set by potentiometer on Generator top panel or through
external 0-10V analog signal. A 10V reference is supplied by Generator.
LEDIndicators:
HV will illuminate when Generator HV output is ON.
CC will illuminate when Generator is in constant current mode.
CV will illuminate when Generator is in constant voltage mode.
CurrentDisplay:
Current limit can be set when HV is OFF. Dots appear on current display to
show set current limits when voltage is OFF.
When voltage is ON these dots disappear and the display shows actual
measured current.
VoltageDisplay:
Output voltage may be set when the HV is OFF.
When HV is ON the actual output voltage is displayed.
Dots on the voltage display will begin ashing when it goes into constant
current mode to show that the set current limit is controlling the voltage.
HVOutputs:
A blanking plug is provided tted to one of the HV output sockets. Remove
this plug if both HV sockets are needed. If only one HV output is required,
ensure the blanking plug is always tted to the HV socket not in use. Dirt
can penetrate into the H.V Output sockets and cause internal tracking if the
blanking plugs are not used.

14
7.Operation&Control
A control interface allows for complete remote control and output
monitoring of the Generator. A 10V reference supply is provided for
complete remote control and ease of use.
Remote voltage/current setting overrides local voltage/current settings.
If remote is disconnected, the settings of the local switch and potentiometers
on the Generator top panel will determine the output of the Generator.
ControlInterface(CI)–AllModels
Important:
Connection: 8 Pin M12 Connector.
ON-OFF: Remote ON/OFF switching of HV.
OutputIndicator: HV ON indicator, sinks 15mA, suitable for remote LED or small relay coils.
VoltageSet: 0-10V analog input to set the voltage output demand and it overrides the
potentiometer on the top of the Generator case.
CurrentSet: 0-10V analog input to set the current output demand and it overrides the
potentiometer on the top of the Generator case.
VoltageSense: Output voltage sense/readout, 0-10V = 0-100%. 1kΩ Output impedance.
CurrentSense: Output current sense/readout, 0-10V = 0-100%. 1kΩ Output impedance.
10Vdcreference: Supplied from the Generator for remote programming, display and control.

15
GB
7 Series Static Generators Iss.1
7.Operation&Control
RemoteMonitor(RM)–AllModels
A remote monitoring system checks the High Voltage output status of the
Generator. Voltage free relay contacts are provided to switch an alarm or
feedback to a PLC.

Connection: 5 Pin M12 Connector. 63V 4A DC maximum rating.
PIN 4 connected to PIN 3 Generator NOT
producing High Voltage.
Generator Power Switch OFF or High Voltage
Switch OFF. Otherwise: output arcing,
malfunction, or problem with electrical supply.
PIN 4 connected to PIN 1
Generator producing High Voltage.
RemoteMonitorRelayOperation.
HIGHVOLTAGEOFF:
HIGHVOLTAGEON:
8. Electrical Connections
Control Interface - CI :
Pin 1 White
HV On/Off control. OFF: Pin 1 = <0.7V. ON: Pin 1 = 10 - 28V DC.
Pin 2 Brown
Voltage program, 0-10V = 0-100%, Approx. 100kΩ input impedance.
Pin 3 Green
Current limit/program, 0-10V = 0-100%. Approx. 100kΩ input impedance.
Pin 4 Yellow
Voltage sense/readout, 0-10V = 0-100%. 1kΩ Output impedance.
Pin 5 Grey
Current sense/readout, 0-10V = 0-100%, 1kΩ Output impedance.
Pin 6 Pink
HV output indicator, sinks 15mA DC. Can operate LED indicator by connecting
between pins 7 (anode) and 6 (cathode). This wire can also be used to activate small
external relay coils. Check this with the Manufacturer.
Pin 7 Blue
+10Vdc reference output. Can supply up to 100mA DC. Used as reference rail for
potentiometers for programming output voltage and/or current and can supply external
digital panel meters. Can also be connected to Pin 1 to switch HV.
Pin 8 Red /
Cable Shield
Ground. Connected to Earth.
Note: For Lumberg cables, Pin 8 is the un-insulated wire.
Remote Monitor Interface - RM:
HIGH VOLTAGE OFF:
PIN 4 connected to PIN 3 Generator NOT
producing High Voltage.
Generator Power Switch OFF or High Voltage Switch
OFF. Otherwise: output arcing, malfunction, or problem
with electrical supply.
HIGH VOLTAGE ON:
PIN 4 connected to PIN 1
Generator producing High Voltage.
8. Electrical Connections
Control Interface - CI :
Pin 1 White
HV On/Off control. OFF: Pin 1 = <0.7V. ON: Pin 1 = 10 - 28V DC.
Pin 2 Brown
Voltage program, 0-10V = 0-100%, Approx. 100kΩ input impedance.
Pin 3 Green
Current limit/program, 0-10V = 0-100%. Approx. 100kΩ input impedance.
Pin 4 Yellow
Voltage sense/readout, 0-10V = 0-100%. 1kΩ Output impedance.
Pin 5 Grey
Current sense/readout, 0-10V = 0-100%, 1kΩ Output impedance.
Pin 6 Pink
HV output indicator, sinks 15mA DC. Can operate LED indicator by connecting
between pins 7 (anode) and 6 (cathode). This wire can also be used to activate small
external relay coils. Check this with the Manufacturer.
Pin 7 Blue
+10Vdc reference output. Can supply up to 100mA DC. Used as reference rail for
potentiometers for programming output voltage and/or current and can supply external
digital panel meters. Can also be connected to Pin 1 to switch HV.
Pin 8 Red /
Cable Shield
Ground. Connected to Earth.
Note: For Lumberg cables, Pin 8 is the un-insulated wire.
Remote Monitor Interface - RM:
HIGH VOLTAGE OFF:
PIN 4 connected to PIN 3 Generator NOT
producing High Voltage.
Generator Power Switch OFF or High Voltage Switch
OFF. Otherwise: output arcing, malfunction, or problem
with electrical supply.
HIGH VOLTAGE ON:
PIN 4 connected to PIN 1
Generator producing High Voltage.

16
8.ElectricalConnections
ControlInterface-CI:
Pin1White HV On/Off control. OFF: Pin 1 = <0.7V. ON: Pin 1 = 10 - 28V DC.
Pin2Brown Voltage program, 0-10V = 0-100%, Approx. 100kΩ input impedance.
Pin3Green Current limit/program, 0-10V = 0-100%.Approx. 100kΩ input impedance.
Pin4Yellow Voltage sense/readout, 0-10V = 0-100%. 1kΩ Output impedance.
Pin5Grey Current sense/readout, 0-10V = 0-100%, 1kΩ Output impedance.
Pin6Pink
HV output indicator, sinks 15mA DC. Can operate LED indicator by
connecting between pins 7 (anode) and 6 (cathode). This wire can also be
used to activate small external relay coils. Check this with the Manufacturer.
Pin7Blue
+10Vdc reference output. Can supply up to 100mA DC. Used as reference
rail for potentiometers for programming output voltage and/or current and
can supply external digital panel meters. Can also be connected to Pin 1 to
switch HV.
Pin8Red/Cable
Shield
Potentiometers for programming output voltage and/or current and can
supply external digital panel meters. Can also be connected to Pin 1 to switch
HV.

17
GB
7 Series Static Generators Iss.1
8.ElectricalConnections
RemoteMonitorInterface-RM:
Ground / Earth: M5 threaded connector.
This must be connected to an earth / ground.
HV Output: Arc fault protected.
Ripple at full load: < 0.5% at full load.
Voltage rise time: internally limited to 1kV/ms.
Voltage fall time: Depends on load.
Pin 1 Brown Normally open relay contact.
Pin 2 White Not used. No connection.
Pin 3 Blue Normally closed relay contact.
Pin 4 Black Relay common pole.
Pin 5 Green/Yellow Not used. No connection.

18
8.ElectricalConnections
GeneratorFrontPanel
HVON/OFFSwitch C.I.RemoteHVOn/OffInput HV
OFF Not used / Open / 0V OFF
OFF 10 - 28V DC ON
ON Not used / Open ON
ON 10 - 28V DC ON
CIInterfaceExampleofUses
The following examples can be used independently or together as required.
HV ON/OFF control:
ExampleuseofafootswitchorexternalswitchtoremotecontrolHV:
Ground / Earth: M5 threaded connector.
This must be connected to an earth / ground.
HV Output: Arc fault protected.
Ripple at full load: < 0.5% at full load.
Voltage rise time: internally limited to 1kV/ms.
Voltage fall time: Depends on load.
CI Interface Example of Uses
The following examples can be used independently or together as required.
HV ON/OFF control:
Generator Front Panel
HV ON/OFF Switch
C.I. Remote HV On/Off Input
HV
OFF
Not used / Open / 0V
OFF
OFF
10 - 28V DC
ON
ON
Not used / Open
ON
ON
10 - 28V DC
ON
Note: For full remote control of HV, the top panel HV switch must be turned off.
Example use of a footswitch or external switch to remote control HV:
Pin 1 Brown
Normally open relay contact.
Pin 2 White
Not used. No connection.
Pin 3 Blue
Normally closed relay contact.
Pin 4 Black
Relay common pole.
Pin 5 Green/Yellow
Not used. No connection.
Note: For full remote control of HV, the top panel HV switch must be turned off.

19
GB
7 Series Static Generators Iss.1
8.ElectricalConnections
GeneratorFrontPanel
HVON/OFFSwitch C.I.RemoteHVOn/OffInput HV
OFF Not used / Open / 0V OFF
OFF 10 - 28V DC ON
ON Not used / Open ON
ON 10 - 28V DC ON
Usingaremote10kOhm,minimum100mW,potentiometertocontrol
outputvoltagesetting.
0-10V=0-100%:
Usingaremote10kOhm,minimum100mW,potentiometertocontroloutputcurrentlimit
setting,0-10V=0-100%:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output voltage
setting.
0 - 10V = 0 - 100%:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output current
limit.
setting, 0 - 10V = 0 - 100%:
Using an external 0-10V FSD ( Full Scale Deflection ) moving coil Voltmeter to
monitor actual HV output voltage. 0 - 10V = 0 - 100% output:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output voltage
setting.
0 - 10V = 0 - 100%:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output current
limit.
setting, 0 - 10V = 0 - 100%:
Using an external 0-10V FSD ( Full Scale Deflection ) moving coil Voltmeter to
monitor actual HV output voltage. 0 - 10V = 0 - 100% output:
Note: For full remote control of HV, the top panel HV switch must be turned off.

20
8.ElectricalConnections
Using an external 0-10V FSD ( Full Scale Deection ) moving coil Voltmeter
to monitor actual HV output voltage. 0 - 10V = 0 - 100% output:
Using an external 0-10V FSD ( Full Scale Deection ) moving coil Voltmeter
to monitor actual HV output voltage. 0 - 10V = 0 - 100% output:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output voltage
setting.
0 - 10V = 0 - 100%:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output current
limit.
setting, 0 - 10V = 0 - 100%:
Using an external 0-10V FSD ( Full Scale Deflection ) moving coil Voltmeter to
monitor actual HV output voltage. 0 - 10V = 0 - 100% output:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output voltage
setting.
0 - 10V = 0 - 100%:
Using a remote 10k Ohm, minimum 100mW, potentiometer to control output current
limit.
setting, 0 - 10V = 0 - 100%:
Using an external 0-10V FSD ( Full Scale Deflection ) moving coil Voltmeter to
monitor actual HV output voltage. 0 - 10V = 0 - 100% output: