Technical data

ManualsBrandsSharp ManualsAir CleanerFU-800-J

FuG Elektronik GmbH, D-83135 Schechen, Am Eschengrund 11

http://www.fug-elektronik.de, E-Mail: info@fug-elektronik.de

V 0913

Capacitor charging power supplies

Series HCK from 2 kV to 65 kV / 100 J/s to 20 kJ/s

Features:

 Efficiency approx. 90%

 In units of 20kV and higher,

the HV-components are

moulded in (removable) sili-

con resin. From 35kV / 5000J/

s on, the HV-components are

isolated in oil

 Continuous charging or trig-

gered charging via potential

free external trigger input

selectable (opto-coupler input

for 12 - 24V).

 Charging with adjustable

constant current without over-

shoot.

 Voltage and current setting by

10-turn potentiometers with

precision scale; the adjusting

knob can be locked

 Suitable for continuous or

compensation charging

 No external protection resistor

is required

 Permanent short-circuit proof

 4½ digit DVM for charging

current and output voltage (for

table-top models)

 Pre-selection of the output

voltage with display

 End of charge signal, when

the final voltage is reached,

via front panel LED and a

potential-free interface for

signalling to an external con-

trol system (opto-coupler

output)

 Suitable for capacitive loads

with resistive elements

 The nominal current can be

permanently supplied at maxi-

mum output voltage

Function:

The capacitor charging high

voltage DC power supplies are

designed specifically to the

requirements of capacitor charg-

ing or capacitor conditioning, i.e.

they have a more heavily de-

signed output resistor to with-

stand a pulsed load and a regu-

lating circuit, optimized for fast

switching over between current

and voltage regulation and vice

versa.

In principle, the rectified line

voltage drives a square wave

generator of fixed frequency,

whose AC voltage is trans-

formed, rectified and filtered,

producing the output voltage.

For regulation, the square wave

voltage is pulse width modulat-

ed.

Design:

Up to 2500J/s nominal power

19" table-top case, higher power

in 19" cabinets (depending on

type) with oil isolated external

HV-container.

Output:

 Output isolation:

The polarity is positive or

negative and has to be indi-

cated with the order.

The "0V"- terminal of the

output is connected to earth

but may be disconnected as

needed. When disconnected,

the "0V" (earthy) terminal

may float with respect to

earth up to ±300V.

 Output terminals:

For all HCK units the output

is on the rear side of the unit

or on a separate HV-

container. Mating HV-

connectors are included, from

35kV on, assembled with 3m

cable, from 65kV >5000J/s on

with 10m cable.

Technical Data:

 Mains connection:

Up to 800J/s nominal power:

230V ±10% 47Hz to 63Hz;

From nominal power 1600J/s

400V ±10% 47Hz to 63Hz,

three-phase

 Ambient temperature:

0°C to +40°C

 Charging power:

The specified max. charging

power (see table) will be

supplied for charging be-

tween "0" and the rated volt-

age. For charging of a partial-

ly discharged capacitor a

considerably higher charging

power, up to the double, can

be supplied.

 Setting range for the charging

voltage:

from approx. 1% to 100%

 Setting resolution:

±1 x 10

-4

 Reproducibility of the charg-

ing voltage with respect to the

rated value:

For ±10% mains voltage vari-

ation:

<±1 x 10

-4

Over 8 hours under constant

conditions:

<±1 x 10

-3

Within the temperature range:

<±2 x 10

-4

For a repetition frequency of

<10Hz:

<±1 x 10

-3

For a repetition frequency of

>10Hz:

<±1 x 10

-2

 Repetition frequency:

max. 100Hz

 Residual ripple of the charg-

ing current:

approx. 10%pp 20kHz/40kHz)

Possible Options:

 Analog programming (see

page 44)

 Analog programming, floating

(see page 44)

 Computer interfaces - IEEE

488, RS 232, RS 422, Profi-

bus DP, LAN, USB (more on

request) (see page 46)

 Polarity reversal switch avail-

able up to 1600J/s (by re-

quest for higher powers)

Please specify the output

polarity, when ordering with-

out polarity reversal switch.

(see page 48)

 Dump switch for the output &

the load

 Higher repetition frequency

 Built-in or external discharge

circuit for pulse operation

 Higher stability and better

reproducibility (see page 48)

 Roller blades for cabinet units

More options and special solu-

tions on request. Some options

may involve changes to the

description of the unit - espe-

cially concerning the mechani-

cal design.

HCK 200 - 12500

12500V / 30mA

Design example