Lumina Power CCPF-3500 Series User manual

02100004 Rev 1 CCPF-3500-XX User Manual Page 1 of 15

26 Ward Hill Ave., Bradford, MA 01835
Phone: [phone] Fax: [phone]
USER MANUAL
CCPF-3500-XX
CCPF- 000-XX
3.5 to .0 kJ/s Capacitor Charging
Power Supply Series

02100004 Rev 1 CCPF-3500-XX User Manual Page 2 of 15
Table of Contents
1.Descrip ion of CCPF-3500-XX Power Supply ........................................................... 3
2.Explana ion of Symbols............................................................................................... 4
3.CCPF-3500 Specifica ions .......................................................................................... 5
4.CCPF-3500 In erface ................................................................................................... 6

5.Typical Applica ions.................................................................................................... 9
5.1 Using a CCPF wi h a pulse forming ne work (PFN) ............................................. 9
5.2 Using a CCPF wi h a par ial discharge ne work (Reservoir Charging) .............. 10
5.3 Using a CCPF wi h mul iple PFNs or capaci ors ................................................ 11
6.Warnings .................................................................................................................... 12

7.Ins alla ion ................................................................................................................. 13
8.Produc Limi ed Warran y ......................................................................................... 14

9.Service ....................................................................................................................... 15
Tables and Figures
Table 1, CCPF In erface ..................................................................................................... 6
Table 2, CCPF Connec ions .............................................................................................. 13
Figure 1, CCPF-3500 Block Diagram ................................................................................ 3
Figure 2, CCPF-3500 In erface Schema ic ......................................................................... 7
Figure 3, CCPF-3500 Mechanical Ou line Drawing .......................................................... 8


02100004 Rev 1 CCPF-3500-XX User Manual Page 3 of 15
1. Description of CCPF-3500-XX Power Supply
The CCPF-3500/4000-XX capaci or charging power supplies are designed for OEM laser
manufac urers. The CCPF-3500 power supply provides up o 3500 J/s average charging
power for full discharge PFN applica ions, while he CCPF-4000 power supply provides
up o 4000 J/s charging power for reservoir capaci or banks. The main power ou pu
provides a cons an curren o charge up a capaci or o he programmed value.
The CCPF-3500/4000-XX can be configured for maximum ou pu vol ages up o 4000V
where he XX indica es he maximum ou pu vol age. As an example, a CCPF-3500
configured for 1000V maximum ou pu vol age is designa ed as a CCPF-3500-1P, where
P indica es a posi ive ou pu which is he s andard polari y. An op ional +24VDC ou pu
is available for auxiliary power.
The CCPF akes AC inpu from 200 – 240VAC, 50/60 Hz and rec ifies i by he inpu
rec ifier bridge. The rec ified vol age is boos ed o non-isola ed 400 VDC by he Power
Fac or Correc ion (PFC) circui . The purpose of he PFC is o force he inpu curren o
be in phase wi h he inpu vol age, close o uni y power fac or; such ha from 20% o
100% load he power fac or is be er han 98%. The PFC also produces he auxiliary
power for he fans and con rol circui s. The 400 VDC power is he source for he inver er
o genera e he high ou pu vol age for he capaci or load.
Figure 1, CCPF-3500 Block Diagram

02100004 Rev 1 CCPF-3500-XX User Manual Page 4 of 15
2. Explanation of Symbols


 
Hazard: This equipmen produces high vol ages
which can be fa al. Only service personnel of Lumina
Power, Inc. are qualified o service his equipmen .
High Voltage Present.
This power supply
produces le hal high vol ages. Only service personnel
of Lumina Power, Inc., are qualified o service his
equipmen . Only qualified service personnel are
permi ed o ins all his power supply.
Chassis Ground:
This symbol where he pro ec ive
ear h ground connec ion is loca ed.

02100004 Rev 1 CCPF-3500-XX User Manual Page 5 of 15
3. CCPF-3500/ 000-XX Speci=cations
XX indica es ou pu vol age wi h P for posi ive and N for nega ive.
Input
Vol age 200 - 240 VAC, single phase
Curren 22 A maximum a 200 VAC and 18.4A maximum a 240 VAC
Frequency 47 - 64Hz
Output
Power: 3500 J/s average charge ra e for full discharge PFN
4000 J/s maximum charge ra e for reservoir charging
See sec ion 5 Typical Applica ions below
Ou pu Vol age Fixed vol age be ween he ranges of 400VDC – 4.0kVDC
(fac ory configured, con ac fac ory for vol ages > 4kVDC)
Polari y Posi ive or Nega ive (fac ory configured)
Efficiency >80% a full ou pu
Regula ion: 0.5% @100Hz
Aux. Ou pu +24VDC @ 3A (op ional fea ure)
Interface
Connec or 15 Pin “D” Sub Female
Vol age Program 0-10V for 0-Max Vol age
Vol age Moni or 0-10V for 0-Max Vol age
Inhibi /Rese Inpu , low level (high level op ional, con ac fac ory)
End of Charge Ou pu indica ion
Overvol age Ou pu indica ion
Over emp Ou pu indica ion
Overload Ou pu indica ion
+15V Aux Power
Environment
Opera ing Temp 0 o 40 oC
S orage -20 o 85 oC
Humidi y 0 o 90% non-condensing
Cooling Forced air
Al i ude and Pressure 2000 me ers maximum, 80 o 103 kPa
Dimensions Please see Figure 3, CCPF-3500 Mechanical Ou line Drawing
Ou line 14.2 inch leng h, 5.5 inch wide, 6.0 inch high
(does no include moun ing flanges or elec rical erminals)

02100004 Rev 1 CCPF-3500-XX User Manual Page 6 of 15
. CCPF-3500 Interface
Connector Type 15 pin D-sub Female
Refer to Figure 2, CCPF-3500 Interface Schematic
Table 1, CCPF Interface
Pin # Pin Name Functional Level Description

Inhibit/Fault
Reset




 !"#$#%&'%  %
&()%* "!&  %&(
 %"'"&&'"&"% #& "%+&(
% ,  , % %'%- %""&
."!& ","&"!& #"#'"#%(  /

Over-Temp
Fault

"& 
 /
"' 
 %"
"%

Indica es an in ernal high empera ure condi ion. When an over
empera ure faul occurs, he signal is pulled ei her o GND or
15V/5V based on specific cus omers’ requiremen . Please
refer o he es da a shee for a specific power supply o see
how ha uni is configured. A N/O (a N/C swi ch is available)
hermal swi ch closes during an over empera ure condi ion.
Under normal empera ure condi ions, he over empera ure
ou pu is pulled o 15V via a 4.99k resis or. For a 5V in erface,
a 2.49k resis or is in parallel wi h he hermal swi ch. The
hermal swi ch will rese i self when he empera ure has been
reduced by approxima ely 20˚C.
0/ No connect  "&-"(!  *'%#- % #1 *
'#"&(  /

Voltage
Program

2
2 -"3
Ou pu is programmed ex ernally wi h a 0 o +10V signal for 0
o Vou max. See no e 1. Note: Accuracy and linearity will be
compromised when operating below 20% of the max value.
4
OVERVOLTAGE /
OVERLOAD / NO
LOAD STATUS
INDICATOR

5
, %&"*

When he ou pu is open or shor ed circui ed, or if he capaci or can’ be
fully charged o he programmed level in a given ime, he Over-Load
Faul will la ch Low and he power supply will shu down o pro ec
i self. Typically, i is 15V a an open collec or wi h a 4.99k pull up
during normal opera ion. To Clear he Faul : Correc he problem a he
load and oggle he Inhibi signal or recycle he AC inpu .
6
Vout Peak
Hold

2
2 -"3
7 "8*  ##%#' ,&" -% 
- #""%3-" &( #*9  
: Vout Monitor

2
2 -"3;%,&" 9  
< +15V @0.1A
 = >?'%#- % %'"# -"3--
#%% -+

End of Charge
Status
Indicator

?"%

"*#"% *
&" 
7%%"-
When he load capaci or is fully charged o he programmed level, he
EOC signal will go Low hru an NPN ransis or. The signal is Normally
High via a 4.99k pulled up o 15V. The EOC signal will oggle when he
power supply is refreshing he load cap. La ched EOC is op ional: The
EOC signal will la ch Low when he capaci or is fully charged and s ays
Low un il he cap is discharged and he Inhibi signal is asser ed.
0 Ground

)%*% %'%#%& %'"# "&

02100004 Rev 1 CCPF-3500-XX User Manual Page 7 of 15
Figure 2, CCPF-3500 Interface Schematic
No es:
1. Analog vol age range of 0-5V available per cus omer reques .
2. O her in erface configura ions are available o conform o older capaci or charger
models or cus omer reques s, con ac Lumina Power for any in erface changes.

02100004 Rev 1 CCPF-3500-XX User Manual Page 8 of 15
Figure 3, CCPF-3500 Mechanical Outline Drawing

02100004 Rev 1 CCPF-3500-XX User Manual Page 9 of 15
5. Typical Applications
5.1 Using a CCPF with a pulse forming network (PFN)
The above block diagram shows a ypical connec ion be ween a CCPF capaci or charging
power supply and a well ma ched pulse forming ne work. In a ypical opera ion, when
he CCPF is ENABLED via Pin 1, he INHIBIT func ion, he CCPF will charge up he
PFN capaci or o he programmed value and hen ransmi an END OF CHARGE signal
o he user. Before discharging he load capaci or in o he PFN, he CCPF should be
disabled via he INHIBIT func ion. Once he PFN is comple ely discharged and he SCR
has comple ely urned off, he charging func ion can be ENABLED via he INHIBIT
func ion and he CCPF will charge he capaci or again o he programmed value. PFN
designers may choose o include a limi ing resis or and a reversal pro ec ion diode o
pro ec he power supply if here is any possibili y of an arc in he PFN circui ry.

02100004 Rev 1 CCPF-3500-XX User Manual Page 10 of 15
5.2 Using a CCPF with a partial discharge network (Reservoir
Charging)
In his applica ion, he power supply is ENABLED via he INHIBIT func ion and charges
up he capaci or bank o he programmed vol age. The IGBT will deliver shor , high
curren pulses o he flashlamp. The power supply does no need o be inhibi ed during
his process and con inuously main ains he capaci or bank charged.