Flashes & lighting
Photogenic Machine Company Electronic Flashmaster User manual
User manual for Photogenic Machine Company Electronic Flashmaster. 19 pages in English. Read the original PDF, download or print a copy without registration.
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- Brand
- Photogenic
- Model / document
- Photogenic Machine Company Electronic Flashmaster
- Document type
- User manual
- Language
- English
- Pages
- 19
- File size
- 2.1 MB
- Category
- Flashes & lighting
- Document date
- Not specified in catalog
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Page 2 · Read text
Photogenic
MachineCompany
DESIGNERS OF FINE LIGHTING EQUIPMENT SINCE 1921
525 McCLURGROAD r YOUNGSTOWN,OHIO 44#.'12
IHITNEMT
FLfi5HfiA5T[N
llrsTnucTt0l{ilflilufi[ A]TD PARTS LISTView original page 2Page 4 · Read text
PART I
Section 1. SYNCHRONIZATION
I
An Electronic Speedlight flashes within a few millionths of a second after it is
triggered. The camera shutter should therefore be equipped with contacts of the
zero delay type for use with speedlight.
Synchronization is extremely important and the greatest care should be taken
in making all connections to the synchronizer cables. If these connections are not
made in a careful and workmanlike manner, either an intermittent connection or
an electrical leak between the two leads may result. Either will cause unreliable
performance. An electrical leak will be especially noticeable during humid
weather. When making any connection to the trip cord the following steps should
be observed:
Fig. I - Preparation of Synchronizer Cable
l. Cut wires of the cablesto be connectedas shown in Fig. I a.
2. Strip eachlead /2" (Fig. la.\.
3. Twist leads together and solder securely.Use only rosin core solder.Use no , '09
flux eitherpasteor liquid. (Fig. lb). ,l rf
^ 4. Insulatewith ScotchNo. 33 electricaltape or equivalent.(Fig. 1c). Sv'
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r-5*--*.L,', **l&+2:View original page 4Page 5 · Read text
After the synchronizer cable is properly connected it is well to check the
synchronization with the camera. Adjust the lighting unit to the same height
as the camera lens and face the light into the lens. The lens aperture should bo
opened to its fullest extent and the camera back removed. Looking at tfre liins
through the back of the camera, operate the shutter. The flash of the light
should then appear as a circle the same size as the aperture. A few sheets of
white paper in front of the lens will cut down the brilliance of the flash and aid
in making the observatibn. It is best to perform this test with the modeling lj lamp turned off. If the circle is flattened on the sides, or if no light appears
through the lens, the shutter is not synchronized with the light. Shutter contacts
for this light should be the X or zero delay type. If the light appears not to be I
synchronized the shutter contacts should be checked by a reputable camera
repair man.
Section4. SAFETYPRECAUTIONS
Despite the extreme measuresthat have been taken to make this equipment
foolproof, it must be recognizedthat high voltagesdo exist within the power
supply, cables,and lighting units. Therefore,certainprecautionsmust be observed
in handlingthe equipment.
Do not attempt to changeflashtubesor modeling lamps unlessthe unit has
been dischargedand the lighting unit disconnectedfrom the power supply. llIllIIlI Always make certain that the power supply is disconnectedfrom the I 15 Volt I
A.C. line before attempting to serviceit.
Do not open the power supply case or dissassembleany of the epuipment
unlessyou are familiar with equipmentof this type.
DO'S AND DON'TS
DO - Turn Power Supply Unit "OFF" when not in use.
Do - Avoid quick repeatedflashing.Damagemay result. The full chargingtime
shouldbe allowed betweenflashes.
DON'T - Permit a lighting unit cable to becomefrayed or loose in a connector.DON'T - Insert or Remove a Flashtube unless the power Supply unit is fully i11I1discharged.
DON"T - Removethe top coverfrom the Power Supply Unit or placea hand near
any part inside the unit until you are certain that the capacitor bank is fully
discharged.
DON'T - Insert a screw driver or other metal object into the flashtube socket or
any electric outlet, socket or receptacle.Contact with high voltage may result. #{
DON'T - Attempt to make repairs to the speedlightoutfit if you are not familiar
with electronic equipment. Your dealer should be consulted regarding an
authorizedelectronicor radio serviceman.
DON'T - Usea higherrated fuse than is recommended.
DON"T - Plug the unit into any serviceexcept 100-125v. 60 cycle A.c. If this
unit is pluggedinto D.C. serviceit may result in seriousdamageto the component
parts. j -3- www.orphancameras.comView original page 5Page 6 · Read text
PART II
THE PHOTOGENICFLASHMASTER
SPEEDLIGHTS
Section l. GENERAL
This manual covers att itashmaster Speedlight outfits having a catalog number
in the AA series.
This includes catalog AA01A power pack and 8050-M, AAll, AA12, and
AAIT lighting units.
The Photogenic Flashmaster is a portable multiple-light speedlight outfit.
It is designed for continuous heavy duty service, and incorporates many special
features which make it ideally suited for school photography, Santa Claus
photography and other high production work. The power pack is voltage
regulated to provide the constant light output which is so necessary for quality
color photography, especially where the film is processed automatically.
.Two, three and four light outfits, using 6", 11", 16" or umbrella lighting
units are available. Each power pack will accommodate up to four lighting units.
The power pack features voltage regulation, a misfire alarm, a very rapid
recharge, and components rated for continuous heavy service. All power packs
are built around the "DO-IT-YOURSELF" repair concept which is exclusive
with Photogenic in the speedlight field. The electronic components ate mounted
so that they can be quickly replaced by anyone without use of a soldering iron.
Section 2. LJNPACKING AND SETUP
Unpack all units carefully so as to make certain that all parts are removed
from the cartons. Do not discard or destroy packing material until the equipment
has been assembled and all parts are accounted for.
After unpacking, all parts should be examined for any damage which may
have been caused by rough handling during shipment. IF ANY DAMAGE IS
DETECTED, CONTACT THE DELIVERING CARRIER AT ONCE. CLAIM
FOR DAMAGE SHOULD BE MADE TO THE DELIVERING CARRIER
BEFORE DESTROYING PACKING CASES.
The 6" and umbrella tighting units are shipped completely assembled and
ready to operate. It is only necessaly to set up the stands and fasten the
lighting units to them. The 11" and 16" lighting units are shipped with the
lamps packed separately. After unpacking, install the flashtubes and modeling
lamps.
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.:;**"*.;t:*:*$;tar; I,View original page 6Page 7 · Read text
A. INITIAL OPERATION
Plug in four lighting units and connectthe line cord from the power pack to a
wall outlet. Turn the power switch ON.
As soon as the switch is turned on, the red indicator will light. At the same
time, the white charge indicator will come on indicating that the pow€r
pack is charging.In about four or five seconds,when the power pack reaches,
full charge,the white charge indicator light will go out. This indicatesthat the
power pack is fully chargedand is ready to flash. Plug the trip cord into the
power pack and trigger it*by touching the ends of the wires together, the lights
will flash. As soon as the lights flash, the chargeindicator light will come on
againand will go out after the power pack is fully charged.
when the switch is turned off the power capacitors will be completely
dischargedby the dischargerelay inside the power pack. The charge indicator
light will come on the then dim out as the capacitorsdischarge.
Section 3. USE OF THE LIGHTS
A. POWERSUPPLY
1. PowerPlugs- ModelAA01 PowerPack
The model AA01 power pack has a total output power of 400 watt-
seconds. Many different combinations of output power are available by
using different power plugs. The power output indicated on the plug is
obtained when the arrow on the plug lines up with the dot on the control
panel. See figure l. This selector is not a turn type switch, but rather a plug
which must be physically removed and re-inserted with the pointer toward
the power chosen. Pdwer changes should not be made without first turning off
the power switch, which will discharge the power capacitors.
A U T I O N C A U T I O A U T I O N
ll.|r| urn ofF lutx ur{fi oF IUti uxfT oft rrcrf, c'|Arx6tr.o lEFCttE Ct{At Erx6 tgtoL cr{axotlac
FIG. xrlEro rtut POr:to t|'u6 tro?sto ttu€
I
0 f r l O 0 I' Two power plugsare suppliedwith the equipment. Using plug No. I in the "4x100" position, each outlet willprovide s$100 watt-
seconds. With the same plug in the "4x50" position, each outlet will provide 50
watt-seconds. All four outlets are isolated. The power supplied to each light is
not affected by any other lights which are plugged in.
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Using plug No. 2, marked 400 watt-second, the entire 400 watt-second
output of the power pack is connected to all four outlets. If a single light is
used, the full 400 watt-second power is available to it. If more than one light is
used, the power will divide equally among the lights connected. CAUTIoN:
Do not change the power plug with the power pack turned on. Always turn iL,
off and allow a few seconds for the capacitors to discharge first before changing
plugs.
Many other combinatioqs of output power are possible. Write us advising the
See listing on Page 17, and we will furnish a special power plug.
2. Misfire Alarm
Whenusingthe No. I powerplug, the MisfireAlarm will operate.All four
of the Misfire Alarm switchesshould be set to the "ON" position. If any of the
four lights should fail to flash, a buzzer will sound, warning the operator to re-
take the exposure.The Misfire Buzzer can be tested merely by unpluggingany
lighting unit and flashingthe lights.
If fewer than four lights are to be used,turn off the Misfire Alarm switch next
to the unused outlets. (These switches turn off only the Misfire Alarm. They
cannot be used to turn off an unwanted lighting unit without unplugging it).
When using the No. 2 power plug, the Misfire Alarm is inoperative. [f
severallighing units are used, the buzzer will NOT sound if one fails to flash.
3. Protection
A circuit breaker is provided to protect the equipment from damageby a
short circuit.
4. Flashing Rate
This power pack will not be damaged regardless of how rapidly it is flashed.
However, if it is flashed before the charge indicator light has gone out, the power
pack has not reached full charge, and full light output will not be obtained.
In addition, continuous rapid flashing can overheat and damage the flashtubes.
5. Triggering
The power supply can be triggered directly, by means of the trip cord
provided, or it can be triggered remotely from the flash of another speedlight
by inserting an 805OPS phototube in the trigger outlet.
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:,L!, :,"r. ": a*-.,k':,;:: jn -,View original page 8Page 9 · Read text
6. Charge Indicator Light
The charge indicator light comes on whenever the power pack is charging
and goes out again when the pack reaches full charge.
Under normal conditions, the recharge time is about 4/z seconds if the full
output power is used; less if only part of the power is being used.
This is a voltage regulated power pack. When comparing the rated chagint
time with an unregulated pack, bear in mind the difference in the way the charge .
time rating is determined. It is customary to rate an ordinary speedlight power
pack by the time required to reach only 90% of full charge. To reach 95% of full
charge, l% times the ratedcharging time must be allowed. To reach 98%, twice
rated time must be allowed. A voltage regulated power pack, such as the model
AA0l, however, will reach 100% FULL CHARGE in the rated charging time.
No extra allowance is needed.
B. LIGHTING I.JNITS
1. 6" Lights
The unit is designed principally for use as an auxiliary light. The smaller
reflector lends itself well to use as a background light or an accent light. Snoots
may be attached for greater control and for spotlight effects. Simply push the
snoot into the reflector so that the springs snap over the reflector bead and
hold it in place.
The flashtube is permanently mounted in the reflector. It is recommended
that the reflector be returned to the factory if it should ever be necessary to
replace the flashtube, since great care must be taken to prevent cracking it
during installation.
The flashtube used in these lighting units is designed to use no more than
200 watt-seconds of power.
As a modeling lamp, use a No. 1073 automotive lamp, which is available at
most service stations. When it becomes necessary to replace this lamp, loosen the
three screws around the edge of the reflector back cap and pull the reflector and
the cap apart. See figure 2.
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LOOSEN
3 SCREWS
2. I 1" Lights
If a large reflector is desired, the AA11 and AAl2 lighting units are
available. The AAl l is a wide angle light using a flat llyz" diameter reflector.
It provides a softer, broader, flood of illumination particularly useful for
photography of groups, or for school photography where the operator does not
wish to repsition his lights frequently. The AA11 lighting unit uses a 1073
modeling lamp, and a H4-l plug-in flashtube. It will operate at 400 watt-seconds.
Barndoors and diffusers are available for this light if desired.
FIG. 3
AAll WIDE.ANGLE AA12 LIGHTING
SPEEDLIGHT I.JNIT
-8-View original page 10Page 11 · Read text
3. 16" Lights
The AA12 lighting unit uses a 16" diameter studio type reflector for the finest
lighting control. The flashtube socket is adjustable to provide two different light
patterns. To adjust, loosen the knob on the side of the socket housing, push the
knob as far as it will go in the direction of the arrow, then tighten it again.
In the FLOOD position, the reflector has a coverage of 600 and has no hot
spot in the center. This pattern is best for floodlighting of groups.
In the MODELING position the reflector has a coverage of 45o with a suiiable
hot spot in the center so that the light can be feathered to obtain correct
gradation between highlight and shadow.
Best results are obtained by using these lights between 36 inches and 42 inches
from the subject, for head and shoulder work. By feathering the main source light
it then will be possible to shade the ear, etc. of the subject. The fill light may also
be feathered in order to obtain the proper shadow illumination to balance with
the main source. It is essential to feather all lights away from the background so
that unwanted illumination and shadows will not fall in this area.
Barndoors may be used to increase the effectiveness of feathering the light.
It attaches to the front of the reflector and may be rotated as required. The
barndoor is equipped with a removable matte finish acetate diffuser.
The socket housing of the AAl2 lighting unit is fitted with a quick change
mechanism which permits the reflector to be attached or detached in seconds.
The reflectors nest for easy carrying, and a protective Cover (Cat. No. AA 47) is
available to prevent flashtube breakage.
The AAl2 uses a 1073 modeling lamp and a H4-1 flashtube. It will operate
at 400 watt-seconds.
FIG. 5
AA13
LIGHTING
I.]NIT
For background lighting or for special effects, this unit will also accommodate
the small reflector used with the Photogenic Studiomaster background light. If
ordered with these reflectors instead of the 16" reflector, the catalog number is
A A 1 3 .
www.orphancameras.com-9-View original page 11Page 12 · Read text
FIG.6 AA17 LIGHTING
I.JNIT
!
250 watt quartz modeling lamp with high and low intensity switch. Modeling
lamp is correctly designed placement in the center of the plug-in flashtube for a
time visual modeling lamp versus flash effect. Plug-in long-file flashtube/reflector
assembly. Rigid tilting yoke holds any standard umbrella including Photogenic's
54-inch, 45-inch, or 28-inch.
Section4. TECHNICAL CHARACTERISTICS
Power Source . I l5 volts 60 cycles A.C. nominal. Will operate satisfactorily
at any line voltage from 100 to I 25 volts.
Power Consumption . . . lyz amperes idling, with power pack charged. 8 ampers
just after flashing, as power pack begins to charge.
Recharge Time . . . AA0 t -3yz seconds at I 15 VAC line.
Duty Cycle . . . continuous. ( I flash every 6 seconds)
Triggering Instantaneous-by means of trip cord or 8050-PS Photoslave.
Flash Duration . Approximately ll250th to 1/1000th second. Depends on
power setting and type of flashtube.
Color Temperature . . . Daylight-Approximately 6,000 deg. Kelvin.
D.C. Voltage . . . 438 volts, regulated.
Power Output . . . AA01-400 w.s. max.
FLASHTUBES
8050-M
Lighting Unit Type C4-l; permanently mounted, maximum power-
200 watt-seconds.
AAI l, AA12 andAA13
Lighting Units . . . Type H4-1 plug-intype; maximumpower-400 watt-seconds.
AA17
Lighting Units . . . TypeC4-2plug-intype;maximumpower-400 watt-seconds.
ModelingLamps. . . No. 1073, all lights exceptAA17 utilizesEHT.
- l 0 -View original page 12Page 14 · Read text
Section6. SERVICE
A. SAFETYPRECAUTIONS
Every effort has been made in the designand manufactureof this equipment
to make it completely safe in operation or during servicing.In addition, a safety
dischargerelay completely dischargesthe power capacitorswheneverthe equip-
ment is turned off.
CAUTION: This epuipment usesvoltageswhich can causeuncomfortableand
dangerousshock. In spite of the above safety features,ALWAYS BE CAREFUL.
We recommend:
1. First turn off power switch and then disconnectline cord before changing
modelinglamps or openingpower supply cover.
2. Never insert a screwdriveror other metal object into any outlet, socket,
or receptacle.
3. Do not attempt to operate the equipment with the caseremoved,unless
you are familiar with electronicequipmentand the hazardsinvolved.
B. POWERSIJPPLY
To open the case,remove the two screwsin the caserim, one on each side.
Slide the casedown about % inch until it rests on the table. Then, hold the case
down and lift the power supply out of the caseby the handle.
Wiring to the transformersand power capacitorsis connectedby means of
quick-connect terminals. To remove, grasp the terminal firmly with a pair of
pliers and pull. It will slide off. No unsolderingis required.
To remove the trigger SCR or rectifiers, grasp firmly and pull straight out,
while rocking the part back and forth slightly.
Power capacitorsare removed from the back, by sliding the retainer plate out
of the way.
C. LIGHTING UMTS
For information on replacement of modeling lamps and flashtubes see
section3
D. GENERALSERVICEINSTRUCTIONS ':
In order that you may expect long and trouble-free service every precaution i
has been taken in the design and manufacture of this equipment. Frequent
dservicing is not likely to be necessary; however, the offered suggestions here
photographerwill assist the in recognizing the cause of which any trouble may ItI'
arise, and will aid him in having it corrected as quickly and as inexpensively as **possible.
,'tt
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Whenever trouble arises, try the following simple things first:
l. Reset Breaker
2. Try a new flashtube.
3. Try a new SCR module.
4. Try another line cord.
5. Try another Photoslave, if you are using a Photoslave in the unit.
6. If the unit is not triggering properly, make sure the camera shutter or trip
cord is not at fault.
7. Try to determine whether the trouble is in the lighting units or the power
supply. Disconnect them an$ try the suspected lighting unit with a good power
supply and the suspected power supply with a good lighting unit, if available.
A word about intermittent defects; Often equipment will not be completely
inoperative, but will operate satisfactorily part of the time. If the equipment
happens to be operating satisfactorily at the time a test is being made, the test will
not find the defect. Because of this an intermittent defect is sometimes very
difficult to locate. In troublesome cases be very systematic, keeping a record
of each step taken and noting the results. Repeat each step in the test procedure
several times to be sure that results are consistent. Care and patience will usually
uncover the trouble.
E. COMMON SYMPTOMSAND THEIR CAUSES
l. Light flashesby itself without apparent reason.
Probablecause.
(l) Defective trigger module SCR
(2) Defective trip cord, or trip cord incorrectly polarized.
(3) Bright light falling on photoslave.
(4) Defective power capacitor.
(5) Poor connection in line cord.
2. Tnp cord will not flash lights, but charge indicator shows that pack
has charged.
Causes.
(1) Defectivetriggermodule SCR # (2) Defectivetrip cord.
(3) Defectivelighting unit.
(4) Defectivetrigger capacitor.
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www.orphancameras.comView original page 15Page 16 · Read text
3. One light will not flash.
Causes. . b
(l) Try the non-flashinglighting unit on the other outlets, if it doesnot hrrn,'
suspecta defectiveflashtubeor trigger coil. Seesection3.
(2') Try the good lightiJrgunit on the non-flashingoutlet. If they do not flash,
suspecta defectivetrigger capacitor. l
4. Charge indicator light does not go out.
Causes.
(l) Defectivepower capacitor.
(2) Defectivelighting unit.
(3) Defectiveflashtube- "afterglow".
"Afterglow" is a condition in which a flashtube continuesto glow dimly
after the main flash is over. While this glow persiststhe chargeindicator light
will not go out. Persistent or continuous afterglow indicates a defective
flashtube.A slight afterglow,lastinga secondor lessmay occasionallyoccur in
a normal flashtube.
5. Charge indicator fails to lieht.
Causes.
(l) Defectivechargeindicatorlamp.
(2) Defectivepower transformer.
(3) Defectivedischargerelay.
(4) CapacitorC9 short circuited.
(5) Defectiverectifier.
5. Misfire alarm buzzer sounds continuously.
Causes.
(1) RelayK2 defective.
(2) Defectivepowercapacitor.
7. Misfire alarm buzzer sounds after flash.
Causes. "'b
(l) Defective lighting unit. #0"
8. Misfire alarm buzzer sounds after every flash, all lights are flashing.
Causes. . jI t-
(1) Alarm switch left on when a light is unplugged. See page 9.
(2) Defective misfire alarm switch.
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.]j.iary&" $View original page 16Page 17 · Read text
E1
l
i;# l
9. Misfire alarm buzzer does not sound even when a light is misfiring.
Causes:
(1) Wrong power plug is being used.
(2) Misfire alarm switch turned off, or switch defective.
(3) Defectiverelay K2. *t (4) Defectivebuzzer.
(5) DefectiveresistorRl4, Rl5, and Rl63 j
F. INFORMATION FOR THE ELECTRONIC SERVICEMAN
First read the general information given above in the preceedingparts of
Section 6. Isolate the trouble as far as possibleusing the chart of symptons and
probablecauses.
The section below gives a detailed description of circuit operation to aid in
servicing.#
# bridgeAC rectifierPower is tosteppedprovideuptheto adirecthigh voltagecurrentinwhichtransformerchargesTltheandcapacitorrectifiedbank.by a
Transformer Tl is not an ordinary transformer.It has a specialmagnetic circuit
tuned with capacitorC9 which providesa stabilizedhigh voltageoutput from the
secondarywinding. Approximately 320 voltes AC is tapped from this regulated
winding and output which chargesthe capacitor bank. At full charge,the DC
voltage on the capacitorbank will be held within the range of 435 to 445 volts
regardlessof line voltage variations between 100 and 125 volts. Line current
must be 60 cycles AC. This transformerwill not perform properly on 50 cycle
* current.
The main capacitorbank consistsof Cl, C3, C5, andC7. Thesefour capacitors
are chargedseparatelythrough the isolation rectifier. Each of these capacitorsis
separatelyconnectedto one ofthe output plugs,ll,J2,J3,andJ4.
The secondarycapacitor bank is composed of C2, C4, C6, and C8. Byt inserting a properly wired power plug in socketJ9 the capacitorsin the secondary
bank can be connectedin parallel with the capacitorsin the primary bank in any
combination desired. A wide choice of output power is thus availableto the
photographermerely by changingthe power plug.
Relay Kl, operated by the 115 volt power line, is provided to dischargethe
power capacitor banks when the unit is turned off. When Kl de-energizes,the
capacitor banks discharge through four 1000 ohm resistors, by-passingthe
islolation rectifiers.
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www.orphancameras.comView original page 17Page 18 · Read text
A misfire alarm system is provided to alert the operator whenever a lighting
unit fails to flash. When a lighting unit fails to flash, the power capacitor
associated with it will not discharge. The difference in voltage between this
capacitor and the discharged capacitors will cause a current to flow through one
of the misfire alarm resistors, Rl4, R15, R16 and through relay K2. Relay K2
operates a buzzer which gives an audible alarm for several seconds. Switches 52,
S 3, 54, and 55 are provided to disconnect the misfire alarm from any outle.t
'. which is not being used.
An lighting units are provided with modeling lamps which operate from a low
voltage winding on transformer TlA. The trigger circuit, using a trigger SCR is
connected across power capacitor Cl. As the power capacitors charge, the trigger
capacitors C16, Cl7, C18 and Cl9, also charge through the primary of
the trigger transformers and R9, Rl0, Rll, and Rl2. When the shutter contacts
operate, the triggering SCR is gated, causing it to fire.
The trigger capacitor dischargesthrough the primary of the trigger transformer
and the trigger SCR. The high voltage spark from the secondary of the triggering
transformer ionizes the flashtube, causing it to discharge the power capacitors
with a brilliant flash.
POWEROUTLETS UMBRELLA OUTLET
MISFIRE ALARM SWITCH PUSHTO TEST
POWERPLUG TRIGGEROUTLET
CHARGEINDICATOR
POWERINDICATOR
POWERON_OFF
CIRCUIT BREAKER
MODELING LAMPS
ON_OFF
FIG. 7 POWERSUPPLY
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PARTSLIST FOR AAO1A
Schematic# Part # Description
Buzzer 613-004400-0 Buzzer
c1{8 602-11260-0 525 mfd. 450 vdc. capacitor
cl0{13 602-223006-0 .02 mfd. 600 vdc. capacitor
ct4 602474075-0 47 mfd.75 vdc. capacitor
cl5 602-503005-0 .05 mfd. 500 vdc. capacitor
cr61t9 602-254006{ .25 mfd. 600 vdc. mylar capacitor
cR-l 690-12035-0 rectifier& isolation
F1 67341063-03 3 amp circuit breaker
II 644400496-0 Power on indicator. Neon
t2 642-000044-0 Chargeindicator.,GE #44 61116
I3 642-001073-0 Modelinglamp #1973
JI.J4 621-011284-0 Poweroutlets
J5 685480283-0 Pair (Panellid connectors8 pin
J5 685480287-0 (Panellid connectors12 pin
(Specify w/pins)
J6 6214304124 Triggeroutlet
J8 622-030412-0 Rectifier socket
J9 622478011-0 Power plug socket
K1 6ll-12119-0 Relay,discharge
K2 611-000092-0 Relay,misfirealarm l0K coil
P1 621-000160-5 Input power receptacle
P5 685480284-0 Pair (Panelboard connector8 pin
P5 685480288-0 (Panelboard connector12 pin
(Specify w/pins)
Pt2 621-006067-l Lighting unit plug
RI 601-100910-0 10 ohm, 10 watt resistor
R2-R5 601-102910-0 1000ohm, 10 watt resistor
R6 601-105995-0 I Meg ohm,lz watt resistor
R7 601-273995-0 27 K ohm,lzwatt resistor
R8 601-829995-0 8.2 ohm, lzwatt resistor
R9-Rl2 601-394995-0 390 ohm, lzwattresistor
R l 3 601-153925-0 10-15K ohm, l5 watt resistor
T1 690-12662-0 Power transformer
T3 614-002700-0 Triggertransformer,Model LL
T3 614-002800-0 Triggertransformer,Model L
T3 614-002800-l Trigger transformer,Model L, Dbl. varnish
V1 690-12031-0 Triggertube scr
v2 H4-1,C4-1Flashtube
c4-2
Order parts by Photogenicpart number and description.
State model number and serialnumber of power supply or lighting.
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