Bron Elektronik RFS2 RFS Transceiver Module User Manual Annex No 5 01

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Annex No.5
User Manual
Functional Description
Radio System for Studio Flash Equipment
914.0MHz: RFS Transceiver Module L7272.03/ L7272.13/ L7272.23
916.5MHz: RFS Transceiver Module L7272.01/ L7272.11/ L7272.21
Bron Elektronik AG, 4123 Allschwil, Switzerland
The application concerns the data transmission from an operator console (MAC/PC) to the flash
units of a Photo Studio, in both directions, as well as the transmission of a flash trigger signal from
the camera to all of the flash units.
--------------- Studio flash unit ----------------
The radio equipment in the studio flash unit consists of a RFS transceiver module (three versions)
and a unit specific RFS interface
916.5MHz
Flash unit „Grafit“:
RFS Transceiver Module L7272.01 and RFS Interface L 7273.00
Flash unit „Topas“:
RFS Transceiver Module L7272.11 and RFS Interface L 7275.00
Flash unit „Minicom/Logos“: RFS Transceiver Module L7272.21 and RFS Interface L 7274.00
914.0MHz
Flash unit „Grafit“:
RFS Transceiver Module L7272.03 and RFS Interface L 7273.00
Flash unit „Topas“:
RFS Transceiver Module L7272.13 and RFS Interface L 7275.00
Flash unit „Minicom/Logos“: RFS Transceiver Module L7272.23 and RFS Interface L 7274.00
RFS Transceiver Module specifications ( typical ):
•
•
•
•
•
•
•
•
•
•
Output power:
Frequency:
Modulation:
RF input impedance
Data rate / Data format:
Transmission time flash triggering:
Transmission time data-block:
Size:
Operating voltage:
Operating current:
12dBm
914.0 – 916.5MHz
ASK
50 ohms
38.4 kBaud Æ 76.8kBit in Manchester
0.625ms – 0.833ms
1.9ms – 10.4ms
35mm x 52mm x 12mm
3V
2mA receive mode
10µA power down mode
Interface connector:
Pin
Description
3V_PA: power amplifier
RXDATA: 76.8kBit Manchester (baud rate= 38.4kBaud)
Ground
TXMOD: 76.8kBit Manchester (baud rate= 38.4kBaud)
PA_IO: power amplifier control, 0=receive, 1=transmit
CNTRL1:
CNTRL0:
3V: power input
CNTRL1: CNTRL0:
control
power down mode
OOK transmit mode
ASK transmit mode
receive mode
Transmission format
Data format: MSB first
Flash-block:
• Preamble
• Start symbol „Flash“:
• ID (Studio no.)
11100110 01100110
01110001 11010110
01010101 01010110
optimisation of DC-balance
Manchester modified
Æ ID=1
( Manchester )
Data-block:
• Preamble:
• Start symbol „Data“:
• Block number:
11100110 01100110
01110001 11011001
...
optimisation of DC-balance
Manchester modified
each new block receives a new block
number, but not a repetition.
•
•
•
•
•
•
•
Byte count:
Start info:
Studio ID:
Unit ID:
n data
Check sum:
End Symbol „Data“:
...
01011010 01011001
01010101 01010110
...
... ... ... ...
...
01110110 00100110
Æ ID=1
( Manchester )
max. 50 Byte
Manchester modified
A dual directional data transmission only takes place when the setting on the flash units or the
operator console (MAC/PC) is adjusted. This reduces the probability of a collision with a flashblock. A correctly transmitted data-block is confirmed with an ACK. An unconfirmed data-block is
repeated.
A flash-block is not repeated.
Flash unit Grafit: RFS Transceiver Module L7272.01/ L7272.03 and RFS Interface L7273.00
The RFS transceiver module and the RFS interface are connected by a flat cable. A
straight SMC connector is soldered, on the front end, onto the transceiver module and a
¼-wave antenna is mounted. The RFS transceiver module has a soldered-on shield.
Flash unit Grafit
Flash unit Topas: RFS Transceiver Module L7272.11/ L7272.13 and RFS Interface L7275.00
The RFS transceiver module and the RFS interface are connected by a flat cable. An
angle SMC connector is soldered onto the RFS transceiver module and a ¼-wave
antenna is mounted.
Flash unit Topas
Flash unit Minicom/Logos: RFS Transceiver Module L7272.21/ L7272.21 and RFS Interface
L7274.00
The RFS transceiver module is attached directly onto the RFS interface. The rod-type
antenna Z7276.00 is soldered into the RFS transceiver module. In the RFS interface,
there are no components assembled in the section around the RFS transceiver module.
In this section, the Cu-surface, together with a metal frame, serve as a shield.
Flash unit Minicom
Flash unit Logos
SMC-Antenna No. 40462.00
PRODUCT CODE :- SMCUHFF915MHz .
Manufacturer : R.W. Badland Ltd. England
Tuned frequency :-915 Mhz .
Gain [ unity ] ¼ wave 0 db
Radiator::- flexible plastic coated
Base :- moulded in situ
Length : - 80 mm
Diameter :- Base :- 9.5mm
Centre :- 4.1 mm
Tip :- 7 mm
VWSR :- better than 1.5 : 1
Band width @ 2 : 1 VWSR 5%
broncolor
Operating Instructions
Minicom 40 / 80
Before use
We are very pleased you have chosen a broncolor Minicom compact unit which is a high-quality
product in every respect. If used properly, it will render you many years of good service.
Please read the information contained in these operating instructions carefully. They contain
important details on the use, safety and maintenance of the appliance. Keep these operating
instructions in a safe place and pass them on to further users if necessary. Observe the safety
instructions.
Contents
page
Important safety instructions
Attention: Read before starting up the compact unit
Controls and displays
1.
Application Minicom
2.
Start up
3.
Energy control
4.
Modelling light
5.
Release
6.
Ready signals visual/audible
7.
Additional functions with settings
10
8.
Flash tube
12
9.
Protecting glass
12
10. Fuse
12
11. Basic settings ex works
12
12. Protective facilities / Fault indication
14
13. Car battery converter
15
14. Mounting
15
15. Umbrella holder
16
16. Accessories
16
17. Maintenance / repairs
16
18. Technical data
17
19. broncolor Minicom RFS
18
20. Order numbers for diverse spare parts / accessories
19
Important safety instructions
This unit is designed for professional photography and is to be handled by skilled staff only.
When using your studio flash equipment, basic safety precautions should always be followed,
including the following:
1.
Read and understand all instructions before using.
2.
Close supervision is necessary when any appliance is used near children. Do not leave
appliance unattended while in use.
3.
Care must be taken as burns can occur from touching hot parts.
4.
Do not operate appliance with a damaged cable or if the appliance has been dropped or
damaged – until it has been examined by a qualified service person.
5.
Position the cable so that it will not be tripped over, pulled, or contact hot surfaces.
6.
If an extension cable is necessary, a cable with a current rating at least equal to that of
the appliance should be used. Cables rated for less amperage than the appliance may
overheat. When using a cable reel, it must be completely unrolled before use to prevent
overheating of the cable.
7.
For safety reasons, never operate the appliance without the protecting glass in place.
8.
Always unplug appliance from electrical socket before cleaning and servicing and when
in use. Never jerk cable to pull plug from socket. Grasp plug and pull to disconnect.
9.
Let appliance cool completely before putting away.
10.
When putting away and winding up cables, take care they do not get in contact with hot
parts of the appliance.
11.
To reduce the risk of electric shock, do not immerse this appliance in water or other
liquids.
12.
To reduce the risk of electric shock, do not open this appliance, but take it to a qualified
service person when service or repair work is required. Incorrect reassembly can cause
electric shock when the appliance is used subsequently.
13.
To avoid a risk of fire, electric shock or any injuries to persons, use only accessories
which are recommended by the manufacturer.
14.
Connect this appliance to an earthed socket.
Attention:
Read before starting up the compact unit
Prior to replace fuses, modelling lamp or flash tubes, discharges the unit and
disconnect it immediately from power supply. Prior to replacing the modelling lamp
or flash tube, let the unit cool down for a period of 10 minutes.
The unit is designed for use in dry conditions. Protect it form water and from
excessive exposure do dust.
The unit is not suitable for use in an environment where there is a risk of
explosure.
The accessories mounted onto to the compact unit may heat up to high
temperatures under specific conditions. Handle with care.
With due allowance for heat radiation, units with more than 100 W modelling light
may be directed against inflammable surfaces only at a minimum distance of 1
meter.
For safety reasons, never operate the unit without protecting glass in place.
Flash light contains, similar to sunlight, a specific portion of UV light. The
undesirable side effects on skin and eyes are considerably reduced by using flash
tubes and glass covers with an UV coating. Without these or other protective
filters, use with extreme care when shooting.
Even when disconnected from the power supply, dangerous voltages may remain
inside the unit. For this reason, units should be opened by authorized broncolor
service shops.
Do not block the cooling louvers on the unit
Only fuses of the type indicated on the safety label may be used. This is especially
important for the halogen lamp which can explode when used with the wrong fuse.
Only use sand-filled fuses. They can be identified by their opaque fuse container.
Controls and displays
1.
Photocell on/off
2.
IR-receiver and/or RFS-Interface on/off
3.
Umbrella holder
4.
Mains switch on/off
5.
Modelling light on/off
6.1
Sync socket (when required, usable as connection socket for computer link)
6.2
Sync socket
7.
Test release, ready display green
8.
Connection socket for mains cable
9.
Fuse
10.
Auxiliary functions (aux)
11.
Operating mode modelling light
12.
Flash sequence
13.
Charging dimmer
14.
Buzzer
15.
Slow charge
16.
Appliance address (for Minicom 40 RFS / Minicom 80 RFS)
17.
Digital flash energy display
18.
Energy control up/down
19.
IR-receiver and photocell
Front panel for Minicom 40 / 80
19
18
17
6.1
6.2
11
12
13
14
15
16
10
1. Application Minicom
This mains supplied studio flash unit is designed for professional photography only. In
countries with earthed mains systems, use a three-wire extension cable when required.
2. Start up
2.1
Mains voltage
The compact units Minicom 40 and Minicom 80 are available in two different versions:
a) As a bi-voltage-unit, of which the technical data are optimised for a mains voltage of
200 - 240 V. If this version is operated with a mains voltage of 100 – 120 V, the
following restrictions result:
Mains voltage 120 V: doubling of the charging time
Mains voltage 100 V: doubling of the charging time as well as reduction of the
maximum flash energy of 250 J (Minicom 40) respectively 500 J
(Minicom 80), extension of the flash duration by 20 %
b) As a bi-voltage-unit, of which the technical data are optimised for a mains voltage of
120 V. If this version is operated with a mains voltage of 200 – 240 V or 100 V, the
following restrictions result:
Mains voltage 230 V: doubling of the charging time
Mains voltage 100 V: Extension of the charging time by 20% as well as a reduction of
the maximum flash energy of 250 J (Minicom 40) respectively
500 J (Minicom 80), extension of the flash duration by 20 %
Attention:
2.2
The operating voltage of the modelling lamp must correspond to the mains
voltage.
Earthed mains
Connect unit to current supply always using an earthed mains plug.
2.3
Start up
In the proximity of the halogen lamp, the unit, depending on the accessories used, can
acquire high temperatures. For this reason, we recommend to touch the unit only on the
rear handle or on the stand adapter. Due to the intense heat radiation when a modelling
light is in operation, keep the unit at a minimum distance of 1 meter from flammable
surfaces.
1.) Remove the transparent plastic cap by turning and releasing the unlocking slide at the
same time. Insert modelling lamp and flash tube as per instructions in chapter 8. Put on
the protecting glass as well as the desired light shaper and turn in any direction.
2.) Please check that the mains supply corresponds to the information on the label of the
unit. Connect unit to earthed mains.
3.) Switch on the unit with the mains switch (4). During charging, the digital flash energy
display (17) flashes, afterwards the value is indicated continuously. Additionally the green
control lamp of the ready display (7) is illuminated.
4.) Set the desired flash energy by means of the energy control keys “up / down“ (18).
5.) Switch IR-receiver, photocell or RFS-interface on or off depending on the exposure
situation.
6.) If required, plug in synchronous cable in one of the sync sockets (6.1) or (6.2).
3. Energy control
Use the „up/down“ keys (18) to control the flash energy (flash intensity) within a range of
4 f-stops. A value of 10 indicates maximum intensity, 6 the minimum. Whole numbers
correspond to whole f-stops, decimal places to tenth f-stop steps. There is the option, to
extend the control range up to 5 f-stops (see chapter 11), where in the underneath range
a slightly higher exposure-tolerance has to be expected. Brief pressure on the energy
control keys "up/down" (18) changes the setting by a 1/10 interval, prolonged pressure
by 1/1 f-stop interval. The energy display (17) then flashes until charging or discharging
have stabilized the new level of energy.
4. Modelling light
4.1
General
The Minicom units are equipped with a halogen modelling lamp. The modelling light is
switched on by the key “mod“ (5). When switched on, the green diode lights up. To
protect the lamp filament from damage, it is advisable to switch off the modelling lamp
when handling the compact unit.
In chapter 7 you can find the instructions how to set the different operating modes
(modelling light proportionality).
Attention:
4.2
The operating voltage of the modelling lamp must correspond to the mains
voltage.
Proportionality
The brightness of the modelling light can be set proportionally to the flash intensity. To
assure proportionality also when units with different power output ratings are operated
together, the units have various proportionality levels. Proportionality is guaranteed if the
identical prop level has been set for all units. The higher the digit, the brighter the
modelling light.
The following operating modes are possible:
“P“
This level can be set if either only Minicom 40 or only Minicom 80 are in use
(most intense proportional modelling light). That means, the modelling light is
proportional to the energy level 300J respectively 600J.
“P1“
Proportional modelling light with broncolor power packs rated 6400 J.
“P2“
Proportional modelling light with broncolor power packs rated 3200 J.
“P3“
Proportional modelling light with broncolor power packs rated 1600 J.
“P4“
This proportionality level is optimised for an output level of 800 J. Recommended
modelling light when using Minicom 80 in combination with Minicom 40.
“P5“
If an unit is operated at a lower output level, the modelling light will be relatively
weak and yellowish. To counteract this problem, the Minicom compact units are
equipped with the additional modelling light proportionality level “P5“. It is
optimised for the output level 400 J and less. Thus the brightness of the
modelling light can be increased.
“HI“
The unit operates at full modelling light, independent of flash output.
“LO“
The unit operates at lower lighting level, independent of flash output, to reduce
power consumption and extend the service life of the halogen lamps.
Pressing the “mod“ key (5) for 1 second when the modelling light is on, will give direct
access to the “HI“ mode. To return to the previous mode briefly press the “mod“ key.
4.3
Replacing the halogen lamps
Before replacing the halogen lamp, it is essential to discharge the unit by flashes,
immediately afterwards, disconnect it from the power supply.
The halogen lamps are plug-in types. First the protecting glass has to be pulled off
carefully in an axial direction (avoid tilting). The protecting glasses for the compact unit
Minicom have a marking line and the glass rim has 2 grooves. When removing the
protecting glass from the unit the marking line must be situated at the top. Taking into
consideration the service life, the halogen lamp should not be touched with bare hands.
To exchange the lamp, it must be pulled out of the plug socket in an axial direction.
When inserting, ensure that the lamp is fully pushed back in. When engaging the
protecting glass into the locking mechanism of the Minicom compact unit, the marking
line must be situated at the top. After having engaged the protecting glass, it must be
slightly turned, to prevent accidental loosening.
5. Release
The flash release is enabled when 75% of the selected energy is available. Please note
however , that the ready indicator is activated only at 100% charge (Kap. 6). The release
is possible by means of a sync cable, infrared, photocell, or “test” key.
When releasing via the photocell or the IR-receiver, ensure that the receiving cell of the
unit is not obstructed by obstacles.
The appliance has a synchronous circuit with a low onload voltage to protect your
camera contact. The synchronous circuit may not be connected in parallel with products
of other manufacturers which operate with high synchronous voltage.
5.1
Photocell
The photocell can be switched on or off by using the “cell“ key (1). If it is activated the
green LED lights up. After a flash sequence, an active photocell will be blocked and the
green LED blinks. By pressing the "cell" key, the photocell is reactivated.
5.2
Infrared receiver / RFS-interface (ir/rf)
The IR receiver and, if available, the RFS interface can be switched on and off with the
key „ir/rf“ (2). Optionally it can be established, if with this key, every time, both functions
(IR and RFS) or just one of the two can be switched on or off (see chapter 11). Is one or
both functions active, the green display lights up.
5.3
Infrared flash release channel
The Minicom compact units can be released with broncolor infrared transmitters. When
the unit is triggered via infrared, the flash release is effected with a time delay of 1/1000
s.
The IR receiver integrated in the unit is used for a wireless release by with following
units:
- IRQ transmitter
- IRX 2 transmitter
- FCM 2 lightmeter and contrast photometer
- FCC colour temperature measuring unit
5.4
Sync sockets
The synchronous cables, art. no. 34.111.00 respectively 34.112.00, may be plugged into
the sync sockets (1) or (2) to release flashes via cable
5.5
“Test“ key
This „test“ key (7) allows manual release of the compact unit Minicom. The respective
LED lights up when the flash voltage corresponds exactly to the selected value. During
charging and discharging the LED goes out and the flash energy display (17) blinks.
6. Ready display visual /audible
6.1
The visual ready display is the green LED at the „test“ key (7). It lights up only when
unit is at 100% charge. After releasing the flash this LED goes out until the unit is fully
charged again.
6.2
The audible ready signal „buzzer“ sounds when the unit is at 100 % charged. It may be
switched on or off (chapter 7).
6.3
Audible fault signal
When the flash discharge fails, a warning signal of approx. 3 s duration will sound and
the flash energy (17) of the compact unit will flash.
7. Setting additional functions
The “aux“ key (10) is used to set the additional functions. With repeated actuation of the
key the following modes can be selected:
•
Setting proportionality level of the modelling light
LED “prop“ blinks (11)
•
Define sequence (serial flashes)
LED “seq“ blinks (12)
•
Charging dimmer switch on / off
LED “dim“ blinks (13)
•
Buzzer switch on / off
LED “buz“ blinks (14)
•
Slow charge switch on / off
LED “slow“ blinks (15)
•
Setting appliance address / studio address
LED „unit“ blinks (16)
•
Return to standard display
no LED blinks
After the setting has been performed, the standard display can be re-activated by
pressing the “aux“ key (10) or automatically after a waiting period of approx. 30 seconds.
To select the additional functions and appliance settings, choose the respective LED
(e.g. „charging dimmer switch on/off). The digital display (17) will then show the actual
selected value which can be changed by the energy control keys „up/down“ (18). If a
setting is entered which deviates from the standard setting value or a function is
activated, the respective LED will remain lit as a reminder after the display returns to
standard (exception: function “prop“).
If the unit is switched off and on again , it will be in the “standard display” mode.
Previously set additional functions are retained.
7.1
Setting proportionality level of the modelling light (prop)
The proportionality level of the modelling light can be selected by briefly pressing the
energy control keys „up/down“ (18).
With repeated actuation of the key the following modes can be set, each shown
respectively on the digital display (17): LO, P, P1, P2, P3, P4, P5, HI.
7.2
Sequence (serial flashes) (seq)
This function allows to set a defined number of flash discharges from 1 to 50. By briefly
pressing the energy control keys „up/down“ (18) the required number of flashes can be
selected.
10
With a long pressure on the energy control keys “up/down”, the setting changes in
intervals of ten. Each release signal triggers the selected number of flashes. A current
sequence can be aborted by a long pressure on the energy control keys “up/down” or by
switching off and on again the unit. The function is switched off, by setting the number of
flashes to „0“.
7.3
Charging dimmer / boost function (dim)
The „dim“ function can be switched on or off (on/--) by briefly pressing the energy control
keys “up/down” (18). When switching on the “dim” function with the modelling light on
(green LED of the “mod” key (5) lights up), the modelling light switches off while charging
takes place. This feature allows visual flash control, to fade out the modelling light during
flash sequences or to reduce the current load on weak mains.
If the “dim” function is activated when the modelling light is switched off (green LED of
the “mod” key (5) is off), the boost function will be activated. In this mode, the modelling
light remains on as a visual flash monitor during charging.
7.4
Buzzer switch on/off (buz)
The ready buzzer signals when the unit is at 100 % charge. The buzzer is switched on or
off (on/--) by briefly pressing the energy control keys “up/down” (18). The warning signal
also functions with the buzzer switched off.
7.5
Slow charge switch on/off (slow)
In case of weak mains power supply lines, charging time may be extended to approx.
double the standard value. The slow charge mode is switched on or off (on/--) by briefly
pressing the energy control keys “up/down” (18).
7.6
Studio / appliance address (unit)
The compact units Minicom are also available as versions with built-in RFS Interface
(Radio Frequency System). For remote control respectively flash release via radio, an
individual appliance address and a studio desk top (remote control channel) can be
assigned to each RFS unit by means of the function “unit” (16).
To carry out the settings, dial the LED „unit“ using the „aux“ key (10). The digital display
(17) shows the letter “U”, followed by an appliance number between 1 and 8. By briefly
pressing the energy control keys “up/down” (18), the required value can be selected.
When pressing again the “aux” key, the digital display shows the letter “C”, followed by a
studio number between 1 and 8. By briefly pressing the energy control keys “up/down”,
the required value can be selected.
8. Flash tube
The flash tube is coated to ensure an optimal colour temperature. For your security, only
original flash tubes must be used. For safety reasons, never operate a unit without
protecting glass in place.
11
8.1
Replacing the flash tube
The flash tube is a plug-in type. To replace the flash tube, discharge the unit by flashes,
disconnect it from power supply and let it cool off for ten minutes (to discharge the flash
capacitors)
1.) The protecting glasses for the compact unit have a marking line and the rim of the
glass has 2 grooves. When taking off the protecting glass of the unit the marking line
must be situated at the top. Pull off the protecting glass carefully in an axial direction.
(Avoid tilting).
2.) Press the spring radially inward and pull the flash tube out of the socket in an axial
direction (do not touch the flash tube with bare hands)
3.) Insert the new flash tube and press the spring radially inward. When inserting ensure
that the ceramic socket is fully pushed back in. The spring serves as well as contact
and prevents accidental loosening of the flash tube.
4.) Replace the protecting glass. When engaging the protecting glass into the locking
mechanism of the Minicom compact unit the marking line must be situated at the top.
After having engaged the protecting glass it must be slightly turned to prevent
accidental loosening.
5.) Connect the unit to the power supply, now it is ready for use again.
9.
Protecting glass
For safety reasons, never operate a unit without protecting glass in place.
10. Fuse
The fuse (9) is located on the rear of the unit. Sand-filled fuses with value 3.15 AF may
only be used (sand-filled fuses can be identified by their opaque fuse container). Using
wrong fuses is dangerous; it may cause the halogen lamp to burst. Original broncolor
replacement lamps are therefore delivered with the correct fuse.
11. Basic settings ex work
The basic settings ex work can be viewed and in some instances changed with the
following procedure:
When the unit is switched on, simultaneously press the “mod” (5) and “aux” (10) keys
for approx. 5 seconds (the LED array “prop” / “seq” / “dim” / “buz” / “slow” / “unit” blinks
to indicate that you are in the programming mode).
12
Additionally the LED of the “mod” (5) key is lit. The digital display (17) shows the
function number 0. The other function numbers can be selected by pressing the energy
control keys “up/down” (18).
By briefly pressing the “aux” key, the digital display shows the actual value respectively
the actual setting within the selected function number. The LED of the “mod” key does
not light up in this mode. Within the function numbers 1, 2, 3 and 9, the settings can be
changed with the energy control keys “up/down”.
Concerning the function numbers 0 and 4 – 8, the different pairs of these multiple digit
values can be shown by means of the energy control keys “up/down”.
Return to normal operation by pressing (1 s) the “aux” key, by switching the unit off and
on again or automatically after a period of 20 seconds.
Function number Meaning and possible settings
Program version: Standard display
Program number: after pressing the energy control „down“ key
Control range flash energy:
Setting ex work: "off" (--).
Display "on" the control range of the flash energy is extended on
to 5 f-stops (10 - 5.0).
Sensibility of the photocell:
Setting ex work: "on"
This function reduces the sensibility of the photocell. If the function
is activated the digital display shows the value “off“.
Definition function „ir/rf“:
Setting ex work: digital display shows the value "3"
= IR receiver and RFS Interface (if available) activated.
Display value “1“ = only IR receiver activated
Display value “2“ = only RFS Interface activated.
Flash counter:
Figure group in the display: xxxxXX = standard display
Figure group in the display: xxXXxx
= after pressing the energy control „up“ key
Figure group in the display: XXxxxx
= after pressing the energy control „up“ key
Series number of the unit: Figure group in the display: xxXX
Series number of the unit: Figure group in the display: XXxx
Production date of the unit:
Figure group in the display: xxXX = month
Production date of the unit:
Figure group in the display: XXxx = year
Reduction of the modelling light: Setting ex work: “off” (--)
The activation of this function is recommended on power mains
with great fluctuations. The voltage for the modelling lamp is
reduced (light output ./. 1/3 f-stop), which results in a longer
service life of the halogen lamp. If this function is activated, the
digital display shows the value “on”.
13
12. Protective facilities / Fault indication
12.1
Cooling fan
The cooling of flash tube, modelling lamp and internal electronics is effected by a cooling
fan. It also runs when the modelling light is turned off. The cooling works on two levels,
the fan runs smoothly when small flash sequences are effected. With longer flash
sequences, the cooling fan switches to the higher level.
12.2
Display “th“
If excessively high temperatures build up inside despite the fan cooling, the charge mode
will be blocked and a long audible signal will be generated. The modelling light is blocked
as well for about 6 minutes. The digital display shows the indication “th” during the
cooling period. The cooling process is accelerated by the fan which is still in operation.
Attention: Do not switch off the unit during the cooling period! If the unit is switched
off too early, only a small number of flashes can be effected until the next blockout, when
switching on again the unit, despite a long break, because the processor could not
completely pursue the cooling process.
12.3
Display “A1“
The unit is equipped with an automatic afterglow blockout. If the flash tube exhibits (e.g.
at the end of its service life) afterglow, this blockout will block further charging to prevent
consequential damage. This status is also discernible by the ready display, which is no
longer green. The blockout can be cancelled by switching the unit off and on again.
12.4
Display “A2“
This indication is shown, when the unit is overcharging. Switch off the unit and switch it
on again after a few minutes. If this fault continues to exist, please contact an after-sales
service centre
12.5
Acoustic flash monitoring
At the end of their service life, flash tubes often have triggering interruptions. This fault is
indicated by an audible, intermittent signal. The signal disappears when the flash tube
flashes properly again or the unit is switched off.
12.6
Monitoring of the modelling light
If the compact units Minicom are connected to 200 V – 240 V mains voltage, after
previously having been operated on 100 V - 120 V mains voltage, they will release an
audible signal and the modelling light will blink at a safely reduced voltage. This function
serves as a reminder that the modelling lamp must be exchanged, and also to protect
against damage of the lamp. Switch the unit off and on again to return to standard
operation.
14
13. Car battery converter
If no mains power is available the 12 V-car battery converter can be used to charge the
unit (only for 230 V units). The modelling light cannot be used in this operating mode
(excessive load on the battery) and must be removed.
•
Switch off the modelling light and remove the halogen lamp
•
Connect the converter with the + and – connector clamps to the 12 V car battery.
•
Connect the unit to the converter and switch on the unit and the converter
•
Switch off the converter during pauses after flash work. Charge battery if needed by
allowing the car engine to run.
Two compact units Minicom can be connected to one converter. Approx. 200 flashes of
300 J respectively 100 flashes of 600 J are possible with a fully charged battery.
14. Mounting
The stand adapter is located below the housing. The adapter is designed for standard
broncolor® bolts (12 mm) and Manfrotto® pins (16 mm).
Make sure the unit is firmly attached to the stand before operating. The click-stops of the
locking handle can be adjusted by pulling it out.
There are three possibilities for suspended mounting:
a) The bracket of the compact unit is mounted upwards. To this purpose, dismount the
bracket by removing the locking lever as well as the two retaining screws at the side
of the unit. Turn over the bracket by directing the stand support upwards. Afterwards
insert the bracket in the lower guide rail of the housing and re-insert the locking lever
as well as the two retaining screws. In this case the enclosed locking pin must be
screwed into the lower part of the stand adapter. This is not required for stand
mounting. In this kind of suspended mounting, compared with the following option, the
front panel of the unit is still readable (instead of hanging upside down) and the
cooling efficiency is not reduced.
b) It is also possible to tilt the compact unit to enable mounting of the bracket with
upwards directed stand support. Also in this case the enclosed locking pin must be
screwed into the lower part of the stand adapter.
c) An alternative bracket for suspended mounting is available under art. no. 35.228.00.
The above mentioned instructions are also valid for this application.
Attention: A safety cable must be installed whenever the unit is suspended.
15
15. Umbrella holder
Diffusing and reflex umbrellas are used in conjunction with the umbrella reflector (art. no.
33.496.00).The umbrella bar is inserted into the special holder in the stand adapter.
16. Accessories
By using the Pulso-bajonet the whole range of broncolor reflectors is at your disposal.
You will find the complete overall view in the broncolor system catalogue „creative work
with light and with system”.
17. Service / repair
Your broncolor compact unit is a precision device which will work for many years without
malfunction if you take proper care of it. If nevertheless malfunctions do arise, please do
not attempt to open the unit to repair it yourself. Even when the unit is switched off,
dangerous voltages may remain within the interior of the device. Always leave service
and repairs to the broncolor after-sales service.
16
18. Technical data
Minicom 40
Flash energy
F-stop in 2 m distance 100 ISO,
reflector P50 // P70
Flash duration t 0.1 (t 0.5)
Charging time (for 100% of the
selected energy)
Controls
Control range of flash energy
(Japan: ⅓ f-stop less)
Modelling light
Flash release
Ready display
Flash monitoring
Additional function
Number of sync sockets
Stabilized flash voltage
Cooling
Standards
Power requirements
300 J (100 V: 250 J)
600 J (100 V: 500 J)
32 5/10 // 22 5/10
45 5/10 // 32 5/10
(100 V: 32 2/10 // 22 2/10)
(100 V: 45 2/10 // 32 2/10)
1/900 s (1/2500 s)
1/420 s (1/1500 s)
with mains voltage 110 – 240 V
with mains voltage 110 – 240 V
Flash duration with mains voltage 100 V: ca. 20% longer
230 V / 50 Hz: 0,3 – 0,9 s
230 V / 50 Hz: 0,4 – 1,4 s
120 V / 60 Hz: 0,3 – 1,2 s
120 V / 60 Hz: 0,4 – 1,9 s
100 V / 50 Hz: 0,3 – 1,5 s
100 V / 50 Hz: 0,4 – 3,0 s
Can be switched to slow charge mode
Attention: The above mentioned charging times do not apply to units being
operated on alternative mains voltages.
The technical data for these units are optimised for a certain mains voltage
(200-240 V or 120 V). If the unit is operated with a alternative mains voltage
the charging time increases. When operating the unit with mains voltage of
100 V the maximum flash energy reduces to 250J (Minicom 40) respectively
to 500J (Minicom 80).
Illuminated digital display, LED-display as well as dust and scratch-proof
illuminated silicone keyboard
Over 4 f-stops in 1/10 f-stop increments (1:16);
Can be extended to 5 f-stops (1:32)
Halogen max. 300 W
Proportional to the flash energy as well as „full” and “low” settings.
Proportionality adjustable to all broncolor flash systems and the different
output levels.
Attention: The operating voltage of the modelling lamp must correspond to
the mains voltage.
Manual release button, photocell ( can be switched off), infrared receiver (can
be switched off), sync cable FCM 2, FCC, IRX2, IRQ
Visual and audible (can be switched off) signals when 100% of selected
energy is reached
Visual:
Dim and boost function for modelling light
Audible:
Buzzer
- Sequences (serial flashes up to 50 flashes)
- Sensibility of the photocell may be reduced
+/- 1,5%
Fan
EC standards 73/23, UL 122
200-240 V / 50-60 Hz: 6 A
100-120 V / 50-60 Hz: 10 A
Minicom 40
Dimensions (L x W x H)
Weight kg
Minicom 80
286 x 154 x 194 mm
3,0
Minicom 80
286 x 154 x 194 mm
3,3
17
19. broncolor Minicom RFS / Minicom plus
The compact units Minicom are also available as unit version with integrated 8 channel
RFS Interface (Radio Frequency System). Each channel (studio) can control up to 8
units. This interface allows remote control respectively flash release by radio via
transmitter RFS as well as by means of a transceiver RFS via PC or Macintosh
computer. When controlling via screen, 4 storage spaces for different lighting situations
are at your disposal.
19.1 Modification to Minicom RFS
There is the possibility, to modify Minicom compact units later on with a RFS interface.
The modification will be made by the customer service centre of our broncolor agency in
your country.
19.2 Minicom plus
Because of the laws in some countries, the use of the broncolor radio system is not
allowed. Therefore the Minicom compact units are also available in the version Minicom
Plus (that means with cable remote control). Besides the cable connection between the
compact unit and the computer, the application with RFS is almost identical.
Attention: There is no camera transmitter available for Minicom!
19.3 Technical data
Minicom RFS
With integrated 8 channel RFS
interface (Radio Frequency System)
for the remote control of the unit by
radio via transceiver RFS from PC or
Macintosh computer. Each channel
(studio) can control up to 8 units.
Flash release
Transmitter RFS, Transceiver RFS
(besides the options in chapter 18)
Operational distance outdoors Up to 30 m
Remote control
Operational distance in closed up to20 m
rooms
Range
up to 300 m
Number of sync sockets
Norms
Minicom plus
With integrated interface for the remote
control of the unit by cable from PC or
Macintosh computer. Each channel
(studio) can control up to 8 units.
analogue chapter 18
Length of the connection cable from the
computer to the unit: 5m
Length of the connection cable between
the units
2,5 m
see above
see above
1 (the second sync socket is configured
as connection for the computer cable)
UL 122, EC norms73/23, 89/336 and 99/5
ERM EN 300 220-1,-3
EMC EN 301 489-1,-3
EN 60950
EN 50371
FCC Part 15
This device complies with part 15 of the FCC Rules. Operation is subject
to the following two conditions:
(1) This device may not cause harmful interference and
18
(2) This device must accept any interference received, including
interference that may cause undesired operation.
Changes or modifications to this unit not expressly approved by the
party responsible for compliance could void the user’s authority to
operate the equipment.
Subject to change in the interest of product enhancement.
20. Order numbers for diverse spare parts
/accessories
Flash tube 5500 K for Minicom 40 / 80
Halogen modelling lamp 300 W / 120 V
Halogen modelling lamp 300 W / 230 V
Halogen modelling lamp 150 W / 230 V
Halogen modelling lamp 150 W / 120 V
Protecting glass clear 5500 K
Protecting glass clear 5900 K
Protecting glass mat 5500 K
Protecting glass mat 5900 K
Fuse 3.15 AF
Protection cap for transport, transparent
Mains cable CH 200-240V
Mains cable USA 100-120V
Mains cable Europe 200-240V
12 V battery converter
Bracket for suspended mounting
19
Art. no. 34.307.55
Art. no. 34.225.XX
Art. no. 34.231.XX
Art. no. 34.250.XX
Art. no. 34.251.XX
Art. no. 34.336.55
Art. no. 34.336.59
Art. no. 34.337.55
Art. no. 34.337.59
Art. no. 37137.00
Art. no. Z6750.00
Art. no. 39084.00
Art. no. 39085.00
Art. no. 39086.00
Art. no. 36.450.XX
Art. no. 35.228.00
VISATEC
Operating Instructions
LOGOS 800 / 1600
Before use
Please read all the information contained in these operating instructions carefully. They contain
important details on the use, safety and maintenance of the appliance. Keep these operating
instructions in a safe place and pass them on to further users if necessary.
Observe the safety instructions.
Contents
Page
Important safety instructions
Attention: Read before starting up the compact unit
Controls and displays
1.
Application LOGOS
2.
Start up
3.
Energy control
4.
Modelling light
5.
Release
6.
Ready signals visual / audible
7.
Additional functions with settings
8.
Flash tube
11
9.
Protecting glass
11
10. Fuse
11
11. Basic settings ex works
11
12. Protective facilities / Fault indication
13
13. Car battery converter
14
14. Mounting
14
15. Umbrella holder
14
16. Accessories
15
17. Maintenance / repairs
15
18. Technical data
16
19. VISATEC LOGOS RFS
17
20. Order numbers for diverse spare parts / accessories
18
-1-
Important safety instructions
When using your studio flash equipment, basic safety precautions should always be followed,
including the following:
1. This mains supplied studio flash is designed for professional photography.
2. Read and understand all instructions before using.
3. Close supervision is necessary when any appliance is used near children. Do not leave
appliance unattended while in use.
4. Care must be taken as burns can occur from touching hot parts.
5. Do not operate appliance with a damaged cable or if the appliance has been dropped or
damaged – until it has been examined by a qualified service person.
6. Position the cable so that it will not be tripped over, pulled, or contact hot surfaces.
7. If an extension cable is necessary, a cable with a current rating at least equal to that of the
appliance should be used. For your own safety, use a three-wire extension cable. Cables
rated for less amperage than the appliance may overheat. When using a cable reel, it must
be completely unrolled before use to prevent overheating of the cable.
8. For safety reasons, never operate the appliance without the protecting glass in place.
9. Always unplug appliance from electrical socket before cleaning and servicing and when
not in use. Never jerk cable to pull plug from socket. Grasp plug and pull to disconnect.
10. Let appliance cool completely before putting away.
11. When putting away and winding up cables, take care they do not get in contact with hot
parts of the appliance.
12. To reduce the risk of electric shock, do not immerse this appliance in water or other
liquids.
13. To reduce the risk of electric shock, do not open this appliance, but take it to a qualified
service person when service or repair work is required. Incorrect reassembly can cause
electric shock when the appliance is used subsequently.
14. To avoid a risk of fire, electric shock or any injuries to persons, use only accessories which
are recommended by the manufacturer.
15. Connect this appliance to an earthed socket.
-2-
Attention:
Read before starting up the compact unit:
Prior to replacing fuses, modelling lamp or flash tubes, discharge the unit and
disconnect it immediately from power supply. Prior to replacing the modelling lamp
or flash tube, let the unit cool down for a period of 10 minutes.
The unit is designed for use in dry conditions. Protect it from water and from
excessive exposure to dust.
The unit is not suitable for use in an environment where there is a risk of explosion.
The accessories mounted onto to the compact unit may heat up to high
temperatures under specific conditions. Handle with care.
With due allowance for heat radiation, units with more than 100 W modelling light
may be directed against inflammable surfaces only at a minimum distance of 1
meter.
For safety reasons, never operate the unit without protecting glass in place.
Flash light contains, similar to sunlight, a specific portion of UV light. The
undesirable side effects on skin and eyes are considerably reduced by using flash
tubes and glass covers with an UV coating. Without these or other protective
filters, use with extreme care when shooting.
Even when disconnected from the power supply, dangerous voltages may remain
inside the unit. For this reason, units should be opened by authorized VISATEC
service shops.
Do not block the cooling louvers on the unit.
Only fuses of the type indicated on the safety label may be used. This is especially
important for the halogen lamp which can explode when used with the wrong fuse.
Only use sand-filled fuses. They can be identified by their opaque fuse container.
-3-
Controls and displays
1.
Sync socket (when required, usable as connection socket for computer link)
2.
Sync socket
3.
Photocell on / off
4.
Modelling light on / off
5.
Test release, ready display green
6.
Connection socket for mains cable
7.
Fuse
8.
Energy control up / down
9.
Mains switch on / off
10.
Digital flash energy display
11.
Auxiliary functions (aux)
12.
Operating mode modelling light
13.
Flash sequence
14.
Charging dimmer
15.
Buzzer
16.
Slow charge
17.
Photocell
18.
Appliance address (for LOGOS 800 RFS / LOGOS 1600 RFS)
-4-
Front panel for LOGOS 800 / 1600
121314151617 18
sync / com
prop seq dim buz slow unit
11
aux
cell
sync
mod
test
10
9 8
-5-
1. Application LOGOS
We are very pleased you have chosen a VISATEC LOGOS compact unit which is a highquality product in every respect. If used properly, it will render you many years of good
service.
This mains supplied studio flash is designed for professional photography. For your own
safety, use a three-wire extension cable when required.
2. Start up
2.1
Mains voltage
The compact units LOGOS 800 and LOGOS 1600 are available in two different versions:
a) As a bi-voltage unit, of which the technical data are optimised for a mains voltage of
200 - 240 V. If this version is operated with a mains voltage of 100 – 120 V, a doubling
of the charging time results.
b) As an unit, which is exclusively designed for mains voltage of 100 - 120 V.
2.2
Earthed mains
Connect unit to current supply always using an earthed mains plug.
2.3
Start up
In the proximity of the halogen lamp, the unit, depending on the accessories used, can
acquire high temperatures. For this reason, we recommend to touch the unit only on the
handle at the rear or on the stand adapter. Due to the intense heat radiation when a
modelling light is in operation, keep the unit at a minimum distance of 1 meter from
flammable surfaces.
1.) Remove the grey plastic protecting cap by turning and releasing the unlocking slide at
the same time. Insert modelling lamp and flash tube as per instructions in chapter 8. Put
on the protecting glass as well as the desired light shaper and turn in any direction.
2.) Please check that the mains supply corresponds to the information on the label of the
unit. Connect unit to earthed mains.
3.) Switch on the unit with the mains switch (9). During charging, the digital flash energy
display (10) flashes, afterwards the value is indicated continuously. Additionally the green
control lamp of the ready display (5) is illuminated.
4.) Set the desired flash energy by means of the energy control keys “up / down“ (8).
5.) Switch photocell (17) on or off, depending on the exposure situation.
6.) If required, plug in synchronous cable in one of the sync sockets (1) or (2).
-6-
3. Energy control
Use the „up / down“ keys (8) to control the flash energy (flash intensity) within a range of
4 f-stops. A value of 10 indicates maximum intensity, 6 the minimum. Whole numbers
correspond to whole f-stop intervals, decimal places to tenth f-stop steps.
Brief pressure on the energy control keys “up / down“ (8) changes the setting by a 1/10
interval, prolonged pressure by 1/1 f-stop interval. The energy display (10) then flashes
until charging or discharging have stabilized the new level of energy.
4. Modelling light
4.1
General
The LOGOS compact units are equipped with a very bright 150 W halogen modelling
lamp. The modelling light is switched on by the key “mod“ (4). When switched on, the
green diode lights up.
In chapter 7 you can find the instructions how to set the different operating modes
(modelling light proportionality).
4.2
Proportionality
The brightness of the modelling light can be set proportionally to the flash intensity. To
assure proportionality also when units with different power output ratings are operated
together, the units have various proportionality levels. Proportionality is guaranteed if the
identical prop level has been set for all units. The higher the digit, the brighter the
modelling light. The proportionality levels of the LOGOS compact units are compatible
with those of the broncolor units.
The following operating modes are possible:
“P“
“P1“
“P2“
“P3“
This level can be set if either only LOGOS 800 or only LOGOS 1600 are in use
(most intense proportional modelling light). That means, the modelling light is
proportional to the energy level 300J respectively 600J.
weak proportional modelling light, applicable for all types of units
recommended modelling light when using LOGOS 1600 (also in combination with
LOGOS 800)
recommended modelling light when using only LOGOS 800
“P4/5“ If an unit is operated at a lower output level, the modelling light will be relatively
weak and yellowish. To counteract this problem, the LOGOS compact units are
equipped with two additional modelling light proportionality levels: “P4“ for 150 J
or less and “P5“ for 75 J or less. Thus the brightness of the modelling light can be
increased.
“HI“
The unit operates at full modelling light, independent of flash output.
“LO“
The unit operates at lower lighting level, independent of flash output, to reduce
power consumption and extend the service life of the halogen lamps.
-7-
Pressing the “mod“ key (4) for 1 second when the modelling light is on, will give direct
access to the “HI“ mode. To return to the previous mode briefly press the “mod“ key.
The halogen lamp can be plugged in; when exchanging, do not touch the lamp with bare
hands. Please note that the flash tube must be pulled out before exchanging the halogen
lamp.
5. Release
The flash release is enabled when 85 % of the selected energy is available. Please note,
however, that the ready indicator is activated only at 100 % charge (chapter 6). The
release is possible by means of a sync cable, photocell or the manual release key.
5.1
Photocell (cell)
The photocell can be switched on or off by using the “cell“ key (3). If it is activated the
green LED lights up. After a flash sequence, an active photocell will be blocked and the
green LED blinks. By pressing the "cell" key, the photocell is reactivated.
When releasing via the photocell, ensure that the receiving cell of the unit it not
obstructed by obstacles.
Because the photocell is also infrared-sensitive, the compact unit can be wirelessly
released in a simple way by using a small flash unit with an infrared-permeable filter in
front, mounted onto the camera. The VISATEC flash trigger is available under article
number 56.200.00.
5.2
Sync sockets
The synchronous cable, art. no. 54.104.00, may be plugged into the sync sockets (1) or
(2) to release flashes via cable.
The appliance has a synchronous circuit with a low onload voltage to preserve your
camera contact. The synchronous circuit may not be connected in parallel with products
of other manufacturers which operate with high synchronous voltage.
5.3
“Test“ key
This “test“ key (5) allows manual release of the compact unit LOGOS. The respective
LED lights up, when the flash voltage corresponds exactly to the selected value. During
charging and discharging, the LED goes out and the output display blinks.
6. Ready display visual /audible
6.1
The visual ready display is the green LED at the “test“ key (5). It lights up only when the
unit is at 100 % charge. After releasing the flash, this LED goes out until the unit is fully
charged again.
-8-
6.2
The audible ready signal „buzzer“ sounds when the unit is at 100 % charge. It may be
switched on or off (chapter 7).
6.3
Audible fault signal
When the flash discharge fails, a warning signal of approx. 3 s duration will sound and
the display (10) of the compact unit will flash.
7. Setting additional functions
The “aux“ key (11) is used to set the additional functions. With repeated actuation of the
key the following modes can be selected:
•
Setting proportionality level of the modelling light
LED “prop“ blinks (12)
•
Define sequence (serial flashes)
LED “seq“ blinks (13)
•
Charging dimmer switch on / off
LED “dim“ blinks (14)
•
Buzzer switch on / off
LED “buz“ blinks (15)
•
Slow charge switch on / off
LED “slow“ blinks (16)
•
Setting appliance address / studio address
LED „unit“ blinks (18)
•
Return to standard display
no LED blinks
After the setting has been performed, the standard display can be re-activated by
pressing the “aux“ key (11) or automatically after a waiting period of approx. 30 seconds.
To select the additional functions and appliance settings, choose the respective LED (eg
„charging dimmer switch on / off“). The digital display (10) will then show the actual
selected value which can be changed by the energy control keys “up / down“ (8). If a
setting is entered which deviates from the standard setting value or a function is
activated, the respective LED will remain lit as a reminder after the display returns to
standard (exception: functions “prop“ and “unit“).
If the unit is switched off and on again, it will be in the „standard display“ mode.
Previously set additional functions are retained.
7.1
Setting proportionality level of the modelling light (prop)
The proportionality level of the modelling light can be selected by briefly pressing the
energy control keys “up / down“ (8). With repeated actuation of the key the following
modes can be set, each shown respectively on the digital display (10): P, P1, P2, P3, P4,
P5, HI, LO.
-9-
7.2
Sequence (serial flashes) (seq)
This function allows to set a defined number of flash discharges from 1 to 50. By briefly
pressing the energy control keys “up / down“ (8), the required number of flashes can be
selected. With a long pressure on the energy control keys “up / down“ (8), the setting
changes in intervals of ten. Each release signal triggers the selected number of flashes.
A current sequence can be aborted by a long pressure on the energy control keys “up /
down“ (8) or by switching off and on again the unit.
7.3
Charging dimmer / boost function (dim)
The “dim“ function can be switched on or off (on/--) by briefly pressing the energy control
keys “up / down“ (8). When switching on the “dim“ function with the modelling light on
(green LED of the “mod“ key (4) lights up), the modelling light switches off while charging
takes place. This feature allows visual flash control, to fade out the modelling light during
flash sequences or to reduce the current load on weak mains.
If the “dim“ function is activated when the modelling light is switched off (green LED of
the “mod“ key (4) is off), the boost function will be activated. In this mode, the modelling
light remains on as a visual flash monitor during charging.
7.4
Buzzer switch on / off (buz)
The ready buzzer signals when the unit is at 100 % charge. The buzzer is switched on or
off (on/--) by briefly pressing the energy control keys “up / down“ (8). The warning signal
also functions with the buzzer switched off.
7.5
Slow charge switch on / off (slow)
In case of weak mains power supply lines, charging time may be extended to approx.
double the standard value. The slow charge mode is switched on or off (on/--) by briefly
pressing the energy control keys “up / down“ (8).
7.6
Studio / appliance address (unit)
The compact units LOGOS are also available as versions with built-in RFS Interface
(Radio Frequency System). For remote control respectively flash release via radio, an
individual appliance address and a studio desk top (remote control channel) can be
assigned to each RFS unit by means of the function “unit“ (18).
To carry out the settings, dial the LED „unit“ using the “aux“ key (11). The digital display
(10) shows the letter “U“, followed by an appliance number between 1 and 8. By briefly
pressing the energy control keys “up / down“ (8), the required value can be selected.
When pressing again the “aux“ key (11), the digital display (10) shows the letter “C“,
followed by a studio number between 1 and 8. By briefly pressing the energy control keys
“up / down“ (8), the required value can be selected.
- 10 -
8. Flash tube
The flash tube is coated to ensure an optimal colour temperature. For your security, only
original flash tubes must be used. For safety reasons, never operate a unit without
protecting glass in place.
If the compact unit LOGOS 800 is used for longer flash sequences, we recommend to
employ the flash tube for LOGOS 1600 / SOLO 1600B - Art. no. 54.301.00.
8.1
Replacing the flash tube
1.) To replace the flash tube, discharge the unit by flashes, disconnect it from power
supply and let it cool off for ten minutes (to discharge the flash capacitors).
2.) Remove the protecting glass.
3.) First pull out the ignition cable and then the flash tube (do not touch the flash tube
with bare hands).
4.) Insert the new flash tube.
5.) Re-insert the ignition cable.
6.) Replace the protecting glass.
7.) Connect the unit to the power supply, now it is ready for use again.
9.
Protecting glass
For safety reasons, never operate a unit without protecting glass in place.
10. Fuse
The fuse (7) is located on the rear of the unit. Sand-filled fuses with value 3.15 AF may
only be used (sand-filled fuses can be identified by their opaque fuse container). Using
wrong fuses is dangerous; it may cause the halogen lamp to burst. Original VISATEC
replacement lamps are therefore delivered with the correct fuse.
11. Basic settings ex work
The basic settings ex work can be viewed and in some instances changed with the
following procedure:
When the unit is switched on, simultaneously press the "mod" and "aux" keys for
approx. 5 seconds (the LED array "prop" / “seq“ / "dim" / "buz" / “slow“ / "unit" blinks to
indicate that you are in the programming mode).
- 11 -
Additionally the LED of the „mod“ key is lit. The digital display shows the function
number 0. The other function numbers can be selected by pressing the energy control
keys “up / down“ (8).
By briefly pressing the „aux“ key, the digital display shows the actual value respectively
the actual setting within the selected function number. The LED of the „mod“ key does
not light up in this mode. Within the function numbers 1 and 7, the settings can be
changed with the energy control keys “up / down“ (8). Concerning the function numbers
0 and 2 – 6, the different pairs of these multiple digit values can be shown by means of
the energy control keys “up / down“ (8).
Return to normal operation by pressing (1 s) the „aux“ key, by switching the unit off and
on again or automatically after a period of 20 seconds.
Function
number
Meaning and possible settings
Program version: Standard display
Program number: after pressing the energy control “down“ key (8)
RFS Interface switch on / off (only for RFS versions):
Setting ex work: "on" (LED “unit“ is lit).
With RFS Interface switched off, the digital display shows the value “--“.
Flash counter:
Figure group in the display: xxxxXX = Standard display
Figure group in the display: xxXXxx = after pressing the energy
control “down“ key (8)
Figure group in the display: XXxxxx = after pressing the energy
control “down“ key (8)
Series number of the unit: Figure group in the display: xxXX
Series number of the unit: Figure group in the display: XXxx
Production date of the unit: Figure group in the display: xxXX = month
Production date of the unit: Figure group in the display: XXxx = year
Reduction of the modelling light: Setting ex works: "off" (--)
The activation of this function is recommended on power mains with
great fluctuations. The voltage for the modelling lamp is reduced (light
output ./. 1/3 f-stop), which results in a longer service life of the
halogen lamp. If this function is activated, the digital display shows the
value “on“.
- 12 -
12. Protective facilities / Fault indication
12.1
Cooling fan
The cooling of flash tube, modelling lamp and internal electronics is effected by a cooling
fan. It also runs when the modelling light is turned off. The cooling works on two levels,
the fan runs smoothly when small flash sequences are effected. With longer flash
sequences, the cooling fan switches to the higher level.
12.2
Display “th“
If excessively high temperatures build up inside despite the fan cooling, the charge mode
will be blocked and a long audible signal will be generated. The modelling light is blocked
as well for about 6 minutes. The digital display shows the indication "th" during the
cooling period. The cooling process is accelerated by the fan which is still in operation.
12.3
Display “A1“
The unit is equipped with an automatic afterglow blockout. If the flash tube exhibits (e.g.
at the end of its service life) afterglow, this blockout will block further charging to prevent
consequential damage. This status is also discernible by the ready display, which is no
longer green. The blockout can be cancelled by switching the unit off and on again.
Attention: Do not switch off the unit during the cooling period! If the unit is switched
off too early, only a small number of flashes can be effected until the next blockout, when
switching on again the unit, despite a long break, because the processor could not
completely pursue the cooling process.
12.4
Display “A2“
This indication is shown, when the unit is overcharging. Switch off the unit and switch it
on again after a few minutes. If this fault continues to exist, please contact an after-sales
service centre.
12.5
Acoustic flash monitoring
At the end of their service life, flash tubes often have triggering interruptions. This fault is
indicated by an audible, intermittent signal. The signal disappears when the flash tube
flashes properly again or the unit is switched off.
12.6
Monitoring of the modelling light
If the compact units LOGOS are connected to 200 V – 240 V mains voltage, after
previously having been operated on 100 V - 120 V mains voltage, they will release an
audible signal and the modelling light will blink at a safely reduced voltage. This function
serves as a reminder that the modelling lamp must be exchanged, and also to protect
against damage of the lamp. Switch the unit off and on again to return to standard
operation.
- 13 -
13. Car battery converter
If no mains power is available, the 12 V car battery converter can be used to charge the
unit (only for 230 V units). The modelling light cannot be used in this operating mode
(excessive load on the battery) and must be removed.
•
Before removing respectively replacing the flash tube and the modelling lamp, switch
off the modelling light, discharge the unit, then immediately disconnect it from mains
supply and let it cool down for 10 minutes.
•
Remove the flash tube.
•
Remove the halogen lamp (modelling).
•
Connect the converter with the + and – connector clamps to the 12 V car battery.
•
Connect the unit to the converter and switch on the unit and the converter.
•
Switch off the converter during pauses after flash work. Charge battery if needed by
allowing the car engine to run.
One compact unit LOGOS can be connected to one converter. Approx. 200 flashes of
300 J respectively 100 flashes of 600 J are possible with a fully charged battery.
14. Mounting
The stand adapter is located below the housing. The adapter is designed for standard
broncolor® bolts (12 mm) and Manfrotto® pins (16 mm).
Make sure the unit is firmly attached to the stand before operating. The click-stops of the
locking handle can be adjusted by pulling it out.
A bracket for suspended mounting is available under art. no. 35.228.00. If the unit should
be suspended without bracket on a broncolor® bolt, the enclosed locking pin must be
screwed into the lower part of the stand adapter. This is not required for stand mounting.
A safety cable must be installed whenever the unit is suspended.
15. Umbrella holder
Diffusing and reflex umbrellas are used in conjunction with the umbrella reflector (art. no.
53.457.00). The umbrella bar is inserted into the special holder in the stand adapter.
- 14 -
16. Accessories
The compact unit LOGOS is equipped with an interlocking VISATEC bajonet, which
permits a 360° rotation of the mounted light shapers. For this reason, the whole range of
VISATEC accessories assortment is at your disposal. You will find the complete overall
view in the VISATEC system catalogue.
16.1
Mounting of barn doors
The barn doors are attached onto the fastening braces on the reflector.
17. Service / repair
Your VISATEC compact unit is a precision device which will work for many years without
malfunction if you take proper care of it. If nevertheless malfunctions do arise, please do
not attempt to open the unit to repair it yourself. Even when the unit is switched off,
dangerous voltages may remain within the interior of the device. Always leave service
and repairs to the VISATEC after-sales service.
- 15 -
18. Technical data
LOGOS 800
Flash energy
F-stop at 1 m distance 100 ISO,
standard reflector
Flash duration t 0.5 (t 0.1)
Charging time (for 100 % of the
selected energy)
Controls
Control range of flash energy
(Japan: ½ f-stop less)
Modelling light
Flash release
Ready display
Flash monitoring
Additional function
Number of sync sockets
Stabilized flash voltage
Cooling
Standards
Power requirements
Dimensions (L x W x H)
Weight kg
300 J (100 V: 250 J)
45 (100 V: 32 7/10)
LOGOS 1600
600 J (100 V: 500 J)
64
(100 V: 45 7/10)
1/800 s (1/250 s)
1/600 s (1/150 s)
with mains voltage 110 – 240 V
with mains voltage 110 – 240 V
Flash duration with mains voltage 100 V: approx. 20% longer
230 V / 50 Hz: 0,3 – 1,2 s
230 V / 50 Hz: 0,5 – 1,9 s
120 V / 60 Hz: 0,3 – 1,2 s
120 V / 60 Hz: 0,4 – 2,0 s
100 V / 50 Hz: 0,3 – 1,5 s
100 V / 50 Hz: 0,4 – 3,0 s
Can be switched to slow charge mode
With LOGOS 800 / 1600 – version 230 V (bi-voltage):
Automatic adaptation to the respective mains voltage
Attention: The above mentioned charging times for 100 – 120 V do not apply
to the bi-voltage version.
Illuminated digital display, LED line and keyboard
Over 4 f-stops in 1/10 f-stop increments (1:16)
Halogen max. 150 W
Proportional to flash energy as well as “full” and “low” settings. Proportionality
adjustable to all VISATEC flash systems and the different output levels
(except VISATEC LITEPAC).
Manual release button, infrared-sensitive photocell (can be switched off), sync
cable, VISATEC flash release
Visual and audible (can be switched off), signals when 100% of selected
energy is reached
Visual:
Dim and boost function for modelling light
Audible:
Buzzer
Sequence (serial flashes) up to 50 flashes
+/- 1,5%
Fan
EC standard 73/23, UL 122
200-240 V / 50-60 Hz: 6 A
100-120 V / 50-60 Hz: 10 A
120 x 195 x 276 mm
120 x 195 x 276 mm
2,6
3,1
Subject to change in the interest of product enhancement.
- 16 -
19. VISATEC LOGOS RFS / LOGOS plus
The compact units LOGOS are also available as unit versions with integrated 8 channel
RFS Interface (Radio Frequency System). Each channel (studio) can control up to 8
units. This interface allows remote control respectively flash release by radio via
transmitter RFS as well as by means of a transceiver RFS via PC or Macintosh
computer. When controlling via screen, 4 storage spaces for different lighting situations
are at your disposal.
19.1 Modification to LOGOS RFS
There is the possibility, to modify LOGOS compact units later on with a RFS interface.
The modification will be made by the customer service centre of our VISATEC agency in
your country.
19.2 LOGOS plus
Because of the laws in some countries, the use of the VISATEC radio system is not
allowed. Therefore the LOGOS compact units are also available in the version LOGOS
Plus (that means with cable remote control). Besides the cable connection between the
compact unit and the computer, the applications with RFS is almost identical.
Attention: There is no camera transmitter available for LOGOS plus!
19.3
Technical data
LOGOS RFS
With integrated 8 channel RFS
interface (Radio Frequency System)
for the remote control of the unit by
radio via transceiver RFS from PC or
Macintosh computer. Each channel
(studio) can control up to 8 units.
Flash release
Transmitter RFS, Transceiver RFS
(beside the options in chapter 18)
Operational distance outdoors up to 30 m
Remote control
Operational distance in closed up to 20 m
rooms
Range
up to 300 m
Number of sync sockets
LOGOS plus
With integrated interface for the remote
control of the unit by cable from PC or
Macintosh computer. Each channel
(studio) can control up to 8 units.
analogue chapter 18
Length of the connection cable from the
computer to the unit: 5m
Length of the connection cable between
the units: 2,5 m
see above
see above
1 (the second sync socket is configured
as connection for the computer
cable)
- 17 -
Norms
UL 122, EC norms73/23, 89/336 and 99/5
ERM EN 300 220-1,-3
EMC EN 301 489-1,-3
EN 60950
EN 50371
FCC Part 15
This device complies with part 15 of the FCC Rules. Operation is subject
to the following two conditions:
(1) This device may not cause harmful interference and
(2) This device must accept any interference received, including
interference that may cause undesired operation.
Changes or modifications to this unit not expressly approved by the
party responsible for compliance could void the user’s authority to
operate the equipment.
Subject to change in the interest of product enhancement.
20. Order numbers for diverse
spare parts / accessories
Halogen modelling lamp 150 W / 120 V
Halogen modelling lamp 150 W / 230 V
Flash tube, coated, to LOGOS 800 / SOLO 800B
Flash tube, coated, to LOGOS 1600 / SOLO 1600B
Protecting glass, clear
Fuse 3.15 AF
Mains cable CH 200-240 V
Mains cable USA 100-120 V
Mains cable Europe 200-240 V
Protection cap for transport, grey
Bracket for suspended mounting
12 V battery converter
- 18 -
Art. no. 54.251.XX
Art. no. 54.252.XX
Art. no. 54.300.00
Art. no. 54.301.00
Art. no. 54.400.59
Art. no. 37137.00
Art. no. 39084.00
Art. no. 39085.00
Art. no. 39086.00
Art. no. Z3620.00
Art. no. 35.228.00
Art. no. 36.450.XX
Operating instructions
broncolor
Grafit A2/A4
Before use
We are pleased you have chosen a broncolor Grafit A power pack which is a high-quality
product in every respect. If used properly, it will render you many years of good service. Please
read all the information contained in these operating instructions carefully. They contain
important details on the use, safety and maintenance of the appliance. Keep these operating
instructions in a safe place and pass them on to further users if necessary.
Observe the safety instructions.
Contents
page
Important safety instructions
Attention: Read before starting up the power pack
Controls and displays
1.
Application Grafit A
2.
Start up
3.
Energy control
4.
Lamp base outlets
5.
Modelling light
6.
Release and remote control
10
7.
Flash ready signals visual/audible
11
8.
Setting additional functions
12
9.
Protective facilities / Fault indication
17
10. Lamp bases
18
11. Preset sequence (preprogr. series of flashes)
21
12. Technical data
26
13. Grafit A RFS / Grafit A plus
27
Important safety instructions
When using your photographic equipment, basic safety precautions should always be followed, including
the following:
1.
Read and understand all instructions before using.
2.
Close supervision is necessary when any appliance is used near children. Do not leave appliance
unattended while in use.
3.
Care must be taken as burns can occur from touching hot parts.
4.
Do not operate appliance with a damaged cable or if the appliance has been dropped or damaged until it has been examined by a qualified service person.
5.
Position the cable so that it will not be tripped over, pulled, or contact hot surfaces.
6.
If an extension cable is necessary, a cable with a current rating at least equal to that of the appliance
should be used. Cables rated for less amperage than the appliance may overheat. When using a
cable reel, it must be completely unrolled before use to prevent overheating of the cable.
7.
When plugging in and unplugging lamp plugs, the unit must be switched off.
8.
Always unplug appliance from electrical socket before cleaning and servicing and when not in use.
Never jerk cable to pull the plug from the socket. Grasp plug and pull to disconnect.
9.
Let appliance and connected lamp bases cool completely before putting away.
10.
When putting away and winding up cables, take care they do not come into contact with hot parts of
the appliance.
11.
To reduce risk of electric shock, do not immerse this appliance in water or other liquids.
12.
To reduce the risk of electric shock, do not open this appliance, but take it to a qualified service
person when service or repair work is required. Incorrect reassembly can cause electric shock when
the appliance is used subsequently.
13.
The use of an accessory attachment not recommended by the manufacturer may cause a risk of fire,
electric shock, or injury to persons.
14.
Connect this appliance to a grounded socket.
Attention:
Read before starting up the power pack
Prior to replacing fuses, light bulbs or flash tubes, discharge the power pack and disconnect
from power supply. Disconnect the lamp base from the power pack.
These units are designed for use in dry conditions. Protect them from water and from
excessive exposure to dust.
The units are not suitable for use in an environment where there is a risk of explosion.
The accessories mounted onto the lamp bases may heat up to high temperatures under
specific conditions. Handle with care!
With due allowance for heat radiation, lamp bases with more than 100 W modelling light
may be directed against inflammable surfaces only at a minimum distance of 1 m.
For safety
in place.
Flash light contains, similar to sunlight, a specific portion of UV light. The undesirable side
effects on skin and eyes are considerably reduced by using flash tubes and glass covers
with a UV coating. Without these or other protective filters, use with extreme care when
shooting.
Even when disconnected from the power supply, dangerous voltages may remain inside the
unit. For this reason units should be opened by authorized broncolor service persons only.
Do not block the cooling louvers on the unit.
broncolor power packs and lamp bases meet an extremely high safety standard. When
connecting broncolor products to other manufacturers' products, integrated safety
measures may become ineffective. Due to different design features and contact assignment
of the lamp plugs of other brands, the user himself/herself may even be at risk. We offer no
guarantee and accept no liability for damages which may be caused by this type of usage.
reasons,
never
operate
the
lamps
without
the
protecting
glass
Controls and displays
1.
Mains switch
2.
Voltage selector 110V/230V
3.
Circuit breaker
4.
Sync socket
5.
Connection socket for mains cable
6.1
Outlet I
6.2
Outlet II
6.3
Outlet III
7.1
Lamp base switch 1, on/off
7.2
Lamp base switch 2, on/off
7.3
Lamp base switch 3, on/off
8.
Power selector per lamp +/-
9.
Digital power display per lamp
10.
Master power selector +/-
11.
Photocell
12.
Digital master power display
13.
Photocell on/off
14.
IR receiver cell
15.
IR receiver and/or RFS-interface on/off
16.
Modelling light on/off
17.
Test key, ready light green
18.
4 line LCD display
19.
Cursor up/down
20.
Reset key
21.
Auxiliary functions setting key
5
1. Application Grafit A
This mains (AC-line) supplied studio flash unit is designed for professional photography
only. For your safety use a three-wire extension cable when required.
2.
Start up
2.1
Mains voltage / voltage selector
Set the unit to the required mains voltage by turning voltage switch (2) with a coin or
screwdriver.
The unit is designed for 230V, 120V or 100V according to voltage of country. If a different
voltage than the original one is selected, the following limitations come into force:
230V unit on 120V:
120V unit on 230V:
100V unit on 230V:
2.2
Can only be operated with power up to level 9.
The charging time becomes longer.
The recycling time becomes longer
The recycling time becomes longer
Earthed Mains (AC-line)
Connect unit to current supply always using earthed mains plug.
2.3
Start up
Use the mains (AC-line) switch (1) to power-up unit. During the charging process the digital
master power display (12) flashes, after which, it becomes continuous.
3.
Energy control
3.1
Grafit A2/A4
Use the "+/-" keys (10) to control the flash energy (flash intensity) on both main outlets (I, II)
within a range of 6 7/10 f-stops, and when including reserve lamp III within a range of 4 f-stops.
A value of 10 in the display indicates maximum intensity, 3.3 resp. 6 minimum. Whole numbers
are full f-stop intervals, decimals indicate 1/10 f-stop steps. Brief pressure on the "+/-" keys
(7.1, 7.2, 7.3, 10) runs the power up (or down) by a 1/10 f-stop interval, prolonged pressure by a
full f-stop. The display (12) then blinks until charging or discharging has stabilized the new
level.
3.2
1/10 or 1/3 f-stop increments control
The fractional power level adjustment can be programmed for 1/10 or 1/3 f-stop intervals; the
units are factory set to 1/10 steps. For reprogramming to 1/3 steps see chapter 7.
3.3
Individual energy distribution (Asymmetry)
The Grafit A power packs incorporate a circuit for selectively distributing the power between the
lamp base outlets. If outlet III is used as well, it has the highest flash energy. To ensure an
optimum quality of colour temperature it is recommended to limit the maximum asymmetry of
the flash power between each individual lamp outlet to three f-stops. The unit indicates this
limitation if applicable.
4.
Lamp base outlets
Lamp base outlets of the Grafit units are marked with the Roman numerals I to III.
All outlets may be switched individually (7.1, 7.2, 7.3). The LED (9) indicates the flash energy
for each separate lamp base. For newly connected lamp bases, the connection will be
automatically activated.
5.
Modelling light
5.1
The "mod" key (16) switches on the modelling lamps for all connected lamp bases. When
switched on, the green LED (Liquid Electronic Display) lights up. Lamp bases also have an
additional modelling lamp switch. You may also operate the modelling light proportionally
(Chapter 5.2) and adapt it to the various maximum outputs of broncolor power packs.
5.2
Proportionality
In chapter 8 is an explanation of how to set the various operating modes (modelling light
proportionality).
Stages prop1, prop2, prop3, prop4 and prop5 are used to adapt the modelling light brightness of
power packs with different output. The setting "modelling light proportional" duly allows for the
output set, the number of lamp bases as well as an asymmetrical energy distribution.
Proportionality is guaranteed if the identical operating mode has been set for all power
packs. The higher the digit, the brighter the modelling light.
The following operating modes are possible:
"prop1"
This level allows matching of the Grafit A units to the proportional control of
the Pulso 8 power pack.
"prop2"
Proportional modelling light - brightest level with Grafit A4.
"prop3"
Proportional modelling light - brightest level with Grafit A2.
"prop4/5"
If you use a power pack with less power it is known that the halogen modelling
light is relatively weak and yellowish. To solve this problem the power packs
have been provided with two additional proportional light levels. If the power of
the Grafit A4 is lower than "8.0" and of the Grafit A2 lower than "9.0" you can
increase the modelling light immensely with "prop4".
If the power of the Grafit A4 is lower than "7.0" and of the Grafit A2 lower
than "8.0" you can increase the modelling light immensely with "prop5".
"P.Max."
When working only with one power pack in asymmetrical operation; using the
level "P.Max.", the lamp base with the highest flash energy will be operated with
full modelling light and the others will operate proportionally, corresponding to
their selected power.
"full"
All lamp bases with full modelling light, independent of flash output, type of
power pack and output distribution.
"economy"
Lighting level reduced for all lamps to reduce power consumption and extend
the burning life of the tungsten-halogen lamps.
Highest possible proportionality settings when combining packs of different output:
Nano A4
Topas A4
Grafit A4
Topas A8
P3
(or “P” when
only using Nano
2)
P2
P1
Nano A4
Topas A4
Grafit A4
P2
P1
Topas A8
P1
P2
(or “P” when
only using Nano
A4)
P1
Nano 2
Topas A2
Grafit A2
Mobil
Nano 2
Topas A2
Grafit A2
Mobil
5.3
P1
Example 1:
A power pack Grafit A2 is operated together with a power pack Topas 8. The
modelling light is proportional when both are set to mode "prop1".
Example 2:
A power pack Grafit A4 is operated together with a Grafit A2. The modelling
light is proportional and highest possible when both are set to mode "prop2".
Reduced modelling light intensity
To avoid overloading the mains supply (AC-line), the 100-120 volt versions of the power packs
reduce the modelling light intensity during charging. You can clear this factory-installed
program if the power rating of the mains supply (AC-line) is sufficient - see key combinations in
section 8.11 of the programming additional functions. When working with limited-power on the
mains supplies (AC-line) you can also slow down the charging rate with the additional functions
"slow charging" - this reduces the risk of blowing the supply fuses.
5.4
Modelling light switch on lamp base
The switch on the lamp bases permits selective lighting control with the modelling light. To
avoid damage to the lamp filament, always switch off the modelling light before moving the
lamp base.
6.
Release and remote control
6.1
Photocell (cell)
The photocell can be switched on or off by using the "cell" key (13). If it is activated the
green LED lights up.
After a flash sequence, an active photocell will be blocked and the green LED blinks. By
pressing the "cell" key the cell is reactivated.
6.2
Infrared receiver (ir)
The IR receiver can be switched on or off with the key “ir” (15). If the function is active, the
green display lights up.
6.3
Infrared flash channels
You can trigger Grafit A power packs from broncolor infrared transmitters. These have two
different channels. Setting instructions are stated in chapter 8.
If a power pack is triggered via infrared, the flash release follows with a time delay. If the setting
of the IR channel is "all" the delay is 1/1000s, if the setting is selective it is 1/500s.
Important: when selective triggering is selected, all units in operation must be set to 1 or
2 (none on "all") and all the photocells should be switched off.
6.4
RFS interface
The RFS interface of the RFS version of the Grafit A units can be switched on or off as an
additional function on the display by using the toggle key (21). (See chapter 8).
6.5
Sync socket (4)
Synchronous cables art. no. 34.111.00 or 34.112.00 may be plugged into the socket to release
flashes via cable.
6.6
"Test" key (17)
This key (17) allows manual release of the power pack as soon as 70% of the set energy is
available.
6.7
Remote Control
The remote control of the power pack Grafit A is operated by the Remote Control units Servor 3
and Servor d. If the power pack is switched to "stand-by" via the remote control unit, the decimal
point of the main display will blink. The power pack can be "re-activated" either by the remote
control unit or by pressing any button on the front panel.
10
6.8
Remote control channels
Remote control by the means of servor or RFS may be performed via separate channels (studio
workstations). This is explained in chapter 8.
6.9
Power pack addresses
Addresses will be assigned to each power pack for individual control. This is explained in
chapter 8.
7.
Flash ready signals visual/audible
7.1
The visual ready signal is the green LED at the "test" key (17). It lights up only when the unit is
fully charged. After a flash this LED goes out and lights up again when the unit is fully charged
once more.
7.2
The audible signal "buzzer" sounds when the power capacitors are at 100% charge. It may be
switched on or off. This is explained in chapter 8.
7.3
Audible fault signal
When the flash discharge fails, a warning signal of approx. 3s duration will sound and the
display of the relevant lamp base will flash.
11
8.
Setting additional functions
Meaning of additional symbols on display
Indicates that one or several additional functions are active
Frames fault / alarm messages
∗
Frames help text
Suggested default value for a certain setting
Help function
Advance the cursor to the “Additional”
function and press the toggle-key v or ∧ for
about 2 seconds to display an explanation of
the function. The text begins and ends with
“*” characters. To quit the help function,
press the toggle switch again.
8.1
8.2
Function
possible settings
With the toggle-key v ∧ (19, on the front
panel at the bottom left) the cursor can be
moved up or down to select the various
functions.
With the +/- key (21, on the front panel
at the bottom right) different settings can
be made.
Lamp 3, 2, 1
Display of the lamp power
- ..J
- ..%
Modelling light
Choice of the proportional level
(see as well chapter 4.)
(joules)
(percentage)
- prop1
- prop2
- prop3
- prop4
- prop5
- P.Max.
- full
- economy
12
8.3
8.4
Sequence
In this mode you can select a number of
flashes to be triggered automatically.
- off
- 2-50 (when t 0.1 (min), and interval
shorter 0,200s only
2-15)
t 0.1 (flash duration setting)
When operating lamp I or II, you can select
the flash duration (t 0.1). Lamp III may not
be used simultaneously. The unit always
indicates the t 0.1 value of the lamp with the
longest total flash duration.
- (min.) "flash duration"
On this setting the shortest flash
duration will always be selected
automatically regardless of the CTC
control system.
- (opt.) "flash duration"
The most suitable flash duration will
automatically be selected to obtain the
optimum colour temperature.
If the colour temperature is changed
with the broncolor FCC, an arrow
appears on the display next to the
"(opt.)".
8.5
Interval
This function allows to define the time
between the flashes and therefore to delay the
flash sequence.
The interval setting cannot be used when:
charging time is long and there are unsuitable
supply voltages.
13
1/125 (only Grafit A4)
1/250
1/500
1/1000
1/2000
1/4000
1/6000
w/o CTC
w/o CTC
w/o CTC
w/o CTC
w/o CTC
w/o CTC
w/o CTC
- off
- "delay time" (shortest charging
time - 50.00s)
8.6
8.7
8.8
8.9
8.10
Delay of the first flash
You can delay triggering of the first flash by
0,01s - 50,00s.
Alternate (ping-pong release)
This provides the option of determining the
release sequence of 2 power packs, i.e., only
one power pack triggers per IR signal, while
the other is at rest.
This function allows performing faster
photographic sequences.
Preset sequence
Pre-programmed series of flashes with
different intensity and different intervals
(only outlets I+II).
If this function is switched on the following
settings are blocked:
- output control
- power selector per lamp
- lamp 1-3
- modelling light
- sequence
- t 0.1
- interval
- alternate triggering of the flash
Charging time (slow charging)
In case of weak power supply lines, charging
time may be extended.
Memory 1 + 2
All setting can be stored and recalled later
on.
- off
- 0,01s - 50,00s
- off
-1
-2
(1. unit in succession)
(2. unit in succession)
No. 1
No. 2
No. 3
etc.
No. 16 (Details see chapter 11)
- fast
- slow
- Press the "+" key for 2s to store all
settings (STORE)
- Press the "-" key for 2s to recall a
previously stored setting (RCL)
14
8.11
8.12
8.13
DIM
This function dims the modelling light during
the recycling time (min. 0,5s). It allows a
visual flash control and the extinction of the
modelling light during sequences.
Buzzer
The audible signal sounds when the power
capacitors are 100% charged up. You can
switch on resp. off the signal.
- ON
- OFF
- ON
- OFF
IR channel
The Grafit power packs use two different
channels for selective triggering of specific
power packs or groups (studio workstations).
- all
-1
-2
8.14
IR channel / RFS interface
With Grafit A RFS power packs the IRchannel is defined in the additional functions
“IR/RF” by briefly pressing the +/- (21).
Extended pressure on the +/- key switches
the RFS function on resp. off.
(the unit will release on all IR
signals)
(the IR transmitter must be set
correspondingly)
(the IR transmitter must be set
correspondingly)
IR- channel
- all (the unit will release on all IR
signals)
-1
(the IR transmitter must be set
correspondingly)
-2
(the IR transmitter must be set
correspondingly)
RFS- Interface
- ON (RFS interface is switched on)
- -- (RFS interface is switched off)
8.15
Studio / Gen.
Studio = workstation
Extended pressure on of the key -/+ sets the
workstation .
power pack = power pack address
Brief pressure on the key -/+ sets the power
pack address for remote control.
8.16
Flash count
15
01/20
Servor
Enables the choice between studio 01 or
02.
RFS
Enables the choice between studio 01 to
10
01/20
Servor
Enables the choice between address 01
to 08.
RFS
enables the choice between address 01 to
10
Counts the already released flashes. By
pressing extensively on the -/+ key the
counter can be set back to 0.
8.17
Total count
Every flash discharge is counted.
8.18
Max. Display
1/10 f-stop
The Grafit units can display flash output in
1/10 f-stop over a range of 6,7 f-stops. All
Grafit power packs are factory-set to show
values from 10 to 3.3. 10 indicates the
maximum and 3.3 the minimum output level.
The display range can be shifted downwards
in order to correspond with units of different
power (Grafit A2/A4). The result will be the
same number on the display for the same
amount of selected power
Grafit A2 value 8 = 1600J
Grafit A4 value 9 = 3200J
Pulso 8
value 10 = 6400J
10
10
3.3
2.3
1.3
- 10
- 9
- 8
- 7
0.3
1/3-f stop
For the display in 1/3 steps the power range
is shown +9 to -11.
- 1/3
General:
With the remote control servor 3, we
recommend retaining the standard setting
(maximum energy = 10) since complications
in the display in the command mode "all"
may arise otherwise.
8.19
Store Aux
Grafit A power packs are factory-set to clear
16
- on
- off
all programming function adjustments on
loss of mains supply power, for whatever
reason. This avoids operating errors on
subsequent startup.
8.20
Language
To simplify the operation, you can select
your language.
-G
-E
-F
- etc.
8.21
Progr. Release
Shows the software release of the EPROM.
8.22
Country
The country code is for sales and service.
8.23
Delivery date
First operation
8.24
Serial number
For service and sales
Reset key
When pressed briefly, the cursor jumps on the line "modelling light".
When pressed for 2s, the settings (sequence, t 0.1, interval, delay, alternate, preset sequence,
charging time) are switched off.
When pressed for more than 10s, the unit is reset to the factory setting.
17
9.
Protective facilities / Fault indication
Fault / alarm messages are framed with "!" characters on each line.
9.1
Cooling
The cooling fan switches to a higher speed after some flashes
9.2
Thermal overheating display
To protect against overheating after extended series of flashes, the unit will power down for a
number of minutes. At that stage, the following message will appear on the LCD display: "XX
min. COOLING BREAK, DO NOT DISCONNECT" The cooling time is shortened if the unit
remains connected and switched on.
9.3
Afterglow
In case of afterglow of an older flash tube, the LCD display will show the corresponding
message.
9.4
Circuit breaker (3)
In the event of an electrical malfunction, the circuit breaker will automatically disconnect the
power pack from the power source. The unit can be restarted by pressing the circuit breaker
button. If it disconnects again immediately, the power pack must be serviced by an authorised
technician.
10. Lamp bases
The following information applies to Pulso, Primo and Picolite lamp bases.
10.1
Replacing flash tubes
Prior to any change of the flash tube, the lamp base must be disconnected from the power pack!
Lamp bases use plug-in flash tubes.
18
Normally the Pulso and Primo flash tube 1600 J have the UV-coating directly on the flash tube.
In this case the protecting glass used must be clear. The protecting glasses as and the flash tubes
1600 J are available in the versions UVE coated (5500 K) and uncoated (5900 K). Therefore, the
Pulso and Primo lamp bases can be supplied upon request with an uncoated flash tube and a
coated protecting glass.
The flash tubes 3200 J for Pulso and Primo lamp bases as well as the flash tubes for Picolite are
available only uncoated for thermal reasons. Therefore those lamps must be used with a UVcoated protecting glass.
The flash tube and protecting glass of the Pulso 8 lamp bases form one module.
10.1.1
Pulso-/Primo lamp bases up to 3200 J
To change the flash tube, carefully pull off the protecting glass. Pull straight, without tilting.
Lamp bases manufactured from 1996 on, have the upper of the three springs holding the
protecting glass differently shaped to provide a better hold. When removing the protecting glass
it is necessary to first pull out the glass from the bottom springs. Release the contact spring (only
Primo lamp) and again be sure to pull the flash tube straight along the lamp base axis.
When inserting the tube check that the ceramic base is fully pushed back in, and that for the
Primo lamp bases the contact spring rests on the inside ignition wire.
Then the protecting glass has to be re-inserted in front of the modelling light and flash
tube. It is held by three springs. Because the Primo lamp base can be operated with
1600 J flash tubes as well as with 3200 J flash tubes, a corresponding warning sign is
supplied with each flash tube. Please stick this warning sign on the lamp base plug
when inserting the flash tube.
10.1.2
Pulso 8 lamp base
The flash tube is only available with a built-in protecting glass. When exchanging the
flash tubes or replacing the modelling lamp, hold the flash tube carefully on the
protecting glass and pull out in axial direction. When inserting the flash tube check that
the ceramic base is fully pushed back in.
10.1.3
Picolite small lamp
This small lamp has a plug-in flash tube with spring fastener. For thermal reasons the UVcoating is on the protecting glass. The protecting glass is available in the versions UVE-coated
(5500 K) and UVE-matt coated (5500 K).
To change the flash tube release the spring ring and remove the protecting glass. The flash tube
must be pulled out straight along the lamp base axis. When inserting the tube be sure that it is
fully pushed in. Finally replace the protecting glass and fasten with the spring ring.
10.2
Changing the halogen lamp
19
The halogen lamps are also plug-in or screw-in. Taking the lifespan into consideration, the
halogen lamp should not be handled with bare hands. Exchange of the halogen lamp is
practically indentical to that of the flash tube.
The Primo and Picolite lamp base can be operated on the local mains (AC-Line) voltage (100V240V) when a halogen lamp is used which corresponds to the voltage.
10.3
Cooling fan
A cooling fan in the lamp base cools the flash tube and modelling lamp. It also runs when the
modelling lamp is turned off.
10.4
Thermal protection
The lamp bases have been fitted with an automatic thermal protection. Should the lamp base
overheat (e.g. by impeding the flow of cooling air), the modelling light is shut off. Nevertheless
you may continue producing flashes. The Picolite, however, has an additional thermal protection
which limits the number of flashes.
10.5
Lamp base plugs
The lamp base plugs and sockets have mechanical interlocks to prevent inadvertent
disconnection. When plugging in, ensure that those interlocks engage completely. To unplug,
push down the locking spring below the cable guide and lift out the plug. The power pack must
be switched off to plug-in and to unplug.
10.6
Reflectors
Primo and Pulso lamp bases have a bayonet fitting to take reflectors. The small lamp Picolite has
an integrated reflector.
10.7
Fuses
Only sand-filled fuses of the type indicated on the type plate may be used; otherwise the halogen
lamp may explode.
20
11. Preset sequence (preprogr. series of
flashes)
Table 1:
Grafit A2 with one lamp + Grafit A4 with one or two lamps
1. flash
2. flash
3. flash
number
delay
energy
delay
energy
0s
0s
0s
0s
7.2
7.2
7.2
7.2
0.02s
0.04s
0.08s
0.16s
8.2
8.2
8.2
8.2
0s
0s
0s
0s
7.2
7.2
7.2
7.2
0.02s
0.04s
0.08s
0.16s
10
11
12
0s
0s
0s
0s
5.2
5.2
5.2
5.2
13
14
15
16
0s
0s
0s
0s
5.2
5.2
5.2
5.2
4.flash
delay
energy
delay
energy
7.2
7.2
7.2
7.2
0.04s
0.08s
0.16s
0.32s
8.2
8.2
8.2
8.2
0.02s
0.04s
0.08s
0.16s
6.2
6.2
6.2
6.2
0.04s
0.08s
0.16s
0.32s
7.2
7.2
7.2
7.2
0.06s
0.12s
0.24s
0.48s
8.2
8.2
8.2
8.2
0.02s
0.04s
0.08s
0.16s
6.2
6.2
6.2
6.2
0.06s
0.12s
0.24s
0.48s
7.2
7.2
7.2
7.2
0.14s
0.28s
0.56s
1.12s
8.2
8.2
8.2
8.2
Table 2:
Grafit A2 with two lamps
1. flash
2. flash
3. flash
number
delay
energy
delay
energy
0s
0s
0s
0s
7.2
7.2
7.2
7.2
0.02s
0.04s
0.08s
0.16s
8.2
8.2
8.2
8.2
0s
0s
0s
0s
7.2
7.2
7.2
7.2
0.02s
0.04s
0.08s
0.16s
10
11
12
0s
0s
0s
0s
6.1
6.1
6.1
6.1
13
14
15
16
0s
0s
0s
0s
6.1
6.1
6.1
6.1
4. flash
delay
energy
7.2
7.2
7.2
7.2
0.04s
0.08s
0.16s
0.32s
8.2
8.2
8.2
8.2
0.02s
0.04s
0.08s
0.16s
6.1
6.1
6.1
6.1
0.04s
0.08s
0.16s
0.32s
0.02s
0.04s
0.08s
0.16s
6.1
6.1
6.1
6.1
0.06s
0.12s
0.24s
0.48s
21
delay
energy
7.1
7.1
7.1
7.1
0.06s
0.12s
0.24s
0.48s
8.1
8.1
8.1
8.1
7.1
7.1
7.1
7.1
0.14s
0.28s
0.56s
1.12s
8.1
8.1
8.1
8.1
These diagrams are provided as an explanation of table 1
7.2 8.2
7.2
7.2
7.2
7.2 7.2 8.2
7.2
7.2
7.2
5.2 6.2 7.2 8.2
10
5.2
11
5.2
12
5.2
13
5.2 6.2
14
5.2
15
5.2
16
5.2
8.2
8.2
8.2
7.2
8.2
7.2
8.2
7.2
7.2
7.2
8.2
8.2
6.2
7.2
8.2
6.2
7.2
7.2
8.2
8.2
6.2
7.2
8.2
6.2
7.2
6.2
7.2
Energy / time
22
0.54s
0.52s
0.50s
0.48s
0.46s
0.44s
0.42s
0.40s
0.38s
0.36s
0.34s
0.32s
0.30s
0.28s
0.26s
0.24s
0.22s
0.20s
0.18s
0.16s
0.14s
0.12s
0.10s
0.08s
0.06s
0.04s
0.02s
Nr.
0.00s
Delay since moment of triggering
8.2
8.2
23
1.12s
1.00s
1.08s
1.06s
1.04s
1.02s
1.00s
0.98s
0.96s
0.94s
0.92s
0.90s
0.88s
0.86s
0.84s
0.82s
0.80s
0.78s
0.76s
0.74s
0.72s
0.70s
0.68s
0.66s
0.64s
0.62s
0.60s
0.58s
0.56s
These diagrams are provided as an explanation of table 2
7.2 8.2
7.2
7.2
7.2
7.2 7.2 8.2
7.2
7.2
7.2
6.1 6.1 7.1 8.1
10
6.1
11
6.1
12
6.1
13
6.1 6.1
14
6.1
15
6.1
16
6.1
8.2
8.2
8.2
7.2
8.2
7.2
8.2
7.2
6.1
7.1
8.2
8.1
6.1
7.1
8.1
6.1
7.1
7.1
8.1
8.1
6.1
7.1
8.1
6.1
7.1
6.1
7.1
Energy / time
24
0.54s
0.52s
0.50s
0.48s
0.46s
0.44s
0.42s
0.40s
0.38s
0.36s
0.34s
0.32s
0.30s
0.28s
0.26s
0.24s
0.22s
0.20s
0.18s
0.16s
0.14s
0.12s
0.10s
0.08s
0.06s
0.04s
0.02s
Nr.
0.00s
Delay since moment of triggering
8.1
8.1
25
1.12s
1.10s
1.08s
1.06s
1.04s
1.02s
1.00s
0.98s
0.96s
0.94s
0.92s
0.90s
0.88s
0.86s
0.84s
0.82s
0.80s
0.78s
0.76s
0.74s
0.72s
0.70s
0.68s
0.66s
0.64s
0.62s
0.60s
0.58s
0.56s
12. Technical data
Flash energy
f-stop at distance of 2 m (6 1/2 ft.), 100
ISO, reflector P70
Flash duration t 0.1 (t 0.5)
Charging time
(for 100% of selected energy)
Ready display
Lamp base outlets
Power output distribution
Controls
Control range
Colour temperature
Modelling light
Additional functions
Flash release
No. of sync sockets
Stabilized flash voltage
Standards
Power requirements
Dimensions
Weight kg
Grafit A2
Grafit A4
1600 J
64 2/10
3200 J
90 2/10
1/150 - 1/6000 s
1/80 - 1/6000 s
(1/450 - 1/10000 s)
1/240 - 1/10000 s)
Flash duration and energy automatically regulated for optimum colour temperature.
Flash duration can be preselected.
Version 1: 0.03 - 1.3 s (230 V)
Version 1: 0.04 - 2.6 s (230 V)
Version 2: 0.03 - 1.6 s (120 V)
Version 2: 0.04 - 3.2 s (120 V)
Version 3: 0.03 - 2.2 s (100 V)
Version 3: 0.04 - 2.2 s (100 V)
Can be switched to slow charging mode for low-amperage power outlets
Visual and audible (can be switched off); signals when 100 % of selected energy is
reached
2 main connectors with flash cut-off and 1 reserve connector
Symmetrical and variable asymmetrical
Illuminated silicone keyboard, resistant to dust and scratches. Wireless remote
control of all functions with infrared Servor e, alternatively, can be controlled with
PC and Macintosh®.
6 7/10 f-stops for main connectors, 4 f-stops for reserve connector, in 1/10 or 1/3 fstop intervals
Displayed simultaneously in joules and f-stops, joules switchable to percentage
CTC (Colour Temperature Control) for uniform or deliberately variable colour
temperature with broncolor FCC (Flash Color Chronoscope)
Halogen, max. 3 x 650 W at 200 - 240 V
Halogen, max. 3 x 300 W at 100 - 120 V
Proportional to flash energy and «full» and «low» settings. Proportionality
adjustable to other broncolor power packs and their various output ranges
Flash sequences, triggering delay, selectable flash duration, slow charging, pingpong release, stroboscopic effects with one or more power packs, choice of two
infrared channels; etc.
User-friendly menu-driven design. Menu text available in multiple languages
(German, English, French, etc.)
Manual release button, photocell (can be switched off) infrared receiver, sync cable,
FCM 2, FCC, IRX2, IRQ
+/- 0.5%
UL 122, EC standard 73/23, 89/336 and 99/5UL 122
Version 1:
220-240V / 50Hz, switchable to 120V / 60 Hz, current consumption
10A, longer series with shorter charging times 16A.
Version 2:
110-120V / 60Hz, switchable to 230V / 50Hz, current consumption
15A.
Version 3:
100V / 50Hz, switchable to 230V / 50Hz, current consumption 15A.
288 x 180 x 311.5 mm
288 x 180 x 407.5 mm
11
26
13. Grafit A RFS / Grafit A plus
The power packs Grafit A are also available as an unit version with integrated 10 channel RFS
interface (Radio Frequency System). Each channel (Studio) can control up to 15 units. This
interface allows remote control respectively flash releases by radio via transmitter RFS as well as
by means of a transceiver RFS via PC or Macintosh computer. When controlling via screen, 4
storage spaces for different lighting situations are at your disposal.
13.1
Modification to Grafit A RFS
There is the possibility, to modify the Grafit A power packs later on with a RFS interface. The
modification will be made by the customer service centre of our broncolor agency in your
country.
13.2
Grafit A plus
Because of the laws in some countries, the use of the broncolor radio system is not
allowed. Therefore the Grafit A power pack is also available in the version Grafit A plus
(that means with cable remote control). Besides the cable connection between the
power pack and the computer, the application with RFS is almost identical.
Attention: there is no camera transmitter available for Grafit A plus!
13.3
Technical data
Grafit A RFS
Flash release
Remote control
Operational distance outdoors
Operational distance in closed
rooms
Range
Number of sync sockets
Grafit A plus
Transmitter RFS, transceiver RFS (besides Analogue chapter 12
the options in chapter 12)
With integrated 10 channel RFS With integrated interface for the remote
interface (Radio Frequency System) for control of the unit by cable from PC or
the remote control of the unit by radio Macintosh computer. Each channel
via transceiver RFS from
PC- or (Studio) can control up to 15 units.
Macintosh computer. Each channel
(Studio) can control up to 15 units.
with IR-manual remote control servor With IR- manual remote control servor
d for the control of the main functions of d for the control of the main functions of
the Grafit A.
the Grafit A
Up to 50 m
Length of the connection cable from the
computer to the unit:
5m
Length of the connection cable between
the units:
2,5 m
Up to 30 m
See above
Up to 300 m
See above
1 (instead of the second sync socket there 1 (the second sync socket is configured as
is the radio antenna)
connection for the computer cable)
27
Technical data (continuation)
Standards
UL 122, EC-standards 73/23, 89/336 und 99/5
ERM EN 300 220-1,-3
EMC EN 301 489-1,-3
EN 60950
EN 50371
FCC Part 15
This device complies with part 15 of the FCC Rules. Operation is subject to the
following two conditions:
(1) This device may not cause harmful interference and
(2) This device must accept any interference received, including interference
that may cause undesired operation.
Changes or modifications to this unit not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment.
Subject to change in the interest of product enhancement.
28
broncolor
Operating Instructions
Topas A2/A4/A8
Before use
We are very pleased you have chosen a broncolor Topas compact unit which is a high-quality
product in every respect. If used properly, it will render you many years of good service.
Please read the information contained in these operating instructions carefully. They contain
important details on the use, safety and maintenance of the appliance. Keep these operating
instructions in a safe place and pass them on to further users if necessary. Observe the safety
instructions.
Content
Page
Before use
Important safety instructions
Attention: Read before starting up the power pack
Controls and displays
1.
Application Topas A
2.
Commissioning
3.
Energy control
4.
Lamp base outlets
10
5.
Modelling light
10
6.
Release and remote control
12
7.
Flash ready signals visual/audible
13
8.
Setting additional functions
14
9.
Basic settings ex works
15
10. Protective facilities / Fault indication
17
11. Service/repair
18
13. Lamp bases
18
14. Topas A RFS
21
15. Technical data
22
Important safety instructions
This unit is designed for professional photography and is to be handled by skilled staff only.
When using your studio flash equipment, basic safety precautions should always be followed,
including the following:
1.
Read and understand all instructions before using.
2.
Close supervision is necessary when any appliance is used near children. Do not leave
appliance unattended while in use.
3.
Care must be taken as burns can occur from touching hot parts.
4.
Do not operate appliance with a damaged cable or if the appliance has been dropped or
damaged – until it has been examined by a qualified service person.
5.
Position the cable so that it will not be tripped over, pulled, or contact hot surfaces.
6.
If an extension cable is necessary, a cable with a current rating at least equal to that of the
appliance should be used. Cables rated for less amperage than the appliance may
overheat. When using a cable reel, it must be completely unrolled before use to prevent
overheating of the cable.
7.
The power pack must be switched off while plugging in or unplugging the lamp head plugs.
8.
Always unplug appliance from electrical socket before cleaning and servicing and when in
use. Never jerk cable to pull plug from socket. Grasp plug and pull to disconnect.
9.
After use, let appliance as well as the connected lamp heads cool down completely before
putting away.
10. Put away and wind up the cables so that they do not touch hot parts of appliances and
lamps.
11. To reduce the risk of electric shock, do not immerse this appliance in water or other
liquids.
12. To reduce the risk of electric shock, do not disassemble this appliance, but take it to a
qualified serviceman when service or repair work is required. Incorrect reassembly can
cause electric shock when the appliance is used subsequently.
13. The use of an accessory attachment not recommended by the manufacturer may cause a
risk of fire, electric shock, or injury to persons.
14. Connect this appliance to an earthed socket.
Attention:
Read before starting up the power pack
Prior to replacing fuses, modelling lamps or flash tubes, discharge the power pack
and disconnect from power supply. Disconnect the lamp base from the power
pack.
These units are designed for use in dry conditions. Protect them from water and
from excessive exposure to dust.
The units are not suitable for use in an environment where there is a risk of
explosion.
The accessories mounted onto the lamp bases may heat up to high temperatures
under specific conditions. Handle with care!
With due allowance for heat radiation, lamp bases with more than 100 W modelling
light may be directed against inflammable surfaces only at a minimum distance of
1 m.
For safety reasons, never operate the lamps without the protecting glass
in place.
Flash light contains, similar to sunlight, a specific portion of UV light. The
undesirable side effects on skin and eyes are considerably reduced by using flash
tubes and glass covers with a UV coating. Without these or other protective filters,
use with extreme care when shooting.
Even when disconnected from the power supply, dangerous voltages may remain
inside the unit. For this reason units should be opened by trained personnel only.
Do not block the cooling louvers on the unit.
broncolor power packs and lamp bases meet an extremely high safety standard.
When connecting broncolor products to other manufacturers' products, integrated
safety measures may become ineffective. Due to different design features and
contact assignment of the lamp plugs of other makes, the user himself/herself may
even be at risk. We offer no guarantee and accept no liability for damages which
may be caused by this type of usage.
Controls and displays
1.
Mains switch
2.
Circuit breaker
3.
Keys for individual power distribution
4.
Slave cell on/off
5.
IR receiver on/off
6.
Modelling light on/off
7.
Test key, ready light green
8.
Additional functions (aux)
9.
Display symmetrical power distribution
10.
Buzzer
11.
Slow charge
12.
Charging dimmer
13.
Operating mode modelling light
14.
IR receiver cell
15.
Digital power display per lamp
16.
Slave cell
17.
Energy control up/down
18.
Sync socket
19.1
Lamp base outlet 1
19.2
Lamp base outlet 2
20.
Connection socket for mains (AC-line) cable
5
1.
Application Topas A
We are delighted that you have chosen the high quality product broncolor Topas A. With
proper care it will render you many years of good service.
This mains (AC-line) supplied studio flash unit is designed for professional photography.
For your safety, use a three-wire extension cable when required.
2.
Commissioning
2.1
Mains (AC-line) voltage
The power packs Topas A2 and Topas A4 automatically adapt to the respective mains
(AC-line) voltage between 240 V and 100 V. When the unit is operated on 100 V the
following limitations come into force:
- maximum flash energy Topas A2:
1200 J instead of 1600 J
- maximum flash energy Topas A4:
2400 J instead of 3200 J
- the flash duration is extended by about 20%
The Topas A8 Evolution power pack is designed only for mains voltage 200 – 240 V.
Bitte kontrollieren Sie, ob Ihre lokale Netzspannung mit den Angaben auf dem
Typenschild des Gerätes übereinstimmt. Vergewissern Sie sich auch, dass die
Halogenlampen (Einstelllicht) der angeschlossenen Leuchten ebenfalls mit der
entsprechenden Netzspannung übereinstimmen.
2.2
Earthed Mains (AC-line)
Connect unit to current supply always using earthed mains plug.
2.3
Start-up
Use the mains (AC-line) switch (1) to power-up unit. During the charging process the
digital power displays (15) of the two lamp outlets (1 and 2) flash, after which, they
become continuous. Additionally the green ready light (7) is lit.
3.
Energy control
3.1.
Variation of the energy
Use the "up/down" keys (17) to control the flash energy (flash intensity) on both lamp
outlets (1 and 2) within a range of 5-stops. Whole numbers are full f-stop intervals,
decimals indicate 1/10 f-stop steps.
Brief pressure on the "up/down" keys runs the power up (or down) by a 1/10 f-stop
interval, prolonged pressure by a full f-stop. The energy displays (15) then blink until
charging or discharging has stabilized the new level.
3.1.1
Topas A2 / Topas A4
The maximum flash energy corresponds to value 10, the minimum to value 5. It is
possible to extend the control range by Topas A2 to 6 f-stops and by Topas A4 to 6,5 fstops (see chapter 9). Additionally the control range can be extended in the
asymmetrical mode with following f-stops values by choosing the specific lamp outlet:
by Topas A2: +1,3 f-stops and by Topas A4 +1,7 f-stops.
3.1.2
Topas A8 Evolution
The maximum flash energy corresponds to value 10, the minimum to value 6. It is
possible to extend the control range by 5 f-stops (see chapter 9). Additionally the
control range can be extended in the asymmetrical mode by one f-stop by choosing the
specific lamp outlet or channel.
3.2
Symmetrical or individual energy distribution
Topas A power packs can be switched from symmetrical to individual (asymmetrical)
energy distribution for each lamp base outlet. Press the keys "sym" or "asym" to select
the required operating mode (3). The green control lamp of the display "sym" (9) lights
up when the unit is in symmetrical operation. In the asymmetrical mode each lamp
outlet is individually controllable. The only exception is the Topas A8 Evolution, which
four lamp outlets are controlled in pairs over two individual, controllable channels.
3.2.1
Topas A2 on mains (AC-line) 110 V-240 V
If the unit is set to individual energy distribution the power is divided between the two
lamp base outlets as follows:
Lamp outlet 1 = 60%.
The control range of the flash energy extends between 1000 J down to 30 J
(optional down to 15 J)
Lamp outlet 2 = 40%.
The control range of the flash energy extends between 600 J down to 20 J
(optional down to 10 J)
3.2.2
Topas A4 on mains (AC-line) 110 V - 240 V
If the unit is set to individual energy distribution the power is divided between the two
lamp base outlets as follows:
Lamp outlet 1 = 70%.
The control range of the flash energy extends between 2200 J down to 70 J
(optional down to 25 J)
Lamp outlet 2 = 30%.
The control range of the flash energy extends between 1000 J down to 30 J
(optional down to 10 J)
3.2.3
Topas A8 Evolution on mains (AC-line) 200 V -240 V
If the unit is set to individual energy distribution the power is divided between the two
lamp base outlets I and II (1) respectively III and IV (2):
Lamp base outlet 1:
- with one lamp on lamp base outlet I or II = 50%
- with two lamp on lamp base outlet I or II = 25% per outlet
Lamp base outlet 2:
- with one lamp on lamp base outlet III or IV = 50%
- with two lamp on lamp base outlet III or IV = 25% per outlet
The control range of the flash energy extends per outlet:
a) by using of a lamp base outlet:
up 3050 J down to 190 J (optional down to 95 J)
b) by using both lamp base outlets:
up 1525 J down to 95 J (optional down to 50 J)
In asymmetrical mode, a maximum of 3050 J can be drawn from each lamp socket
respectively channel by Topas A8 Evolution. Consequently Topas A Evolution power
packs are in asymmetrical mode compatible with all broncolor lamp bases. Should the
total power pack energy of 6100 J be triggered from one individual lamp base, a Pulso
Twin lamp must be used, which, in comparison with a Pulso 8 lamp, results in a shorter
flash duration.
If the power pack Topas A8 Evolution works in symmetrical mode, the full power pack
energy of 6100 J can be drawn from any socket. This requires the use of a Pulso 8 lamp
however. For security reasons, smaller lamps are blocked in this operating mode. The
advantage of the Pulso 8 lamp in comparison with the Twin lamp is its single and longer
lamp cable, which is also suitable for large installations.
3.2.5
Operation Topas A2 on mains (AC-line) 100 V
If the unit is set to individual energy distribution the power is divided between the two
lamp base outlets as follows:
Lamp base outlet 1 = 60%.
The control range of the flash energy extends between 700 J down to 45 J
(optional down to 20 J)
Lamp base outlet 2 = 40%.
The control range of the flash energy extends between 500 J down to 30 J
(optional down to 15 J)
3.2.6
Operation Topas A4 on mains (AC-line) 100 V
If the unit is set to individual energy distribution the power is divided between the two
lamp base outlets as follows:
Lamp base outlet 1 = 70%.
The control range of the flash energy extends between 1700 J down to 105 J
(optional bis 55 J)
Lamp base outlet 2 = 30%.
The control range of the flash energy extends between 700 J down to 45 J
(optional bis 20 J)
3.2.7
Stabilisation of the colour temperature
The power packs Topas A2 and Topas A4 are equipped with an automatic stabilisation
of the colour temperature (CTC light). In this way the colour can be maintained, in
symmetrical operation, at a constant temperature over a range of about 3 f-stops within
+/- 150 K.
4.
Lamp base outlets
The two lamp base outlets (19.1 / 19.2) of the Topas A2 / A4 are marked with the
numbers 1 and 2.
The four lamp base outlets (19.1 / 19.2 / 19.3 / 19.4) of the Topas A8 Evolution are
defined in pairs with the numbers 1 and 2 on the two outlets. Each outlet respectively
channel can be switched on individually. The luminous number display (15) show the
flash energy of the respective lamp or channel.
The broncolor lamp assortment can be applied without limitations with Topas A2 and
Topas A4. Only the lamp bases Pulso 8 can be used with Topas A8 Evolution in
symmetrical mode.
5.
Modelling light
5.1
General
The "mod" key (6) switches on the modelling lamps for all connected lamp bases. When
switched on, the green LED lights up. Lamp bases also have an additional modelling
lamp switch.
Note:
5.2
Please note, the voltage of the modelling lamp must correspond with the
mains voltage.
Proportionality
The brightness of the modelling light can be set proportionally to the flash intensity. To
assure proportionality when operating units with different power output ratings, the units
have various proportionality levels. Proportionality is guaranteed if the identical prop
level has been set for all power packs. The higher the digit, the brighter the modelling
light.
The following operating modes are possible:
10
„P1“
Proportional modelling light with broncolor power packs up to 6400 J
(= setting ex works for Topas A8)
„P2“
Proportional modelling light with broncolor power packs up to 3200 J
(= setting ex works for Topas A4)
„P3“
Proportional modelling light with broncolor power packs up to 1600 J
(=setting ex works for Topas A2)
„P4/5“ If a power pack is operated at a low output level, the halogen modelling light will
be as known relatively weak and yellowish. To counteract this problem, the
Topas is equipped with two additional modelling light proportionality levels: P4
for 800 J and less, P5 for 400 J and less. Thus the brightness of the modelling
light can be increased.
„HI“
All lamp bases operate at full modelling light power independent of flash output.
This setting will allow video recordings using the modelling lamps.
„LO“
Lighting level is reduced for all lamps independent of the flash output to reduce
power consumption and extend the burning life of the halogen lamps.
Pressing the "mod" key (6) for 2 seconds when the modelling lamp is on will give direct
access to the “HI” mode. To return to previous mode briefly press "mod" again.
Highest possible proportionality settings when combining devices of different output:
Topas A2
Grafit A2
Nano 2
Mobil
Topas A2
Grafit A2
Nano 2
Mobil
Topas A4
Grafit A4
Nano A4
Topas A8 Evolution
Topas A4
Grafit A4
Nano A4
Topas A8 Evolution
P3
P2
P1
P2
P2
P1
P1
P1
P1
Example 1: A power pack Topas A2 is operated together with a power pack Topas A8
Evolution. The modelling light is proportional and most intense when both
are set to mode "prop1".
Example 2: A power pack Topas A4 is operated together with Grafit A2. The modelling
light is proportional and highest possible when both are set to mode
"prop2".
11
5.3
Modelling light switch on lamp base
The switch on the lamp bases permits selective lighting control with the modelling light.
To avoid damage to the lamp filament, we recommend, always switch off the modelling
light before moving the lamp base.
6.
Release and remote control
The flash release is enabled when 75% of the selected energy is available. Please note,
however, that the ready indicator is activated only at 100% charge (chapter 7).
By triggering through the “cell” or infrared receiver (IR) you must be careful, that the
infrared receiver of the device is not disturbed by hindrances.
6.1
Slave cell (cell)
The slave cell can be switched on or off by using the „cell“ (4). Is the function activated
the green LED light(s) up. After a flash series an active cell is blocked, and the green
LED light(s) up. By pressing the „cell" button, the blocking is over.
By triggering through the “cell” or infrared receiver (IR) you must be careful, that the
infrared receiver of the device is not disturbed by hindrances.
6.2
Infrared-receiver (ir/rf)
The infrared receiver can be switched on and off by using the „ir/rf“ (5) key. If the
function is activated the green LED light’s up.
By triggering through the “cell” or infrared receiver (IR) you must be careful, that the
infrared receiver of the device is not disturbed by hindrances.
6.3
Infrared flash release channel
You can trigger Topas A power packs from broncolor infrared transmitters. If a power
pack is triggered via infrared, the flash is released after a transmission delay of
1/1000 s.
12
6.4
RFS-Interface (ir/rf)
The RFS interface by the power packs Topas A in RFS version is switched on/off
through the key „ir/if“ (5) together with the infrared receiver. As option you can change
the settings of this key (see chapter 9), if you wish to switch on/off both functions or only
the infrared receiver. If one of these functions is activated, the green LED light(s) up.
6.5
Remote control channels
The remote control can only be used with the power packs Topas A RFS and operates
by radio over the separate channels (studio working stations). This is explained in
chapter 9.
6.6
Addresses power packs
The assignment of addresses by radio for each device is only possible with the power
packs Topas A RFS. This allows the individual operation within the same studio working
station. This is explained in chapter 9.
6.7
Sync socket
Synchronous cables art. no. 34.111.00 or 34.112.00 may be plugged into the socket to
release flashes via cable.
6.8
„Test“ key
The key (7) allows manual release of the power pack (look chapter 7.1).
7.
Flash ready signals visual/audible
7.1
The visual ready signal is the green LED at the "test" key (7). It lights up only when
the unit is fully charged with the regulated flash energy. .
After a flash the energy displays (15) of the occupied lamb base outlets blink and the
LED goes out and lights up again when the unit is fully charged once more.
13
7.2
The audible signal "buzzer" sounds when the power capacitors are at 100% charge of
the regulated flash energy. It may be switched on or off (chapter 8).
7.3
Audible fault signal
When the flash discharge fails, a warning signal of approx. 3s duration will sound and
the display (15) of the respective lamp base will blink.
8.
Setting additional functions
The "aux" key (8) is used to select additional functions. Repeated actuation of the key
toggles through the following display modes:
- Select proportionality level of the modelling light
- Set DIM
- Set slow charging
- Set buzzer
- Return to standard display
LED “prop” blinks (13)
LED “dim” blinks (12)
LED “slow” blinks (11)
LED “buz” blinks (10)
no LED blinks
Nach erfolgter Einstellung Rückkehr zur Normalanzeige entweder durch Betätigen der
Taste „aux“ (8) oder automatisch nach einer Wartezeit von 4 Sekunden.
To set the additional functions select the respective LED (example: "Set dim"). The
digital display 2 (15) will then show the actual value which can be changed with the
"up/down" key (17). If a setting is entered which deviates from the basic setting value,
the respective LED will remain lit as a reminder after the display returns to standard
(exception: function „prop“). If the unit is switched off and on again, it will be in the
"standard display" mode. Previously set additional functions are retained.
8.1
Set proportionality level of the modelling light (prop)
The proportionality level of the modelling light can be selected by a brief pressure on the
"up/down" key (17) of the lamp base switch 2. With repeated actuation of the key the
following modes can be set, each shown respectively on the digital display 2 (15): P1,
P2, P3, P4, P5, HI, LO.
14
8.2
Set charging dimmer (dim)
The dim function can be switched on or off (on/--) by briefly pressing the “up/down” key
(17) of outlet 2. If the dim function is switched on, the modelling light will extinguish
when charging takes place. This feature can be used as a visual flash monitor and to
reduce the current load on weak mains (AC-lines).
8.3
Set slow charge (slow)
In case of weak mains (AC-line) power supply lines, charging time may be extended to
approx. double the standard value. The slow charge mode is switched on or off (on/--)
by briefly pressing the “up/down” key (17) of the outlet 2.
8.4
Set buzzer (buz)
The ready buzzer sounds when the power capacitors are 100% charged up. The ready
buzzer is switched on or off (on/--) by briefly pressing the “up/down” key (17) of the
outlet 2. The alarm tone will remain audible even if the ready buzzer is switched off.
8.5
Sequences (series of flashes)
This function is selected with a prolonged pressure (1 s) on the key “test” and it permits
to set a defined number of flash discharges from 1 to 8 (displays “n1” to “n8”). When the
function is activated, i.e. a value between “n1” and “n8” is selected, the luminous display
no. 1 (15) shows alternately the selected value of flash energy and the sequence of
flashes. The function is inactivated again by selecting the value “n0”. Returning to the
former operating mode, is effected by pressing the key “aux” (8).
9.
Basic settings ex works
The basic settings ex works can be viewed and in some instances changed with the
following procedure:
Switch the unit on. Simultaneously press the "mod" (7) and "aux" (8) keys for 5
seconds. Digital display 2 (15) shows the selected function number and digital display 1
(15) shows the actual setting. Both values can be changed with the "up"/"down" key
(17).
15
The LED array will blink “cell”-“ir/rf”-“mod”-“test”-“sym” to indicate that you are in the
programming mode. In functions number 0 and 3, pressing the "up"/"down" key of the
digital display 1 (15) will toggle through the "prop", "dim" or "slow" green LED display in
order to show different parts of a multi-digit display.
Function number
Meaning and possible settings
Program version ("prop" is lit)
Program number ("dim" is lit)
Setting ex works: off
„on“: Extended setting range of the flash energy. The detailed
values are noticed in section 3.1 of chapter 3. The lowest f-stop
level exhibits greater tolerances with regard to colour and
repetitive precision. The flash release is not guaranteed for all
lamp devices.
Setting ex works: off
„off“: by pressing the key „ir/rf“ (5) only the infrared receiver can
be switched on or off
„on“: by pressing the key „ir/rf“ (5) the RFS interface together
with the infrared receiver can be switched on or off
Flash counter: "slow" is lit: xxxxXX
"dim" is lit: xxXXxx
"prop" is lit: XXxxxx
Delivery date: Month
Delivery date: Year
Country code
Settings of the working studio working station:
By pressing the keys „up/down“ (17) of the lamp display
number 1 (15) you can address the working station („01“ to
„10“). You can address up to 10 studio working stations.
Settings of the power pack address:
By pressing the keys „up/down“ (17) of the lamp display
number 1 (15) you can address the desired power pack („01“ to
„10“). Per studio working station you can address up to 10
different devices.
Return to normal operation by pressing the "aux" key or by switching off and on again the unit.
16
10. Protective facilities / Fault indication
10.1
Display "th"
If excessively high temperatures build up inside despite the fan cooling effect, the
charge mode will be blocked for a certain period of time and a long audible signal will be
generated.
During the cool-down period "th" shows on the display of lamp base outlet 2 (15). The
display of lamp base outlet 1 shows in "countdown" procedure the remaining duration of
the cooling process. The fan continues to operate, thus accelerating the cooling effect.
Attention: Do not switch off the power pack while it is cooling down. If the power
pack is switched off too early, it is likely, in spite of a long break, that only a few flashes
are possible when switching on again the unit, because the processor has not been
able to follow the entire cooling process.
10.2
Display "A1"
The unit is equipped with an automatic afterglow blockout. If the flash tube exhibits
afterglow (for example at the end of its service life), this blockout will block further
charging to prevent consequential damage. A1 will show on the display of lamp base
outlet 2 (15). In this status, the ready lamp is no longer green. The blockout can be
cancelled by switching the unit off and on again.
10.3
Circuit breaker
In the event of an electrical malfunction, the circuit breaker (2) will automatically
disconnect the power pack from the power source. The unit can be restarted by
pressing the circuit breaker button. If it disconnects again immediately, the power pack
must be serviced by authorized service staff.
10.4
Monitoring of the modelling light
If the power pack is connected to 200-240 V mains (AC-line) voltage, after previously
having been operated on 100-120 V mains voltage, it will release an audible signal and
the modelling light will blink at a safely reduced voltage. This function serves as a
reminder that the modelling lamp must be exchanged, and also to protect against
bursting of the lamps. Switch the unit off and on again to return to standard operation.
10.5
Accustic control flash release
At the end of life the flash tubes often show flash trigger suppression. This damage is
indicated by the device through a intermittent sound. The sound disappears, when the
flash tube flashes again correctly or the device is switched off.
17
Note:
By Topas A8 Evolution the acoustic flash control release is active, if per
channel one of the two lamp sockets are occupied.
11. Service/repair
Your broncolor power pack is a precision device which will work for many years without
malfunctions if you take proper care of it. If malfunctions do arise, please do not attempt
to open the unit to repair it yourself. Even when the unit is shut off, dangerous voltages
may remain within the interior of the device. Leave service and repairs to our broncolor
repair service.
12. Car battery converter
If no mains (AC-line) power is available, use the 12 V/220 V car battery converter.
The modelling light cannot be used in this mode (excessive load on battery) and must
be removed.
Switch off modelling light and disconnect the lamp from the power pack.
Connect converter to the 12-volt car battery with the + and – connector clamps.
Connect unit to converter; switch on converter and unit.
After flash work, switch off converter during pauses. Charge battery if needed by
allowing the car engine to run.
- 1 Topas A can be connected to the converter.
13. Lamp bases
The following information applies to Pulso, Primo and Picolite lamp bases.
13.1
Replacing flash tubes
Prior to any change of the flash tube, the lamp base must be disconnected from the
power pack!
18
Lamp bases use plug-in flash tubes.
The Pulso, Primo and Unilite flash tubes 1600 J normally have the UV coating directly
on the flash tube. In this case an uncoated protecting glass has to be used. The
protecting glasses as well as the flash tubes 1600 J are available in the versions „UVE
coated“ (5500 K) as well as uncoated (5900 K). For this reason the lamp bases Pulso
and Primo can also be fitted with uncoated flash tubes and coated protecting glasses.
The flash tubes 3200 J for Pulso and Primo lamp bases as well as for the small lamp
Picolite are for thermal reasons only available uncoated. Because of that an UV coated
protecting glass must be used with these lamp bases.
The flash tube and protection glass of the Pulso 8 lamp base form one module.
13.1.1 Pulso / Primo and Unilite lamp bases up to 3200J
To change the flash tube, carefully pull off the protecting glass. Pull straight, without
tilting. Lamp bases manufactured from 1996 on, have the upper of the three springs
holding the protection glass differently shaped to provide a better hold. When removing
the protection glass it is necessary to first release the glass from the bottom spring.
Release the contact spring (only Primo lamp) and again be sure to pull the flash tube
straight along the lamp base axis. When inserting the tube check that the ceramic base
is fully pushed back in, and that for the Primo lamp bases the contact spring rests on
the internal ignition.
Finally, the protecting glass must be re-inserted before the modelling lamp and flash
tube. It is held by three springs. As Primo lamp bases can be used with 1600 J tubes as
well as 3200 J tubes, a corresponding warning sticker is supplied with each flash tube
which must be affixed to the lamp plug when inserting the tube.
13.1.2 Pulso 8 Leuchte
The flash tube is available only with integrated protecting glass. When exchanging the
flash tube or replacing the modelling lamp, hold the flash tube carefully on the protecting
glass and pull out in an axial direction. When inserting the flash tube check that the
ceramic base is fully pushed back in.
13.1.3 Small lamp Picolite
This small lamp has a plug-in flash tube with spring fastener. For thermal reasons the
UV-coating is on the protecting glass. The protecting glass is available in the versions
"UVE coated" (5500 K) and "UVE matt coated" (5500 K).
To change the flash tube release the spring ring and remove the protecting glass. The
flash tube must be pulled out straight along the lamp base axis. When inserting the tube
be sure that it is fully pushed in. Finally, replace the protecting glass and fasten with the
spring-ring.
19
13.2
Changing the halogen lamp
The halogen lamps are also plug-in or screw-in. Taking the lifespan into consideration,
the halogen lamp should not be handled with bare hands. Exchange of the halogen
lamp is practically identical to that of the flash tube.
The Primo and Picolite lamp base can be run on the local mains (AC-line) voltage (100240 V) when a halogen lamp is used which corresponds to the voltage.
13.3
Cooling fan
A cooling fan in the lamp base cools the flash tube and modelling lamp. It also runs
when the modelling lamp is turned off.
13.4
Thermal protection
The lamp bases have been fitted with an automatic thermal protection. Should the lamp
base overheat (e.g. by impeding the flow of cooling air), the modelling light is shut off.
Nevertheless you may continue producing flashes. The Picolite, however, has an
additional thermal protection which limits the number of flashes.
13.5
Lamp base plugs
The lamp base plugs and sockets have mechanical interlocks to prevent inadvertent
disconnection. When plugging in, ensure that those interlocks engage completely. To
unplug, push down the locking spring below the cable guide and lift out the plug. The
power pack must be switched off to plug-in and to unplug.
13.6
Reflectors
Pulso and Primo lamp bases have a bayonet fitting to attach reflectors. The Picolite
small lamp has a built-in reflector.
13.7
Fuses
Only sand-filled fuses of the type indicated on the type plate may be used; otherwise the
halogen lamp may burst.
20
14. Topas A RFS
The power packs Topas A are also available as unit version with integrated 10 channel
RFS Interface (Radio Frequency System). Each channel (studio) can control up to 10
units. This interface allows remote control respectively flash release by radio via the
transmitter RFS as well as by means of a transceiver RFS via PC or Macintosh
computer. When controlling via screen, 4 storage spaces for different lighting situations
are at your disposal.
14.1
Modification to Topas A RFS
There is the possibility, to modify Topas A power packs later on with a RFS interface.
The modification will be made by the customer service centre of our broncolor agency in
your country.
14.2
Topas A PLUS
Because of the laws in some countries, the use of the broncolor radio system is not
allowed. Therefore the power packs Topas A are also available in the version Topas A
Plus (that means with cable remote control). Besides the cable connection between the
power pack and the computer, the application with RFS is almost identical.
Attention:
14.3
There is no camera transmitter available for Topas A Plus !
Technical data
Topas A RFS
Flash release
Remote control
Operational distance outdoors
Operational distance in closed
rooms
Range
Number of sync sockets
Topas A plus
Transmitter RFS, transceiver RFS (besides Analogue chapter 15
the options in chapter 15)
With integrated 10 channel RFS With integrated interface for the remote
interface (Radio Frequency System) for control of the unit by cable from PC or
the remote control of the unit by radio Macintosh computer. Each channel
via transceiver RFS from
PC- or (Studio) can control up to 10 units.
Macintosh computer. Each channel
(Studio) can control up to 10 units.
with IR-manual remote control servor With IR- manual remote control servor
d for the control of the main functions of d for the control of the main functions of
the Topas A.
the Topas A
Up to 50 m
Length of the connection cable from the
computer to the unit:
5m
Length of the connection cable between the
units:
2,5 m
Up to 30 m
See above
Up to 300 m
See above
1 (instead of the second sync socket there 1 (the second sync socket is configured as
is the radio antenna)
connection for the computer cable)
21
15. Technical data
Flash energy
F-stop at distance of 2m
100ISO,reflector P70
Flash duration t 0.1 (t 0.5) with
230 V / 120 V
Charging time (for 100% of
selected energy)
Ready display
Lamp base outlets
Power output distribution
Controls
Control range of flash energy
(Japan: ½ f-stop less)
Maximum asymmetry
Modelling light
Flash release
Release control
Additional function
No. of sync sockets
Stabilized flash voltage
Standards
Power requirements
Dimensions (L x B x H)
Weight kg
Topas A2
Topas A4
1600J (Japan 1200J)
64 2/10
3200J (Japan 2400J)
90 2/10
1600J: 1/300s (1/1000s)
3200J: 1/150s (1/600s)
1000J: 1/400s (1/1300s)
2200J: 1/180s (1/800s)
600J: 1/500s (1/1600s)
1000J: 1/250s (1/1300s)
230V, 120 V: 0,4 - 1,8s
230V, 120 V: 0,4 - 3,4s
100 V: 0,5 - 2s
100 V: 0,5 - 4s
Can be switched to slow charge mode
Automatic adaptation to the respective mains (AC-line) voltage
Visual and audible (can be switched off), signals when 100% of selected
energy is reached
Symmetrical and individual variable (asymmetrical)
Fully illuminated silicone keyboard and LED display, as option functions can
be controlled from PC or Macintosh through cable or radio
Topas A2: 5 f-stops in intervals of 1/10 (1:32);
to switch to 6 f-stops (1:64)
Topas A4: 5 f-stops intervals of 1/10 (1:32);
To switch to 6.5 f-stops (1:90)
By selecting the corresponding lamp outlet in asymmetrical mode additionally
1.3 f-stops by Topas A2, 1.7 f-stops by Topas A4
6.2 f-stops
5.6 f-stops
Halogen max. 2 x 650 W at 200-240 V
Halogen max. 2 x 300 W at 100-120 V
Proportional to flash energy and „full“ and „low“ settings. Proportionality
adjustable to other broncolor power packs and compact units and their various
output ranges.
Manual release button, photocell (can be switched off), infrared receiver (can
be switched off), sync cable, FCM 2, FCC, IRX2, IRQ or optionally RFS radio
equipment
Optical: Dim function of the modelling light, acoustic: buzzer
Sequences (flash series)
+/- 1%
UL 122, EC-standards 73/23, 89/336 and 99/5
ERM EN 300 220-1,-3
EMC EN 301 489-1,-3
EN 60950
EN 50371
FCC Part 15
This device complies with part 15 of the FCC Rules. Operation is
subject to the following two conditions:
(1) This device may not cause harmful interference and
(2) This device must accept any interference received, including
interference that may cause undesired operation.
Changes or modifications to this unit not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment.
200-240 V / 50 Hz:
10 A
110-120 V / 50-60 Hz:
16 A
100 V / 50 Hz:
16 A
280 x 162,7 x 272 mm
280 x 162,7 x 322 mm
5,8
22
Technical data (continuation)
Flash energy
F-stop at distance of 2m
100ISO, reflector P65
Flash duration t 0.1 (t 0.5)
with 230 V
Charging time (for 100% of
selected energy)
Ready display
Lamp base outlets
Power output distribution
Controls
Control range of flash energy
(Japan: ½ f-stop less)
Maximum asymmetry
Modelling light
Flash release
Release control
Additional function
No. of sync. sockets
Stabilized flash voltage
Standards
Power requirements
Dimensions (L x B x H)
Weight kg
Topas A8 Evolution with
lamp base Pulso G, Primo,
Unilite or Pulso Twin
Topas A8 Evolution with
Pulso lamp base 8
2 x 3050 J (4 x 1525 J)
128 (Pulso Twin)
6100 J
128
3050J: 1/150s (1/600s)
1525J: 1/300s (1/1200s)
0,5 – 5,2s
6100J: 1/50s (1/230s)
0,5 – 5,2s
Can be switched to low charge mode
Topas A8 Evolution is previewed for a voltage of 200 – 240 V.
Visual and audible (can be switched off), signals when 100% of selected
energy is reached
Symmetrical and individual variable (asymmetrical)
Fully illuminated silicone keyboard and LED display, as option functions can
be controlled from PC or Macintosh through cable or radio
4 f-stops in intervals 1/10 (1:16);
can be switched to 5 f-stops (1:32).
By selecting the corresponding lamp outlet in asymmetrical mode additionally
1 f-stop
5 f-stops
Halogen max. 4 x 650 W by 200-240 V
Proportional to flash energy and „full“ and „low“ settings. Proportionality
adjustable to other broncolor power packs and compact units and their various
output ranges.
Manual release button, photocell (can be switched off), infrared receiver (can
be switched off), sync cable, FCM 2, FCC, IRX2, IRQ or optionally RFS radio
equipment
Optical: Dim function of the modelling light, acoustic: buzzer
Sequences (flash series)
+/- 1%
UL 122, EC-standards 73/23, 89/336 and 99/5
ERM EN 300 220-1,-3
EMC EN 301 489-1,-3
EN 60950
EN 50371
FCC Part 15
This device complies with part 15 of the FCC Rules. Operation is
subject to the following two conditions:
(1) This device may not cause harmful interference and
(2) This device must accept any interference received, including
interference that may cause undesired operation.
Changes or modifications to this unit not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment.
200-240 V / 50 Hz:
10 A
110-120 V / 50-60 Hz:
16 A
100 V / 50 Hz:
16 A
280 x 162,7 x 446 mm
12,6
23
Technical data (continuation)
Standards
UL 122, EC-standards 73/23, 89/336 und 99/5
ERM EN 300 220-1,-3
EMC EN 301 489-1,-3
EN 60950
EN 50371
FCC Part 15
This device complies with part 15 of the FCC Rules. Operation is subject
to the following two conditions:
(1) This device may not cause harmful interference and
(2) This device must accept any interference received, including
interference that may cause undesired operation.
Changes or modifications to this unit not expressly approved by the
party responsible for compliance could void the user’s authority to
operate the equipment.
Subject to change in the interest of product enhancement.
24

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