INSTRUCTIONS
24 Pages
Preview
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ESTIME 3000 OPERATING INSTRUCTIONS Covers Models BW-2940 3000 AMF BW-2941 3000 SC
Figure 1 ESTIME 3000 AMF Control Panel Layout
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Key To Figure 1 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29.
Flash Head Sockets (3) Channel Power/Light Output Indicators (3) Spare Fuses-in Carry Handle (2) Power/Light Output Selector Chart Photocell Slave Standard 6.5mm ‘jack’ Sync. Socket U.S.A Style 3 Blade Sync. Socket Charge Rate-Hare(Normal)/Tortoise(Slow) Supply (A.C.) Input Socket Supply (A.C.) On/Off Switch Fuse-Modelling Light Fuse-Flash Photocell (Slave) On/Off Button Audio Sounder (Ready) On/Off Button Open Flash (Test) Button Modelling Light On/Off Button Modelling Continuous/Intermittent Button Modelling Full/Ratio Button Carry Handle (Contains Spare Fuse) Individual Channel Output Up Button (QTY 3) Individual Channel Output Down Button (QTY 3) Combined (Ratio) Up Button Combined (Ratio) Down Button Coded Infra Red Receiver Coded Infra Red Channel Number Coded Infra Red Channel Selector Button D.C.-Switched Mode Power Supply Socket Miniature 3.5mm ‘jack’ Sync Socket for Automatic Multiple Fire (AMF) system AMF Test Button
ATTENTION The re-chargeable memory battery may be in a discharged state when the generator is new or has not been used for some time. Operating the generator for at least one hour should provide up to 24 hours of memory. Longer periods of use enable the battery to be fully charged which can extend the memory period up to 4 weeks. If the channel indicators do not operate correctly when first switched on, this may indicate that the battery is in a discharged state. To reset the indicators use the channel up/down buttons on the ESTIME 3000 SC or the ‘all up’ or ‘all down’ buttons on the ESTIME 3000 AMF until normal operation is obtained. (See Memory section of operating instructions).
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Figure 2 ESTIME 3000 SC Control Panel Layout
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Key To Figure 2 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21.
Flash Head Sockets (3) Channel Power/Light Output Indicators Spare Fuses-in Carry Handle (2) Power/Light Output Selector Chart Photocell Slave Standard 6.5mm ‘jack’ Sync. Socket U.S.A Style 3 Blade Sync. Socket Charge Rate-Hare(Normal)/Tortoise(Slow) Supply (A.C.) Input Socket Supply (A.C.) On/Off Switch Fuse-Modelling Light Fuse-Flash Photocell (Slave) On/Off Button Audio Sounder (Ready) On/Off Button Open Flash (Test) Button Modelling Light On/Off Button Modelling Continuous/Intermittent Button Modelling Full/Ratio Button Carry Handle (Contains Spare Fuse) Combined Channel Output UP Button Combined Channel Output DOWN Button
ATTENTION The re-chargeable memory battery may be in a discharged state when the generator is new or has not been used for some time. Operating the generator for at least one hour should provide up to 24 hours of memory. Longer periods of use enable the battery to be fully charged which can extend the memory period up to 4 weeks. If the channel indicators do not operate correctly when first switched on, this may indicate that the battery is in a discharged state. To reset the indicators use the channel up/down buttons on the ESTIME 3000 SC or the ‘all up’ or ‘all down’ buttons on the ESTIME 3000 AMF until normal operation is obtained. (See Memory section of operating instructions).
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BOWENS ESTIME 3000 OPERATING INSTRUCTIONS ESTIME 3000 AMF - BW-2940 (MAX. 3000 Watt seconds output) ESTIME 3000 SC - BW-2941 (MAX. 3000 Watt seconds output) CONTENTS SECTION General Power Supply Connection On-Off Switch Fuses Hare/Tortoise (Fast/Slow) Switch Flash Power Selection/Indication Modelling Lamp Output/Control Synchronisation & Photocell Sounder Memory Cooling Fan and Overheat Battery Supply Remote Control Safety Summary Specifications Flash Heads
PAGE 6 7 7 7 8 8 15 15 16 16 16 17 18 20 21 22-23
1. General The ESTIME 3000 generators have been designed to produce the most compact, versatile and easy to use flash source available today and are packed with unique features including: z ESTIME 3000 AMF model only - Selectable flash output from one single flash head from full power of 3000 Watt seconds using socket number 1 reducing in 1/3rd ‘f’ stop steps to 125 Watt seconds from socket number 3 at 1/8th power. Alternatively, the output may be divided symmetrically or asymmetrically by using more than one flash head over this range. z The ESTIME 3000SC model has the same power output as the 3000 AMF but operates with Single Channel control which provides fixed asymmetry between the flash heads. z ESTIME 3000 AMF model only - Automatic Multiple Fire system allows the generator to fire continuously as soon as it is ‘READY’. This feature is controlled via a special synchronising jack socket. z Modelling light brightness selectable to either full output or in ratio with the flash. z Switchable built in, sensitive Photocell. z Switchable Audio Sounder to give audible indication of when the Generator is ready to fire. z A built in fan which automatically switches in to cool the unit during periods of heavy use. z Overheat protection is provided which protects the unit in the event of extended periods of continuous flashing and also in the unlikely event of failure of the cooling fan.
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z The ESTIME 3000 generators are truly portable as they can be connected to the mains supply anywhere in the world without any need for adjustment or selection for different voltages or frequency (autosense). z The ESTIME 3000 generators have been fitted with Electro-magnetic noise filtering designed to meet the requirements specified for this type of equipment. The following features are built in to the ESTIME 3000 AMF but NOT the ESTIME 3000 SC. To make use of either of these features requires the purchase of accessories which are obtainable separately:z A special socket enables the ESTIME 3000 AMF to be powered from a 12 volt car battery via the Switched Mode Module accessory (Part Number BW-2906). z A built in Remote Control Receiver enables full remote control of up to 6 independent ESTIME 3000 AMF generators. All functions, including remote triggering, are controllable by the Remote Control Transmitter accessory (Part Number BW-2905).
2. Power Supply Connection (9) z The ESTIME 3000 generators are designed to operate on an alternating current (AC) supply of 100 to 250 volts 50/60 Hz. ESTIME 3000 generators must NEVER be connected to any direct current (DC) supply, except the ESTIME 3000 AMF which may be connected to a 12 volt battery via the special Switch Mode Power Supply Module accessory for which it is specifically designed. z The ESTIME 3000 generators conform to current standards which require connection to a properly earthed mains supply. The 3 core mains lead supplied with the Generator is colour coded as follows: Live
L
Brown
Neutral N
Blue
Earth
Green/Yellow
E
z It is essential that all 3 wires are connected to the correct plug pins in accordance with the above colour code and that the cable is securely clamped in the supply plug. In the U.K. a 13 Amp fuse must be fitted in the supply plug.
3. On/Off Switch (10) z The ON/OFF switch switches power to both the flash and modelling circuits of the Estime Generators. The switch is illuminated green when ‘ON’. z Always switch ‘OFF’ the unit before plugging or unplugging flash heads, changing fuses or modelling lamps.
4. Fuses (11)(12) z Protection of the modelling (11) and flash (12) circuitry is by two 20mm fuses mounted on the control panel of the Generator. Both fuses are of anti-surge type, the flash is rated at 15 Amp (T) and the Modelling at 10 Amp (T). The fuses should never be replaced with fuses of a different type or rating. z Two spare Modelling 10 Amp (T) fuses are housed in the Generator handle (19), under the removable cover strip. To change a fuse, use a small coin or screwdriver to unscrew the fuse holder cap anticlockwise and then withdraw.
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5. Hare/Tortoise (Fast/Slow) Switch (8) z The Fast/Slow switch should be set to ‘Slow’(Tortoise) if the mains supply current capacity is limited. Switching to slow will reduce the current drawn from the supply by approximately 1/3rd. z It should be noted that switching to ‘Slow’ charge will extend the charge times. -See specifications for details.
6. Flash Power Selection/Indication z On the Estime 3000 AMF each of the three flash head sockets has a pair of power UP-DOWN buttons and a power output bar graph indicator associated with it (Figure 3). On the ESTIME 3000 SC generator one pair of buttons controls the power available to all three sockets simultaneously.
1/2
1 1 ’f’ Stop 1 2
2 ’f’ Stop
1 4
1
z By using the three flash head sockets and associated controls almost all possible combinations from full power of 3000 Watt seconds to 125 Watt seconds at 1/8th power from 1 flash head or a combination of flash heads is possible. The total output power available on the 3000 SC is identical to that on the 3000 AMF but the power output ratio is fixed between the sockets.
1 ’f’ Stop 3
1 8
FIG 3
z In the case of the ESTIME 3000 AMF only the UP-DOWN buttons associated with an illuminated power output indicator will have any effect on
the output of the Generator. z To increase power press and hold the UP (20) button. The output as indicated by the LED bar graph will increase in 1/3rd ‘f’ stops until the button is released or the pack reaches maximum. Similarly, pressing and holding down the down (21) button will reduce the output. z On the ESTIME 3000 AMF the power from all 3 channels may be varied together, maintaining the previously set lighting ratio, by pressing either of the COMBINED UP-DOWN (22), (23) buttons marked ‘1+2+3’. z If, when using the combined UP-DOWN buttons, one channel should reach maximum or minimum output (full or 1/8th) the combined control will have no further effect. The power indicator of the limiting channel will start flashing as a warning. Further adjustment will have to be made by changing the Subject to Flash Head distance. z A study of the following diagrams will explain all possible combinations of flash heads. Diagrams 1 to 9 are for the ESTIME 3000 AMF and Diagrams 10 to 18 are for the ESTIME 3000 SC.
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1 3000 AMF WITH ONE FLASH HEAD IN N0.1 SOCKET a) Socket 1 power indication illuminated. b) Socket 1 Up-Down buttons control power selection. c) Full output of 3000 Watt seconds available reducing in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power.
In Use
1
2
3
Control
2 3000 AMF WITH ONE FLASH HEAD IN N0.2 SOCKET a) Socket 2 power indication illuminated. b) Socket 2 Up-Down buttons control power selection. c) Full output of 2000 Watt seconds available reducing in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power.
In Use
1
2
3
Control
3 3000 AMF WITH ONE FLASH HEAD IN N0.3 SOCKET a) Socket 3 power indication illuminated. b) Socket 3 Up-Down buttons control power selection.
In Use
1
2
c) Full output of 1000 Watt seconds available reducing in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th
3
Control
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4 3000 AMF WITH TWO FLASH HEADS IN N0S. 1 & 2 SOCKETS a) Socket 1 power indication only. b) Socket 1 Up-Down buttons control power to BOTH sockets 1 &2.
In Use
c) Full output of 1500+1500 Watt seconds available from sockets 1 &2.
In Use
1
2
3
d) Power from both sockets 1 & 2 can be reduced TOGETHER in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power. SYMMETRICALLY.
Control
5 3000 AMF WITH TWO FLASH HEADS IN N0S. 2 & 3 SOCKETS a) Socket 2&3 power indication illuminated. b) Socket 2 Up-Down buttons control power to sockets 2 only.
In Use
c) Socket 3 Up-Down buttons control power to sockets 3 only.
In Use
d) Full output of 1000+1000 Watt seconds available from sockets 2 & 3.
1
2
3
Control
Control
e) Power from both sockets 2 & 3 can be reduced independently in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power.
6 3000 AMF WITH TWO FLASH HEADS IN N0S. 1 & 3 SOCKETS a) Socket 1&3 power indication illuminated. b) Socket 1 Up-Down buttons control power to sockets 1 only.
In Use
c) Socket 3 Up-Down buttons control power to sockets 3 only.
In Use
d) Full output of 2000 Watt seconds available from socket N0 1.
1
2
3
e) Full output of 1000 Watt seconds available from socket N0 3. f)
Control
Control
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Power from both sockets 1 & 3 can be reduced independently in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power
7 3000 AMF WITH THREE FLASH HEADS IN N0S.1,2 & 3 SOCKETS a) Socket 1,2 & 3 power indication illuminated. b) Sections 1,2 & 3 Up-Down buttons control their own sections separately.
In Use
c) Full output of 1000 Watt seconds available from each flash head
In Use
In Use
d) Power to each flash head may be reduced independently in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power.
1
2
3
Control
Control
Control
• The following two diagrams illustrate examples of the result of asymmetric power selection.
8 3000 AMF WITH TWO FLASH HEADS IN N0S. 2 & 3 SOCKET a) N0.2 output set to half power. N0.3 output set to 1/4 power. b) N0.2 output:- half 1000 = 500 Watt seconds N0.3 output:- quarter 1000 = 250 Watt seconds. c) N0 2 one ‘f’ stop greater than N0.3 i.e. light ratio 2:1 ASYMMETRIC OUTPUT
1
2
3
9 3000 AMF WITH TWO FLASH HEADS IN N0S. 1 & 3 SOCKET a) N0.1 output set to full power. N0.3 output set to 1/2 power. b) N0.1 output:- 2000 Watt seconds. N0.3 output:- half 1000 = 500 Watt seconds. c) N0 1 output two ‘f’ stop greater than N0.3 i.e. light ratio 4:1 ASYMMETRIC OUTPUT
1
2
3
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10 3000 SC WITH ONE FLASH HEAD IN N0.1 SOCKET a) Power indication illuminated. b) Up-Down buttons control power selection. c) Full output of 3000 Watt seconds available reducing in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power.
In Use
Control
11 3000 SC WITH ONE FLASH HEAD IN N0.2 SOCKET a) Power indication illuminated. b) Up-Down buttons control power selection. c) Full output of 2000 Watt seconds available reducing in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power.
In Use
Control
12 3000 SC WITH ONE FLASH HEAD IN N0.3 SOCKET a) Power indication illuminated. b) Up-Down buttons control power selection.
In Use
Control
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c) Full output of 1000 Watt seconds available reducing in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power.
13 3000 SC WITH TWO FLASH HEADS IN N0S. 1 & 2 SOCKETS a) Power indication illuminated. b) Up-Down buttons control power to BOTH sockets 1 &2.
In Use
c) Full output of 1500+1500 Watt seconds available from sockets 1 &2.
In Use
d) Power from both sockets 1 & 2 can be reduced TOGETHER in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power. SYMMETRICAL OUTPUT.
Control
14 3000 SC WITH TWO FLASH HEADS IN N0S. 2 & 3 SOCKETS a) Power indication illuminated. b) Up-Down buttons control power to BOTH sockets 2 & 3.
In Use
In Use
c) Full output of 1000+1000 Watt seconds available from sockets 2 & 3. d) Power from both sockets 2 & 3 can be reduced TOGETHER in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power. SYMMETRICAL OUTPUT.
Control
15 3000 SC WITH TWO FLASH HEADS IN N0S. 1 & 3 SOCKETS a) Power indication illuminated. b) Up-Down buttons control power to BOTH sockets 1 & 3.
In Use
In Use
c) Full output of 2000 Watt seconds available from socket N0 1. d) Full output of 1000 Watt seconds available from socket N0 3. e) Power from both sockets 1 & 3 can be reduced TOGETHER in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power. ASYMMETRIC OUTPUT
Control
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16 3000 SC WITH THREE FLASH HEADS IN N0S.1,2 & 3 SOCKETS a) Power indication illuminated. b) Up-Down buttons control power to ALL three sockets.
In Use
In Use
In Use
c) Full output of 1000 Watt seconds available from each flash head reducing in 1/3rd ‘f’ stop steps over 3 ‘f’ stops to 1/8th power. SYMMETRICAL OUTPUT.
Control • The following two diagrams illustrate examples of the result of power selection.
17 3000 SC WITH TWO FLASH HEADS IN N0S. 2 & 3 SOCKET a) Output set to half power. b) N0.2 output:- half 1000 = 500 Watt seconds N0.3 output:- half 1000 = 500 Watt seconds. c) N0 2 output equal power to N0.3 i.e. light ratio 1:1 SYMMETRIC OUTPUT
18 3000 SC WITH TWO FLASH HEADS IN N0S. 1 & 3 SOCKET a) Output set to 1/2 power. b) N0.1 output:- half 2000 = 1000 Watt seconds. N0.3 output:- half 1000 = 500 Watt seconds. c) N0 1 output one ‘f’ stop greater than N0.3 i.e. light ratio 2:1 ASYMMETRIC OUTPUT
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7. Modelling Lamp Output/Control (16)(17)(18) The modelling lamp light is controlled by three push button switches on the control panel. (For modelling lamp wattage see Flash Heads section). I. Modelling ON/OFF (16) z When the LED above the ON/OFF push button switch is illuminated, this indicates that Modelling ‘ON’ is selected. z Press the ON/OFF push button to toggle the modelling light between ‘ON’ and ‘OFF’. II. Modelling CONTINUOUS/INTERMITTENT (17) z When the LED above the ‘CONTINUOUS/INTERMITTENT’ push button switch is illuminated, this indicates that ‘CONTINUOUS’ is selected and the modelling light will stay on all the time. z Press the ‘CONTINUOUS/INTERMITTENT’ push button to toggle between ‘INTERMITTENT’ and ‘CONTINUOUS’. z With ‘INTERMITTENT’ selected the modelling light will go out when the Generator is flashed and back on when returned to ready. This will indicate from the camera position that all units in use have fired. III. Modelling FULL/RATIO (18) z When the LED above the ‘FULL/RATIO’ push button switch is illuminated this indicates that ‘FULL’ is selected. With ‘FULL’ selected the modelling light in all flash heads in use will be at ‘FULL’ output regardless of the flash output settings. z Press the ‘FULL/RATIO’ push button to toggle between ‘FULL’ and ‘RATIO’. With ‘RATIO’ selected the modelling light output from all flash heads in use will be set in ratio to their corresponding flash outputs.
8. Synchronisation & Photocell (5)(6)(7)(28)(29) z To test the flash operation of the Generator press the Open Flash button (15). z The built in photocell may be used for remote triggering. When the LED above the ‘Photocell’ push button (13) is illuminated the sounder is switched ‘ON’. Press the ‘Photocell’ push button to toggle between Photocell ‘ON’ and ‘OFF’. z Three ‘Sync.’ sockets are provided on the control panel of the ESTIME 3000 AMF and two on the ESTIME 3000 SC. One standard European 6.5mm jack socket and one three blade socket as used in the U.S.A. and Japan and on the 3000 AMF only, one miniature 3.5mm jack socket for the Automatic Multiple Fire system. z The 6.5mm jack socket accepts the supplied standard sync. lead (BW-1821) for direct connection to the camera or the optional link sync. lead (BW-1823) for interconnection between Generators. This jack socket will also accept the Bowens Omnicell (BW-1608) and other remote triggering devices fitted with 6.5mm jack plugs. z The Automatic Multiple Fire miniature jack socket (28 Figure 1) may be used whenever multiple flash is required. e.g. To provide greater exposure on a single frame or for slow strobe effects.
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Using this socket with the supplied special AMF sync. lead the generator will flash as soon as it comes to ‘READY’ for as long as the socket contacts are held closed. The ‘B’ shutter setting of most mechanical and electronic cameras will provide this function. The AMF system can be tested by pressing and holding down the AMF test button (29 Figure 1). Where the AMF system is used with linked Generators, the Generator designated as the master should always have a longer recycle time than that of the slaves to ensure correct synchronisation. Although other combinations are possible, this can be simply achieved by setting the slaves to 1/3rd ‘f’ stop (one LED bar) down from the master. This assumes that all Generators are of the same type and power rating and that the Fast/Slow charge settings are the same. The AMF system is inoperative when the Switch Mode module is used.
9. Sounder Control (14) z When the LED above the ‘Sounder’ push button (14 Figure 1) is illuminated the sounder is switched ‘ON’ and it will give a short beep as the generator comes to ready. z Press the ‘Sounder’ push button to toggle between Sounder ‘ON’ and ‘OFF’.
10. Memory z To overcome having to reset all the controls on the Generator each time it is switched ‘ON’ a memory is incorporated which maintains all controls at the settings in use when the generator was last turned ‘OFF’. z With a fully charged battery the memory will hold the settings for up to 4 weeks. It should be remembered, however, that operating the controls when the Generator is switched ‘OFF’ will change the memorised settings. z If the Generator has not been used for a long time the memory may be lost. This may be shown by the indicators being dimly lit when the generator is first switched ‘ON’. To reset the power indicators operate the combined ‘DOWN’ button until normal operation is obtained.
11. Cooling Fan And Overheat z The unit is fitted with a thermostatically controlled fan which senses the internal temperature of various places within the Generator. Under normal conditions of use the fan is unlikely to operate but when the Generator is used heavily the fan will cut in to lower the internal temperature allowing many more shots to be taken. z As a backup to the fan, an internal thermal cut-out is provided to prevent the Generator from overheating under very heavy conditions of use and/or failure of the fan to cool the Generator sufficiently. The operation of the fan and cut-out are as follows:z Generator at normal temperature and working normally. - Fan not running. z Generator warm to hot and working normally. - Fan running. z Generator not working, very hot, fan running and Mains Switch indicator lit. cut-out has operated to protect Generator. Fan will cool unit and reset the cutout. z Generator not working, very hot, fan NOT running and Mains Switch indicator NOT lit. - Failure of mains supply or Generator fuse. Investigate supply and check fuse.
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12. Battery Supply (27)
FIG 4
z The ESTIME 3000 AMF may be powered from a 12 volt car battery via the Switch Mode Power Supply Module accessory, (BW-2906). No modelling is available when this is used. IMPORTANT: THE SWITCHED MODE POWER SUPPLY MODULE MUST NEVER BE CONNECTED AT THE SAME TIME AS THE MAINS SUPPLY. z Connect the multi-pin plug on the module output lead to the socket on the Generator control panel (27 Figure 1). Connect the module input lead to the battery terminals. NOTE: OBSERVE THE CORRECT POLARITY WHEN CONNECTING THE BATTERY - RED TO BATTERY POSITIVE (+) AND BLACK TO BATTERY NEGATIVE (-). If the battery is inadvertently connected the wrong way round, the module fuse will fail when switched ‘ON’ preventing any further damage. Replace the fuse only with a 30 amp blade type as used in automobiles. z When connected, the Switch Mode module ON/OFF switch becomes the Generator ON/OFF. The Generator ON/OFF switch, the Fast/Slow charge switch, the Modelling switches and the AMF system are inoperative but all other controls operate as normal. NOTE: NO MODELLING IS AVAILABLE WHEN THE GENERATOR IS USED WITH THE SWITCH MODE POWER SUPPLY BECAUSE OF EXCESSIVE CURRENT DRAW LIMITING THE NUMBER OF FLASH DISCHARGES AVAILABLE.
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z Switch Mode Operating Parameters FUNCTION CHARGE TIME TO FULL POWER MINIMUM NUMBER OF FLASHES FROM FULLY CHARGED 12 VOLT CAR BATTERY TYPICAL 25 AMP/HOUR FLASHES AT FULL POWER/MINIMUM INTERVALS TO SWITCHED MODE MODULE OVERHEAT
3000 AMF 12 SECS. 100+ 75
NOTE: THE CAR ENGINE MAY BE RUN TO RECHARGE THE BATTERY, WHILE THE SWITCHED MODE POWER SUPPLY IS CONNECTED, AS REQUIRED.
13. Remote Control - ESTIME 3000 AMF ONLY z The ESTIME 3000 AMF has a built in infrared remote control receiver. By using the Remote Control Transmitter accessory, (BW-2905), up to six Generators can be individually or collectively controlled. All of the Generator panel controls are duplicated on the remote control transmitter.
I.R. REMOTE CODE No
I.R. Receiver
Code (Channel) No. Window
Code (Channel) Selector Button
FIG 5
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z To select the Generator receiver channel (code) number repeatedly press and release the channel selector button until the required number appears in the channel number window (Figure 5). The channel number window will go blank between channel numbers 6 & 1 and in this condition the remote control receiver is ‘OFF’.
z To set the remote control transmitter channel (code) number slide the channel number selector switch to the required indicated number (Figure 6).
Infrared Transmitter
z When the same number is selected on both remote transmitter and Generator receiver all the Generator control functions can be set from the remote transmitter.
TRAVELLER G Code No 123456 1
2
3
ON
CONT
OFF
INTER
z Several Generator receivers may be set to the same channel number and controlled together, or up to six Generator receivers can be set to different channels, and controlled separately from a single transmitter.
FULL/ RATIO
Ready
z To use the ‘Open Flash’ ( ) on the remote control transmitter the Generator Photocell must first be switched ‘ON’. This can, of course, be set from the remote control.
MODELLING
OUTPUTS
1+2+3
BOWENS
TRAVELLER G REMOTE CONTROL Made in E l d
FIG 6
Battery
z Press the red open flash button on the remote control. The red upper LED on the left of the open flash button will come ‘ON’ briefly and then go ‘OFF’ as the green, lower LED comes ‘ON’. The remote open flash is now ready to use. The red LED will flash whilst the green ready LED is ‘ON’ indicating top up of the remote control storage capacitor. This is normal. z Press the red remote control open flash button and the Generator will fire. NOTE: All Generators with the photocell (Slave) turned on will be fired from the remote open flash regardless of channel (code) selected on the transmitter or receiver. z The remote open flash can be used as long as the green LED is ‘ON’, (approximately 6 minutes from when last used). If the green LED goes out press the red ‘Sync.’ button to restart (see above) (Auto switch off to preserve battery life). z If the red LED stays on all the time .The remote control battery needs replacing USE ONLY ALKALINE TYPE BATTERY. EXAMPLE: DURACELL MN-1604. z The remote ‘Sync.’ can be triggered from the camera by connecting the ‘Sync.’ lead provided from the camera to the Sync socket on the side of the remote control (Figure 6).
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14. Safety Summary z ESTIME 3000 generators must only be used on an AC (Alternating Current) mains supply. Never connect to a DC (Direct Current) supply (except when using the Switch Mode Power Supply module via its dedicated supply socket). Never attempt to use any other type of Switch Mode Power Supply. z The mains supply lead must be a three core cable of at least 10 amp rating as supplied. z The Generator should be switched ‘ON’ ONLY AFTER THE FLASH HEAD/s has/have been connected. z Turn OFF the Generator, disconnect from supply and unplug flash head/heads before: a).Replacing modelling lamp in flash head. b).Replacing flash tube in flash head. c).Replacing fuse in flash head or Generator. z Do not replace fuses with those of a different rating. See Specification for correct value/type of fuse. z ESTIME 3000 generators or flash heads must not be used in an environment where moisture, water vapour or inflammable liquids, vapour or materials can come into contact with the Generator or flash heads being used. The flash output as well as the modelling lamps can cause ignition of or damage to materials that may come into direct or close contact with the flash heads. z Keep all vents in the Generator and heads clear of obstructions at all times. Avoid placing the generator on or against materials that could obstruct the ventilation slots. e.g. deep pile carpet. z Do not place heavy objects on top of the mains or flash head cables and avoid running them over sharp objects. Do not use the equipment with damaged cables. Have them replaced as soon as possible. Do not attempt to repair them yourself.
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