Quantum Instruments FW9T Wireless Flash for Camera User Manual 504948
Quantum Instruments Inc Wireless Flash for Camera 504948
users manual
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| Document ID | 504948 |
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| Date Submitted | 2005-01-11 00:00:00 |
| Date Available | 2005-03-08 00:00:00 |
| Creation Date | 2005-01-11 14:17:45 |
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Instructions FreeXwire models FW8R and FW9T Digital Receiver/ Digital Transmitter / Digital Wireless TTL Flash and Camera Trigger Quantum Instruments Inc. 1.0 Introduction We introduce you to the newest additions to the FreeXwire system: Receiver FW8R and Transmitter FW9T. Transmitter FW9T emits higher power for extended range. Receiver FW8R has extra sensitivity and simplified operation. Both FW8R and FW9T are fully compatible with all FreeXwire system components including Receiver FW7Q and Transceiver FW10. FreeXwires provide wireless sync for remote flash and/or wireless shutter control for remote camera operation. FW8R and FW9T can provide wireless TTL flash control from digital and film cameras to Qflash T5d (Qflash 4d models can be upgraded). This wireless TTL feature also transmits the “pre-flash” signal for digital cameras. FreeXwire controls four independent Zones for wireless flash or motor drive. You can activate any one Zone, or any combination of Zones 1,2,3 and 4. Switch your lighting instantly, remotely. Select and trigger flash, cameras, or combinations of them, from your remote position. FreeXWire also has eight unique Channel Codes. FreeXwire units set to one Channel cannot activate FreeXwires set to different Channels. You control the Channel Code to make FreeXwire units work together or independently, as required. FreeXWire is very small and light and mounts easily to cameras, brackets, poles, and tripod legs. Sync and motor drive cords are available for popular cameras and flashes. You can mount Transmitter FW9T directly on camera hot shows using optional UniMod FW11 or Hot Shoe Adapter FW12. FreeXwire Instructions -- Contents: Section 1.0 Introduction 2.0 Channel Code and Zone set-up 3.0 Remote Flash set-up 4.0 Remote Shutter set-up (with or without on-camera flash) 5.0 Mounting FreeXwire 6.0 Qflash T4 Remote Operation 7.0 Wireless TTL and Wireless Auto with Qflash 8.0 Miscellaneous 9.0 FreeXWire Performance Guide Appendix Appendix Appendix Appendix Appendix Appendix Sync-in connections- camera to FreeWire FW9T Sync-out connections- Receiver FW8R to flash Motor Drive cords- Receiver FW8R to camera TTL Wireless Adapters for FreeWire FW9T Miscellaneous connections Specifications Customer Service Limited Warranty Included with FreeXwire model FW8R: Pole mounting kit, 2x AAA batteries, Instructions, Hook and loop mounting pads Included with FreeXwire model FW9T: 2x AAA batteries, Sync-in cord, Instructions All specifications and features are subject to change, updating, and improvements. ________________________________________________________________________________ Glossary_________________________________________________________________________ Receiver FW7Q Receiver FW8R Transmitter FW9T Transceiver FW10 Hot Shoe Adapter FW12 Zones 1, 2, 3, and 4 Channels 0 thru 7 “Local” flash “Remote” flash -- a FreeXwire receiver unit dedicated for Qflash model T4 -- a FreeXwire receiver unit -- a FreeXwire transmitter unit -- a FreeXwire transceiver unit (can be set as transmitter or receiver). -- a FreeXwire hot shoe adapter to mount FW9T on camera shoe -- wireless links that can be turned on or off to change lighting and camera activation -- independent channels for separate FreeWire setups operating in the same area -- a flash close to the camera and connected with a sync cord -- a flash at a distance from the camera and wirelessly synchronized 2.0 Channel Code and Zone set-up 2.1 Setting the Channel Code and Zones The Channel Codes allow FreeXwires to work together. Set all units that you want to work together to the same Channel Code. If you desire independent groups of FreeXwires (to work in the same area but not interfere), assign each group of FreeXwires its own Channel. The Channel dial is located on the left side. Rotate the dial to the desired Code, 0 through 7. To rotate, press the pad of your thumb on the dial and turn. Or, use a small screwdriver. Channels can be matched by number or by the position of the cutout in the Channel dial. Put AAA batteries in all units. Activate at least one Zone on both FW8R and FW9T by sliding Zone switches 1, 2, 3, and/or 4 up, towards the “+” symbol. Any FW8R and FW9T Zones that match will activate FW8R units each time the FW9T unit transmits. There are many possible combinations and you can change them as you work. To deactivate a Zone slide its switch down towards the “-“ symbol. ON OFF LOCAL RELAY 2.2 Turn on the units. Slide the power switch to ON. Status lights of FW9T units blink red slowly. FW8R units blink green slowly. Low batteries are indicated by 3 quick blinks every few seconds. Open the antennas so that they are approximately vertical. See Section 5.0, Mounting FreeWire. Press TEST on the Transmitter FW9T to confirm that all units are working. STATUS should light steadily on all FreeXwires FW8R’s for as long as you hold TEST (assuming correct Channel and Zone settings.) The optional Hot Shoe adapter FW12 may be connected to the Transmitter FW9T. The purpose of the Hot Shoe Adapter is only to provide hot shoe mounting and sync from a camera to a Transmitter FW9T. FW12 will not provide TTL control -- see the chart (Appendix D) for selection of QTTL and other TTL adapters. 3.0 Remote Flash set-up 3.1 Transmitter FW9T: Connect a sync-in cord from your camera PC nipple to FW9T Sync-In. Or use the optional FW12 to connect FreeWire to your camera’s hot shoe. (See Appendix A for other sync-in options.) If you want to sync a “local” flash as well as a remote one, connect the flash manufacturer’s PC sync cord to the Sync-Out PC nipple on Transmitter FW9T, and set the Local switch to “+”. To turn off the local flash, switch to “-“. If Qflash is the “local” flash, connect FW31 from Qflash to FW9T DIN socket or FW12 DIN socket. Then, Qflash can power the FW9T by setting the power switch to “off” (EXT). The battery will not be needed in the FW9T. 3.2 Receiver FW8R: Connect the PC sync cord supplied by your flash’s manufacturer to the Sync-Out PC nipple or Phono socket on the FW8R . (See Appendix B for other sync-out options.) In general, set the RANGE switch to NORM. This setting works to distances to about 400-500’ (125-150m). If you require greater range, set RANGE to HI which may double the range. However, whenever using FreeXwire for wireless TTL, always use NORM range. 3.3 Receiver FW7Q: This receiver is dedicated to Qflash 4d and 5d models. See instructions included with the FW7Q if you wish to employ this receiver with your FreeXwire system. 4.0 Remote Shutter set-up (with or without on-camera flash) 4.1 Receiver FW8R: Connect a Motor Drive Cord (see Appendix C) from the Receiver FW8R MD connection to your camera motor drive. FreeWire TEST STATUS ON OFF TM LOCAL 4.2 Transmitter FW9T: Press TEST and hold (up to 1 second ) to activate the camera motor drive. Test your camera -- some require time to wake-up and to auto focus before they release the shutter. RELAY QUANTUM 4.3 MD Delay on FW8R: Many cameras have two step shutter buttons: Pressing part way turns on the meter and auto focusing, and pressing all the way releases the shutter. Some of these cameras require a delay between the meter/focus function and shutter release (for example, Contax 645). Select MD Delay for those cameras by sliding MD DELAY switch to “+”. Without MD Delay, the camera focus, meter, and shutter will be activated together (and the camera will shoot as soon as it can). The MD Delay requires a two step motor drive cable listed in Appendix C. Motor drive cables will be added periodically, so please consult your dealer or the Quantum Web Site (qtm.com) for the latest models available. 5.0 Mounting FreeXwire FreeXwire units mount by several means: 5.1 Pole Mount Adapter 513: This item is included with your Receiver FW8R. Attach it to the back of FreeXwire and clamp it around any pole, leg, or structure where the antenna can be opened away from metal objects. FreeWire STATUS OFF TM TEST ON LOCAL RELAY EXT ON SYNC IN QUANTUM 5.2 Mounting directly to a bracket: Use the #8/32 screw included with FreeWire to secure it through a hole in a bracket. Any other screw used must protrude not more than 3/4” (2 cm) into the FreeXwire case, or you will damage FreeXwire! 5.3: Direct Hot Shoe Mounting with FW12 or the Uni-Mod FW11 Connect the Hot Shoe Adapter FW12 or UniMod FW11 to a Transmitter FW9T and slip it into a camera hot shoe. connect a separate motor drive cord (Appendix C) between MD out and the camera motor drive. FreeWire STATUS TEST ON OFF TM LOCAL RELAY QUANTUM A Receiver FW8R mounted to Uni-Mod on a camera shoe will have no connection to the motor drive. If you desire remote motor drive triggering, You may also mount the FW12 or FW11 to a “dead” shoe for convenience, in which case sync-in (for FW9T units) or sync-out (for FW8R units) connections will be necessary. 5.4: Mounting with hook & loop tape: Two sets of hook & loop fasteners and one mounting pad are included in the package. 5.5: Important notes on antenna orientation: FreeWire STATUS TEST ON OFF TM FreeWire STATUS LOCAL ON RELAY OFF QUANTUM TM TEST LOCAL RELAY QUANTUM At close range (about 50’ or 16m) antenna orientation is not critical. Antenna orientation matters more as distance between Transmitter FW9T and Receiver FW8R increases. The best mounting positions keep FreeXwire antennas away from metal objects. Each antenna should be parallel to all others. Vertical FreeXwires with vertical antennas provide the greatest range. Other orientations work almost as well. Also see Section ,FreeXwire Performance Guide, for further information. 6.0 Qflash Remote Operation FreeXWire provides wireless control of Qflash 4d or 5d series operation and settings, letting you change settings on remote Qflashes. In addition to Receiver FW8R and Transmitter FW9T, you will need two FW31 cables to connect each FreeXwire unit to the local and remote Qflashes. The Qflash 4d/5d instructions manuals detail operating instructions for adjusting the settings on the remote Qflash(es) via wireless mode. 7.0 Wireless TTL control for Digital Cameras Receiver FW8R and Transmitter FW9T provide wireless TTL flash capability for popular digital cameras. With “Dw” series QTTL adapters (e.g. D12w, D13w, etc.) and Qflash series 5d flashes, even the pre-flash signals from digital cameras will be sent wirelessly to remote Qflashes. (Note: All Qflash 4d series flashes can be converted to Qflash 5d, and all D series adapters can be converted to “Dw” series via software upgrade. Please contact Quantum for details.) Set all Qflash’s to “TTL” mode. ”. Set Receiver FW8R Range to “NORM” 7.1 Transmitter FW9T set-up Select the correct type Quantum “Dw” series TTL adapter for your camera (Appendix D, or www.qtm.com for latest additions). Mount the Dw series adapter to the camera and connect its cable to the FW9T Accessory socket. Mount FW9T on a bracket or other location. SYNC OUT ON EXT Set Transmitter FW9T TTL switch to ON. 7.2 Receiver FW8R set-up Connect FW31 Accessory Cable between the Receiver FW8R and a Qflash 5d Accessory socket. Set Qflash to TTL mode. Set Receiver FW8R Range to NORM. MD SYNC OUT HI NORM RANGE CHANNEL 7.3 Connecting a local Qflash to the Transmitter FW9T: If you wish to use a local Qflash 5d to fire with the remote Qflash, connect the “Dw” series TTL Adapter to one Qflash Accessory socket. Connect the FW9T to the other Accessory socket with an FW31 accessory cable. Set Qflash 5d to QTTL mode. Qflash cannot be turned off with the Local switch on FW9T, however, Qflash 5d can be turned off by pressing MODE twice. To restart, press any button on Qflash. 8.0 Wireless TTL control for Film Cameras Receiver FW8R and Transmitter FW9T provide wireless TTL flash capability for film cameras that do not require a pre-flash pulse. All series of Qflash and all series of TTL adapters can be used. These include Qflash T/X, 2/2d, 4d and 5d series, and TTL adapter series QF, FW, D, and Dw. 8.1 Transmitter FW9T set-up: Select the correct type of Qflash TTL Adapter for your camera, from the list in Appendix D. The “FW” series of TTL adapters attach to Transmitter FW9T and to the camera hot shoe without cables. The “QF” series and “D” series of TTL Adapters connect to Transmitter FW9T accessory socket. Mount Transmitter FW9T on a bracket or other location. Set Transmitter FW9T TTL switch to ON FreeWire STATUS OFF TM TEST ON LOCAL RELAY QUANTUM FreeWire STATUS TEST ON OFF TM LOCAL RELAY QUANTUM 8.2 Receiver FW8R: Connect FW31 Accessory Cable between the Receiver FW8R and Qflash Accessory socket. Set Qflash to TTL mode. Note: Qflash powers FreeWire when it is connected with the QF31 cable. Set the power switch of FreeWire to EXT. 8.3 Connecting a local TTL Qflash to the Transmitter FW9T: A local Qflash connected to FW9T will sync with the remote flash and will also power the FW9T. Set the power switch of the FW9T to EXT. Set Qflash to TTL mode 9.0 Wireless Auto Control of Remote Qflash With today’s complicated camera systems, it is sometimes easier, more reliable and straightforward to shoot in auto mode rather than TTL. Auto also gives the photographer the ability to tailor her/his exposures to personal taste or experience. This mode will allow a any model of Qflash in Auto mode to control its exposure and the exposures of remote Qflashes. This set up does not require a camera with TTL capability nor a TTL Adapter. It does require a local Qflash and will work with non-preflash cameras. 9.1 Transmitter FW9T set-up: Connect an FW31 cable from Transmitter FW9T to Qflash. Connect a Sync-in cord from camera PC nipple to Transmitter FW9T. Set the local Qflash to Auto mode. 9.2 Receiver FW8R: Connect an FW31 cable from FreeWire RX to the remote Qflash as in diagram 7.3b. Connect as many remote Qflash’s as required. Set the remote Qflashes to TTL mode. The remote TTL Qflashes will expose to the setting of the local “Auto” Qflash. 9.3 Additional features with Qflash 4d/5d models With a Qflash 4d/5d and Transmitter FW9T connected to the camera, many other Wireless Auto features are available. Note that the remote flash can be any Qflash model: The available features include: Wireless ratio control between Qflashes; Wireless auto fill and auto exposure offset, tracking the camera’s f/# setting as it changes. (D or Dw series adapter on the camera required). Full details of these features can be found in the Qflash 5d operating manuals. 10.0 Miscellaneous 10.1 High Speed Sync for remote flash: For highest sync speeds do this: Turn on all zones of Receiver FW8R units. This “high speed sync” allows shutter speeds up to 1/500 for focal plane and 1/1000 for leaf shutters. TTL mode does not work with high speed sync. “Normal sync” speeds are 1/250 for focal plane and 1/500 for leaf shutters (or slower) when selecting one, two or three of the Zones on any FreeWire RX unit. 10.2 External Power: You can power FreeWire externally with AC adapters, Quantum Batteries, or with a Qflash connected by an FW31 Accessory cable. Appendix E lists AC adapters that connect to the EXT power jack. To utilize external power, switchFreeXwire OFF (EXT). When external power is removed, switchFreeXwire ON to power it from its internal batteries. Warning: Use only Quantum specified external power to avoid possibly damaging FreeWire. 11.0 FreeXwire Performance Guide How to maximize performance, troubleshoot, and answer questions about Quantum’sFreeXwire Wireless Photo Control System. If for some reason we don’t have an answer in this guide, please email, fax, write or call Customer Service for further assistance. Good radio performance depends on several factors: The orientation of a radio and antenna, the presence of other radio signals which may interfere, and the presence of objects which may interfere. As the range increases, these issues become more important. At close range, performance is less critical. The following suggestions will maximize range and reliability of your FreeWire link: Orientation FreeWire STATUS TEST ON LOCAL QUANTUM TEST QUANTUM RELAY ON OFF RELAY LOCAL TM OFF 1 STATUS framing, you can easily swing the FreeXwire antenna back to vertical. TM FreeWire The ideal orientation is with all FreeXwire antennas opened vertically and all antennas parallel. If FreeWire is attached to a camera and you change from vertical to horizontal When switching repeatedly from horizontal to vertical framing, you may set the TX antenna at 45° as shown. That will provide reasonable range without adjusting the antenna with every shot. Mounting and placement The enemies of radio signals are metal objects, concrete, and water. Mount FreeXwire’s away from metal objects when possible. Of course, you may be mounting on light stands and brackets, and they generally have a slight affect on range. At longer ranges it is possible to find dead spots. Moving the FreeWire Remote unit a few inches in any direction can cure the problem. Do not use gaffers or duct tape which have metal threads imbedded, on any FreeWire. Do not mount metallic labels on the units. When wearing FreeWires, mount them outside your clothing and away from your body. And, or course, watch out for metal objects on you. Transmitter FW9T units may be mounted close together. FW9T units will trigger FW8R units from a distance of about 3 foot (1m) up to the maximum range. Interference Keep FreeXwire receivers away from flash units and generators that generate radio interfering signals. That is also true of most any heavy machinery, motors, and of course other transmitters. Arenas, factories, and offices have other sources of radio “noise” which can include TV camera uplinks, walkie-talkies, radio and TV broadcast antennas, and cell phone repeaters. If you cannot remove FreeXwire receivers from interference, close the receiver antennas which will decrease interference, or set FW8R SEN switch to “lo”, however decrease the range as well. APPENDICIES Accessories may be changed or added periodically. Please consult you dealer or the Quantum Web page (www.qtm.com) for the latest models available. Appendix A -- Sync-in connections from camera to Transmitter FW9T Model Description From To Notes 434 435 470 Sync-in cord- 18” (.5m) Sync-in cord- 4’ (1.2m) Hasselblad sync cord Camera PC nipple Camera PC nipple Hasselblad “C” lens FreeWire Sync-In FreeWire Sync-In FreeWire Sync-In Coiled cord Coiled cord FW20 FW21 FW22 Sync-in cord- 18”(.5m) Hot Shoe sync- 18” (.5m) Hot Shoe sync- 18” (.5m) Camera PC nipple Camera hot shoe Camera hot shoe FreeWire Accy conn FreeWire Accy conn FreeWire Sync-In The following require a Uni-Mod connected to your Transmitter FW9T unit: QF53 536 537 539 Hot Shoe Adapter Camera hot shoe Uni-Mod two Sync-in cord, 18” (.5m) Camera PC nipple Uni-Mod two Sync-in cord, 5’ (1.5m) Hasselblad “C” lens Uni-Mod two Sync-in cord, 12” (.3m) Camera PC nipple Uni-Mod two [Note: #536 and 537 serve as Sync-out cords as well- see Appendix B] prong prong prong prong Coiled cord Coiled cord Straight cord Appendix B -- Sync-out connections from FreeWire FW8R to flash Model Description ---flash mfg’s sync cord From FreeWire PC conn. To Your flash FW31 Accy cable- 18”(.5m) FreeWire Accy conn. Qflash Accy conn. 534 Sync-out cord 18” (.5m) FreeWire PC conn. 2 prong 535 536 Sync-out cord 5’ (1.5m) Sync-out cord 18” (.5m) FreeWire PC conn. FreeWire PC conn. 2 prong 2 prong + pin 537 Sync-out cord 5’ (1.5m) FreeWire PC conn. 2 prong + pin [Note: #536 and 537 serve as Sync-in cords as well- see Appendix A] Notes Supplied by flash manufacturer For Qflash sync or wireless TTL. for Studio flash -2 prong socket “ For QFlash and some studio flash “ Note on Sync-out and Sync-in cords: Paramount Cords makes many cords that fit FreeXwire. For reference, the Sync-in requires a 3.5mm phone plug, and the Sync-out fits a PC male plug. There is a second Sync-out connection on the Uni-Mod that fits a 3.5mm plug. Appendix C -- Motor Drive cords from FreeXwire to camera Model Cameras 451 452 453 454 456 458 459 463 464 465 466 467 FW41 FW42 FW43 FW44 FW45 FW46 Notes Nikon MD2/4/12/15, 8008/s, F4S N90/s, F5, F100 need Nikon adapter MC25 Hasselblad ELM, ELX Canon, Olympus, Bronica SQAM, ETR md See other Canon selections Mamiya RZ67, RZ67 II, 645 Super, 645 Pro Leica Minolta 5000/i, 7000/I, 8000/I, 9000/I, 5Xi, 7Xi, 9Xi, 700si Canon EOS A5, A2E, A2, 1, 1N, 620, T90 Bronica SQAI Rollei, 6006, 6008, 6003, 6002, SLX Hasselblad 503CW/CXi Canon E0S-3, 1V, D30, D2000 Mamiya 645AF Contax 645, Canon Elan 2,2E,7,7E Rebel 2000, XI Lite Two step MD cord Minolta 7 & 9 Two step MD cord Canon EOS 1v, 3, D2000, D30 Two step MD cord Nikon D1, N90/s, F5, F90x, F100 Two step MD cord Mamiya 645AF Two step MD cord Canon EOS 1, A2, A2E, AS, 1N, 620, T90 Two step MD cord Appendix D -- TTL Wireless Adapters for Transmitter FW9T These TTL Adapters connect to a FreeWire TX and provide wireless TTL exposure control. QF Series** TTL Adapters QF10 QF11 QF12 QF13N QF14 QF15 QF16 QF17 FW Series* TTL Adapters FW52 FW53N FW57 Cameras Olympus, Practica Minolta X series Nikon Canon Minolta Xi series Contax Leica Pentax QF18 QF19 QF20 QF22 QF23 QF24 QF25 Rollei Hasselblad Bronica Mamiya Leica Contax Mamiya 645 FW59 FW60 FW64 FW65 FW series TTL Adapters connect directly to the Transmitter FW9T ** QF series TTL Adapters require a Uni-Mod connected toFreeXwire TX, unless a Qflash is also connected to the Accessory connector ofFreeXwire: Adapters models may be updated periodically. Please check the latest Quantum Price List at your dealer, or www.qtm.com. Look under Qflash andFreeXwire. Appendix E -- Miscellaneous Connections Model Description FW33 MDC2 XDC2 FW26 FW29 Y Connector for Transmitter FW9T to connect a TTL adapter plus a local Qflash and FW31 cable. External power connection from QB1, 1+, or QB1c to FreeXwire: External power connection from Bantam or QB1c to FreeXwire: Multi-clip for use as belt, light stand or bracket attachment for FreeXwire AC external adapter, US & Can, 115 VAC Appendix F -- Specifications Size: Weight FreeWire FW8R/FW9T: 3.6 x 2.3 x 1.1 in. ( 9 x 6 x 2.8 cm) (w/ batteries): Receiver FW8R/FW9T: 4.3 oz (122g) Batteries: 2x AAA cell alkaline, nicad, nickel-metal hydride, or lithium Battery life: (Alkalines): FW8R: receiving four shots per minute: 24000 shots, 100 hours; FW9T: sending four shots per minute: 36000 shots, 150 hours Connected to Qflash with FW31 cable: Powered by Turbo Battery. (batteries may be left in unit) Battery life- after low battery signal (triple blink every 2 seconds): approx. 1-3 hours Maximum Range: Varies with local conditions- up to 750’ (250m) Maximum flash rate: 25 fps Maximum sync delay from camera trigger to remote flash: 1/2000-sec normal sync; 1/3000 sec. (all RX Zones ON – fast sync mode). Minimum camera shutter speeds: Leaf shutters 1/500 , 1/250 focal plane shutters. In fast sync mode (All RX Zones ON) sync speeds may be 1/1000 for leaf shutters, 1/500 for focal plane shutters. Batteries: Receiver FW8R/FW9T supplied with 2 x AAA. External power is supplied whenever FreeWire is connected to Qflash with FW31 cord. External power required 5-7 volts, center positive. All equipment, specifications and descriptions are subject to changes, improvements and availability. [back cover] [box outs on this page shall be included] [logo] FCC Tested to comply with FCC standards CANADA: FCC ID: CEXFW8R/CEXFW9T FreeXwire models FW8R/FW9T This device complies with Part 15 of the FCC Rules and with RSS-210 of Industry & Science Canada. Operation is subject to the following conditions: 1) this device may not cause harmful interference, and 2) this device must accept any interference received including that which may cause undesired operation of the device. IMPORTANT - CAUTION Changes or modifications to this equipment could void your authority to use this product under the equipment authorization granted by the regulating agencies. [logo] CE Declaration of Conformity: Quantum Instruments, Inc. declares that FreeWire FW10 satisfies all the technical regulations applicable to the product within the scope of Council Directive 1999/5/EC. For Customer Service, technical help, or information: Quantum Instruments Inc 1075 Stewart Ave. Garden City NY 11530 USA PH: 1-516-222-6000 FAX: 1-516-222-0569 Web: www.qtm.com Email: QuantRep@qtm.com
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