Most questions about product assembly and operation are covered in the product instruction manual. Please read your manual thoroughly before attempting to operate your Ikelite equipment.
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Most DS strobes will operate in TTL when set properly and attached to an Ikelite TTL system. We've tried very hard over the years to produce what we call "smart" housings and "dumb" strobes. By building sophisticated TTL electronics into our housings we can usually make sure even older digital strobes will be able to communicate according to the newest TTL protocols. Hence your strobe is still good long after the camera becomes obsolete. Refer to the web page or instruction manual for details on strobe compatibility by serial number.
New strobes are compatible with all past and current Ikelite TTL systems.
Set the camera at its widest aperture (like f/2.8) and trip the shutter while the camera and strobe are aimed at a very close, well-lit subject. The strobe should produce only a small blip of light. Repeat this with the lens covered and the strobe should produce a full power flash.
Some strobes will emit a flash by themselves when turned on or switched between power settings. This is considered to be normal as long as the strobe does not continue to fire by itself when left in that setting. Repeated auto-firing or self-firing of the strobe is almost always caused by a bad sync cord. If the problem persists after replacing the sync cord, please return the strobe to Ikelite for evaluation.
An AF35 or DS strobe attached to an optical sensor may fire at very shallow depths or when they detect the flash from another diver's camera. This is normal and unavoidable. To conserve batteries the strobe should be turned off when not in use.
Yes. Use our testing + wiring diagrams found in the Sync cords + wiring FAQ.
Absolutely not... this is the digital age!
A dual sync cord is recommended to connect a second Ikelite strobe to any hard-wired Ikelite TTL system. A dual sync cord is the only way to utilize the TTL electronics with both strobes.
A second Ikelite strobe can also be added as a slave strobe using the Optical Slave Converter. In this case the second strobe would be firing each time with a manual exposure setting selected on the slave strobe. The Optical Slave converter may allow greater freedom for creative lighting by allowing you to place the second strobe at a much farther distance from the system than a cord would allow.
The secondary strobe is designated by a red band at the end of the cord that attaches to the strobe. If you want to turn one strobe off while shooting, it must be the strobe that is connected to the red-banded end.
No. The caps including with our sync cords are intended to be dust caps for storage only. The caps fit loosely on the ends to prevent the o-rings from taking a set over long periods of time. There is not enough pressure exerted on the o-ring to keep the end watertight at depth. Diving with a dust cap on your sync cord WILL result in a flood which will NOT be covered under the one year limited warranty.
You may dive with a second strobe attached that is left in the off power position.
We do not offer any dual sync cords that would provide hard-wired attachment of two dissimilar strobes. You can use dissimilar strobes by using one strobe as a slave. Keep in mind you may need to adjust pre-flash settings on your strobe to make it fire at the correct time. Refer to your strobe's instruction manual for more information.
Your photographs may appear more appealing with two strobes of different intensity.
The same effect is achieved with two identical strobes by placing one closer to the subject. Strobe placement is how you provide the lighting ratio. TTL exposure will be slightly more accurate with matching strobes and/or strobes with the same angle of coverage.
Attach the less powerful strobe to the secondary side of your dual sync cord, designated by a red band at the end. If using an Ikelite Digital TTL system, set both strobes to TTL. When using an Ikelite dSLR housing with built-in TTL circuitry set the internal switch to the correspond to the less powerful strobe.
The battery compartment door should be tightened snugly with a coin or screwdriver for leverage. The top of the door should end up flush with the body of the strobe. Do not continue to muscle the thumbscrew past the point of snugness, which risks turning the battery compartment post and cracking the strobe body.
A new clear battery door allows you to see when the battery compartment is properly sealed. The clear battery door assembly #9440.45 is available for purchase to carry as a spare or to update older 50, DS50, DS51 and AF35 strobes.
It is not necessary or recommended to lubricate the battery door o-ring. While lubricant will not damage the strobe, excessive lubricant can attract dirt and interfere with the seal.
Flush the battery compartment well with fresh water and allow to dry completely with air from a blow drier or scuba tank. Rinse with alcohol and dry completely again. Do NOT reuse batteries that have been exposed to water. Install fresh batteries and test.
When you return to your trip and/or if the strobe is still not working, return to Ikelite for repair of the flooded battery compartment.
The DS50 and DS51 Substrobes accept four "AA" alkaline, NiMH or NiCad batteries. Lithium Ion batteries are NOT recommended due to their effect on the strobes' recycle times and the batteries' thermal switch characteristics.
It is not necessary or recommended to lubricate the battery o-ring. While lubricant will not damage the strobe, excessive lubricant can attract dirt and interfere with the seal.
Several broken battery packs for DS125 and DS160 strobes have been traced to a material inconsistency. Battery packs produced between September 2007 and November 2008 are subject to this flaw in the central black plastic mounting piece.
A date code with the format MM/YY is etched on each pack opposite the Product Number 4066.5. Packs produced after November 2008 or which have been returned to Ikelite for any reason since December 2008 have been updated to a newer style toggle pawl. This appears to have corrected the issue.
We recommend the updating of these battery packs as a preventative maintenance measure. If you have a broken toggle pawl or a battery pack within the above date range in its original condition, toggle replacement kits are available. Please contact us directly if you live within North America. Otherwise, please contact your local Ikelite distributor.
Each type of battery—NiMH, NiCad and Lithium Ion—has its own charge termination characteristics and requires a compatible charger. Using the incorrect charger may result in over-charging and damage to the battery pack. Refer to your battery pack's instruction manual for information on compatible chargers.
Always store your packs in a dry location at a temperature of less than 30°C (86°F). Approximately 20-40% of the packs capacity will drain when left idle for a month. This is normal and unavoidable. We recommend charging your battery pack every 2-3 months to maintain its capacity for peak performance on the first few uses of your next dive trip. The lost capacity will be recovered after two or three charger/discharge cycles.
Do not store your battery pack completely discharged.
The center contact of the receptacle into which you plug the charger has a split pin that can get squeezed together preventing good electrical continuity. Take something like a small screwdriver and spread the center pin slightly so it provides a snug fit with the plug. The socket is diode protected to only allow electricity "in" so you do not need to worry about a short circuit if you touch the side of the socket.