even gap all 4 sides
housing back
o-ring
housing back
o-ring

Installing the Camera

1. Pull out on each housing control until it stops. This will get the controls out of the way for installation of the camera.

2. Remove the back from the housing.

3. The mounting tray for the camera is secured to the housing back. Position the camera on the tray.

4 Slide the housing Hotshoe Connector into the Camera Hothoe Mount (Diagram A). Slide the connector forward until it stops. This should be done before the camera is secured with the mounting bolt (Page #6 - Diagram B).

NOTE: If your are using an EV Controller and NOT hard-wiring your strobes directly to the housing, leave the housing hotshoe disconnected from the camera. You will also need to install the Flash Deflector (supplied) over the back of the housing port to block and deflect the camera flash to the EV controller.

External Strobe Connector

Waterproof Cap

(Do not remove underwater)

O-ring

Housing Back

 

 

 

 

 

 

Mounting

 

 

 

 

 

 

 

Tray

 

 

 

 

 

 

 

 

Caution:

Hot Shoe Connector

 

 

Diagram A

Do not remove the External Strobe Connector Waterproof Cap unless an external sync cord is going to be plugged in. Do not remove the Waterproof C apor5Sync Cord underwater.

Closing the Housing

1. Place housing face down in your lap or on flat surface.

2. Check to see that there is an o-ring on the housing back and that it is clean and in its proper location.

3. Guide the back into the housing front. The o-ring should touch the housing all the way around. There should be an even gap all the way around between the housing and the housing back.

4. Lift the lid snaps so they are

Installing the Camera (cont.)

5. Using a coin or screwdriver (preferred), secure the camera with the mounting bolt which threads into the camera’s tripod socket (Diagram B).

CAUTION:

Some camera tripod socket threads are plastic. The mounting tray bolt is metal. Do not cross thread or over tighten as you may damage the camera tripod socket threads.

O' Ring

Canon

Lid

Hook

G10

Mounting

Mounting Bolt

Tray

 

CAMERA / MOUNT

Diagram6 B

Checking Controls

Once the housing has been closed, make sure the housing controls line up with the corresponding camera controls. If the housing controls are misaligned slightly, make sure the camera hold down bolt has been tightened down firmly so the camera is flat against the tray.

Turn Camera On

Turn the camera on and operate each of the housing controls to get a feel for using the camera in the housing. Take a few pictures above water with the camera in the housing.

extended and place each lid

snap into the corresponding hook on the housing back.

5. To close the housing, push down on the lid snaps until they snap into place . Lid snaps on opposite sides of the housing should be closed at the same time. Be sure they are down far enough to engage the lock.

Double check - Once the housing is closed, check the o-ring seal. Check the gap between the housing back and the housing. It should be even all the way around the housing.

Look through the clear plastic back at the o-ring. You should see a darkened area where the o-ring is compressed against the housing back. If you do not see an even black compression seal all the way around the back, open the lid snaps, reseat the housing back and close the lid snaps. Visually check the sealagain.

Zoom Control

(NOTE:) After you have used the housing's zoom control, it must be returned to the center position to disengage. If the housing zoom control is pushing the zoom lever in either direction, you may not be able to take a picture or access any other function because the camera is receiving a signal from the engaged zoom control.

-

+

-

+

Engaged

Center Position

 

Disengaged

7

8

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Ikelite 6146.10, 4103.51TTL Installing the Camera, Closing the Housing, Checking Controls, Turn Camera On, Zoom Control

4103.51TTL, 6146.10 specifications

The Ikelite 6146.10 and 4103.51 TTL (Through-The-Lens) systems represent cutting-edge underwater photography technology, catering to both professionals and enthusiasts. These systems are designed specifically for underwater environments, providing photographers with the tools they need to capture stunning images with depth, clarity, and precision.

A standout feature of the Ikelite 6146.10 housing is its compatibility with various DSLR cameras, ensuring that users have the flexibility to utilize their preferred equipment. This housing is constructed from robust materials, providing exceptional durability while maintaining a lightweight profile. The transparent back and ergonomic design enhance usability, allowing photographers to focus on capturing images rather than struggling with cumbersome gear.

One of the most significant advancements in these systems is the TTL functionality, which allows for automatic adjustment of the flash output. This feature ensures perfectly exposed images regardless of varying lighting conditions, making it particularly useful for underwater photography where natural light can be unpredictable. The TTL capability works seamlessly with Ikelite strobes, streamlining the process of achieving optimal exposure.

Another key aspect of the Ikelite 6146.10 is its user-friendly controls. The design incorporates easily accessible buttons and knobs, allowing photographers to make adjustments quickly even while wearing thick gloves. This is crucial in the underwater environment, where a single moment can dictate the success of a shot.

The 4103.51 TTL flash is designed to integrate flawlessly with the housing, offering robust lighting options tailored for underwater photography. It features a powerful guide number, ensuring ample illumination even in deeper waters. The strobe also offers multiple power settings and customizable flash durations, giving photographers the ability to tailor their lighting according to specific scenarios.

Waterproof to considerable depths, both the housing and strobe are engineered to withstand the rigors of the underwater environment. The use of corrosion-resistant materials prevents deterioration and ensures longevity. With precision O-ring seals, users can have confidence in the watertight integrity of the system, allowing for worry-free diving and shooting experiences.

In summary, the Ikelite 6146.10 and 4103.51 TTL systems are exemplary tools for underwater photography, featuring durable construction, TTL functionality, user-friendly controls, and robust lighting capabilities. These systems empower photographers to unlock their creativity beneath the waves, capturing vibrant images that showcase the beauty of the underwater world.