Rolleiflex 6000-System Top-notch Lenses Brochure

12
Profi -Workshop pk02
TTL Flash Adapter
Flash photography with the dedicated
Rollei flash adapter
Using dedicated flash units in conjunction with the
SCA-3562 Rollei Flash Adapter, you can take advantage
of the TTL flash-metering feature of your camera.
To do this, switch the flash unit to TTL metering. A
sensor in your camera will meter the light reflected
from the film surface during actual exposure and
control flash duration as a function of film speed and
ambient light. The result is very precise exposure within
an ISO range of 25 – 1600.
The SCA-3562 adapter allows the following values
to be exchanged between flash unit and Rolleiflex
6008 AF:
♦ Focal-length setting of AF lenses to control the flash
reflector
♦ Lens aperture and film-speed setting to control the
autoflash exposure mode of the flash unit
♦ The flash-output compensation set on suitable flash
units
♦ Control of AF preflash.
With the dedicated Rollei SCA-3562 Flash Adapter
and a Rolleiflex 6008 AF, the following flash modes are
possible:
♦ Programmed AE flash
♦ Aperture-priority AE flash
♦ Shutter-priority AE flash
♦ Fill-in autoflash (compensating and additive)
♦ Flash bracketing.
Rollei SCA-356 Flash Adapter
The Rollei SCA-356 Flash Adapter allows dedicated
flash photography with all dedicated flash units offering
the SCA-300 System. Simply slip the flash unit with its
SCA adapter into the accessory shoe of the camera,
and optimum flash exposure is guaranteed.
Cat. No. 711.34.040
Rollei SCA-3562 Flash Adapter
The Rollei SCA-3562 Flash Adapter converts the Rollei-
flex 6008 AF for dedicated flash photography with any
compact or handle-mount flash unit of the SCA-3000
System. The corresponding flash units are connected to
the adapter simply by slipping them on or with the aid
of a cable.
Cat. No. 711.34.042
Photo: Florian Adler
Technique:
Background: Convex reflecting sheet; in front, colorful
decorative mini-lights and colored neon light.
First-curtain sync, camera and neon light moved slightly
during exposure.
Exposure time ½ s.