Lens Mount Adapter for Minolta SR Lenses to Minolta/Sony A-Bayonet Mount

Take your SR-lenses to the age of digital photography!

• with compensation lens
• infinity focus
• high quality workmanship
• easy to attach

Description:
With the aid of this lens mount adapter you are able to attach your old SR-lens to every camera body with a A-bayonet mount. That includes the Minolta Dynax- and Sony Alpha models.

Old manual lenses are best suited for mounting on modern digital cameras. The advantages of old lenses are that you can adjust the aperture and focussing manually, which is not always possible with new lenses. Furthermore manual lenses are smaller and easier to handle as they do not have built-in motors.

Minolta SR lenses have a smaller flange register than the Minolta A bodies, so that the infinity focus is lost. This adapter ring has a compensation lens to compensate this effect. The infinity focus stays intact.

The lens mount adapter is very robust and holds up heavy lenses. The adapter is easy to screw on and off the bayonet connection. Due to the precise workmanship the lens mount adapter fits perfectly on the bayonet connection so it is dust-proof.

Technical Details:
high-quality compensation lens
the surface is made of anodised steel
ring made of especially robust steel

Scope of Delivery:
adapter
front cap
rear cap

Application:
First you have to attach the lens mount adapter to the lens. Then you put the combination of lens and adapter on the bayonet connection of the camera and screw it on. Aperture and focussing have to be adjusted manually. The camera reckons the suitable shutter speed per aperture priority.
To disengage the SR lens from the adapter you have to press the pin at the outer brink and screw the SR lens off.

Information:
You have to make sure that the flange register of the lens is larger than that of the camera. Otherwise the infinity focus will be lost. You need the compensation lens to maintain the infinity focus, if the flange register of your camera is larger than that of the lens.