Pentax DFA M 90mm f/2.8 ED

Pentax DFA M 90mm f/2.8 ED

Pentax DFA M 90mm f/2.8 ED - DFA M 90mm f/2.8 ED Lens for 645Z

The Pentax DFA M 90mm f/2.8 ED Lens for 645Z offers a 35mm equivalent focal length of approximately 71mm (or approximately 56mm when mounted on a PENTAX 645 film-format camera body). By incorporating two ED (extra-low dispersion) elements and one glass-moulded aspherical element in its optics, the lens assures high-resolution image reproduction over the entire image field, while effectively minimizing chromatic aberration – a problem commonly associated with fast lenses.

The FA 645 90mm lens offers macro photography at a maximum magnification of 0.5X. In close-up applications, its floating mechanism effectively compensates for the curvature of the field to assure sharp, well-defined images.

  • MPN - 22210
  • GTIN - 027075217584
Focal Length 90 mm
Lens type Prime lens
Aperture Range Maximum: f/2.8
Minimum: f/22
Lens mount Pentax 645, KAF2, 645AF2
Minimum Focusing Distance 1.36' / 3.45 m
Angle Of View 34 to 42.5°
Diaphragm Blades 9
Filter Size Front: 67 mm
Autofocus Yes
Motor Type Screw Drive from camera
Macro Reproduction Ratio 0.5x
Weight 1040 g
Dimensions (DxL) Approx. 3.56 x 4.39“ (9 x 11 cm)
Magnification 0.5x
Optical Design 11 Elements in 9 Groups
Distance Scale Yes
DOF Scale Yes
Autofocus Yes
  • New HD Coating and Aero Bright Coating to optimize light transmittance and minimize reflection
  • PENTAX-original, lens-based SR mechanism
  • Dustproof, weather-resistant construction
  • New exterior design signifying HD series
  • Quick-Shift Focus system for instant switching to manual-focus operation after the subject is captured in focus by the camera’s AF system
  • SP (Super Protect) coating applied to the front surface of the lens to effectively repel water and grease and to allow dust and stains to be easily wiped from the front lens element.
  • Rounded diaphragm blades deliver precise control while producing a smooth, beautiful bokeh (out-of-focus rendition), minimizing the streaking effect of point light sources