INON Dome Port + Shade 2 Set for Olympus

SPECIFICATIONS

• Dimensions:
  • Diameter: 170mm / 6.7in.
  • Length: 73mm / 2.9in. (incl. Shade 2)
• Weight (Air): 747g / 26.3oz (incl. Shade 2)
• Depth Rating: 60m / 197ft
• Material: Corrosion-resistant aluminum alloy /Rigid black alumite. Optical glass /inner multi coating polycarbonate (Shade 2)
• Mirrorless Camera (Micro Four Thirds System):
  • Compatible Underwater Housing:
    • Olympus PT-EP08 (Mirrorless Camera OM-D E-M5) (*2)
    • Olympus PT-EP11 (Mirrorless Camera OM-D E-M1) (*2)
    • Olympus PT-EP14 (Mirrorless Camera OM-D E-M1 Mark II) (*2)
  • Compatible Lens:
    • Olympus ZUIKO DIGITAL ED 8mm F3.5 Fisheye (*3)
• Digital SLR (Four Thirds System):
  • Compatible Underwater Housing:
    
    • Olympus PT-E01 (Digital SLR E-300)
    • Olympus PT-E02 (Digital SLR E-330)
    • Olympus PT-E03 (Digital SLR E-410)
    • Olympus PT-E05 (Digital SLR E-520)
    • Olympus PT-E06 (Digital SLR E-620)
  • Compatible Lens + Gear:
    
    • Olympus ZUIKO DIGITAL ED 8mm F3.5 Fisheye + Olympus PPZR-E05 (*4)
    • Olympus ZUIKO DIGITAL ED 9-18mm F4.0-5.6 + Olympus PPZR-E07 (*5)

(*2) Olympus PAD-EP08 Port Adapter and Olympus PER-E01 Port Extension Ring are required.

(*3) Optional “Shade Sponge D80” attached on inside of the Dome Port+Shade 2 Set for Olympus to prevent the bundled flash from exposing on an image.

(*4) Attach supplied Shade Sponge ZUIKO DIGITAL ED 8mm on the Olympus ZUIKO DIGITAL ED 8mm F3.5 Fisheye to block camera’s built-in flash.

(*5) Olympus PER-E01 Port Extension Ring is required to use the Olympus ZUIKO DIGITAL ED 9-18mm F4.0-5.6. When using the Olympus PPZR-E07 Zoom Gear in combination with the INON Dome Port+Shade 2 Set for Olympus, inner surface of the dome port obstructs smooth movement of the zoom gear and necessitates to cut the shade part edge of the zoom gear about 5mm. Shooting at zoom wide end setting with open aperture may degrade edge of an image. In such case, use smaller aperture.

* Please note that the product’s colour/design may differ slightly from the images provided due to lighting factors and varying device screen settings.