Fujinon 5.5-100mm Premier 2/3" ENG/EFP Zoom T1.9 / T3.1 - B4 Mount

The Fujinon 5.5-100mm Premier 2/3" ENG/EFP Zoom T1.9 combines the best of both worlds: a wide lens to get those tight, under the basket shots, and the ability to follow the player down the court. A lens you will be comfortable with for an interview or studio work, as well as on the sidelines of a football game.

The HA18x5.5 with extender features a wider angle and higher zoom ratio than the popular, multi-use HA16x6.5. An incredible 16" (0.4m) MOD gets close-ups like never before. The lens features digital servo zoom & focus for full servo studio control, robotics, jibs, tower cams, teleconferencing and other applications where remote control of zoom, focus and iris via RS-232 serial data or traditional analog control is desired. Remote control of the 2X extender is possible with the optional model ECU-2A remote extender module (not included).

NOTE: Optional zero backlash gearing and 16 bit encoders available for robotics and virtual applications (not included).

The HA18x employs the latest High Transmittance Electron Beam Coating (HT-EBC) resulting in richer colors and greatly improved blue response and transmittance. HT-EBC, coupled with Fujifilm’s exclusive Aspheric Technology, reduces ghost and flare and increases light transmission.

Features:

• Digi Power improves accuracy and repeatability over previous designs and enables custom control parameters to be memorized for individual camera operator's preference
• Digital Quick Zoom provides a rapid zoom movement to the telephoto position to check focus with a simple push of a button
• Zoom Mode Select changes the zoom response from normal to more sensitive on the wide or telephoto side
• Robotics mode features 16-bit encoders and a virtual 20-pin connector for advanced communication capabilities
• The Focused Intelligent Network Diagnosis system aids in preventive maintenance and troubleshooting by evaluating various lenses' electronic and mechanical parameters; this data may be stored for future reference in determining the need for service or adjustments