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a.

 

Secure the V+F Lens Control to the Matte Box Support Rods using the Mounting Bracket. 
The jaw opening is adjusted to accommodate different rod sizes by turning the free half of 
the bracket as shown in the picture above. 

b.

 

The V+F unit can be powered directly from the camera, or through a separate power 
cable. The cables for connection to the camera are p/n 4620 ~ 4630, and the power cables 
are p/n 4640, and 4641. See the complete list of cables in Section 4 of this document. 

c.

 

Connect the digital motor (DM-1 or DM-2) with the motor cable (p/n 4410 ~ 4412). 

d.

 

Use a Swing Arm Motor Bracket (p/n 4301 ~ 4303, 4333) to attach the motor to the Matte 
Box Support Rods. Engage the motor to the lens. 

 

B.

 

Set-up Procedure-Video Camera Calibration 

i.

 

Power the camera.  

ii.

 

Wireless Version only: Set the mode to Video by pressing the mode button until 
the “Video Iris” LED is lit. Press the “Cal” button. The Digital Motor will find the 
end stops of the lens. The f2.8 LED should be blinking. Using the knob on the 
VLC to move the iris to f2.8 and press the “Cal” button again. Now the F16 LED 
will blink.  

iii.

 

Cable Only Version. There is no mode switch on this unit. Initiate calibration by 
pressing the “Cal” button. After the motor finds the end stops of the lens, the 
F2.8 LED will blink. Use the knob to set the lens to F2.8 and press the “Cal” 
button again. Now the F16 LED will blink. Adjust the lens to F16 and press the 
“Cal” button. Turn the knob until the iris is at F16 and press the Cal button. The 
lens is now calibrated to the video camera and the engraved F-stop marks on 
the knob should match those of the lens. 

 

C.

 

Set-Up Procedure for wireless operation.

 The V+F (p/n 4050) can be controlled through its 

microwave link by the following hand controls: 

a.

 

The FI+Z Hand Unit 

b.

 

The Focus-Iris Hand Unit 

c.

 

The Radio Micro Force module with a Micro Force control. 

 

Communication between the Hand Unit and the V+F will be established when both units are set 
to the same channel. The wireless channel is by using the channel button located to the right of 
the LED channel display. 

D.

 

Control of the motor can be switched from an external source (wireless Hand Unit or RMB150 
type device) to the knob by pressing the “Local” button. The red LED will be lit when the unit is 
under local control. 

E.

 

The V+F may also be controlled via a cable connection through the Remote Iris Box (p/n 4020). 
To use this device with the V+F, place the unit into the “Local” mode and connect the Iris Box to 
the V+F “Remote” receptacle with cable 4642 

 
 
 
 
 
 
 
 
 
 

Remote Iris Box p/n 4020 

Summary of Contents for V+F Lens Control

Page 1: ...V F Lens Control Manual v1 2 ...

Page 2: ... position switch adjusts the motor torque level and a second switch determines the direction of motor rotation The small size of the control makes it especially suitable for hand held use The FI Z Hand Unit p n 4000 with Microwave Transmitter p n 4910 the Focus Iris Hand Unit p n 4024 or the Radio Micro Force p n 4015 or 4016 can all be used for wireless operation with version p n 4050 The mode sw...

Page 3: ...2 Operation A Mounting the V F Lens control to the Camera p n 4050 Wireless Version p n 4051 Cable Only Version VLC and Digital Motor with brackets VLC Receptacles Mounting Bracket p n 4342 ...

Page 4: ...ion by pressing the Cal button After the motor finds the end stops of the lens the F2 8 LED will blink Use the knob to set the lens to F2 8 and press the Cal button again Now the F16 LED will blink Adjust the lens to F16 and press the Cal button Turn the knob until the iris is at F16 and press the Cal button The lens is now calibrated to the video camera and the engraved F stop marks on the knob s...

Page 5: ...iate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is enco...

Page 6: ...he following two conditions 1 This device may not cause harmful interference and 2 This device must accept any interference received including interference that may cause undesired operation FCC RF EXPOSURE STATEMENT To satisfy RF exposure requirements this device and its antenna must operate with a separation distance of at least 20 cm from all persons and must not be co located or operating in c...

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