Panasonic PT-RCQ10

Chapter 2 Getting Started — Setting up
ENGLISH - 41
SD Projected image size
H Distance from the lens center to the bottom edge of the projected image
L
*1
(LW/LT)
*2
Projection distance (distance from the front end of the projection lens to the screen)
L1
Lens protrusion dimension (distance from the front surface of the projector to the front end of the projection
lens)
*1 For details about calculating the projection distance, refer to “Formula for calculating the projection distance per projection lens” (x page 50).
*2 LW: Minimum projection distance when the Zoom Lens is used
LT: Maximum projection distance when the Zoom Lens is used
(Unit: m)
Projection lens Model No. Lens protrusion dimension (L1) (approximate value)
Standard zoom lens/
ET-DLE170
0.043
ET-DLE020 0.269
ET-DLE055 0.028
ET-DLE060 0.104
ET-DLE085 0.084
ET-DLE105 0.088
ET-DLE150 0.044
ET-DLE250 0.045
ET-DLE350 0.051
ET-DLE450 0.095
Note
f For the adjustment range of the projected image position with the lens shift, refer to “Lens shift range” (x page 80).
r Fixed-focus Lens (Model No.: ET-DLE035)
SH
SW
SD
SHA1
L3
L4
A2
L1
L2
SW
Projected image
Screen
Screen
Note
f This illustration is prepared on the assumption that the projected image size and position have been aligned to t full in the screen.
SH Projected image height
SW Projected image width
SD Projected image size
L1
*1
Projection distance (distance from the mirror reection surface
*2
to the screen)
L2 Distance from the front end of the projection lens to the screen
L3 Distance from the front surface of the projector to the screen
L4 Distance from the back surface of the projector to the screen
A1
*1
Distance from the top surface of the projector to the bottom edge of the screen
A2 Distance from the installation surface of the projector to the screen (adjustable feet at lowest position)
*1 For details about calculating the projection distance, refer to “Formula for calculating the projection distance per projection lens” (x page 50).
*2 The mirror reection surface cannot be seen from the outside because it is located inside the Fixed-focus Lens.