Setting up

Screen size and throw distance

You can adjust the projection size with 2.0x zoom lens. Calculate and define the throw distance as follows.

Getting Started

 

 

 

 

 

Projected image

SH

 

 

S

 

D

 

 

 

 

 

SW

Screen

 

 

Projection size (16 : 10)

 

 

 

Throw distance (L)

 

Screen Diagonal

 

Screen height (SH)

 

Screen width (SW)

Minimum distance

Maximum distance

(SD)

 

 

(LW)

(LT)

 

 

 

 

 

 

(0.84 m)

33"

 

0.44 m

(1'5")

 

0.71 m

(2'3")

 

 

1.8 m

(5'10")

(1.02 m)

40"

 

0.54 m

(1'9")

 

0.86 m

(2'9")

1.1 m

(3'7")

2.3 m

(7'6")

(1.27 m)

50"

 

0.67 m

(2'2")

 

1.08 m

(3'6")

1.4 m

(4'7")

2.8 m

(9'2")

(1.52 m)

60"

 

0.81 m

(2'7")

 

1.29 m

(4'2")

1.7 m

(5'6")

3.4 m

(11'1")

(1.78 m)

70"

 

0.94 m

(3'1")

 

1.51 m

(4'11")

2.0 m

(6'6")

4.0 m

(13'1")

(2.03 m)

80"

 

1.08 m

(3'6")

 

1.72 m

(5'7")

2.3 m

(7'6")

4.6 m

(15'1")

(2.29 m)

90"

 

1.21 m

(3'11")

 

1.94 m

(6'4")

2.6 m

(8'6")

5.1 m

(16'8")

(2.54 m)

100"

 

1.35 m

(4'5")

 

2.15 m

(7')

2.9 m

(9'6")

5.7 m

(18'8")

(3.05 m)

120"

 

1.62 m

(5'3")

 

2.58 m

(8'5")

3.4 m

(11'1")

6.9 m

(22'7")

(3.81 m)

150"

 

2.02 m

(6'7")

 

3.23 m

(10'7")

4.3 m

(14'1")

8.6 m

(28'2")

(5.08 m)

200"

 

2.69 m

(8'9")

 

4.31 m

(14'1")

5.7 m

(18'8")

11.5 m

(37'8")

(6.35 m)

250"

 

3.37 m

(11')

 

5.38 m

(17'7")

7.2 m

(23'7")

14.3 m (46'10")

(7.62 m)

300"

 

4.04 m

(13'3")

 

6.46 m

(21'2")

8.6 m

(28'2")

17.2 m

(56'5")

* All measurements above are approximate and may differ slightly from the actual measurements.

Calculation methods for screen dimensions

You can calculate more detailed screen dimension from the screen diagonal.

SW (m) = SD (") x 0.0215

SH (m) = SD (") x 0.0135

LW (m) = 0.0289 x SD (") - 0.046

LT (m) = 0.0576 x SD (") - 0.061

* The results above are approximate and may differ slightly from the actual measurements.

NOTE:

• See page 50 for the screen size and throw distance of 4:3/16:9.

• Do not use the projector at a raised or a horizontally tilted position as it may cause malfunction of the projector.

• Make sure the projector lens surface is parallel with the screen. You can tilt the projector body approximately ± 30° vertically. Overtilting may result in shortening the component’s

life.

• For the best quality of the projection image, install a screen where sun light or room light does not shine directly onto the screen. Close window shades or curtains to block the lights.

ENGLISH - 14

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Panasonic FW100NTU Setting up, Screen size and throw distance, Calculation methods for screen dimensions, Getting Started
Page 13 Page 15

FW100NTU specifications

The Panasonic FW100NTU is a sophisticated air conditioning unit designed for modern indoor spaces, featuring cutting-edge technology and energy-efficient operation. This model stands out due to its blend of comfort, efficiency, and functionality, making it an excellent choice for homes and small offices alike.

One of the main features of the FW100NTU is its Inverter technology, which allows for precise temperature control. This technology adjusts the compressor speed according to the cooling or heating demand, resulting in improved energy efficiency and reduced electricity bills. The inverter system not only maintains a stable temperature but also significantly reduces noise, creating a quieter environment.

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Overall, the Panasonic FW100NTU is a versatile air conditioning solution that combines performance, efficiency, and comfort, making it a top choice for consumers looking to enhance their indoor climate control systems. With its advanced features and reliable operation, this model represents Panasonic's commitment to providing innovative and sustainable air conditioning solutions.
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