ecology-conscious led/laser projectors with an excellent
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SOLID SHINE
A new light source with long-lasting brightness
SOLID SHINE Technology Reduces Running Costs
Mercury Free
Long-lasting brightness continues for approximately 20,000
hours. Moreover, the SOLID SHINE Series’ linear brightness
drop provides greater brightness over a given time. This helps
to lower maintenance requirements by eliminating the need for
lamp replacement and reducing running costs.
yy
The principle of lamp emission The principle of LED emission
Mercury is required.
Mercury Free!
Environment-friendly
The lamp emits ultraviolet light generated from
mercury atoms to excite the phosphor.
PhosphorUltraviolet light
Electrons
Mercury atom
Glass tube
Visible light
Arc tube
Compliant with the RoHS Directive
Less wasted power consumption.
Wasted power consumption is reduced since the warm-up and
cool-down processes are unnecessary.
Quick On/Off
Conventional Lamp Projector LED/Laser Projector
Brig
htn
ess
Brig
htn
ess
Visible brightness
100% 100%Start-up time
Time TimePower is turned on
Power is turned on
Light source goes onLamp goes on
Start-up time
Saving you the cost of
5 lamps
Cost-Effective
For example, when used in a classroom, etc., many exchange the
lamp after about 2,000 – 3,000 hours. The new light source can
maintain the same lamp brightness for about 10,000 hours.
Example: Lamp Cost $193 (€145)/pc
$193 × 5 pcs = $965 (€725)
Professional model Basic model
The emission of light
Electron flowCurrent
P-type semiconductor
N-type semiconductor
The LED is a semiconductor, and light is
generated by the recombination of holes and
electrons. Therefore, no mercury is required.
3,500 lm 20,000:1Full HDPT-RZ470K
3,500 lm 20,000:1WXGAPT-RW430K
3,500 lm 10,000:1Full HDPT-RZ370
3,500 lm 10,000:1WXGAPT-RW330
Ecology-Conscious LED/Laser Projectorswith an Excellent Total Cost of Ownership
The substances that are designated as hazardous are not used.
* White cabinet models (PT-RZ470W and PT-RW430W) also available.
*
*
6,000 hr
20,000 hr
100%
Lightsourcelife A conventional
long-life lamp
LED/LaserNew Light
Source
Hours20,00015,00010,0005,000
Brightness
66,6 000 hhr
20,000 hr
Lighhttsourceelife A conventional
long-life lamp
Hours20,00015,015,000000110,0005,000
In 10,000 hours
AverageLamp-replacement brightness cut off
[Example] Brightness100%
2,000 hr 2,000 hr 2,000 hr 2,000 hr 2,000 hr
10,000 hrHours
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CO² Emission Reduction
ECONormal
100
200
300
PT-SSIECO Printed in Japan.
All information included here is valid as of March 2013.
The new light source reduces power consumption compared to
conventional models.
* Calculated assuming 8 hours of use per day, 250 days per year, for a total of 2,000 hours/year.
* The formula used for CO² conversion was 0.41 kg CO²/kWh. (Based on data published by Japan’s
Ministry of the Environment.)
Conventional LCD model A
SOLID SHINE Series
Low power consumption
Low heat dissipation
Further Power Consumption Reductionwith Eco Save 1/2 Modes
Normal Mode*250 W
Eco Save 1 Mode*200 W
Eco Save 2 Mode*178 W
-20%
Powerconsumption
Approx.
-30%
Powerconsumption
Approx.
*With the Picture mode set to Standard or Graphic.
NOTE: Based on the IEC 62087 Ed. 2.0 measurement method.
Power consumption may vary depending on the projected scenes.
Max. power consumption: 460 W
Conventional lamp projector with equivalent brightness
Ambient air temperature is affected.
• Requires air conditioning adjustment Increases air conditioner cost, wastes power consumption
• You have to wait until the projector temperature lowers before shutdown, etc.
Exhaust temperatureApprox. 60°C
Ambient air temperature isn’t affected.
• No need to worry about air conditioning Lowers air conditioner cost, reduces wasted power consumption
• Makes it possible to tidy up the room immediately after use
LED/Laser projectorExhaust temperatureApprox. 40°C
Heat pipe system
Example: When traveling to a place 30 km away (Fuel consumption: 15 km/L)
• Lowers running cost
• Mercury free
• No need for a special recycling process.
CO2
Maintenance Free for 20,000 Hours
Lamp/Filter Free
Maintenance time and cost Labor cost Traffic movement CO² emission
Less hassle to control the temperature around the projector
• Can be turned on/off only when required
• Reduces power consumption
• No waiting time for warming up
• No delay for lessons or meetings
• No need to worry about air conditioning
• Safe and comfortable for children
Lamp/Filter Free Low Heat DissipationNOTE: Total CO² emission is 4.64 kg/per visit2L × 2.3*/30 km = Approx. 0.15 kg/km
Low Heat DissipationAmbient temperature is not affected and no influence on other equipment
Professionalmodel
Basicmodel
Projector doesn’t get hot
* CO² emission coefficient of gasoline
Eco Points and Advantages Summary Eco Points and Advantages Summary
Reduces CO² emission by approximately 26%
Reduces CO² emission by approximately 24%
The Eco-Friendliness of the SOLID SHINE Series
Maintenance-Free and Quick On/Off
• No need to carry a ladder across campus
• Mercury free
• No need to keep stock
• No need to dispose of used lamps
(Light resource setting)
(W)
The projectors in this leaflet are intended to project images onto a screen. They are not intended for use as lighting equipment for ordinary homes.Specifications and appearance are subject to change without notice. Product availability differs depending on region and country. This product may be subject to export control regulations. All trademarks are the property of their respective trademark owners. © 2013 Panasonic Corporation. All rights reserved.
* Test room: 8 m x 8 m x 2.5 m = 160 m3. * The test room assumes complete insulation. * Calculated when the quantity of heat required to raise the temperature of 1 m3 of air by 1°C is defined as 0.288 kcal.
1,123 Btu / 283 kcal x 5 h = 1,415 kcal 850 Btu / 214 kcal x 5 h = 1,070 kcal
Conventional lamp projector LED/Laser projector
Test room: 8 m x 8 m x 2 5 m = 160 m* Te* Test rst roooom: 8 m88 m x 8x 8 m x 2 5 m = 160 m33 ** The test rooom aom ssums mes complete insulationTheThe ttest roomom aom assumssummees complete insuulation * Calculated when the quantity oof heat required too raise the ttemmperatture of 11 mCalculated when the quantity oof heat reqrequireuir d toto raise the ttemmperaatuture oof 11 m3 of air by 1 C is defined as 0 2288 kkcalof air by 1°C is defined as 0 28288 kc8 kckcalalalal
x = x =850 Btu / 214 kcall1,415 kcal5 h1,1, 23 Btu / / 28328 kcal 1070,070 kcakcal5 h5
Conventional lamp projector LED/Laser projectorLaser projector
A difference of 7.5°C occurs in the room temperature when used for 5 hours.
30.7 °C 23.2 °C
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