Casio QV-2300UX manual 151, Battery Life

REFERENCE

Battery Life

The values noted below indicate the number of hours before battery failure under normal operating temperature (25°C). These values are for reference only, and do not guarantee that any particular set of batteries actually will provide the service life indicated. Low temperatures shorten battery life.

Type of	AA-size Alkaline	AA-size Lithium	AA-size Ni-MH
Operation	Batteries LR6	Batteries FR6	Batteries NP-H3
Continuous	170 minutes	300 minutes	180 minutes
Playback
Continuous	80 minutes	200 minutes	120 minutes
Recording	(480 shots)	(1200 shots)	(720 shots)

•The above figures are approximations only.

•The above guidelines are based on the following battery types: Alkaline: MX1500 (AA) DURACELL ULTRA

Lithium: Energizer

•Battery life varies with brand.

Continuous recording values show the number of shots without using the flash. The number of shots depends on use of the flash and whether flash is turned on or off.

Power Consumption	• QV-2300UX Approximately 5.3W
	• QV-2800UX Approximately 5.8W
Dimensions	• QV-2300UX 118(W) x 67(H) x 54(D) mm
	• QV-2800UX 121(W) x 80.5(H) x 66(D) mm
Weight	• QV-2300UX Approximately 245g
	• QV-2800UX Approximately 295g
	(excluding batteries)

Standard Accessories ...... 8MB CompactFlash memory card,

Strap; lens cap; cap holder; soft case; USB cable; video cable; data transfer cable; CD-ROM; four LR6 alkaline batteries; Basic Reference, Bundled Software User’s Manual; Soft case strap (QV-2800UX); Wired remote controller (QV-2800UX)

•This camera does not have a separate battery to power its clock. Clock settings are cleared whenever power to the camera is cut off (by batteries going dead while the camera is not connected to an AC power outlet with the AC adaptor) for about 24 hours. After power is resumed, either by loading fresh batteries or connecting to an AC power outlet, you will have to set the correct time and date again.

•The liquid crystal panel built into this camera is the product of preci- sion engineering, with a pixel yield of 99.99%. This also means, however that 0.01% of the pixels can be expected to fail to light or to remain lit at all times.

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