AeroDR3 HL/SL (GIF)

AeroDR3 HL/SL *3

 

Product name (model name) *4		AeroDR 3 1417HL (P-85)	AeroDR 3 1417HL (P-95)	AeroDR 3 1417SL (P-82)
Detection method		Indirect conversion method	Indirect conversion method	Indirect conversion method
Scintillator		CsI (Cesium Iodide)	CsI (Cesium Iodide)	CsI (Cesium Iodide)
External dimensions (W×D×H)		384 ×460 ×15mm (15.1×18.1×0.6 inchs)	460 ×460 ×15mm (18.1×18.1×0.6 inchs)	384 ×460 ×15mm (15.1×18.1×0.6 inchs)
Weight		1.9kg (4.2lb)	2.3kg (5.1lb)	1.8kg (4.0lb)
Pixel size		100 / 200 μm	100 / 200 μm	200 μm (100 μm : optional license is necessary)
DQE 1mR,RQA5 *5		59% (1cycle /mm) 72% (0cycle /mm)	59% (1cycle /mm) 72% (0cycle /mm)	59% (1cycle /mm) 72% (0cycle /mm)
MTF		62% (1cycle/mm)	62% (1cycle/mm)	62% (1cycle/mm)
Image area size		348.8 × 425.6mm (13.7×16.8 inch) 3,488×4,256	424.8 × 424.8mm (16.7×16.7 inch) 4,248×4,248	348.8 × 425.6mm (13.7×16.8 inch) 3,488×4,256
AD conversion		16 bit (65,536 gradients)	16 bit (65,536 gradients)	16 bit (65,536 gradients)
Usable grid frequency		60 / 40 / 34 lp / cm	60 / 40 / 34 lp / cm	60 / 40 / 34 lp / cm
Antibacterial		An inorganic antibacterial agent kneaded into the exterior material.	An inorganic antibacterial agent kneaded into the exterior material.	An inorganic antibacterial agent kneaded into the exterior material.
Communication		Dedicated wired ethernet connection/Wireless LAN (IEEE802.11a / IEEE802.11n compliant )	Dedicated wired ethernet connection/Wireless LAN (IEEE802.11a / IEEE802.11n compliant )	Dedicated wired ethernet connection/Wireless LAN (IEEE802.11a / IEEE802.11n compliant )
W-LAN encryption		Wireless encryption method : AES / Authentification method : WPA2-PSK	Wireless encryption method : AES / Authentification method : WPA2-PSK	Wireless encryption method : AES / Authentification method : WPA2-PSK
Auto Exposure Detection (AED)		Available ( AeroSync)	Available ( AeroSync)	Available ( AeroSync)
Expected product life time		Same as the life time of AeroDR 3 1417HL main body	Same as the life time of AeroDR 3 1417HL main body	Same as the life time of AeroDR 3 1417SL main body
Durability	Surface load *6	400kg@ effective image area overall	400kg@ effective image area overall	400kg@ effective image area overall
	MIL-STD	Acquisition	Acquisition	Acquisition
	Waterproof *7	IPX6 including power cell	IPX6 including power cell	IPX6 including power cell
	Dustproof *7	IP5X including power cell	IP5X including power cell	IP5X including power cell
Cycle time *8 (with CS-7)	100μm	Approx. 6s with dedicated wired connection. Approx. 7s with wireless LAN connection	Approx. 6s with dedicated wired connection. Approx. 7s with wireless LAN connection	Approx. 6s with dedicated wired connection. Approx. 7s with wireless LAN connection
	200μm	Approx. 4s with dedicated wired connection. Approx. 4s with wireless LAN connection	Approx. 4s with dedicated wired connection. Approx. 4s with wireless LAN connection	Approx. 4s with dedicated wired connection. Approx. 4s with wireless LAN connection
Battery performance	Expected product life time	Same as the life time of AeroDR 3 1417HL main body	Same as the life time of AeroDR 3 1717HL main body	Same as the life time of AeroDR 3 1417SL main body
	Operating time *9 (200µm with wireless LAN connection)	Approx. 309 images/ 8.6 h. * Assuming that the AeroDR system is connected to an X-ray system, the interval between studies is 5 min, and three images are captured in each study, and assuming 20s for each exposure to position the patient.	Approx. 276 images/ 7.6 h. * Assuming that the AeroDR system is connected to an X-ray system, the interval between studies is 5 min, and three images are captured in each study, and assuming 20s for each exposure to position the patient.	Approx. 147 images/ 4.1 h. * Assuming that the AeroDR system is connected to an X-ray system, the interval between studies is 5 min, and three images are captured in each study, and assuming 20s for each exposure to position the patient.
	Charging time empty to full	Within 30 min	Within 30 min	Within 15 min
	Maximum stand by time *10	Approx. 13.2 h	Approx. 12.2 h	Approx. 6 h

 

Recommended storage and usage environment condition	When operating:
	(Temperature) 10 to 35 ℃ (50 to 95 ℉ )
	(Humidity) 35 to 80% RH (ensure no water condensation)
	(Atmospheric pressure) 700 to 1060 hPa
	When not operating:
	(Temperature) -10 to 40 ℃ (14 to 104 ℉ )
	(Humidity) 20 to 90% RH (ensure no water condensation)
	(Atmospheric pressure) 700 to 1060 hPa
	In storage / transport :
	(Temperature) -20 to 50 ℃ (-4 to 122 ℉ )
	(Humidity) 20 to 90% RH (ensure no water condensation)
	(Atmospheric pressure) 700 to 1060 hPa
	* However, performance warranty period when storing at 50 ℃ is 6 months after packing

*3 AeroDR SYSTEM 3 is the commercial product name of SKR 3000.
*4 AeroDR 3 1417HL is the commercial name of P-85 of SKR 3000.
*5 DQE value is typical value.
*6 Dead loading does not give affection to processed image or panel. Robustness against loading of AeroDR 3 1417HL is not to provide any guarantees not to be damaged, not to be broken.
*7 The waterproof and dustproof performance of AeroDR 3 1417HL is not to provide any guarantees about perfect water resistance, not to be damaged, not to be broken.
*8 Specifications may vary depending on system that AeroDR 3 1417HL is connected to an X-ray generator.
*9 The specifications assume that 3 exposures are taken within one study and that the time between studies is 5 assumes that the AeroDR 3 1417HL is linked to an X-ray generator and is also connected to a CS-7 image processing workstation.
*10 The specifications described above are based and environment.


★ Specifications are subject to change without prior notice.