KONICA MINOLTA

Healthcare

Giving Shape to Ideas

AeroDR Super PREMIUM 14x17 17x17 10x12 inch flat panel detector

KonicaMinolta's next generation wireless FPD
AeroDR 3 1417HD / 1717HD / 1012HQ exceeds the advantages of our current AeroDR series and incorporates new features. It is the top-of-the-line model in the AeroDR series.
High Image Quality
High Resolution, High DQE, and Lower Radiation Doses
Lightweight and Robust Structure
Powerful and Reliable Workflow
Rapid cycle time, Selectable pixel size, and Updated AeroSync® automatic exposure detection.

AeroDR Super PREMIUM 14×17 inch flat panel detector

AeroDR SYSTEM 3*1

Product name (model name)*2  AeroDR 3 1417HD (P-61)
Detection method  Indirect conversion method
Scintillator  CsI
External dimensions( W×D×H)  384×460×15mm (15.1×18.1×0.6 inches)
Weight  2.6kg(5.7lb)
Pixel size  100 / 200 μm
Image area size  348.8×425.6mm (13.7× 16.8 inches)
AD conversion  16 bit (65,536 gradients)
Usable grid frequency  60 / 40 / 34 lp/cm
Communication Dedicated wired Ethernet connection /
Wireless LAN( IEEE802.11a / 802.11n compliant)
W-LAN encryption Wireless encryption method: AES /
Authentication method : WPA2-PSK
Auto Exposure Detection  Available(AeroSync)
Expected product life time  Same as the lifetime of AeroDR 3 1417HD main body
Durability Point load*3 180 kg @φ40 mm
Face load 400 kg @ effective image area overall
MIL-STD Acquisition
Water resistance*4 IPX6 including power cell
Cycle time*5 100 μm Approx. 6s with dedicated wired connection
Approx. 7s with wireless LAN connection  
200 μm Approx. 4s with dedicated wired connection
Approx. 4s with wireless LAN connection  
Battery performance  Operating time*6 Approx. 309 images/8.6 h
(200 μm with wireless LAN connection) *Assuming that the AeroDR system is connected to an X-ray system, the interval between studies is 5 min, and three image s are captured in each study, and assuming 20s for each exposure to position the patient.
Charging time empty to full Within 30 min
Maximum stand by time*7 Approx. 13 h
Product name (model name)*2  AeroDR 3 1717HD (P-71)
Detection method  Indirect conversion method
Scintillator  CsI
External dimensions( W×D×H)  460×460×15mm (18.1×18.1×0.6 inches)
Weight  3.2kg(7.0 lb)
Pixel size  100 / 200 μm
Image area size  424.8×424.8mm (16.7×16.7 inches)
AD conversion  16 bit (65,536 gradients)
Usable grid frequency  60 / 40 / 34 lp/ cm
Communication Dedicated wired Ethernet connection /     
Wireless LAN( IEEE802.11a / 802.11n compliant)
W-LAN encryption Wireless encryption method: AES /
Authentication method : WPA2-PSK
Auto Exposure Detection  Available(AeroSync)
Expected product life time  Same as the lifetime of AeroDR 3 1717HD main body
Durability Point load*3 180 kg @φ40 mm
Face load 400 kg @ effective image area overall
MIL-STD Acquisition
Water resistance*4 IPX6 including power cell
Cycle time*5 100 μm Approx. 6s with dedicated wired connection
Approx. 7s with wireless LAN connection
200 μm Approx. 4s with dedicated wired connection
Approx. 5s with wireless LAN connection
Battery performance  Operating time*6 Approx. 276 images / 7.6 h
(200 μm with wireless LAN connection) *Assuming that the AeroDR system is connected to an X-ray system, the interval between studies is 5 min, and three image s are captured in each study, and assuming 20s for each exposure to position the patient.
Charging time empty to full Within 30 min
Maximum stand by time*7 Approx. 12 h
Product name (model name)*2  AeroDR 3 1012HQ (P-81)
Detection method  Indirect conversion method
Scintillator  CsI
External dimensions( W×D×H)  282×333×15mm (11.1×13.1×0.6 inches)
Weight  1.5kg (3.3 lb)
Pixel size  100 / 200 μm
Image area size  245.6×296.8mm (9.6×11.6 inches)
AD conversion  16 bit (65,536 gradients)
Usable grid frequency  60 / 40 / 34 lp/ cm
Communication Dedicated wired Ethernet connection /
Wireless LAN( IEEE802.11a / 802.11n compliant)
W-LAN encryption Wireless encryption method: AES /
Authentication method : WPA2-PSK
Auto Exposure Detection  Available(AeroSync)
Expected product life time  Same as the lifetime of AeroDR 3 1012HQ main body
Durability Point load*3 180 kg @φ40 mm
Face load 400 kg @ effective image area overall
MIL-STD Acquisition
Water resistance*4 IPX6 including power cell
Cycle time*5 100 μm Approx. 5s with dedicated wired connection
Approx. 5s with wireless LAN connection
200 μm Approx. 4s with dedicated wired connection
Approx. 4s with wireless LAN connection
Battery performance  Operating time*6 Approx. 165 images / 4.5 h
(200 μm with wireless LAN connection) *Assuming that the AeroDR system is connected to an X-ray system, the interval between studies is 5 min, and three image s are captured in each study, and assuming 20s for each exposure to position the patient.
Charging time empty to full Within 20 min
Maximum stand by time*7 Approx. 6 h
*1
AeroDR SYSTEM 3 is the commercial product name of SKR 3000.
*2
AeroDR 3 1417HD / AeroDR 3 1717HD / AeroDR 3 101 2HQ is the commercial name of P-61 / P-71 / P-81 of SKR3000. With regard to t he tested values listed above, measurement methods follow KonicaMinolta standards. system
*3
Dead loading does not affect the processed image or panel. Robustness against loading of the AeroDR 3 1417HD / AeroDR 3 1717HD / AeroDR 3 1012HQ does not provide any guarantees against damage or breakage.
*4
The water resistance performance of AeroDR 3 1417HD / AeroDR 3 1717HD / AeroDR 3 1012HQ does not provide any guarantees of perfect water resistance, nor that it cannot be damaged or broken.
*5
Specifications may vary depending on system configuration or environment. The specifications described above assume that AeroDR 3 1417HD / AeroDR 3 1717HD / AeroDR 3 1012HQ is connected to an X-ray generator.
*6
The specifications assume that 3 exposures are taken within one study and that the time between studies is 5 min. They also assume that it takes 20s to position the patient. This also assumes that the AeroDR 3 1417HD / AeroDR 3 1717HD / AeroDR 3 1012HQ is linked to an X-ray generator and is also connected to a CS-7 image processing workstation.
*7
The specifications described above are based on a full battery charge and may vary depending on system configuration and environment.
Recommended storage and usage environment conditions When operating :
(Temperature) 10 to 35℃ (30 to 95℉)
(Humidity) 35 to 80% (ensure no water condensation)
(Atmospheric pressure) 700 to 1060 hPa
When not operating :  
(Temperature) -10 to 40℃ (14 to 104℉)
(Humidity) 20 to 90% (ensure no water condensation)
(Atmospheric pressure) 700 to 1060 hPa
In storage / transport : 
(Temperature) -20 to 50℃ (-4 to122℉)
(Humidity) 20 to 90% (ensure no water condensation)
(Atmospheric pressure) 700 to 1060 hPa
* Performance warranty period when storing at 50℃ is 6 m onths after packing. 

Control Station CS-7

Image processing Auto-gradation processing,Frequency processing (F processing), 
Equalization processing (E procesing)
Hybrid processing (HF processing - HE processing), Hybrid smoothing processing (HS processing)
REALISM processing, Grid removal processing, Automatic exposure field recognition processing,
Tube and Gauze image enhancement (option), Inteligent Grid option)
Image output Host: max 4 ch / Printer: max 2 ch
DICOM support DICOM Storage SCU, DICOM basic Grayscale Print Management SCU,
DICOM Modality Worklist Management SCU, DICOM Modality Performed Procedure Step SCU
Readable devices AeroDR detector
REGIUS MODEL 170, REGIUS MODEL 190, REGIUS MODEL 210, 
REGIUS MODEL 110, REGIUS MODEL 110HQ※, REGIUS SIGMA, REGIUS SIGMA2

Power Supply Unit

Product name (model name) Power Supply Unit
External dimensions(W×D×H) 105×185×150mm
Weight 2.0kg
Power requirements AC100~240V±10% Single phase 50/60Hz
LAN interface 3 ports

Detector Interface Unit

Product name (model name) Detector Interface Unit
Exterbnal dimension (W×D×H) 60×130×22mm
Weight 0.3kg
Power requirements DC24V (When dedicated AC adapter is used)
DC48V (When dedicated PoE is used)
LAN Interface 1 port

Interface Cable 3

Product name (model name) Interface Cable 3
Length 8m
Weight 1.0kg

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