Technical Data - Myray Hyperion Instrucciones De Uso

7. TECHNICAL DATA

Power supply voltage
Power supply frequency
Current absorbed in rest conditions
Maximum current absorbed in operating conditions
Column movement operating cycle
Maximum apparent line resistance
Overvoltage type
RADIOLOGICAL DATA
High voltage operating range - kV
Anode current operating range - mA
Maximum continuous input anode power
Maximum deviations from declared values
Backup timer
Exposure time
Exposure time accuracy
Radiological duty cycle, rotary unit and CEPH unit
movements
Heat capacity
Maximum heat dissipation
Maximum dissipation technical factors
Inherent filtration
Half-value layer (HVL)
Leaked radiation
Primary radius shield
Primary collimator – source distance
Primary collimator slit dimensions
Maximum current
Source – skin distance
Source – image detector distance (SID)
Dimensions of ray field on detector
Focal spot dimensions
X-ray tube
Optical power
Wavelength
Output power
Activation time
EN
115 – 240 VAC +/-10% Single phase
50 / 60 Hz
1A @ 115V; 0.5A @ 240V
14A @ 115V; 7A @ 240V
25 s ON, 400 s OFF
0.5 Ω @ 240 V - 0.25 Ω @ 115 V
II
60 – 85 kV selected in steps of 1
4 – 10 mA selected in steps of 1
42 W
kV: < 5% (10% IEC)
mA: < 10% (20% IEC)
Linearity error < 0.2
Variation coefficient < 0.05
18 s
0.5s - 14s (depending on the examination type selected)
±(10% + 1 ms) of indicated value
1:20 @ 85 kV-10 mA
30000 J
250 W
85 kV - 10 mA
3.2 mm Al @ 85 kV (2D mode) - (+/-0.2mm)
HVL=3.6mm @85kV
<0.88mGy / h at 1 metre from focusing at 85KV 10mA,
duty cycle 1:20
> 0.5 mm Pb
64 mm
0.8 X 17.4 mm (vertical slit)
7A for the 230Vac version
15A for the 115Vac version at 85KV 10mA
PAN: >150 mm
CEPH: >1000 mm
PAN: 550 mm
CEPH: 1512 mm
PAN: 6 X 146 mm (horizontal X vertical)
CEPH: 6 X 220 mm (horizontal X vertical)
0.5 (according to EN IEC 60336)
CEI OPX/105
TOSHIBA D-054SB
Class 1 according to IEC 60825-1: 2003
635 nm
1.5 mW
Continuous wave; Timing limited to 30"
OPERATOR'S MANUAL
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