Technical Data; Electrical Characteristics; Radiological Characteristics - Myray hyperion X5 Manual De Operador

9. TECHNICAL DATA

9.1. ELECTRICAL CHARACTERISTICS

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
Power supply system protection
Current/voltage combination for the maximum output
power

9.2. RADIOLOGICAL CHARACTERISTICS

Generator voltage
Maximum continuous input anode power
Anode current
Maximum deviations from declared values
X-ray tube
Focal spot size
Anode material
Anode inclination
Anode thermal capacity
Inherent filtration
Half value layer (HVL)
Leakage radiation
Exposure time (PAN/CB3D)
Source distance - primary collimator
50
Single-phase 115 – 240 VAC (allowed fluctuation +/-
10%)
50 / 60 Hz
1A @ 115V; 0.5A @ 240V
20A @ 115V; 12A @ 240V
25 s ON, 400 s OFF
0.5 Ω @ 240 V - 0.25 Ω @ 115 V
II
With limiter at maximum current of 20 A and differential
current of 30 mA
72 kV, 15 mA, 1080 W
2D: 60 – 85 kV (automatically or manually selectable in
steps of 1 kV)
3D: 90 kV pulsed mode (max 12mA)
42 W
4-15 mA (automatically or manually selectable in steps of
1 mA)
kV: < 5% (10% IEC)
mA: < 10% (20% IEC)
Linearity error < 0.2
Variation coefficient < 0.05
Only for 2D machines
CEI OPX/105
TOSHIBA D-054SB
KAILONG KL5
Only for 3D machines
TOSHIBA D-067SB
0.5 mm according to IEC 336
0.6 mm (only for TOSHIBA D-067SB)
Tungsten (W)
5°
12° (only for TOSHIBA D-067SB)
30 kJ (CEI- KAILONG) – 35 kJ (TOSHIBA)
>2.5 mm Al @ 85 kV (2D mode)
6 mm Al @ 85kV (3D mode)
2D: HVL=3.1mm @85Kv
<0.88mGy / h at 1 metre from focal spot at 90KV
2D mode: 1s - 15s continuous radiation (depending on
the 2D examination type selected)
3D mode: 6.4s-16.8s pulsed mode
100mm
OPERATOR'S MANUAL
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