- Overview
- Recommended Products
Automatic tracking, one key in place
Standard AEC automatic exposure control makes exposure easier
A flat-panel detector with double-plate design is good for customers.
Modular platform design makes maintenance convenient.
Self-test after power on. If there is any fault, the fault code will be displayed in time.
The control console with touch PAD can design exposure parameters during operation.
Auto-adaptive exposure system, no need to manually select the exposure track, makes the operation simple.
STAND
- High-quality and efficient large-screen with human-computer interaction design makes operation easy.
- In case of emergency, press the stop switches on the brackets to stop the motor immediately.
- You need to step on the brake to move or stop the table floating in 4-way, and the patient feels more secure when lying down.
- The advanced technology of shock absorption and noise reduction and the imported motors minimize the noise.
- Power-operated design, automatic tracking, one key in place, intelligent motion
- The radiography table is made of carbon fiber material which has uniform texture. The attenuation is relatively small.
Technical parameters | |
Power Output |
50KW |
Voltage |
220VAC |
Supply frequency |
50Hz/60Hz |
Source resistance |
≤0.5Ω |
Input instantaneous power |
≥100kVA |
| The height of the photographic frame column | 2200mm±5% | |
| Range of motion of the camera flat panel detector | ||
| 1400mm ±5% | ||
| Longitudinal movement range of the bed surface | 930mm±5% | |
| Transverse movement range of the bed surface | 240mm ±5% | |
| Flat panel detector bucky movement range | 510mm±5% | |
| Photography bed load bearing | 200Kg | |
| Bed size (length, X, width, X, height) | 2300mmX 800mm X 650mm | |
| Electromagnetic lock, power lock, power release | ||
| Bed lock way | ||
| Mechanical | Bed control | Down-to-foot unlock control |
| Vertical lifting distance of pipe assembly column | 1400mm ±5% | |
| parameters | The the the frame to the head | 1500mm ±5% |
| Rotation angle range of the tube assembly | 0° ±2° 〜±180° ±2° | |
| Roof-rotation range of pipe assembly column | 180° ±2° | |
| Input power voltage | 220VAC,50Hz/60Hz | |
| Maximum output nominal electrical power | 50 kW (500mA, 100kV, 0. 1s) | |
| Overcurrent release characteristics | 60A | |
| Inverse frequency | 400kHz | |
| High | 40kV-150kV, digital button adjustment, the small step size is lkV. | |
| Voltage /kV | ||
| pressure generator | 10mA -630mA is satisfied as specified in GB9706.3 | |
| The value of RT0 number system, digital key file adjustment. | ||
| Current /mA | ||
| The 0. 001s~10s are satisfied in GB9706.3 | ||
| The value of R' 10 number system, the digital key file adjustment; | ||
| irradiation time |
| Focal point | 0. 6/1. 2mm | |
| Heat capacity | 400kHU | |
| Heat capacity of pipe sleeve | 950kJ | |
| Target angle | 12.0° | |
| Inherent filtration | 1. 0mm Al | |
| Added filtration | 1. 5mm Al (3X0. 5 mm AL) | |
| Weight | About 17kg | |
| The components are aluminum shell, | ||
| tangential, oil-immersed cooled, rotating anode X-ray tube assembly. | ||
| Structure | ||
| Leakage radiation loading factor | 150kV 3.4 mA | |
| Insulation impedance | >2MQ | |
| Focus position and its tolerance to the | ± 1.4mm | |
| The X-ray radiation field | At SID, 354 * 354mm at Im | |
| The X-ray tube assembly | Single-phase, three-phase full-wave rectification or DC power supply | |
| Power supply (neutral ground) | ||
| filament current | 5.3 A | |
| Big focus: 13.5+IV, small focus: 8.5 + 1V | ||
| filament voltage | ||
| Nominal anode input power (0. 1s), (50Hz) | Large focus: 50KW, small focus: 20KW | |
| Anode speed | 2800 rpm | |
| 1) Start voltage: 120- -220V; 2) | ||
| Maintenance voltage: 4060V; 3) | ||
| Subphase capacitance: 40 UF / 630V; 4) Start time: 1 ~ 1.2s | ||
| Stator parameter (50Hz) | ||
| Cooling-down method | Natural cooling or forced air cooling | |
| Temperature range of the components in normal use | 16 〜70°C | |
| Maximum continuous thermal dissipation of the components | No less: 200W (16 kHU / min); yes | |
| Fan: 380W (32 kHU / min) | ||
| Inherent filtration | 1. 5 mm Al (equivalent) | |
| Optional additional filtering | 0. 5/1. 0/1. 5mmAl | |
| Maximum tube assembly is of high pressure | ||
| 150 kV | ||
| Average irradiation brightness | 3160 Lux, when the SIDlOOcm | |
| irradiation time | 30s ±5% | |
| Light field indicator light | 24V / 5W LED lamp | |
| Input electricity | 24VAC, 0.2A | |
| Minimum irradiation field | <20mmX20mm; at SID 100cm | |
| Light beam device | Maximum irradiation field | 43 X 43cm; at SID 100cm |
| Weight | 6. 8kg±0. 5kg | |
| Image size | 43X43cm(17" X 17") | |
| Dimensions | 46.0 X 46.0 X1.5cm | |
| Pixel size | 139μm | |
| X-ray Voltage Range | 40-150KV | |
| Wired flat-panel detector | Weight | 3.2kg |
| Image size | 43X43cm (17"X 17") | |
| Wireless flat-panel detector | Dimensions | 46.0X46.0X1.5cm |
| Nominal anode input power (0. 1s), (50Hz) | Large focus: 50KW, small focus: 20KW | |
| Anode speed | 2800 rpm | |
| 1) Start voltage: 120- -220V; 2) | ||
| Maintenance voltage: 4060V; 3) | ||
| Subphase capacitance: 40 UF / 630V; 4) Start time: 1 ~ 1.2s | ||
| Stator parameter (50Hz) | ||
| Cooling-down method | Natural cooling or forced air cooling | |
| Temperature range of the components in normal use | 16 〜70°C | |
| Maximum continuous thermal dissipation of the components | No less: 200W (16 kHU / min); yes | |
| Fan: 380W (32 kHU / min) | ||
| Inherent filtration | 1. 5 mm Al (equivalent) | |
| Optional additional filtering | 0. 5/1. 0/1. 5mmAl | |
| Maximum tube assembly is of high pressure | ||
| 150 kV | ||
| Average irradiation brightness | 3160 Lux, when the SIDlOOcm | |
| irradiation time | 30s ±5% | |
| Light field indicator light | 24V / 5W LED lamp | |
| Input electricity | 24VAC, 0.2A | |
| Minimum irradiation field | <20mmX20mm; at SID 100cm | |
| Light beam device | Maximum irradiation field | 43 X 43cm; at SID 100cm |
| Weight | 6. 8kg±0. 5kg | |
| Image size | 43X43cm(17" X 17") | |
| Dimensions | 46.0 X 46.0 X1.5cm | |
| Pixel size | 139μm | |
| X-ray Voltage Range | 40-150KV | |
| Wired flat-panel detector | Weight | 3.2kg |
| Image size | 43X43cm (17"X 17") | |
| Wireless flat-panel detector | Dimensions | 46.0X46.0X1.5cm |
| Pixel size | 139μm | |
| X-ray Voltage Range | 40-150KV | |
| Weight | 3.7kg | |
| Grid ratio | 0.417361111 | |
| Density | 80L/cm | |
| Antiscatter grid | Focal distance | 100cm/130cm |
| CPU | Intel Core i3 And above | |
| Hard disk capacity | N500GB | |
| Image collection workstation | Maximum screen resolution | >1920*1080 |
| Greatest brilliancy | N250 (cd/m2) | |
| Maximum output electric | 50kW(500mA, 100kV) | |
| Nominal output power | 50kW(500mA, 100kV 0. 1s) | |
| Maximum loading | 50kW(500mA, l00kV.0. Is) (630mA, 79kV, 0. Is) | |
| parameter combination | (320mA, 150kV, 0. Is) | |
| Total X-ray filtration | 4. 0mm Al (equivalent) | |
| Relative humidity | 30% 〜75% | |
| Work environment requirements | Atmospheric pressure | 700hPa—1060hPa |
| Ambient temperature | 5°C 〜40°C | |
| Relative humidity | 10% 〜95% | |
| Transportation and storage conditions | Atmospheric pressure | 700hPa—1060hPa |
| Ambient temperature | -10°C 〜50°C |







