Rigaku Radioflex RF-250EGM2 250kV Radiographic Generator Set
The RF-250EGM2 offering 250kV of x-ray power is suited to medium to heavy duty applications.
The Rigaku RF-250EGM2 is a micro computerised industrial radiographic x-ray systems for Non-Destructive Testing (NDT) inspection applications. It is indispensable for medium to heavy-duty radiographic operations.
The Rigaku Radioflex RF-250EGM2 250kV radiographic generator set combines excellent performance, reliability and affordability. In additional, it’s relative light weight makes it ideal for field applications.
The microcomputer driven controller has been designed for field work with large user-friendly buttons. Operators are easily able to to memorise and recall exposure conditions using the controller that has been thoughtfully designed for repetitive operations.
Other models in the Rigaku Radioflex range include:
- Radioflex RF-300EGM2 300kV radiographic generator set
- Radioflex RF-200EGM2 300kV radiographic generator set
- Radioflex RF-200SPS Lightweight 200kV Radiographic Generator Set
- Radioflex RF-300M2F 300kV Panoramic Radiographic Generator Set
The Radioflex RF-250EGM2 radiographic generators features:
- Highly reliable ceramic x-ray tube with proven track record
- User-friendly operation
- Excellent durability
- Safe operation
- Compact size are light weight
- Robust construction capable of withstanding rugged field use conditions
|Tube Voltage||130 to 250kV in 2kV steps|
|Tube Current||STD mode - 5mA (at 140kV+)
LOW mode - ~4mA (at 140kV+)
|Duty Cycle||Intermittent continuous (1:1, max, 6min @25°C)|
|X-Ray Tube||Ceramic x-ray tube
Focal spot size 2.0mm x 2.0mm (nom.)
|Inherent Filter||Aluminium 2mm + Beryllium 1mm|
|Dimensions||Generator - 320(W) x 320(D) x 632(H) mm
Controller - 360(W) x 340(D) x 208(H) mm
|Weight||Generator - 28.0kg
Controller - 17.2kg
|Power Supply||Single phase 240VAC, 50/60Hz|
|Power Consumption||STD mode - 3.7kVA
LOW mode - 2.8kVA
|Generator Insulation||SF6 insulation gas|
|Generator Cooling||Forced air cooling by radiator|