Quick Detail:
Type: Station anode x-ray tube
Application: For intra-oral dental x-ray unit
Model: XD2-1.4/85
Integrated high quality glass tube
Description:
This tube, XD2-1.4/85 is designed for intra-oral dental x-ray unit and available for a nominal tube voltage with self-rectified circuit.
The high anode heat storage capacity ensures a wide range of applications for intra-oral dental application. A special designed anode enables an elevated heat dissipation rate which leads to a higher patient throughput and a longer product life. A constant high dose yield during the entire tube life is ensured by the high density tungsten target. Ease of integration into system products is facilitated by extensive technical support.
Applications:
This tube, XD2-1.4/85 is designed for intra-oral dental x-ray unit and available for a nominal tube voltage with self-rectified circuit.
Specifications:
Nominal Tube Voltage...................................................................85kV
Nominal Focal Spot .......................................................................1.5(IEC60336/2005)
Filament Characteristics.................................................................Ifmax=2.6A, Uf=3.0±0.5V
Nominal Input Power(at 1.0s).........................................................1.8kW
Maximum Continuous Rating..........................................................225W
Anode Heat Storage Capacity.......................................................10kJ
Target Angle..................................................................................23°
Target Material..............................................................................Tungsten
Inherent Filtration...........................................................................Min 0.6mmAl equivalent at 75kV
Weight............................................................................................approx.120g
Competitive Advantage:
Elevated anode heat storage capacity and cooling
Constant high dose yield
Excellent life time
Certification: CE SFDA
Detailed Images
