TOSHIBA Directional glass Dental X-ray Tube for high frequency intra-oral X ray unit
Quick Detail:
Type:Station anode x-ray tube
Application: For dental radiography unit
Model: KL11-0.4-70
Equivalent to TOSHIBA D-0411
Integrated high quality glass tube
Description:
KL11-0.4-70 Stationary anode X-Ray Tube is especially designed for high frequency intra-oral dental x-ray unit and available for a nominal tube voltage with DC.
KL11-0.4-70 tube has one focus.
The integrated high quality tube with glass design has one super imposed focal spot and a
reinforced anode. 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:
KL11-0.4-70 Stationary anode X-Ray Tube is especially designed for high frequency intra-oral dental x-ray unit and available for a nominal tube voltage with DC.
Specifications:
Maximum Tube Voltage……………………………………..….………..…….……………70kV
MaximumTube Current……………………………..….……….………………………...…9mA
Maximum power (at 1.0s)………………………………………….……….……..............430 W
Maximum anode cooling Rate……………………………………………………………110W
Max.Anode Heat Content………….……….…………………..……………………...…...4.3kJ
Filament Characteristics……………………………………………...Ifmax=3.0A,Uf=3.2±0.5V
Focal spot ..…………………………………………………….……….….0.4(IEC 60336 2005)
Target Angle……………………………………………………………….………………..…12°
Target Material………………………………………………………………….………..Tungsten
Cathode type……………………….…………………………………………….…….W filament
Permanent Filtration………..…………..……………...Min. 0.5mmAl/50 kV(IEC60522/1999)
Dimensions………………………………..…………….……67mm length by 30mm diameter
Weight…………………………………………………………………………….…….100 grams
Competitive Advantage:
Available for the DC generator
Constant high dose yield
Excellent lifetime
