CT-MO 160/CT-MO 225
CT-MO 160 and CT-MO 225 with its low weight and a power up to 2.5 kW (225 / 11mA) was designed specifically for mobile use in NPP’s or industries. All components are mounted on a carriage system equipped with pneumatic tires, with a crane hook and a well tipping point and can therefore be easily carried from one person to the job. If necessary, the individual components can also be dismantled easily and worn for themselves. You are able to penetrate up to 40 mm Fe. The 40 kHz technology ensures a very high stability and set accuracy of the high voltage and the tube current. The plants respond very rapidly to changes in the standard, so that the test time can be significantly reduced in many cases.
Through the continuous comparison of actual and Set points are both deviations in the Middle and long-term condition and corrected in the microsecond range. All of the components in the CT-MO system are shielded against the effects of dust and water, and comply with the Protection Class IP 54.
Program mode:
4-programs for automatic warm up
Focal spot selection:
Selector switches for standard or small focal spot
Display:
icon and numerical display of the focal spot size. (gr BRFL. = 160kV / 15.6 mA)
Security features:
Two independent, supervised security circles.
Environmental conditions (IP54):
Duty cycle: 100% up to +33 ° C
Operating temperature: -5 ° C to +33 ° C
Relative humidity of 98% at +33 ° C
Storage temperature: -10 ° C to +70 ° C,
rel. Humidity: 98% at +40 ° C
Power supply:
230V +10% -15%, single phase, 50/60Hz, 16A
Mechanical data (system):
Dimensions (W x H x D):
CT-MO 160: 600mm x 700mm x 1300mm
CT-MO 225: 600mm x 1450mm x 1100mm
Weight:
CT-MO 160: 150kg with 20m cable H.V
CT-MO 225: 170kg with 15m KV cable
CT-MO 160 System can be upgraded to 225 kV.
The control unit
Connected via a 20 m long cable, the CT-MO System can be set up easily. Desired parameters can be adjusted as desired with a touch button after the warm-up phase. Separate protection switch and key switch are mounted. Operating conditions are represented by corresponding lamps.