Thermo Scientific™

PXS5-927 MicroFocus 90kV X-Ray Source

Catalog number: PXS5927
Thermo Scientific™

PXS5-927 MicroFocus 90kV X-Ray Source

Catalog number: PXS5927
The Thermo Scientific™ PXS5-927 is a digitally controlled 90kV microfocus X-Ray source for use in imaging applications requiring the highest resolution.
 
Catalog Number
PXS5927
Unit Size
Each
Cone of Illumination
45° round beam
Control Module Details
Digital control and monitoring of operating conditions and status through RS-232-C port
Target Material
Tungsten
Price (USD)
Full specifications
Cone of Illumination45° round beam
Window MaterialBeryllium
Power Consumption4 amps
DescriptionMicroFocus X-Ray Source 90kV
Diameter (English) Window0.46 in.
Diameter (Metric) Window11.7mm
Humidity Range0 to 95%, up to 5000 feet
Max. Beam Current0.178mA at 45kV
Max. Power8w (45 to 90kV)
Operating Voltage Range20 to 90kV
Shielding TypeX-Ray leakage behind the X-Ray tube is less than 0.5mR/hour, measured one inch away with Victoreen 190.
Spot Elipticity±10% @ 8 watts, 90kV (either axis referred to average)
Spot to Window Spacing0.33 in.
Target MaterialTungsten
Temperature (Metric) Operating0° to 32°C
Thickness (English) Window0.005 in.
Thickness (Metric) Window127mm
Weight (English)8 lb.
Weight (Metric)3.6kg
Control Module DetailsDigital control and monitoring of operating conditions and status through RS-232-C port
Input Power12-14 VDC, 4A
Item DescriptionMicroFocus X-Ray Source 90kV
Method of CoolingInternal fan is sufficient for ambient temperature up to 28°C. Adequate air circulation around unit must be provided. Above 28°C ambient, cooling air must be directed at the unit.
Spot Location StabilityTypically <10 microns in 4 hours after 10-minute warm up
Spot Size5 μ @ 4 watts, 45 to 90kV9 μ @ 8 watts, 45 to 90kV
Spot to Window Spacing (Metric)8.5mm
Unit SizeEach
Showing 1 of 1
Catalog NumberSpecificationsUnit SizeCone of IlluminationControl Module DetailsTarget MaterialPrice (USD)
PXS5927Full specifications
Each45° round beamDigital control and monitoring of operating conditions and status through RS-232-C portTungstenRequest A Quote
Cone of Illumination45° round beam
Window MaterialBeryllium
Power Consumption4 amps
DescriptionMicroFocus X-Ray Source 90kV
Diameter (English) Window0.46 in.
Diameter (Metric) Window11.7mm
Humidity Range0 to 95%, up to 5000 feet
Max. Beam Current0.178mA at 45kV
Max. Power8w (45 to 90kV)
Operating Voltage Range20 to 90kV
Shielding TypeX-Ray leakage behind the X-Ray tube is less than 0.5mR/hour, measured one inch away with Victoreen 190.
Spot Elipticity±10% @ 8 watts, 90kV (either axis referred to average)
Spot to Window Spacing0.33 in.
Target MaterialTungsten
Temperature (Metric) Operating0° to 32°C
Thickness (English) Window0.005 in.
Thickness (Metric) Window127mm
Weight (English)8 lb.
Weight (Metric)3.6kg
Control Module DetailsDigital control and monitoring of operating conditions and status through RS-232-C port
Input Power12-14 VDC, 4A
Item DescriptionMicroFocus X-Ray Source 90kV
Method of CoolingInternal fan is sufficient for ambient temperature up to 28°C. Adequate air circulation around unit must be provided. Above 28°C ambient, cooling air must be directed at the unit.
Spot Location StabilityTypically <10 microns in 4 hours after 10-minute warm up
Spot Size5 μ @ 4 watts, 45 to 90kV9 μ @ 8 watts, 45 to 90kV
Spot to Window Spacing (Metric)8.5mm
Unit SizeEach
Showing 1 of 1
ThermoScientific PXS5-927 X-Ray sources offer many attractive benefits:
  • Small, round spot optimized over the range of operating voltage and power for distortion-free images
  • <5 micron spot for highest resolution imaging
  • 8.5mm spot-to-window spacing provides exceptional geometric magnification
  • X-Ray tube, power supply, and control electronics in one compact package make system integration easy
  • Auto-conditioning ramps sources up slowly as required by the time source has been off
  • Digital interface allows user access to diagnostics and operating logs. Source can be operating with the supplied Windows™ graphical user interface or using the included Software Interface Specification

Recommended for:

  • Manual inspection of printed circuit boards and electronic devices
  • Nondestructive test requiring high-resolution imaging of metal and plastic parts
  • Micro-CT imaging for industrial and life sciences applications