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Six channel 450kV shot stand
FISICA > ATI > Flash X-ray Systems

Flash X-RAY Systems

ATI offers a full line of flash X-ray systems. These include systems with a nominal voltage of 150 kilovolts (kV), 300 kV, 450 kV, 1200kV and 2300 kV, the largest commercially available system on the market.
Flash X-ray Systems

Different Voltages, X-Ray Tubes and Radiography that Captures Difficult to Document Events

Single Channel System

> Stand Alone system

> Control console cabinet

> AC power panel with surge protector

> High voltage power supply

> Dielectric gas pressurization controls

> XCON (X-ray controller)

> Trigger transformer

> Trigger pendant

> FXR pulser

> 9m (30ft) control cable and air line bundle

> X-ray tube

Add-On Channel

> XCON (X-ray controller)

> Trigger transformer

> FXR pulser

> 9m (30ft) control cable and air line bundle

> X-ray tube

> Resistive load

These systems include 150kV, 300kV, 450kV, and 1.2MV pulsers. The X-ray tube can be mounted in the pulser or in a remote or demountable head. All control systems come in a standard 19 in. rackmount console. The X-ray pulse width (FWHM) is 70ns for 150kV pulsers, and 25ns for the 300kV, 450kV, and 1.2MV pulsers.


The advantage of X-ray tubes is that they are easily replaceable and are offered in   multiple spot sizes for increasing resolution to meet customer needs (1mm – 5mm). Both soft and hard X-ray tubes are available. User configurable, pump down heads are also available.

The Flash X-ray system uses standard X-ray film cassettes and phosphorus screens. The ScanX HC (laser spot = 50µm) and ScanX HR (laser spot =14µm) scanners can scan a 14 in. x 17 in. screen in under one minute. The scanners work with Fisica proprietaryPixelRay® digital imaging software. These events vary with target material density, penetration requirements, and source to detector distances.



System

FTSD

Penetration in AL

Penetration in Steel

150kV

3 ft.

1.5 in

0.2 in

300kV Single

3 ft.

3.7 in

0.8 in

300kV Dual

3 ft.

1.9 in

0.4 in

 

450kV Single

10 ft.

2.7 in

0.6 in

450kV Dual

10 ft.

1.7 in

0.4 in

450kV Super

10 ft.

3.2 in

1 in

1.2MV

10 ft.

4.0 in

1.4 in

1.2MV Super

10 ft.

5.2 in

1.8 in

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Options and Accessories

Code

Description

001

Add-on channel

008

220 Vac, 50-60Hz operation + CE Mark

020

Added length console-to-pulser cable

032

Single remote tubehead

034

Add length tubehead cable

035

Dual remote tube heads

Special option

Demountable tube with variable source size - contact factory

 

 

Picture2

Type of Study

Flash X-Ray System Used

Data Generated

Internal ballistics (projectile in-bore)

High voltageTube in pulser

Integrity of projectile and sabot velocity & acceleration

Intermediate ballistics

(projectile exiting gun)

Medium voltage

Remote tubeheads

Severe protection problem

Sabot separation

Deployment of fins

Projectile integrity

Velocity, spin, pitch

External ballistics

Low voltage (150kV–300kV)

Integrity

Velocity, pitch, yaw Deceleration

Arming of internal fuses

Terminal ballistics

High voltage

Orthogonal view

Remote tubeheads

Severe protection problem

Impact

Armor penetration

Dispersion of fragments

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Available Files

Library of Datasheets

If you'd like to dive deeper into the full specifications or explore each component in detail, simply click below to view the complete set of datasheets

FLASH X-RAY (FXR) SYSTEMS OVERVIEW

485 KB

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FAQ

Everything You Need to Know

Our FAQ section brings together the essential information about our systems, services, and processes - so you can make informed, confident decisions.

How do I select a Flash X-ray system?
What is the difference between kV versus keV when selecting an X-ray system?
How do I use a penetration curve to select an x-ray system?
What is the delivery time for a Flash X-ray system?
How do I create a Flash X-ray image?