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SILAC® Siemens Industrial Linear Accelerator

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<strong>SILAC®</strong><br />

<strong>Siemens</strong> <strong>Industrial</strong> <strong>Linear</strong> <strong>Accelerator</strong><br />

The <strong>SILAC®</strong> <strong>Linear</strong> <strong>Accelerator</strong> System is designed for<br />

special Non Destructive Testing (NDT) applications and for<br />

usage in scanning devices for cargo and vehicles in the<br />

security sector.<br />

Stationary and mobile types are available with a variable<br />

set of energies in the range of 1 to 9 MeV photon radiation.<br />

The <strong>SILAC®</strong> System is a compact module, which includes<br />

all necessary components like linear accelerator, shielding,<br />

magnetron, high frequency modulator, power supplies,<br />

interfaces.<br />

Additional and optional components such as external<br />

supplies for hot and cold environment, or a collimator, are<br />

available.<br />

General information<br />

The system can be equipped with 2 types of linear accelerator<br />

for a wide energy range (6 MeV, 9 MeV maximum<br />

Energy). The actual energy level can be varied by means<br />

of software.<br />

The energy is defined by the maximum electron energy of<br />

the selected mode and generates a spectrum of photons<br />

according to the corresponding Bremsstrahlung.<br />

The modular design allows customized installations in a<br />

stationary environment in bunkers or control areas as well<br />

as mobile setups on trucks and non-stationary equipment.<br />

2<br />

Three main components are combined in one module<br />

design:<br />

◾ An accelerator section<br />

◾ An HF-generation section<br />

◾ A control and interface section<br />

On request, it’s possible to include collimators or additional<br />

low leakage shielding.<br />

Control of the entire system is possible by an external<br />

user interface. This system software can be operated on<br />

any standard Windows-computer or by SPS system on<br />

customer site.<br />

It is possible to vary many parameters at the software<br />

control console like electron energy, pulse width, repetition<br />

rate or beam current.<br />

The integrated sensors for temperature, dose rate or<br />

water flow and the predefined software and mode tables<br />

supervise the status of the system at all times and produce<br />

warning messages or trigger system interlocks to avoid<br />

hazardous situations.

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