Description

TECHNICAL PARAMETERS
Electron beam high energy
Electron beam low energy
6/3.5 MeV (±5%)

Dose rate at high energy 2,0 Gy/min at 1 m
(±10%)
Dose rate at low energy 2,0 Gy/min at 1 m
(±10%)
Dose rate at dual energy 4,0 Gy/min at 1 m
(±10%)
Repetition rate in high energy mode 200 Hz
Repetition rate in low energy mode 200 Hz
Repetition rate in dual energy mode 2х200 Hz
Range of time delay between pulses
with high and low energy 200 - 495 µs
Stability of high energy 0,5%
Stability of low energy 0,5%
Dose rate stability at high energy 2%
Dose rate stability at low energy 2%
X-ray start-up time < 1 s
X-ray cut-off time < 10 ms
Focal spot size < 2 mm
Missing pulse probability ≤ 5х10-3
Probability of two sequent
pulses missing ≤ 1х10-4
Radiation leakage 2х10-5 при 6MeV
Width of collimation slit 3 mm
Vertical opening angle of beam in upper direction +33,5°
Vertical opening angle of beam in lower direction -17,7°
Dimensions of X-ray head with modulator 1090х640х1460 mm
Weight of X-ray head with modulator < 1500 kg
Dimensions of control console 300х400х180 mm
Weight of control console < 10 kg
Dimensions of chiller 750х1700х1535 mm
Weight of chiller 250 kg
Power supply 400 V/3 phases/ 50 Hz
Consumed power of X-ray head with modulator 13 kW
Consumed power of chiller (at warming-up) 8 kW
Operation conditions:
Temperature 0°C / +45°C
Humidity 5% - 95%
Warming-up time < 15 min

Linear electron accelerator with pulse-to-pulse energy modulation consists of:
X-ray head, including electron beam gun, accelerating structure, klystron, waveguide with gas supply system, low power RF system, vacuum system, target, local radiation shielding, ion chamber, elements of cooling system, control electronics (controllers and control computer), interfaces to other systems, hermetic casing;
modulator, combined with X-ray head in one common unit;
cooling system, providing constant temperature of cooling liquid;
control console;
cables (including high voltage), pipes.

Accelerator operates in three main modes:
Dual energy mode
High energy mode
Low energy mode