Technix High Voltage | Electron Beam Separated Models

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Electron Beam Separated Models

Voltage 60 000 Volts
Power rom 6 000 Watts to 80 000 Watts
Size (rack - depth) U - 480 mm / 5U - 600mm / 19" cabinet 18U, 24U and 36U - 800mm
Size (HV block): H265xW454xD340 mm / H530xW454xD340 mm / H530xW454xD450 mm

Applications (examples): Klystron; Pulsed Electric Field (PEF), RF power systems; ion implantation, Non Destructive Testing (NDT) systems, X-Ray power supplies systems, Cyclotron.

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Overview of Electron Beam Separated Models

Compact & industrial design
Low stored energy: 1J/kW
Adjustment of time processes :
raising time when starting,
stop time after an arc,
raising time after an arc
Accurate metrology adjustment :
output voltage calibration,
output current calibration
parallel & serial compensation
Serial resistance for output voltage
Flashless mode available
Total protection against arcs, overloads & short circuits
Low Electromagnetic Interference (EMI)
Low ripple + noise
Double resonance converter using IGBT
2 years warranty

Description of Electron Beam Separated Models

With more than 10 years of experience in design and production of electron beam welding, TECHNIX offers a complete range of sources dedicated for this application.

Based on double-resonance technology, these power supplies offer many advantages in terms of performance, flexibility, reliability and price.

Separate models are offered for customers who have their own oil tank and looking for the most economical solution.
HV block and regulation block are delivered separately.
HV block is immerged in customer oil tank and the connection between HV and regulation can easily be made.

In standard 45 kV, and 60kV are available. Other Voltages can be considered.
Power range from 6 kW to 120 kW.

Electrical specifications of Electron Beam Separated Models

Mains voltage
3 x 400V ± 10% 50-60Hz + Earth
Other values can be considered
Polarity:
Negative (Earth reference)
Voltage regulation
Load variation: better than ± 0.1 % of full voltage (for 10 to 100 % load)
Line regulation: better than ± 0.05 % of full load (for a ± 10% variation of mains voltage)
Current regulation
Load variation: better than ± 0.5 % of full voltage (for 10 to 100 % load)
Line regulation: better than ± 0.05 % of full load (for a ± 10% variation of mains voltage)

Ripple + Noise: less than 0.1% RMS of full voltage

Stored energy: 1 J/ kW

Stability (after one hour warm-up)
0.1 % after 8 hours of operating with constant load and ambient temperature

Temperature coefficient: 200 ppm/°C

Operating temperature: from 0 to 40°C

Stocking temperature: -20 to + 60°C

CE Certification

Physical description and performance of Electron Beam Separated Models

	Adjustable output voltage	Adjustable output current	Efficiency	Stored energy	Dimensions of HV block	Size with separated block	Weight
6 kW	0 to 60 kV	0 to 110 mA	> 90%	< 6 Joules	H265xW454xD340 mm	3U 19" rack	50 kg
15 kW	0 to 60 kV	0 to 260 mA	> 90%	< 15 Joules	H265xW454xD340 mm	5U 19" rack	70 kg
20 kW	0 to 60 kV	0 to 340 mA	> 92%	< 20 Joules	H265xW454xD340 mm	5U 19" rack	75 kg
40 kW	0 to 60 kV	0 to 680 mA	> 92%	< 40 Joules	H530xW454xD340 mm	18U 19" cabinet	200 kg
60 kW	0 to 60 kV	0 to 1.05 A	> 92%	< 60 Joules	H530xW454xD680 mm	24U 19" cabinet	280 kg
80 kW	0 to 60 kV	0 to 1.34 A	> 92%	< 80 Joules	H530xW454xD680 mm	36U 19" cabinet	350 kg

6 kW	15 and 20 kW	40 kW	60 kW	80 kW

Process Time adjustment

P1: Adjustment of Trs: High Voltage Raising Time when starting.
Min and max times are customer defined. Typically adjustable from 0.2 to 2s.

P2: Adjustment of Tstop: HV stop time following an electric arc.
Min and max times are customer defined. Typically adjustable from 2 to 100ms.

P3: Adjustment of Tra: HV Raising time following a stop due to an electrical arc.
Min and max times are customer defined. Typically adjustable from 5 to 125ms.

Metrology calibration

PM1, output voltage calibration (± 5%)
PM2, output current calibration (± 10%)
PM3, serial resistance for output voltage - compensation (± 10%)
PM4, parallel resistance for output current - compensation (± 10%)