High Voltage Generator 40-60 kV
High Voltage Generator 40-60 kV
Shipping date: 22 Oct
High voltage generators, sealed inside metallic enclosure.
Please notice that the analog voltage generator cannot be used alone and must be integrated with a control panel.
HIGH VOLTAGE GENERATOR 40 KV
High Voltage Generator 40 KV is a compact, high voltage generator which can be installed and positioned directly in the electrospinning chamber for maximum safety in the laboratory, avoiding to lay cables conveying high voltage from the control system to the experiment and only using very low voltage signals.
WHAT ADVANTAGES DO YOU GET FROM USING THIS GENERATOR?
The output voltage reaches 40 kV in direct polarity and up to 0.375 mA of continuous current can be supplied.
All the electrical connections for the remote control of the voltage are located on a practical 15 pole connector at the end of a highly flexible shielded cable which also provides the 24 VDC power supply.
HIGH VOLTAGE GENERATOR 60 KV
High Voltage Generator 60 KV is the ready-to-use version of a high voltage generator specifically adapted for electrospinning, which can be controlled directly through analog signals in 0-10 V voltage.
WHICH CONTROL UNIT DOES IT NEED?
This module is the generator only: it cannot operate on its own and must be driven by a control panel. In our complete stations that role is taken by the High Voltage Generator & WEB Interface, whose control unit is coded HVG-CONT-LCD - the nameplate most often quoted in published papers when citing our equipment.
GENERAL INFORMATION
HV GENERATOR 40 KV
- Width: 26 cm.
- Depth: 16 cm.
- Height: 9 cm.
- High voltage capable length (with metallic shield): 0.5 m.
HV GENERATOR 60 KV
Width: 50 cm.
Depth: 25 cm.
Height: 50 cm.
High voltage capable length (with metallic shield): 3 m.
HIGH VOLTAGE GENERATOR
HV GENERATOR 40 KV
- Output voltage range: 0...40 kV.
- Maximum current rate: 0.375 mA.
- Voltage precision: 0.1 kV.
HV GENERATOR 60 KV
- Output voltage range: 0...60 kV.
- Maximum current rate: 1 mA.
- Voltage precision: 0.1 kV.
ANALOG INTERFACE
HV GENERATOR 40 KV
- 0-5 VDC corresponding to 0 - 100% of voltage/current output (monitor and command).
- Interlock input: No.
- Enable input: Yes.
- High voltage ON output: No.
- Fault output: No.
HV GENERATOR 60 KV
- 0-5 VDC corresponding to 0 - 100% of voltage/current output (monitor and command).
- Interlock input: Yes.
- Enable input: Yes.
- High voltage ON output: Yes.
- Fault output: Yes.
HV GENERATOR 40-60 KV COMPATIBILITIES
This generator can be associated with the rotary systems to create an integrated device for the spatial control of voltage and nanofiber deposition in order to progressively change the diameter of the fibers during the actual deposition.
FURTHER COMPATIBILITY (40 KV ONLY)
It can also be combined with the High Voltage Generator & WEB Interface 40-60 KV to create a double generator system so as to obtain sophisticated configurations of the electrical field or limit the absolute value of the voltages involved, if acquired with inverse polarity.
Frequently asked questions
Can I use this generator on its own?
No. It is a sealed high voltage module and must be integrated with a control panel. For a ready-to-use solution, see the High Voltage Generator & WEB Interface, which includes the HVG-CONT-LCD control unit with display, web interface and full safety chain.
Which code should I quote in a publication?
Papers normally cite the control unit, HVG-CONT-LCD (Linari Engineering S.r.l., Pisa, Italy), together with the operating voltage used, since that is the unit carrying the visible nameplate in the laboratory.
Why install the generator inside the chamber?
Because it avoids running high voltage cables from the control system to the experiment: only very low voltage signals travel outside the chamber, which increases laboratory safety.
Can I build a double generator system?
Yes. The 40 kV module can be combined with the High Voltage Generator & WEB Interface to obtain more sophisticated electric field configurations, or to reduce the absolute voltage on each side by using inverse polarity.
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