Electrode

The new VapaNet electrode boiler steam generator offers superior quality with reliable trouble free operation.

LE(P) Electrode Boiler Humidifiers
The VapaNet control system is designed with user interaction in mind. the LED display
on the door front incorporates simple and clear signals. the indicators will show:
Unit off, On-line, Standby, Drain fault, Feed fault, Over current, Service interval,
Service routines operational or completed. It is easy for the user or engineer
to gain information about the permormance of the Humidifier.
This is a LON Mark device and will interact with any compatible open architecture
Building Management System.
Commissioning could not be easier. The Humidifier is factory set to perform at
optimum levels. After all the normal checks, the user can use jumpers to set the
input control
signal and the supply water quality.

LE(P) Close Control Model
Solid state relays adjust the supply of energy to the cylinder and thereby maintain a rapid response to steam output. The unique Pulsed Energy control provides infinitely variable steam output from 8% up to 100% of full capacity by electronically switching power to the electrodes. The LEP model can be used as the master in a larger Master / Slave system to give maximum performance and flexibility.
Typically, the VapaNet Pulsed Energy (LEP) can be used in close tolerance applications where the need to accurately follow the system dynamics and load profile is a requirement.

LE Comfort Control Model
Ideally suited where there is a need to maintain humidification within given tolerances, but where a brief delay in response, as the system adjusts to changing humidification demands, is acceptable. The VapaNet Water Level range is designed to meet these requirements, incorporating an intelligent combination of Feeding, Boiling and Draining to minimise wastage of water and energy. Water Level control technology gives a performance turndown of between 20% and 100% of designated unit performance. The LE model can be configured as an On / Off device and used as a slave in a larger system, or as a proportional control device in stand-alone applications.