I'm working to create a fume filter for a laser cutter at a local non-profit. The laser cutter is on the ground floor of a residential building, and excessive usage by some of the members has made the laser an unwelcome pest.
High MIRV furnace filters may do the job but have a high replacement cost. Research shows that electrostatic filtering may be very effective at reducing objectionable odors. Honeywell "electronic air filter" cells are available used at a reasonable cost but the racks, which contains the high voltage power supply aren't available at a reasonable cost.
The power supply puts out 14KV and 8KV (at small current). Solid state neon sign transformers are available in this range at a reasonable cost, and I have a 9KV model in hand.
So to the point. Can I use neon sign transformers, with a HV diode or bridge and maybe a filter cap to supply power to the electrostatic filter cells? It seems reasonable to do so, but I can find no references of anybody actually doing it.
Also, if you have any experience filtering laser cutter exhaust, I'd love to hear what's worked and what has not.
High MIRV furnace filters may do the job but have a high replacement cost. Research shows that electrostatic filtering may be very effective at reducing objectionable odors. Honeywell "electronic air filter" cells are available used at a reasonable cost but the racks, which contains the high voltage power supply aren't available at a reasonable cost.
The power supply puts out 14KV and 8KV (at small current). Solid state neon sign transformers are available in this range at a reasonable cost, and I have a 9KV model in hand.
So to the point. Can I use neon sign transformers, with a HV diode or bridge and maybe a filter cap to supply power to the electrostatic filter cells? It seems reasonable to do so, but I can find no references of anybody actually doing it.
Also, if you have any experience filtering laser cutter exhaust, I'd love to hear what's worked and what has not.