Roseland said:I'd try and go for one of the Honda 'suitcase' generators. They put out a very pure sine wave (some say better than mains electricity). Plus they are quieter and, because they only rev to the speed they need for the power drawn, more fuel efficient too.
Andrew
Roseland said:I'd try and go for one of the Honda 'suitcase' generators. They put out a very pure sine wave (some say better than mains electricity). Plus they are quieter and, because they only rev to the speed they need for the power drawn, more fuel efficient too.
Andrew
Sparktrician said:Roseland said:I'd try and go for one of the Honda 'suitcase' generators. They put out a very pure sine wave (some say better than mains electricity). Plus they are quieter and, because they only rev to the speed they need for the power drawn, more fuel efficient too.
Andrew
They also tend to grow legs at a far higher rate than the noisy ones. [mad]
Tom Gensmer said:I bought a generator to run tools in my workshop several months ago, here's what I learned in my research:
I'd be VERY wary of running on one of the suitcase generators. As important as a "clean" power supply is, even more important is making sure you are getting adequate wattage. Honda makes a EU2000 and EU3000 that are supposed to be safe for running computers, and other sensitive electronics. The problem is they are only delivering 2000-3000 watts. That may sound like a lot when the Kapex is listed as drawing 1600 watts. But, when you consider that most universal motors draw double or triple their running wattage when starting, all of a sudden you're looking at the Kapex potentially drawing 3200+ watts. I asked Bosch what their GTS1031 table saw (1600 running watts) draws on startup, Bosch responded that the saw draws in excess of 4000 watts on startup.
Even if the Kapex only draws a maximum of 1600 watts, if you are also using a CT dust extractor drawing 1200 watts, now you're still drawing 2800 watts, not to mention startup watts.
Hilti, Max, and other high quality tool manufacturers design their variable speed tools to accomodate compromised power supplies, particularly generators, I would hope that Festool has followed this trend.
After extensive phone conversations with Festool, Bosch, Hilti, Honda, and residential electricians, I elected to purchase a Honda EB5000 to power my work shop. I use utility power for lighting, and my generator for running tools. The EB5000 delivers roughly 5000 constant watts, and can deliver a surge of 6500 watts for 10 seconds to accomodate startup wattage. I have extensively used my CT-26, CT-MIDI, RO-150, RO-90, OF-1400, Mafell MT-55cc, and Hilti TE-1000, all of which have variable speed, on my generator to no apparent ill-effect. I also run a Bosch table saw, DeWalt thickness planer, Makita air compressor, Mafell KSS-400, automatic battery charger, and edging sander without any issues on the generator.
Remember, these tools aren't magical. Make sure you're supplying them with sufficient wattage from a good quality generator, and you should be fine! [big grin]
Tom Gensmer said:I bought a generator to run tools in my workshop several months ago, here's what I learned in my research:
I'd be VERY wary of running on one of the suitcase generators. As important as a "clean" power supply is, even more important is making sure you are getting adequate wattage. Honda makes a EU2000 and EU3000 that are supposed to be safe for running computers, and other sensitive electronics. The problem is they are only delivering 2000-3000 watts. That may sound like a lot when the Kapex is listed as drawing 1600 watts. But, when you consider that most universal motors draw double or triple their running wattage when starting, all of a sudden you're looking at the Kapex potentially drawing 3200+ watts. I asked Bosch what their GTS1031 table saw (1600 running watts) draws on startup, Bosch responded that the saw draws in excess of 4000 watts on startup.
Even if the Kapex only draws a maximum of 1600 watts, if you are also using a CT dust extractor drawing 1200 watts, now you're still drawing 2800 watts, not to mention startup watts.
Hilti, Max, and other high quality tool manufacturers design their variable speed tools to accomodate compromised power supplies, particularly generators, I would hope that Festool has followed this trend.
After extensive phone conversations with Festool, Bosch, Hilti, Honda, and residential electricians, I elected to purchase a Honda EB5000 to power my work shop. I use utility power for lighting, and my generator for running tools. The EB5000 delivers roughly 5000 constant watts, and can deliver a surge of 6500 watts for 10 seconds to accomodate startup wattage. I have extensively used my CT-26, CT-MIDI, RO-150, RO-90, OF-1400, Mafell MT-55cc, and Hilti TE-1000, all of which have variable speed, on my generator to no apparent ill-effect. I also run a Bosch table saw, DeWalt thickness planer, Makita air compressor, Mafell KSS-400, automatic battery charger, and edging sander without any issues on the generator.
Remember, these tools aren't magical. Make sure you're supplying them with sufficient wattage from a good quality generator, and you should be fine! [big grin]
Peter Halle said:One is that the Kapex and other "intelligent tools" should be designed to work on dumb generators, and the other is that generators should be designed to operate on "intelligent tools".
Working on job sites does not always require a generator, but intelligent tools offer protections and performance enhancements.