Nippychippy
Member
- Joined
- Mar 12, 2013
- Messages
- 507
Ye dean got my dust port last week I haven't got around to trying it just give them a call
joiner1970 said:Dean it's the dust port on the saw. I had mine changed on site by festool last year and not had any shocks since. Apparently they had a batch of them where the graphite content in the plastic was too low. This made them less conductive
Peter Parfitt said:joiner1970 said:Dean it's the dust port on the saw. I had mine changed on site by festool last year and not had any shocks since. Apparently they had a batch of them where the graphite content in the plastic was too low. This made them less conductive
Does anyone know if this can cause damage to a connected CT as static is known to be a source of damage to extractors?
Peter
It's a double-insulated tool with only a 2-prong plug. It is not grounded. Moreover, a requirement for a double-insulated tool is that the operator's handle MUST be electrically isolated from all metal parts of the tool--that includes the port where the dust extraction connects to the metal blade housing.Bohdan said:Assuming that the saw is connected to a correctly wired 3 pin outlet shouldn't the earth wire on the saw be dissipating the static?
Rick Christopherson said:I'm a little unclear what the purpose is that this discussion has turned toward. There isn't anything wrong with the tool, and there isn't anything wrong with the vac. The operator is simply electrically spanning a static generator. Even though the vac is dissipating one side of the static generator, the operator is being influenced by the potential on the other side of the generator, namely the sheet of MDF. There will be a voltage difference, and the only way around that would be to ground your sheet of plywood too (which isn't really feasible).
Rick Christopherson said:Because your hand is farther away from the blade housing.