I have a Clarke SE18C200ND up and running in my home workshop and have a few general questions (that searching the forum didn't answer).
Feet
I've fitted Clarke's anti-vibration feet but the threaded spindles/legs seem very long. Should I get the compressor sitting as low to the ground as possible (for stability) before the thread comes into contact with the receiver stands?
I was also wondering whether I should adjust the feet to tilt the compressor slightly in the direction of the receiver's water drain tap. Is this advisable?
Would blue Loctite on the nuts be a good idea given all the vibration, or is this unnecessary?
Filter/Regulator connection
I plan to put a 1/2" BSP filter/regulator (probably a Sealey model) on the wall right next the compressor.
Should I just use normal 13mm ID rubber hose to connect the regulator and compressor or would something else be more suitable?
If I made a 'perfect' length hose for this (say 2 feet) is there a risk that condensation would run back down the hose into the ball valve/receiver?
Might it be better to make the hose a little 'too long' so that it droops and any condensation would instead collect in the hose? Or is that worse?
Thanks in advance.
Feet
I've fitted Clarke's anti-vibration feet but the threaded spindles/legs seem very long. Should I get the compressor sitting as low to the ground as possible (for stability) before the thread comes into contact with the receiver stands?
I was also wondering whether I should adjust the feet to tilt the compressor slightly in the direction of the receiver's water drain tap. Is this advisable?
Would blue Loctite on the nuts be a good idea given all the vibration, or is this unnecessary?
Filter/Regulator connection
I plan to put a 1/2" BSP filter/regulator (probably a Sealey model) on the wall right next the compressor.
Should I just use normal 13mm ID rubber hose to connect the regulator and compressor or would something else be more suitable?
If I made a 'perfect' length hose for this (say 2 feet) is there a risk that condensation would run back down the hose into the ball valve/receiver?
Might it be better to make the hose a little 'too long' so that it droops and any condensation would instead collect in the hose? Or is that worse?
Thanks in advance.