Ok my end result is as follows :
BK element of 5500 watts
HLT element of 4500 or 5500 Watts
RIMs tube (I already have a 4500 Watt ULD the currently running on 120V)
Two pumps
E stop
Alarm
Volt meter
Amp meter
Lights for all elements and pumps
Amber SYL-2352 PIDS
what I currently have: rims tube, 1 auber 2352 pid, 1 40amp ssr, and 24*18*8 control box with 2 DIN rails.
I'm thinking I won't be able to do the whole build at once so I was thinking I could add another pid, ssr, probe, and element to my current toolbox and have two different inputs from two different circuits for my rims and HLT running both a separate on 120V circuit and I'll still boil using natural gas.
I think I can use one pid for the BK and the HLT to save some money. any input would be good.
Can anyone draw a wiring diagram for me?
Anyone have any input on things I might want to change?
-=Jason=-
BK element of 5500 watts
HLT element of 4500 or 5500 Watts
RIMs tube (I already have a 4500 Watt ULD the currently running on 120V)
Two pumps
E stop
Alarm
Volt meter
Amp meter
Lights for all elements and pumps
Amber SYL-2352 PIDS
what I currently have: rims tube, 1 auber 2352 pid, 1 40amp ssr, and 24*18*8 control box with 2 DIN rails.
I'm thinking I won't be able to do the whole build at once so I was thinking I could add another pid, ssr, probe, and element to my current toolbox and have two different inputs from two different circuits for my rims and HLT running both a separate on 120V circuit and I'll still boil using natural gas.
I think I can use one pid for the BK and the HLT to save some money. any input would be good.
Can anyone draw a wiring diagram for me?
Anyone have any input on things I might want to change?
-=Jason=-