Need some help hooking up this inverter. I am using it manually right now but want to get it working with my control.
I was talking to a couple of the Centroid reps last weekend at the Cabin Fever Expo in Lebanon Pennsylvania to see if they could help me.
Very nice guys by the way.
Allen Bradley 22B-B017N104
Here is the diagram for the inverter. I penciled in what I think is correct but uncertain where MA MC S4 go.
A couple shots from the wiring diagram from Centroid
My control originally had an inverter hooked up but gone when I got it but the wires are there.
Allen Bradley Inverter Hookup
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- Posts: 10
- Joined: Mon Dec 31, 2018 4:06 pm
- Acorn CNC Controller: No
- Allin1DC CNC Controller: Yes
- Oak CNC controller: No
- CNC Control System Serial Number: 20422
- DC3IOB: Yes
- CNC12: Yes
- CNC11: Yes
- CPU10 or CPU7: No
- Location: Pittsburgh,PA
Re: Allen Bradley Inverter Hookup
Bump
Can any one help me with this hookup?
Can any one help me with this hookup?
Re: Allen Bradley Inverter Hookup
Those look like typical wire labels and colors for a Yaskawa 606-series inverter (e.g. PC3 or V7).
SC RED = sequence common -> 04
S1 BLK = run forward (or maybe run reverse) -> 02 or 03
S2 WHT = run reverse (or maybe run forward) -> 03 or 02
S4 GRN = reset -> 05 or 06 (you may have to set a parameter to configure an input as reset)
MC YEL = fault relay common -> R2
MA ORG = fault relay output -> R3 or R1 (depends on your PLC program logic)
FR BRN = 0-10V analog reference -> 14
FC VIO = analog common -> 13
You will either need a jumper from 04 to 01 as described in the A-B manual, or you can branch off of OUT14 "Spindle Enable N.O." to terminal 01, so it is closed whenever the spindle needs to run in either direction.
SC RED = sequence common -> 04
S1 BLK = run forward (or maybe run reverse) -> 02 or 03
S2 WHT = run reverse (or maybe run forward) -> 03 or 02
S4 GRN = reset -> 05 or 06 (you may have to set a parameter to configure an input as reset)
MC YEL = fault relay common -> R2
MA ORG = fault relay output -> R3 or R1 (depends on your PLC program logic)
FR BRN = 0-10V analog reference -> 14
FC VIO = analog common -> 13
You will either need a jumper from 04 to 01 as described in the A-B manual, or you can branch off of OUT14 "Spindle Enable N.O." to terminal 01, so it is closed whenever the spindle needs to run in either direction.