Sanyo P5 1000w Servos

[vertcnc]

Has anyone had success running the Sanyo P5 1000w servos that where from surplus center. I have some of these and would like to use them on my dovetail mill. Please share your setup. Thanks

Tim

[darik]

Hi Tim,

Yes, I had successfully run one of those servos using VSD-A drive http://granitedevices.fi/index.php?id=8 but unfortunately this drive is not produced any more.

I used Mach3 as CNC controller. http://www.machsupport.com/
Breakout board from cnc4pc (C1 - Parallel Port Interface Card) http://www.cnc4pc.com/Store/osc/prod...products_id=47.
As for the power supply the cheapest option I found was to modify a power tool step down (220V to 110V) transformer similar to the one pictured here: http://www.handyhardware.ie/ToolsDIY...VA-Symbol.aspx After rectification I got 160VDC out.

[vertcnc]

Darik,
Thanks for the information. I am currently using Mach 3 on a different machine and familiar with it. Do you know if any of the newer Granite drives would work?

Tim

[darik]

Well, I think Xerxes should answer this question.
There are plans for 160VDC version of VSD-E and I think this drive should work although you won't be able to run the motors at full speed at that voltage.

Xerxes, when is the 160VDC version to be expected as I have also 4 motors sitting around?

[vertcnc]

darik, Do you have the wiring diagram for these motors and spec sheet.

Tim

[Xerxes]

Yes, the VSD-E can do everything that VSD-A does and more, so it works fine with 1kW P5 motor. Darik is right about the plan for 160VDC version. If everything goes well, they could be available as soon as in the next production batch (optimistic estimate).

I attached P5 spec sheet that I found.

[asuratman]

Hello Xerxes,
Good day. I am happy to hear for 160 vdc 40 amp VSDE since I may use one in the future for my big mill. But I do not know where to buy big servo motor in the market to work with it. I browse ebay, no such big motor. Kelling or homeshop do not sell big motor. Can you show me any website that sell it.

[Xerxes]

Originally Posted by asuratman Hello Xerxes, Good day. I am happy to hear for 160 vdc 40 amp VSDE since I may use one in the future for my big mill. But I do not know where to buy big servo motor in the market to work with it. I browse ebay, no such big motor. Kelling or homeshop do not sell big motor. Can you show me any website that sell it.

You may find good larger motors from eBay with bit luck. There are plenty of servo manufacturers where you might find suitable motors (such as SEM http://www.sem.co.uk/).

BTW, 160VDC veresion doesn't output 40A. Current limits will be determined soon.

[LantonioA]

Hi everyone!

I am just learning about motion... Does anyone knows if I can connect the Sanyo P5 1000w to the Allen Bradley Ultra 100 (1398-DDM-009) Drive?

AC Input: 100-240 Single Phase - 5A(Rated) 15A(Peak)

Thanks in advance!

[keebler303]

I've run lots of different motors with AB 2098-dsd-xxx (Ultra3000) drives with no issues. The Ultra3000 drives can be setup using Ultraware and they autotune to the motor and whatnot. Its really easy to setup. If you can use Ultraware on your drives, I don't think you would have any problems getting them to run. Also you need to make sure the drive accepts the type of drive signal your controller puts out (most likely step/dir from mach3 or similar.

If you already have the motor and the drive, hook them up and give it a shot.

Matt

[LantonioA]

Thanks a lot Matt!

The Sanyo P5 1000W P50B08100VCL69 (see attached) that I want to buy is really strange, it only has 3 or 4 wire on the encoder plug, and the encoder (or a resolver?) is a bulge located at the back of the motor unlike any other motors I've seen so far. That's probably why is such a good deal...

I also spent hours on the net looking for P50B08100VCL69 wiring diagrams with no results... Any help would be appreciated!

Thanks, Luiz
.

[keebler303]

While not the majority, lots of servos have the little round housing at the back, instead of the larger cover that matches the motor size.

Bare minimum wiring for a conventional resolver is 6 wires. Basic encoder would be 4 wires. Any encoder of an industrial quality would have at least 6 or 8 wires.

It could also be some kind of tachometer or an encoder with serial output. If the motor is cheap, it might be worth buying and you can put an encoder onit that will fit your application. You can find a nice industrial quality encoder from Renco for $100 or less.

Matt