John Murphy
2006-Jul-31 14:23 UTC
[Nut-upsuser] Help please with Powerware 3105 serial on SUSE10.1
Help please on Powerware 3105 serial (aka SOLA 305 here in Australia). Is it best configured as a contact-closure device or do I try and persist to get bcmxcp to work - which it won't so far? Running on SUSE 10.1 Thanks,
Kjell Claesson
2006-Jul-31 16:31 UTC
[Nut-upsuser] Help please with Powerware 3105 serial on SUSE10.1
Hi John, tis 2006-08-01 klockan 00:22 +1000 skrev John Murphy:> Help please on Powerware 3105 serial (aka SOLA 305 here in Australia). > Is it best configured as a contact-closure device or do I try and > persist to get bcmxcp to work - which it won't so far? > Running on SUSE 10.1 > Thanks,This is only contact closure. So you would not get it to run with the bcmxcp driver. On http://www.powerware.com/australia/Sola_manuals.asp?cx=22 you find the manual for the 305. It's not a 3105 replica but an 3110 replica. But as the 3110 is out of production, powerware set 3105 as replacement.>From the manual:8<--------------------snip------------------------------ Pinouts Pin 1 RS232 Level Shutdown: +12 VDC signal held for 5 seconds on this pin shuts the SOLA 305 down 120 seconds later. The UPS restarts after 15 seconds when utility power returns. Pin 2 Unused. *Pin 3 Normally Open On-Battery Contact: A normally open contact that closes (pulls to Common) 15 seconds after the UPS switches to battery power. Pin 4 Common: The signal ground for all signal pins. *Pin 5 Normally Open Low-Battery-Alarm Contact: A normally open contact that closes (pulls to Common) during a Low Battery Alarm. Pin 6 Normally Closed Low-Battery-Alarm Contact: A normally closed contact that opens (releases from Common) during a Low Battery Alarm. This tells some shutdown software when to start a computer shutdown. Pin 7 Unused. *Pin 8 Normally Closed On-Battery Contact: A normally closed contact that opens (releases from Common) 15 seconds after the UPS switches to battery power. Pin 9 Unused. * Contacts consist of open collector circuits capable of switching up to +30 VDC, 6 mA resistive load. 8<--------------------------snip----------------------------------- So go for the generic driver. Regards Kjell