Eaton Power Port E Download Fix
Remona Lostetter
I have a Eaton 5PX 1500 (5PX1500iRT) along with Network-MS card powering my 48-port switch and three servers (one in Group1 and two in Group2). From time to time I need to completely cut the power to one of the servers (due to a issue with a specific boot device) and power it on again. The usual way I am doing this is going to the server rack, pulling the power cord from the specific server, waiting 5sec and putting it back in.
Since the server is hooked up to my Eaton UPS, shouldn't there be a way to cut the power on specific outlet (such as group 2, outlet 1) manually via web interface or other means? I looked through all settings in Network-MS card interface and have not found anything except controlling Master, Group1 and Group2 (see attached screenshot).
Bonus question: Is it even possible to use a SMTP server that enforces SSL/TLS encryption (such as Gmail for instance) or any other port than 25 on the Eaton UPS (Eaton UPS Web Card)? All my mail servers require encryption and port 25 is blocked by ISP. Regardless what I try in Settings-> Network it fails :( Not good for a expensive product.
I have not dealt with this exact UPS, but I have worked with a 5P1000. Seeing a few UPS vendors they mostly use the same setup and use outlet groupings. Eaton, Tripplite, probably APC all do this. I am not aware of any UPS with a feature to control single outlets. I think this is because to turn them on and off they rely on relay switches, and those add $ and complexity in the design and wiring. Also I think many cases if someone needed something like single outlet control you would probably use a UPS for surge/ backup power, then plug a PDU of some sort into the UPS. They do make smart PDUs, I have not used one, but from what I have seen managed PDUs can track power per port, turn a single port on/off, etc.
For better or worse, you can only cycle power to either group one, group two, or the entire UPS. If you need finer grained control than that, you need a managed PDU. On my new 9PX UPSs, my servers are plugged into each of group 1 and group 2, while everything else is off of the main load segment (including an automatic transfer switch).
Contents hide1Package Contents2Eaton Power Xpert Gateway (PXGX) UPS Card Quick Start Instructions3Install the Card4Connect the Card to the Computer5Install the Driver Software6Obtain a DHCP-Assigned IP Address7Assign an IP Address Manually8Disable Browser Compatibility Mode9Configuring the Connectivity Card for PredictPulse10PredictPulse Remote Monitoring Activation Completion Checklist11Documents / Resources11.1References12Related PostsPackage Contents
- Power Xpert Gateway Mini slot (PXGX) UPS Card
- USB Cable
- Quick Start Instructions
Redfish serves as an alternative to IPMI for interfacing with BMCs. Offering extended features compared to IPMA, Redfish is poised to replace it as the default.
MAAS 3.2 improved Redfish support, prioritising it over IPMI when:
Unregistered machines on the MAAS PXE network can be manually booted. They enter an ephemeral environment to collect machine data. A script in this environment registers the machine in MAAS. As of v3.2, Redfish and IPMI are both supported for these BMC connections. MAAS can now automatically detect and configure either, given that a Redfish Host Interface is enabled and exposed.
You may also like to try maaspower^ which is a community project designed to be used with the MAAS webhook driver. It is a pluggable system that accepts MAAS webhooks and can translate them to other external systems. Note: it is not supported by Canonical.
All parameters are entered as key=value, e.g., power_type=amt. The MAAS CLI will refuse the request with informative errors if required parameters are excluded. Power driver specific parameters should be prefixed with power_parameters_key.
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To contact the manufacturer directly to troubleshoot your product or to request a warranty repair, please view the list of manufacturer / brand warranty contacts (for products imported directly by PB Tech please return to us directly by completing our request a return form).
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According to your staff, the Division 1 DG was declared inoperable at 1:00 a.m. on February 19, 2001, due to a cooling water leak that occurred during a planned surveillance test. At that point, the 72-hour completion time was entered in accordance with TS 3.8.1, Action B.4. Following the repair to the cooling water system, the surveillance was restarted. During the second surveillance, a fuel oil leak occurred which required the DG to be shutdown prior to completion of the surveillance. The remaining completion time was insufficient for repair of the leak and completion of the required surveillance. The degraded condition of the DG had two potential outcomes: either maintain the plant at power for an additional 36 hours to complete repairs and the required surveillance test, or proceed to COLD SHUTDOWN in accordance with the TS. The increase in core damage probability associated with the Division 1 DG being out of service for an additional 36 hours was determined to be minimal. This minimal risk was compared to a qualitative assessment of the potential risk associated with a plant shutdown to comply with TS 3.8.1. You stated that the minimal change in risk in allowing the additional 36 hours is preferable to the potential consequences associated with a plant shutdown.
Your compensatory measures include increased staffing and management oversight during the enforcement discretion period, assuring and verifying the availability of all remaining electrical supplies and reactor water injection paths, curtailment of activities that could affect the availability or operability of electrical power sources or cause plant transients, and review of the compensatory measures during preshift briefings.
NRC staff evaluated your request, and agreed that maintaining the plant stable at power for an additional 36 hours was preferable to the potential for a plant transient that could occur during a plant shutdown. The NRC agreed that your no significant hazards consideration was appropriate, your compensatory measures were appropriate, and your corrective actions were appropriate for the Division 1 DG, including actions to ensure that the condition did not exist on the Division 2 DG.
Today, DHL Supply Chain broke ground for the construction of a new distribution center for its customer Eaton, the global specialist in power management. With the new building project in Rheinbach near Bonn, DHL Supply Chain is creating a 35,000 square meter highly automated storage facility. The site will be in operation from beginning of 2019. The official groundbreaking ceremony took place in the presence of Stefan Raetz, Mayor of Rheinbach, Oscar de Bok, CEO MLEMEA DHL Supply Chain, and Karsten Schwarz, CEO Germany & Alps DHL Supply Chain, as well as Frank Campbell, President Corporate and Electrical, Eaton EMEA and Klaus Gäb, Vice President Supply Chain, Eaton EMEA.
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