In this section:
The SBC 5110 and SBC 5210 hardware platforms are no longer supported beginning with the 10.0.0R0 release. This release supports SBC 5400/7000/SWe platforms. Contact Ribbon Sales for upgrade information.
IMPORTANT
SBC Power Requirements
After installing the SBC 5000 series chassis to a rack and attaching necessary cables, you are now ready to install power and ground cables and apply power to the SBC. The SBC 5000 series is capable of dual redundant AC or DC power.
The standard SBC 5000 series platform is shipped with one power supply. A second power supply may be added for redundancy at any time. Please contact your sales representative for more information.
Before connecting to power, you must connect the chassis ground lug to the SBC chassis.
SBC 5110 Power Requirements
| Config | AC Input (W) | |||||
|---|---|---|---|---|---|---|
| Low Line | High Line | DC | ||||
Minimum: 90 Vrms | Minimum: 180 Vrms | Minimum: 40 Vdc | ||||
| Amps | Watts | Amps | Watts | Amps | Watts | |
| SBC 5110 without DSP Card | 4.5 | 408 | 2.3 | 407 | 9.8 | 390 |
| SBC 5110+1*DSP Card | 5.2 | 472 | 2.6 | 465 | 11.4 | 454 |
| SBC 5110+2*DSP Cards | 5.9 | 530 | 2.9 | 525 | 12.8 | 512 |
| SBC 5110+3*DSP Cards | 6.6 | 597 | 3.3 | 591 | 15.1 | 604 |
| SBC 5110+4*DSP Cards | 7.4 | 667 | 3.6 | 654 | 16.8 | 673 |
SBC 5210 Power Requirements
| Config | AC Input (W) | |||||
|---|---|---|---|---|---|---|
| Low Line | High Line | DC | ||||
Minimum: 90 Vrms | Minimum: 180 Vrms | Minimum: 40 Vdc | ||||
| Amps | Watts | Amps | Watts | Amps | Watts | |
| SBC 5210 without DSP Card | 5.7 | 512 | 2.9 | 516 | 12.6 | 502 |
| SBC 5210+1*DSP Card | 6.4 | 576 | 3.2 | 582 | 14.0 | 559 |
| SBC 5210+2*DSP Cards | 7.2 | 644 | 3.6 | 647 | 14.9 | 594 |
| SBC 5210+3*DSP Cards | 7.8 | 702 | 3.9 | 702 | 17.0 | 678 |
| SBC 5210+4*DSP Cards | 8.5 | 761 | 4.2 | 763 | 17.3 | 692 |
All power ratings in the table reflect fans running at high speed.
Grounding SBC 5000 Series Chassis
The following procedure explains how to ground the SBC 5000 series platform to local earth using a 7/16 inch wrench:
- Locate the chassis grounding studs on the back of the chassis.
Attach the two hole chassis ground lug PN 300-30016 to the SBC using two flat washers PN 510-00057, two split lock washers PN 510-00056, and two hex nuts PN 511-00046 as shown in the following figure.
Chassis Grounding Lug Location
- Secure the other end of the grounding cable to the earth ground in the building. You can secure the grounding cable to a proper grounding point on the rack, as long as the rack is properly grounded to the earth ground in the building.
Connect the chassis to local earth ground such that any possible charge is carried off to the earth thus eliminating the risk of shock.
Routing the Power Cables
Ribbon recommends to route the power cables so that the top power supply cables connect from above and the bottom power supply cables connect from below. This prevents one power supply cable from getting in the way of the other one in case it needs to be removed individually.
Connecting to AC Power Source and Powering On
The following procedure explains how to connect to the AC power and powering on the switch:
For each AC power supply, insert the supplied AC power cord's female connector to the power supply AC receptacle at the rear of the chassis (shown in the following figure).
SBC Chassis AC Power Location
- Connect the supplied power cords to the local AC power source.
- Turn on your local AC power source.
In a dual-redundant power supply configuration, the power supplies are hot-swappable meaning that it may be replaced without removing the power supply of SBC platform (provided that the redundant power supply is operational).
Important
Before replacing a power supply in a redundant power supply configuration, verify the status of the redundant power supply. The “POK” LED status must be “solid green”. Removing the power supply when the redundant supply does not show a solid green status, may cause the system to power down. Contact Ribbon customer support if required.
The following table describes the status of AC power supply.
AC power supply LED states
| Condition | LED Status (Green/Amber) |
|---|---|
| Standby ON, Main Output OFF, AC Present | Blinking Green |
| Standby ON, Main Output ON | Solid Green |
| Main Output OCP, UVP, OVP | Blinking Amber |
| FAN Fail, OTP, Standby OCP/UVP | Amber |
Disconnecting from AC Power Source
The following procedure explains how to disconnect from your local AC power source:
- Perform a graceful shutdown of the SBC 5000 series system through BMC.
- Turn off your local AC power source.
- Remove the power cord.
Connecting to DC Power Source and Powering On
The following procedure explains connecting an SBC 5000 series power supply to the DC Power and power on the switch. If two power supplies are installed, both need to be connected to power before powering up the switch.
Identify the correct size fuse(s) for your configuration and wire gauge before applying DC power to a switch. Also, ensure to switch off the power supply before installing the cables.
- Remove the clear plastic terminal cover and set it aside.
- Check the chassis ground is connected to the 2-post terminal lug next to the power supply bay. Refer to Grounding SBC 5000 Series Chassis topic above.
Connect ground cable (green) to the screw located above the DC power terminal posts as shown in the below figure:
SBC DC Terminal Connections
- Use a voltmeter to verify that no voltage is present on DC input power cables.
- Attach the DC return cable (black) to the Return terminal.
- Attach the -48V cable (red) to the -48V terminal.
- Reattach the clear plastic terminal cover.
If applicable, attach the other end of the supplied DC power cables to DC power source.
Do not apply DC power to the DC Power supply prior to hot-inserting the supply into the chassis.
- Turn on DC power source.
In a dual-redundant power supply configuration, the power supplies are hot-swappable meaning that it may be replaced without powering down the SBC platform (provided that the redundant Power Supply is operational).
Important
Before replacing a power Supply in a redundant power supply configuration, verify the status of the redundant power supply. The “POK” LED status must be “solid green”. Removing the power supply when the redundant supply does not show a solid green status, may cause the system to power down. Contact Ribbon Customer Support if required.
The following table describes the status of DC power supply.
DC power supply LED states
| Condition | LED States (Green/Amber) |
|---|---|
| No DC Power to all PSU | OFF |
| DC present/Standby Outputs ON, Main Output OFF | Blinking Green |
| Power Supply DC Outputs ON and OK | Solid Green |
| Main Output Failure (OCP, OVP, UVP) | Blinking Amber |
| Fan Fail, OTP, Standby Output OCP/UVP | Solid Amber |
Disconnecting from DC Power Source
The following procedure explains how to disconnect DC power from SBC 5000 series chassis :
- Perform a graceful shutdown of the SBC 5000 series system through BMC.
- Turn off the local DC power source.
- Remove the clear plastic terminal cover and set it aside.
- Remove the DC power cables from the terminals, and re-attach the screws.
- Remove the ground cable from the power supply, and re-attach the screw.
Do not remove the DC Power supply without first turning off the power to the power supply being removed from the chassis.
Removing the Power Supply
Remove DC power from the power supply and remove the power cables from power supply before attempting this procedure.
To remove the AC or DC power supply from the chassis, perform the following steps:
- Push the green or black integrated lever towards your left to disengage the power supply module.
- Pull the power supply out of the power supply slot.
Refer to the following figures for integrated lever locations:
DC Power Supply Integrated Lever
AC Power Supply Integrated Lever
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