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PCHUB.UK£1,275.16Visit shop Apc Rack Pdu 2G. Metered By Outlet With Switching. Zerou. 16A. 230V. (
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This APC Rack PDU 2G is designed for IT professionals managing server racks who need granular control and monitoring of power distribution. Its key benefit is the ability to remotely control and meter individual outlets, preventing circuit overloads and enabling power cycling for equipment reboots. A potential caveat is the complexity of advanced configuration, which may require familiarity with network management protocols.
| Colour | Black |
|---|---|
| Model Part Number | AP8659EU3 |
| Brand | A.P.C. |
The 'Metered by Outlet' feature allows you to monitor the power consumption of each individual device connected to the PDU, providing granular insights into energy usage and potential overloads at a device level.
Power sequencing allows you to define a specific order in which outlets are powered on or off. This is crucial for systems where components must be started or shut down in a particular sequence to prevent damage or data loss.
Yes, the 'Switching' capability enables remote on/off control for each individual outlet, allowing you to reboot specific devices or disable outlets to prevent unauthorized use.
This PDU is equipped with 21 C13 coupler outlets and 3 C19 coupler outlets, which are standard locking IEC connectors commonly used for IT equipment.
The PDU itself does not come with a power cord to connect to the wall; it has an IEC309 input connector that requires a specific mains power cable to be connected to your facility's power distribution system.
The PDU has a maximum input current of 16A per phase and a maximum power capacity of 3680W (3680 VA).
Connect an Ethernet cable from the PDU's network port to your network infrastructure. You can then access its management interface via Web, SNMP, or Telnet after configuring its IP address.
Ensure the IEC309 power plug is securely connected to a live power source. Verify the input voltage matches the PDU's requirements (200-230V). Check the circuit breaker or fuse for the power source.
Confirm the Ethernet cable is properly connected to both the PDU and the network switch. Verify the PDU has received an IP address (check DHCP server logs or use network scanning tools). Ensure your management device is on the same network subnet or has appropriate routing configured.
Check the PDU's configuration to ensure outlet control is enabled and not locked out. Verify the connected device is drawing power within the PDU's limits. Attempt a remote reboot of the PDU itself through its management interface.
Review the current draw per outlet via the PDU's interface. Identify high-consumption devices and consider relocating them to different circuits or upgrading the PDU/power infrastructure if consistently exceeding the 16A maximum per phase.
Ensure the sensor is securely plugged into the dedicated port on the PDU. Check the sensor's compatibility with the PDU model. Try a different compatible sensor if available.
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