A per-outlet monitored rack PDU from a raised three-quarter angle, the full receptacle array reading as one continuous rank, the unit held in the right of the frame and the left side falling into unlit dark

IDCPDU · Per outlet

Per-outlet monitored PDU: one current reading per receptacle

Current, power and energy are read on each receptacle, so a rack can be attributed per device instead of per feed. Accuracy holds at 1% and the total energy register stays 1 grade at 0.1 kWh scale.

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Metering scope: per receptacle
Accuracy: 1% current, voltage, power
Energy: 1 grade · 0.1 kWh
Reporting: SNMP / Modbus / RS485
Outlet types: IEC C13 10A / IEC C19 16A
Mounting: zero-U vertical

Per-outlet registers

What is measured on one receptacle

The channel count follows the outlet count, so a 24-outlet unit reports 24 current values against the same clock. Retention is what makes the numbers usable after a billing period.

Table 1 · per-receptacle metering envelope
Item	Value	Basis
Measured per outlet	current, power, energy	One channel per receptacle
Current accuracy	1% +1 digit	Scale 0.1A per channel
Channel clock	shared across channels	One sampling window for the unit
Total energy	1 grade	0.1 kWh scale, billing-grade
Event memory	20,000 records	Real-time clock held through power loss
Outlet types	IEC C13 10A / IEC C19 16A	Count and order from the drawing
Interfaces	10/100M Ethernet x1, RS485 x1	SNMP, Modbus, embedded web server
Alerts	SMTP, threshold per channel	Named channel in the message

Channel data

Five figures one outlet reports

A per-outlet report is only useful when the channel is named, so the outlet number travels with the value into the alarm and into the log.

Current0.1Ascale per channel

Power1%from the channel samples

Energy0.1 kWh1 grade register

Channel count= outlet countone reading per receptacle

Event memory20,000records with RTC retention

Reporting2protocols in parallel: SNMP and Modbus

A per-outlet monitored rack PDU in service, seen from a low three-quarter angle inside a dark equipment aisle with rack rails and a receding row of closed cabinets out of focus behind it, the connector field held right of frame

Attribution

Reading a rack instead of a feed

A feed total says the rack drew power; a channel row says which device did. Colocation and laboratory racks are billed on that difference, so the channel map is drawn against the outlet numbering and kept in the register list rather than resolved on site.

Channel mapoutlet number to register
Where it is usedcolocation and laboratory racks
Unit totalkept alongside the channels
RetentionRTC through power loss

Colocation racks Event log and retention

Attribution surface

Eight values on the per-outlet type

Channels one per outlet A reading per receptacle, mapped by number.

Current 0.1A scale 1% +1 digit on each channel.

Power per channel From the channel samples, one window.

Energy 1 grade 0.1 kWh on the billing register.

Event memory 20,000 Records kept through a power cut.

Reporting SNMP, Modbus Ethernet and RS485 on one board.

Alerts per channel SMTP message names the outlet.

Compliance UL 62368-1 component CE and RoHS as applicable.

A deep charcoal gradient field with one thin warm accent edge along the top, used as the backing of the closing request section

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Send the outlet list, get the channel map

Outlet combination, current per feed, mounting format and the reporting protocol in use. The configured quotation returns with the channel map and the per-line specification sheet in English.

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Reply promisewithin 12 hours, weekdays
With the quotechannel map, register list
On requestcertificate names and holders