Phasyv0.7.0

PDU Load Balancer

RackMax40,972 WVar±%Date—
PDUPanduit · 3-Phase · 42 outlets · IEC 60309 3P+N+E 60A
Input
Voltage
Phases
Rating
Output
Voltage
Breaker
PF

Load Summary Overview

GOOD BALANCEMax dev0.0%0 of 42 entered
↻
GOOD BALANCE0.0% util
0.00kW peak
0 W normal · of 40,972 W capacity
Peak Total kWclick to flip
Peak Total = Σ(port Max_W)
L1 max = 0 W
L2 max = 0 W
L3 max = 0 W
= 0 W = 0.00 kW
↻
Utilization
0.0%
0.0 A total @ 240V
Utilizationclick to flip
Utilization = Peak Total / Max PDU Power × 100
Peak Total = 0 W
Max PDU Power = 40,972 W
= 0 / 40,972 × 100
= 0.00%
↻
Imbalance
0.0%
Max dev. from avg phase · tol ±10%
Imbalanceclick to flip
Imbalance % = max(|Watts_L − avg|) / avg × 100
avg = (0 + 0 + 0) / 3 = 0 W
|L1−avg| = 0
|L2−avg| = 0
|L3−avg| = 0
max dev = 0
= 0.00%
↻
Normal Load
0.0kW
0 W · 0.0 A
Normal Loadclick to flip
Normal Load = Σ(port Normal_W) Amps = Watts ÷ (Voltage × PF)
L1 normal = 0 W
L2 normal = 0 W
L3 normal = 0 W
Total = 0 W
Amps = 0 / (240 × 0.95) = 0.00 A
= 0.00 kW · 0.0 A
↻
Peak Load
0.0kW
0 W · 0.0 A
Peak Loadclick to flip
Peak Load = Σ(port Max_W) Amps = Watts ÷ (Voltage × PF)
L1 max = 0 W
L2 max = 0 W
L3 max = 0 W
Total = 0 W
Amps = 0 / (240 × 0.95) = 0.00 A
= 0.00 kW · 0.0 A

Phase Balance L1 · L2 · L3 Phasing

Phasing % = AmpsL ÷ Avg Amps × 100
↻
Phase L1
0.0% of 13.7kW
Phasing
0.0%
−100.0 from balanced
Capacity
0%
WITHIN LIMIT
0W normal
0 W max · 0.0 A @ 240V
06.8 kW10.9 kW warn13.7 kW limit
Phase L1 — Phasing %click to flip
Amps = Watts ÷ (Voltage × PF) Phasing % = (Phase Amps / Avg Phase Amps) × 100
Phase L1 max watts = 0 W
Phase L1 amps = 0 / (240 × 0.95) = 0.00 A
Avg phase amps = 0.00 A
= 0.00 / 0.00 × 100
No loaded ports on this phase
= 0.00% (−100.00 from 100%)
PF 0.95 · Tolerance ±10% · state: OVER
↻
Phase L2
0.0% of 13.7kW
Phasing
0.0%
−100.0 from balanced
Capacity
0%
WITHIN LIMIT
0W normal
0 W max · 0.0 A @ 240V
06.8 kW10.9 kW warn13.7 kW limit
Phase L2 — Phasing %click to flip
Amps = Watts ÷ (Voltage × PF) Phasing % = (Phase Amps / Avg Phase Amps) × 100
Phase L2 max watts = 0 W
Phase L2 amps = 0 / (240 × 0.95) = 0.00 A
Avg phase amps = 0.00 A
= 0.00 / 0.00 × 100
No loaded ports on this phase
= 0.00% (−100.00 from 100%)
PF 0.95 · Tolerance ±10% · state: OVER
↻
Phase L3
0.0% of 13.7kW
Phasing
0.0%
−100.0 from balanced
Capacity
0%
WITHIN LIMIT
0W normal
0 W max · 0.0 A @ 240V
06.8 kW10.9 kW warn13.7 kW limit
Phase L3 — Phasing %click to flip
Amps = Watts ÷ (Voltage × PF) Phasing % = (Phase Amps / Avg Phase Amps) × 100
Phase L3 max watts = 0 W
Phase L3 amps = 0 / (240 × 0.95) = 0.00 A
Avg phase amps = 0.00 A
= 0.00 / 0.00 × 100
No loaded ports on this phase
= 0.00% (−100.00 from 100%)
PF 0.95 · Tolerance ±10% · state: OVER

Port Assignment 42 ports

PortTypePhaseBreaker · LoadMfgDevice PNIdentityRUPS#PSUInletCableNormal WMax WAmps
01
0%
0.0
02
0%
0.0
03
0%
0.0
04
0%
0.0
05
0%
0.0
06
0%
0.0
07
0%
0.0
08
0%
0.0
09
0%
0.0
10
0%
0.0
11
0%
0.0
12
0%
0.0
13
0%
0.0
14
0%
0.0
15
0%
0.0
16
0%
0.0
17
0%
0.0
18
0%
0.0
19
0%
0.0
20
0%
0.0
21
0%
0.0
22
0%
0.0
23
0%
0.0
24
0%
0.0
25
0%
0.0
26
0%
0.0
27
0%
0.0
28
0%
0.0
29
0%
0.0
30
0%
0.0
31
0%
0.0
32
0%
0.0
33
0%
0.0
34
0%
0.0
35
0%
0.0
36
0%
0.0
37
0%
0.0
38
0%
0.0
39
0%
0.0
40
0%
0.0
41
0%
0.0
42
0%
0.0

Breaker Summary 20A breakers

Per-breaker trip4,560 W
No load yetAssign ports above to see breaker utilization.

Per-Phase Breakdown Normal · Max

No load data yetAdd ports above with Normal/Max wattage to see the phase breakdown.