Schneider Electric PM5350P, PM5350, PM5350IB, PM5350PB Datasheet

BASIC MULTI-FUNCTION METERING FUNCTIONS AND CHARACTERISTICS

PM5350 series
Technical Datasheet

The PowerLogic PM5350 series power meters are the new benchmark in affordable, precision metering.

The PowerLogic PM5350, PM5350IB, PM5350PB, and PM5350P power meters offer all the measurement capabilities required
to monitor an electrical installation in a space-efficient, single 96 x 96 mm unit with small depth. DNC certifies for marine
applications.

Applications

• Panel instrumentation.

• Cost allocation or energy management

• Electrical installation remote monitoring

• Sophisticated alarming

• Circuit beaker monitoring and control

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BASIC MULTI-FUNCTION METERING FUNCTIONS AND CHARACTERISTICS

The solution for

Markets that can benefit from a solution that includes PowerLogic
PM5350 series meters:

• Buildings

• Industry

• Healthcare

• Data Centre and networks

• Infrastructure

Benefits

System integrators’ benefit

• Ease of integration

• Ease of setup

• Cost effectiveness

Panel builders’ benefit

• Ease of installation

• Cost effectiveness

• Aesthetically pleasing

• Simplified ordering

Power management solutions

Schneider Electric provides innovative
power management solutions to increase
your energy efficiency and cost savings,
maximise electrical network reliability and
availability, and optimise electrical asset
performance.

Conformity of standards

• IEC 62053-22

• IEC 61557-12

• IEC 62053-23

• IEC/UL 61010-1

• IEC 61326-1

• UL 61010-1

• IEC 61000-3-3

• FCC part 15 Class A

• DNV GL certified

End users’ benefit

• Ease of use

• Precision metering & sub-billing

• Billing flexibility

• Comprehensive, consistent and superior performance

Competitive advantages

• Easy to install and operate

• Easy for circuit breaker monitoring and control

• Power quality analysis

• Load management combined with alarm and timestamping

• High performance and accuracy

• Multi-tariff capabilities

• Individual harmonics up to 31st

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BASIC MULTI-FUNCTION METERING FUNCTIONS AND CHARACTERISTICS

PM5350 series

The PowerLogic PM5350 series power meter soffer electrical installation measurement
capabilities in a single 96 x 96 mm unit. Three-phases and neutral can be monitored

PB117511PB117512

simultaneously using a bright, anti-glare display with large characters and backlighting.
Menus are intuitive and the meter supports English, Chinese, Hebrew, and Spanish
languages. Its compact size and high performance make the PowerLogic PM5350
sereis suitable for many applications.

• Applications

– Panel instrumentation.

– Cost allocation or energy management.

– Electrical installation remote monitoring.

– Alarming with under/over, digital status, control power interruption, meter

reset, self diagnostic issue.

– Circuit Breaker monitoring and control with relay outputs and whetted digital

inputs.

Front display of PowerLogic PM5350P front display

Rear view of PowerLogic PM5350P

Commercial
reference number

METSEPM5350

METSEPM5350IB

METSEPM5350PB

METSEPM5350P

Description

RS-485 Modbus, THD, 4DI,
2Relay

RS-485, 4DI/2Relay, Multi-level
alarm, UL480V, 4DI/2Relay

RS-485, 4DI/2Relay, Multi-level
alarm, UL300V, 4DI/2Relay

RS-485 Modbus, THD, 31st
Individual harmonics, Multi­tariff, 4DI/2Relay

• Main characteristics

– Easy to install

– Mounts using two clips, no tools required. Ultra compact meter

with 44 mm depth connectable up to 480 V L-L without voltage
transformers for installations compliant with category III, as per
IEC 61010-1. See specification table for UL voltage limits.

– Easy to operate

– Intuitive navigation with self-guided, language selectable menus, six

lines, four concurrent values. Two LEDs help confirm normal operation.

– Easy circuit breaker monitoring and control

– Two relay outputs (high performance) to command most circuit

breaker coils directly. Monitored switches can be wired directly without
external power supply.

– System status at a glance

– Bright, anti-glare, backlit display plus two LEDs; orange for energy

pulse or alarm and green for heartbeat/communications indication.

– IEC 62053-22 class 0.5S accuracy for active energy

– Accurate energy measurement for cost allocation.

– Power Quality analysis

– The PM5350P offers THD and TDD measurements as standard. Total

Demand Distortion is based on a point of common coupling (PCC),
which is a common point that each user receives power from the
power source. The TDD compares the contribution of harmonics
versus the maximum demand load. In addition, it has individual
harmonics (odd) measurement up to 31st harmonics. These types of
power quality parameters help to identify the source of harmonics that
can harm transformers, capacitors, generators, motors and electronic
equipment.

• Load management

– Peak demands with Timestamping are provided. Predicted demand

values can be used in basic load shedding applications.
Alarming with timestamping

– Over 30 alarm conditions, such as under/over conditions, digital input

changes, and phase unbalance inform you of events. A time-stamped
log maintains a record of the last 40 alarm events.

– Load timer setpoint adjustable to monitor and advise maintenance

requirements.

– Performance Standard Meets IEC 61557-12 PMD/Sx/K70/0.5.

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BASIC MULTI-FUNCTION METERING FUNCTIONS AND CHARACTERISTICS

PM5350 series

Feature guide

General

Use on LV and MV systems

Basic metering with THD and min/max readings

Instantaneous rms values

Current Total, Phases and neutral

Voltage Total, Ph-Ph and Ph-N

Frequency

Real, reactive, and
apparent power

True Power Factor Total and per phase

Displacement PF Total and per phase

Unbalanced I, VL-N, VL-L

Accumulated Active, Reactive and Apparent Energy
Stored in non-volatile memory

Demand values

Current average Present, Last, Predicted,

Active power Present, Last, Predicted,

Reactive power Present, Last, Predicted,

Apparent power Present, Last, Predicted,

Multi-tariff

Peak demand with timestamping D/T for current &
powers

Demand calculation Sliding, fixed and rolling

Synchronization of the measurement window

Other measurements

I/O timer

Operating timer

Active load timer

Alarm counters

Power quality measurements

THD, thd (Total Harmonic Distortion)

TDD, thd (Total Demand Distortion)

Harmonics Individual (Odd)

Data recording

Min/max of instantaneous values, plus phase
identification

Alarms with 1s timestamping

Alarms stored in non-volatile memory

Inputs/Outputs

Digital inputs

Digital outputs

Display

White backlit LCD display, 6 lines, 4 concurrent values

IEC or IEEE visualization mode

Communication

Modbus RTU, Modbus ASCII, Jbus Protocol

Firmware update via RS-485 serial port
(DLF3000 via the Schneider Electric website:
www.se.com)

Total and per phase

Peak, & Peak Date Time

Peak, & Peak Date Time

Peak, & Peak Date Time

Peak, & Peak Date Time

block, thermal

PM5350P PM5350 PM5350IB PM5350PB

b
b

b
b
b

Signed

Signed, Four Quadrant

Signed, Four Quadrant

b

Received/Delivered;
Net and absolute;

b

b

b

b

16 tariffs

b

b

b

b
b
b
b

I, V L-N, V L-L

b

31st

b

Standard 29; Unary 4; Digital 4

40 events

4 (DI1, DI2, DI3, DI4)

2 relay outputs

(DO1, DO2)

b
b

b

b

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PM5350 series

Electrical characteristics

Type of measurement

Measurement
accuracy

Data update rate 1 second nominal (50/60 cycles)

Input-voltage VT primar y

Input-current

AC control
power

DC control
power

Real time clock Battery backup 30 seconds ride-through

Digital output Number/Type 2 - Mechanical Relays

Status Digital
Inputs

Whetting output Nominal voltage 24 V DC

Current, Phase

Voltage, L-N

Power Factor

Power, Phase

Frequency

Real Energy

Reactive Energy

U

nom

Measured voltage with
overrange & Crest
Factor

Permanent overload 700 V AC L-L, 404 V AC L-N

Impedance 10 MW

Burden 0.2 VA at 240 V AC L-N

Frequency range 45 to 70 Hz

CT ratings Secondary 1 A, 5 A nominal

Measured voltage with
overrange & crest factor

Withstand

Impedance < 0.3 mW

Frequency range 45 to 70 Hz

Burden < 0.024 VA at 9 A

Operating range 85 - 265 V AC

Burden At 120 V AC, 4.1 VA/ 1.5 W typical

Frequency 45 to 65 Hz

Ride-through time Typical at 120 V AC and with maximum burden

Operating range 100 to 300 V DC

Burden Typical/ Maximum at 125 V DC

Ride-through time Typical at 125 V DC and with maximum burden 50 mS 30 mS 50 mS

Output frequency 0.5 Hz maximum

Switching Current 30 V DC, 5 A

Isolation 2.5 kVrms

Voltage ratings ON 18.5 to 36 V DC,

Input Resistance 110 k W

Maximum Frequency 2 Hz (T ON min = T OFF min = 250 ms)

Response Time 10 ms

Isolation 2.5 kVrms

Allowable load 4 mA

Isolation 2.5 kVrms

(1)

(1)

(2)

(1)

(3)

True rms measurement in 1P, 2P, 3P network,
supports 13 wiring schemes.
32 samples per cycle, zero blind

(1)

±0.30 %

±0.30 %

±0.005

IEC 61557-12 Class 0.5; For 5 A nominal CT

±0.05 %

IEC 62053-22 Class 0.5S
IEC 61557-12 Class 0.5

(4)

IEC 62053-23 Class 2
IEC 61557-12 Class 2

1.0 MV AC max, starting voltage depends on VT ratio
277 V L-N

IEC: 20 to 480 V AC L-L; 20 to 277 V AC L-N, CAT III
IEC: 20 to 690 V AC L-L; 20 to 400 V AC L-N, CAT II
UL: 20 to 300 V AC L-L, CAT III

5 mA to 9 A

Continuous 20 A,10 sec/hr 50 A,1 sec/hr 500 A

At 230 V AC, 6.3 VA/ 2.0 W typical
At 265 V AC, 9.6 VA/ 3.5 W typical

Typical at 230 V AC and with maximum burden

Typical/ Maximum at 250 V DC
Typical Maximum at 300 V DC

(1 second ON / 1 second OFF - minimum times)

250 V AC, 8 A Cos φ = 1
250 V AC, 6 A Cos φ = 0.4

OFF 0 to 4 V DC

PM5350 PM5350P PM5350PB/IB

b

0.2% (Avg A)

b

0.2% (Avg A)

b

st

31

b
b
b
b

b

b
b

b

b

b and

UL: 20 to 480 V AC L-L

b
b
b

45 to 65 Hz

b

b
b

b
b
b
b
b

6.7 VA / 2.7 W

8.6 VA / 2.9 W

11.9 VA / 3.5 W

7 VA / 4 W
9 VA / 5 W

11.9 VA / 5 W

6.7 VA / 2.7 W

8.6 VA / 2.9 W

11.9 VA / 3.5 W

b

100 mS
400 mS

40 mS
250 mS

100 mS
400 mS

b

1.4 W / 2.6 W

1.8 W / 2.7 W

3.8 W max

b

4 W max
5 W max
5 W max

3 years backup
without control power

1.4 W / 2.6 W

1.8 W / 2.7 W

3.8 W max

b
b

b

b
b

b
b
b
b
b

b
b

b

b
b

b

b

(1) Measurements taken from 45 Hz to 65 Hz, 0.5 A to 9 A, 57 V to 347 V & 0.5 ind to 0.5 cap power factor with a sinusoidal wave.
(2) Active power: ±0.5 % from 0.25 A to 9.0 A at Cos φ = 1, ±0.6 % from 0.50 A to 9.0 A at Cos φ = 0.5 (ind or cap)
(3) Real/active Energy: ±0.5 % from 0.25 A to 9.0 A at Cos φ = 1, ±0.6 % from 0.50 A to 9.0 A at Cos φ = 0.5 (ind or cap) IEC 61557-12 Class 0.5
(4) Reactive energy: ±2.0 % from 0.25 A to 9.0 A at Sin φ = 1±2.5 % from 0

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BASIC MULTI-FUNCTION METERING DIMENSIONS AND CONNECTION

PM5350 / PM5350P series

Rear of meter - open

PE86279PE86274

Rear view retainers - installation

Rear view retainers - users

PE86275

For detailed installation instructions see the product's Installation Guide.

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PM5350 / PM5350P meter parts

A Retainer clips.

B Control power supply connector.

C Voltage inputs.

D Digital outputs.

E RS-485 port (COM1).

F Digital input.

G Optical revenue switch.

H Current inputs.

For detailed installation instructions see the product’s Installation Guide.

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BASIC MULTI-FUNCTION METERING DIMENSIONS AND CONNECTION

PM5350IB/PB series

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Dimensions PM5350IB

PB113626

Dimensions PM5350PB

Parts of PM5350IB and PM5350PB (rear panel door removed)

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PM5350IB

PM5350IB

A Control power
B Voltage inputs
C Current inputs
D Digital inputs
E Whetting voltage source (for digital inputs)
F RS-485 communications
G Digital outputs
H Retainer clips

PM5350PB

PM5350PB

For detailed installation instructions see the product’s Installation Guide.

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Schneider Electric Industries SAS

35, Rue Joseph Monier,

CS 30323

F - 92506 Rueil Malmaison Cedex

RCS Nanterre 954 503 439

Capital social 896 313 776

www.se.com

March 2021

PowerLogic™ PM5350 series

PLSED310026EN

As standards, specications and designs develop from time to time, please ask

for conrmation of the information given in this document.

Design: Schneider Electric

Photos: Schneider Electric

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