Schneider Electric ION8650 Datasheet

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

ION8650 series Technical Datasheet (US)

Providing high accuracy and a wide range of features for transmission and distribution metering, the PowerLogic ION8650 advanced revenue and power quality meter has the ﬂexibility to change along with your needs. The meter provides the tools necessary to:

• Manage energy procurement and supply contracts

• Perform network capacity planning and stability analysis

• Monitor power quality compliance, supply agreements, and regulatory requirements

Applications

• Transmission and distribution metering

• Revenue metering

• Extensive power quality monitoring and analysis

• Power quality compliance monitoring

• Digital fault recording

• Instrument transformer correction

PB107500

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ION8650

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

The solution for

Markets that can beneﬁt from a solution that includes PowerLogic ION8650 series meters:

• Transmission networks

• Distribution network

Beneﬁts

• Reduce operations costs

• Improve power quality

• Improve continuity of service

Competitive advantages

• Be integrated into existing wholesale settlement system

• Be able to use Power Monitoring Expert software for data

analysis or share operation data with SCADA systems through multiple communication channels and protocols

• Transformer/line loss compensation

• Instrument transformer correction

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 62053-22/23

• IEC 61000-4-30

• EN 50160

• IEC 61000-4-7

• IEC 61000-4-15

• IEEE 1159

• IEEE 519

• IEC 61000-4-2

• IEC 61000-4-3

• IEC 61000-4-4

• IEC 61000-4-5

• IEC 61000-4-6

• IEC 61000-4-12

• CISPR 22

• IEC 62052-11

• IEC 60950

• ANSI C12.20

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

Main characteristics

Used to monitor electric energy provider networks, service entrances and

PB107500

substations, PowerLogic ION8650 meters are ideal for independent power producers and cogeneration applications that need to accurately measure energy bi-directionally in both generation and stand-by modes. These meters give utilities the tools to manage complex energy supply contracts that include commitments to power quality. Integrate them with our EcoStruxure™ Power Monitoring operations software or other energy management and SCADA systems through multiple communication channels and protocols, including Itron MV-90, Modbus, DNP, DLMS, IEC 61850 Ed. 3.

Applications

• Revenue metering.

PowerLogic ION8650 socket meter

• Cogeneration and IPP monitoring.

• Compliance monitoring.

• Power quality analysis.

• Demand and power factor control.

• Load curtailment.

• Equipment monitoring and control.

• Energy pulsing and totalisation.

• Instrument transformer correction.

• Outage Notiﬁcation

Feature selection

Commercial reference number

S8650A

S8650B

S8650C

ION8650 meters

ION8650A

ION8650B

ION8650C

Main characteristics

• ANSI Class 0.1 and IEC 62053-22/23 Class 0.2 S metering

– For interconnection points on medium, high, and ultra-high voltage

networks; twice as accurate as current IEC and meets ANSI Class standards over all conditions and including single wide range current measurement.

• Power quality compliance monitoring

– Monitor compliance with international quality-of-supply standards (IEC

61000-4-30 Ed. 3 Class A/S, EN 50160 Ed. 4, IEC 61000-4-7, IEC 61000-415, IEEE 1159, IEEE 519). Also detects disturbance direction.

• Digital fault recording

– Simultaneous capture of voltage and current channels for sub-cycle

disturbance.

• Complete communications

– Multi-port, multi-protocol ports including serial, infrared, modem and

ethernet. Simultaneously supports multiple industry standard protocols including: Itron MV-90, Modbus, Modbus Master, DLMS, DNP 3.0 and IEC 61850 Ed. 2.

• Multiple tariffs and time-of-use

– Apply tariffs, seasonal rate schedules to measure energy and demand

values for time periods with speciﬁc billing requirements.

• Multiple setpoints for alarm and functions

– Use up to 65 setpoints for single/multi-condition alarms and I/O functions

with response times down to 1/2 cycle.

• Multiple setpoints for alarm and functions

– Use up to 65 setpoints.

• Instrument transformer correction

– Save money and improve accuracy by correcting for less accurate

transformers.

• Alarm notiﬁcation via email

– High-priority alarms, data logs sent directly to the user’s PC. Instant

notiﬁcation of power quality events by email.

• Cyber security enhancements

– Assign communication admin rights to selected user; prevention measures

ensure no loss of security logs; support syslog for external security.

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

PE86302-95

PowerLogic ION8650 switchboard meter.

1 Terminals 2 Optical port 3 Main display status bar 4 Watt LED 5 Navigation, ALT/Enter buttons 6 VAR LED 7 Nameplate label 8 Demand reset switch

PE86002

Disturbance waveform capture and power quality report

Selection guide

ION8650 AION8650 BION8650

General

Use on LV, MV and HV systems

Current accuracy

Voltage accuracy

Power accuracy

Samples/cycle

b b b

0.1 % 0.1 % 0.1 %

1024 1024 1024

Instantaneous values

Current, voltage, frequency

Active, reactive, apparent power Total & per phase

Power factor Total & per phase

Current measurement range

b b b b b b b b b

0 A - 20 A 0 A - 20 A 0 A - 20 A

Energy values

Active, reactive, apparent energy

Settable accumulation modes

b b b b b b

Demand values

Current

Active, reactive, apparent power

Predicted active, reactive, apparent power

Synchronisation of the measurement window

Demand modes: Block (sliding), thermal (exponential)

Present & max value s

Present & max values

b b b b b b b b b b b b b b b

Power quality measurements

Harmonic distortion Current & voltage

Individual harmonics Via front panel

Waveform / transient capture

Harmonics: magnitude, phase, and interharmonics

Detection of voltage sags and swells

IEC 61000-4-30 class A / S

IEC 61000-4-15 (Flicker)

High speed data recording (down to 10 ms)

EN 50160 compliance reporting

Programmable (logic and math functions)

b b b

63 63 31

b / b - / b - / -

50 40 -

b b b

A S

b b b b b b b b b

Data recording

Onboard Memory (in Mbytes)

Revenue logs

Event logs

Historical logs

Harmonics logs

Sag/swell logs

Transient logs

Time stamping to 1 ms

GPS synchronisation (IRIG-B standard)

128 64 32

b b b b b b b b b b b b b b b b

- -

b b b b b b

Display and I/O

Front panel display

Wiring self-test (requires PowerLogic ION Setup)

Pulse output (front panel LED) Digital or analogue inputsg (max)

Digital or analogue outputsg (max, including pulse output)

b b b b b b

2 2 2

11 11 11

16 16 16

Communication

Infrared port

RS-485 / RS-232 port

RS-485 port

Ethernet port (Modbus/TCP/IP protocol) with gateway

Internal modem with gateway (ModemGate)

HTML web page server

IRIG-B port (unmodulated IRIG B00x time format)

Modbus TCP Master / Slave (Ethernet port)

Modbus RTU Master / Slave (Serial ports)

DNP 3.0 through serial, modem, and I/R ports

Cell modem option (LTE)

DLMS COSEM through serial, Ethernet and optical ports for all variants

With optional I/O Expander.

For 9S, and 36S only. For 35S system up to 480 V L-L.

ggg

C model limited to IR + 2 other ports at one time. Ports can be enabled/disabled by user.

1 1 1

b b b

1 1 1

b / b

b / b b / b

b b b b b b

b b b

ggg

- / b

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

Electrical characteristics

PE86041

PowerLogic ION8650 front panel harmonic display.

PE86042

ION8650 front panel phasor display and table.

Type of measurement True rms 1024 samples per cycle

Current and voltage 0.1 % Reading

Power 0.1 %

Measurement accuracy

Data update rate 0.5 cycle or 1 second (depending on value)

Input-voltage

characteristics

Input-current characteristics

Power supply

Input/outputsggDigital outputs

Frequency ±0.001 Hz

Power factor 0.1 %

Energy

Nominal voltage

Maximum voltage 347 V L-N rms, 600 V L-L rms (9S)

Impedance

Inputs V1, V2, V3, VREF

Rated nominal/current class

Accuracy range 0.01 - 20 A (standard range)

Measurement range 0.001 - 24 A

Permissible overload 500 A rms for 1 second, non-recurring

Burden per phase

Standard power supply, blade powered

Auxiliary powered low voltage

Auxiliary powered high voltage

Ride-through time, (Standard power supply)

Digital inputs upto 3 Self-excited, dry contact sensing inputs

0.1 %, twice as accurate as ANSI Class 0.2 and IEC 62053-22/23 (0,2S)

57 V to 277 V L-N rms 100 V to 480 V L-L rms (35S)

5 MW /phase (phase-Vref/Ground)

1A, 2 A, 5 A and/or 10 A (Class 1/2/10/20)

Socket: Typical: 3 W, 8 VA/phase, 3-phase operation; Maximum: 4 W, 11 VA/phase, 3-phase operation Switchboard: 0.05 V A at 1 A (0.05 Ω max)

120-277 V L-N RMS (-15 %/+20 %) 47-63 Hz or 120-480 V L-L RMS (-15 %/+20 %) 47-63 Hz (35S)

AC: 65-120 (+/- 15 %) VLN RMS, 47-63 Hz DC: 80-160 (+/- 20 %) VDC

AC: 160-277 (+/- 20 %) V L-N RMS, 47-63 Hz DC: 200-300 (+/- 20 %) V DC

Socket: min guaranteed: 6 cycles at nominal frequency (minimun 50 Hz), at 120 V L-N rms (208 V L-L rms) 3-phase operation Switchboard: min guaranteed: 6 cycles at nominal frequency (minimun 50 Hz), at 120 V L-N rms (208 V L-L rms) 3-phase operation

4 (Form C) Solid state relays (130 V AC/ 200 V DC) 50 mA AC/DC, 1 (Form A) output

Mechanical characteristics

Weight 7.0 kg

IP degree of protection

Dimensions Socket 178 x 237 mm

Socket Front IP65, back IP51

Switchboard Front IP50, back IP30

Switchboard 285 x 228 x 163 mm

Environmental conditions

Operating temperature -40 °C to 85 °C

Display operating range -40 °C to 70 °C

Storage temperature -40 °C to 85 °C

Humidity rating 5 % to 95 % RH non-condensing

Pollution degree 2

Installation category Cat III

Dielectric withstand 2.5 kV

Electromagnetic compatibility

Electrostatic discharge IEC 61000-4-2

Immunity to radiated ﬁelds IEC 61000-4-3

Immunity to fast transients IEC 61000-4-4

Immunity to surge IEC 61000-4-5

Immunity conducted IEC 61000-4-6

Damped oscillatory waves immunity IEC 61000-4-12

Conducted and radiated emissions CISPR 22 (class B)

Safety

Europe As per IEC 62052-11

North America As per ANSI C12.1

Specications are limited by the operating range of the power supply if a non-aux power supply is used.

More input and output selections available via optional I/O expander.

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

Communication

PB117744

Example embedded webserver page (WebMeter) showing realtime values.

RS-232 / RS-485 port (COM1) User-selectable RS-232 or RS-485.

Internal modem port (COM2) 300-57,600 bps

ANSI 12.18 Type II optical port (COM3)

RS-485 port (COM4) Up to 57,600 baud, Modbus, direct connection to a PC

Ethernet port 10/100BASE-T, RJ45 connector, protocols:

EtherGate Up to 31 slave devices via serial ports

ModemGate Up to 31 slave devices

Firmware characteristics

High-speed data recording Up to 1/2-cycle interval burst recording, stores detailed

Harmonic distortion Up to 63rd harmonic for all voltage and current inputs

Dip/swell detection Analyse severity/potential impact of sags and swells:

Instantaneous High accuracy measurements with 1s or 1/2 cycle update

Load proﬁling Channel assignments are user conﬁgurable:

Waveform captures Simultaneous capture of all voltage and current channels

Alarms Threshold alarms:

Advanced security Up to 50 users with unique access rights. Perform resets,

Transformer correction Correct for phase / magnitude inaccuracies in current

Memory 128 MB (A), 64 MB (B), 32 MB (C)

Firmware update Update via the communication ports

Display characteristics

Type FSTN transreﬂective LCD

Backlight LED

Languages English

300 - 115,200 baud (RS-485 limited to 57,600 bps); protocols: ION, Modbus/RTU/Mastering, DLMS, DNP 3.0, GPSTRUETIME/DATUM.

Up to 57,600 bps

or modem

DNP, ION, Modbus/TCP/Mastering, IEC 61850 Ed. 2 or 100BASE-FX multimode, male ST connectors, DLMS

characteristics of disturbances or outages. Trigger recording by a user-deﬁned setpoint, or from external equipment.

– magnitude and duration data suitable for plotting on

voltage tolerance curves

– per phase triggers for waveform recording or

control operations

rate for:

– voltage and current

– active power (kW) and reactive power (kVAR)

– apparent power (kVA)

– power factor and frequency

– voltage and current unbalance

– phase reversal

– 800 channels via 50 data recorders (feature set A),

– 720 channels via 45 data recorders (feature set B),

– 80 channels via 5 data recorders (feature set C).

Conﬁgure for historical trend recording of energy, demand, voltage, current, power quality, other measured parameters. Recorders can trigger on time interval basis, calendar schedule, alarm/event condition, manually.

– sub-cycle disturbance capture (16 to 1024

samples/cycle)

– adjustable pickup and dropout setpoints and time

delays, numerous activation levels possible for a given type of alar m

– user-deﬁned priority levels

– boolean combination of alarms

time syncs, or meter conﬁgurations based on user privileges.

transformers (CTs), potential transformers (PTs)

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

Commercial reference numbers

Item Code Description

PE86043-C

Example product part number.

1 Model. 2 Feature set. 3 Form factor. 4 Current Inputs. 5 Voltage inputs. 6 Power supply. 7 System frequency. 8 Communications. 9 Input/output options. 10 Security. 11 Special order options.

PB107507

PowerLogic ION8650 meter with switchboard case

1 Model M8650 Schneider Electric energy and power quality meter.

2 Feature Set A 128 MB Memory Class A power quality analysis, waveforms

3 Form Factor (1) 0 Form 9S/29S/36S Base, 57-277 V L-N (autoranging)

4 Current Inputs C 1, 2 or 5 A nominal, 20 A full scale (24 A fault capture,

5 Voltage Inputs 0 Standard (see Form Factor above)

6 Power SupplygE Form 9/29/35/36S, (socket) and Form 9, 36 (FT21

7 System

Frequency

8 Communications C 7 Infrared optical port, Ether net (10/100BASE-T), RS-

9 Onboard I/O A None.

10 Security 0 Password protected no security lock.

11 Special Order A None

Specications are limited by the operating range of the power supply if a non-aux power supply is used.

and transient capture with 1024 sampl es/cycle.

B 64 MB memory, energy meter Class S EN 50160 Ed. 4

power quality monitoring.

C 32 MB memory, basic tariff/energy metering (5 data

recorders, 80 channels).

3-Element, 4-Wire / 2 1/2-Element, 4-Wire

1 Form 35S Base - 120-480 V L-L (autoranging) 2-Element,

3-Wire

4 Form 9/29/35/36S FT21 Switchboard (meter + case) with

break out panel

7 Form 9/29/35/36S FT21 Switchboard (meter + case) with

break out cable

start at 0.001 A)

switchboard): 120-277 V AC. Form 35S (socket) and Form 35 (FT21 switchboard): 120-480 V AC. Powered from the meter’s voltage connections.

H Auxiliary Power Pigtail: 65-120 V AC or 80-160 V DC

(power from external source)

J Auxiliary Power Pigtail: 160-277 V AC or 200-300 V DC

(power from external source)

K Auxiliary Power Pigtail: 65-120 V AC, 80-160 V DC (power

from external source), Universal Socket Style

L Auxiliary Power Pigtail: 160-277 V AC, 200-350 V DC

(power from external source), Universal Socket Style

5 Calibrated for 50 Hz systems.

6 Calibrated for 60 Hz systems.

232/485 port, RS-485 port (note: in addition to infrared optical port, Feature Set C can use any two ports (conﬁgurable)), 56 k universal internal modem (RJ11)

E 1 Infrared optical port, Ethernet (10/100BASE-T), RS

232/485 port, RS-485 port (note: in addition to infrared optical port, Feature Set C can use any two ports (conﬁgurable))

F 1 Infrared Optical port, Ethernet (100BASE-FX multi-mode)

with male ST connectors (available on socket meters only, Forms 0 & 1 above. I/O card not available if this option is ordered.) RS-232/485 port, RS-485 port (Note: in addition to Infrared Optical port Feature Set C can use any two ports (conﬁgurable))

S 1 Infrared optical port, Ethernet (10 BASE-T), RS-232/485

port, RS-485 port (note: in addition to infrared optical port, Feature Set C can use any two ports (conﬁgurable)), Verizon 4G LTE cell modem.

B 4 Form C digital outputs, 3 Form A digital inputs.

C 4 Form C digital outputs, 1 Form A digital output, 1 digital

input.

1 Password protected with security lock enabled

3 RMICAN (Measurement Canada approved)

4 RMICAN-SEAL (Measurement Canada approved, and

factory sealed)

7 Password protected, no security lock (US only)

8 Password protected with security lock enabled (US only)

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

Commercial reference numbers (cont.)

I/O Expander

PE86044_1

Example order code. Use this group of codes when ordering

the I/O Expander.

1 Digital / Analogue I/O. 2 I/O option. 3 Cable option.

PE86131

Digital/Analogue I/O

I/O option A External I/O box with 8 digital inputs and 8 digital outputs

Cable 0 No cable - cables for the I/O box are no ordered as a separate

Comm. ref. no. A-base adapters

A-BASE-ADAPTER-9

A-BASE-ADAPTER-35

OPTICAL-PROBE

CBL-8X00BRKOUT

CBL-8X00IOE5FT

CBL-8X00IOE15FT

CBL-8XX0-BOP-IOBOX

P850E Schneider Electric I/O Expander for ION8600 meters: Inputs

and Outputs for energy pulsing, control, energy counting, status monitoring, and analogue interface to SCADA.

(4 Form A, 4 Form C)

B External I/O box with 8 digital inputs and 4 digital outputs

(4 Form C) and 4 analogue outputs (0 to 20 mA)

C External I/O box with 8 digital inputs and 4 digital outputs

(4 Form C) and 4 analogue outputs (-1 mA to 1 mA)

D External I/O box with 8 digital inputs and 4 digital outputs

(4 Form C) and 4 analogue outputs (two -1 to 1 mA, and two 0 to 20 mA outputs)

part number. Refer to commercial reference numbers: CBL8X00IOE5FT, CBL-8X00IOE15FT and CBL-8XX0-BOP-IOBOX under Connector cables, below.

Form 9S to Form 9A adapter

Form 35S to Form 35A adapter

Optical communication interface

Connector cables

1.5 m extension cable, mates with 24-pin male Molex connector from the meter to the 24-pin Molex connector on the I/O expander box (not for use with breakout panel E8, F8 & G8 form factors)

44.57 m extension cable, mates with 24-pin male Molex connector from the meter to the 24-pin Molex connector on the I/O expander box (not for use with breakout panel E8, F8 & G8 form factors)

44.57 m extension cable, mates with 24-pin male Molex connector from the meter to the 24-pin female Molex connector on the I/O Expander box (not for use with breakout panel E8, F8 & G8 form factors)

1.8 m connector cable, 24-pin male to 14-pin male Molex connector for connecting an ION8000 Series meter with breakout panel to an I/O Expander Box

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ADVANCED UTILITY METERING DIMENSIONS AND CONNECTION

ION8650 socket dimensions

PE86303PE86305PE86350

ION8650 switchboard dimensions

PE86304PE86306PE86351

I/O Expander dimensions

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ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

ION8650 suggested switchboard mounting dimensions

PE86052

ION8650 switchboard mounting

PE86309

PE86310

Please see appropriate Installation Guide for these products for further details.

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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

ION8650 Series US Version

PLSED310027EN_US

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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