Section 4: Power Monitoring and Control PDF

Section 4: Power Monitoring and Control PDF

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PowerLogic HDPM6000 Power Meters

PowerLogic™ HDPM6000 High-Density Power Meters

The PowerLogic™ HDPM6000 high-density, multi-circuit busway and panelboard power meters are applicable for cost and network management in large and critical power applications.

The PowerLogic HDPM6000 high-density metering system provides the data you need to achieve energy accountability and regulatory compliance. It helps you improve power quality to avoid downtime by monitoring power problems at the circuit level, giving you visibility across your entire electrical infrastructure.

The HDPM6000 multi-circuit power metering system is modular, scalable, and adaptable to almost any situation. It is the perfect high-density metering solution for main circuits and branch circuits in any type of electrical panel or busway system.

Applications

Ideal for large building applications such as data centers, industrial facilities, infrastructure, and other similar environments.

Market Solutions


Markets that benefit from a solution with PowerLogic™ HDPM6000 include:

  • Data centers

  • Industrial facilities

  • Healthcare facilities

  • Manufacturing

Competitive advantages


  • Asset management

    • Identify increased harmonics in the rack servers to detect a potential disruption

    • Total harmonics distortion

    • Waveform capture

  • Display and web page visualization

    • Optional touchscreen display accesses meter data

    • User-friendly web interface allows configuration of branch circuits and commissioning of meter system

  • Data logging and software monitoring

    • Data logging and on-board memory storage

    • EcoStruxure™ PME and Power Operation integration

  • Busway solution

    • Modular distributed architecture meets data center requirements in an all-in-one solution

Benefits


  • Modular platform approach provides scalability and minimizes integration costs, start up time, and operational expenses.

  • Provides power quality metrics down to the branch circuit, allowing users to effectively monitor circuit loads, manage power consumption, allocate energy costs and maximize uptime across their facilities.

  • Makes energy and power quality data immediately actionable and relevant to operational and sustainability goals.

Power management solutions


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

HDPM6000 Head Unit and Modules

Technical specifications

Features
Web interface For configuration and live data access
Supported protocols Modbus TCP/IP, SNMP, BACnet IP HTTPS, IPV6 are supported
Data storage Min. 8 GB SD card to store log data and waveform captures provided
Alarms On-board user-configurable alarms and alerts
Power quality analytics Waveform capture (natively with Head Unit, Busway, Strip 24 Circuit modules- optional with Retrofit and Strip 21 Circuit modules), voltage THD (Head Unit only), current THD, voltage imbalance (Head Unit only), current imbalance, current Total Demand Distortion (Head Unit only)
Electrical Characteristics
Measurement voltage Per UL 61010-1: up to 277 Vac L-N/480 Vac L-L
Per IEC 61010-1: up to 277 Vac L-N/480 Vac L-L
Single phase 2-wire plus ground, 3-wire plus ground or 4-wire plus ground
Specified accuracy range 108 Vac L-N/187 Vac L-L to 332 Vac L-N/576 Vac L-L
Maximum continuous overvoltage at voltage measurement inputs 580 Vac L-L
Input frequencies 50/60 Hz
24 Vdc power supply

The HDPM6000 Head Unit needs to be powered with a 24 Vdc power supply.

The input voltage for the power supplies available in the HDPM catalogue are: 100...240 Vac or 264...575 Vac to 24 Vdc output.

The HDPM6000 branch circuit modules receive the 24 Vdc from the Head Unit via the bus port CAT6 cable.
Measurement category CAT III
CT support UL2808, 20-4000 A with internal burden resistor and 250 mV signal (no shorting blocks required)
CT options Solid-core or split-core type current transformers with a maximum voltage of 480 V
Supported Protocols
Maximum number of concurrent Modbus TCP connections 25
Environmental Characteristics
Operating temperature -20...60 °C (-4...140 °F)
Storage temperature -40...85 °C (-40...185 °F) - for IO and EIM Module: -20...70 °C (-4...158 °F)
Relative humidity 5...90% non-condensing
Maximum operating altitude 2,000 m (6,562 ft)
Non-operating altitude 15,000 m (49,213 ft)
Noise level < 65 dba at 6 ft (72 in) from the HDPM6000
Mounting location Not suitable for wet locations, for indoor use only
Pollution degree (Head Unit) 2
Measurement Accuracy

The HDPM6000 Head Unit Real Energy (kWh) meets the accuracy limits of ANSI C12.20 Class 0.5 and IEC 62053-22 Class 0.5S according to the following tests:
Measurement type IEC 62053-22 2021 ANSI C12.20-2015
IEC 62053-22 2021 Class 0.5 ANSI C12.20-2015 Class 0.5
Variation of current IEC 62052-11:2020, 9.4.12 N/A
Equality of circuits N/A Test 7
Variation of voltage IEC 62052-11:2020, 9.4.3 Test 5
Variation of frequency IEC 62052-11:2020, 9.4.6 Test 6
Variation of ambient temperature IEC 62052-11:2020, 9.4.4 Test 19
Load performance N/A Test 3
Variation of PF N/A Test 4

Waveform Capture Specifications

Modules Frequency (Hz) Number of samples per cycle Number of cycles per current and voltage waveform Portion of waveform capture that is pre-event
HDPM6000,HDPM6000R, HDPM6000S, HDPM6000S24 50 160 12.8 2/3
60 133.3 15.3 2/3
HDPM6000B 50 160 6.4 1/2
60 133.3 7.6 1/2
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