2018 Catalog. Easergy P3. Network Protection Relays

Transcription

1 2018 Catalog Easergy P3 Network Protection Relays

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3 General Contents PM Range description 6 Easergy P3 Standard 28 Easergy P3 dvanced 48 Easergy digital experience 78 dditional modules and accessories 88 Schneider Electric service 98 Ordering 102 schneider-electric.com Easergy P3 Catalog 3

4 Take the Easergy P3 further with EcoStruxture TM 450,000 EcoStruxure TM systems deployed since 2007 with the support of our 9,000 system integrators. EcoStruxure architecture and interoperable technology platform bring together energy, automation, and software. This provides you with enhanced value through greater safety, reliability, efficiency, sustainability, and connectivity. Turn data into action EcoStruxure architecture lets you maximize the value of your data. It helps you:: Efficient asset management Boost your efficiency and reduce downtime using predictive maintenance tools. Translate data into actionable intelligence and better business decisions Make informed decisions to secure uptime and operational efficiency thanks to real-time control platforms Get visibility into your electrical distribution by measuring, collecting, aggregating, and communicating data 24/7 connectivity Make better informed decisions with real-time data that s available everywhere, anytime. Increased safety Enhance your people and equipment s safety with embedded arc flash protection that s based on proven designs and experience. Connect Collect nalyze Take action Connect everything, from shop floor to top floor Capture critical data at every level, from sensor to cloud Convert data into meaningful analytics CLOSE THE LOOP Drive action through real-time information and business logic EcoStruxure Platform Building Data Center Industry Infrastructure End-to-End Cybersecurity Cloud and/or On Premise pps, analytics, and services Edge control Connected products EcoStruxure TM EcoStruxure TM EcoStruxure TM EcoStruxure TM EcoStruxure TM EcoStruxure TM Building Power IT Machine Plant Grid 4 Easergy P3 Catalog schneider-electric.com

5 Easergy P3 at a glance PM PM What is Easergy P3? Easergy P3 is a complete range of protection relays for medium voltage applications, including feeder, motor, transformer, and generator protection. It embeds all the latest communication protocols on serial or Ethernet links. Based on more than 100 years of experience in network protection relays, Easergy P3 benefits from the reliability of Sepam, MiCOM and Vamp. Unparalleled Efficiency Better Connectivity Enhanced Safety Simple selection and ordering with EcoReal MV Simplified configuration with the new esetup Easergy Pro setting tool Faster delivery with on-the-shelf availability of standard configurations Simpler operation and maintenance with the Easergy Smartpp 9 communication protocols in one box, including IEC Increased number of inputs and outputs for more possibilities Embedded arc protection Built-in virtual injection testing Compliant with international standards (i.e. IEC ) DM Range overview P3G30/P3G32 P3U30 P3T32 P3U30 P3F30/P3L30 P3U30 P3M30/P3M32 Generator differential G G Universal U Transformer differential T U L L U Universal U Directional & Line diff. F U Universal U U U Motor differential M T U L L G U M M schneider-electric.com Easergy P3 Catalog 5

6 Easergy P3 Range description 6 Easergy P3 Catalog schneider-electric.com

7 Easergy P3 Range description Overview 8 Selection guide 9 Selection guide by application 12 rc flash application 12 Feeder/incomer application 13 Motor application 15 Transformer application 16 Generator application 18 Capacitor application 19 Communication Examples of network architectures 21 schneider-electric.com Easergy P3 Catalog 7

8 Range description Overview PM PM Easergy P3 Standard Easergy P3 is a family of digital protection relays for distribution networks dedicated to: Buildings and Industry: Retail Hotels Healthcare Education and research Transportation Industrial buildings Data Center Utilities - Energy distribution Large sites: Oil and Gas Mining Mineral and Metals Water Easergy P3 protection relay is based on proven technology concepts and developed in close cooperation with customers, so it s built to meet your toughest demands. It s available in two sizes to best fit your needs: The Easergy P3 Standard combines protection functions such as directional earth fault for feeder and motor protection in a one-box solution. The Easergy P3 dvanced features a modular design that allows user-defined conventional protection and arc flash protection solutions in both new and existing power distribution systems. Easergy P3 dvanced Easergy products are designed to be user friendly, a feature that is proven in our customer reports day after day. You ll benefit from features that include: complete set of protection functions, related to the application rc detection (Easergy P3 dvanced) Dedicated circuit breaker control with single-line diagram, push buttons, programmable function key and LEDs, and a customizable alarm Multilingual HMI for customized messaging Settings tool relay management software for setting parameters, configuring, and network fault simulation Both serial and Ethernet communication, including redundancy IEC standard Ed.1 & Ed.2 8 Easergy P3 Catalog schneider-electric.com

9 Range description Selection guide Easergy P3 contains Two main devices, each with specific functions to address your needs in a one-box design, regardless of application. Easergy P3 Standard Easergy P3 dvanced Feeder Transformer Motor Generator P3U10 P3U20 P3U30 with directional O/C with voltage protection P3F30 with directional P3L30 line diff. & distance - P3M30 P3G30 - P3T32 with differencial P3M32 with differencial P3G32 with differencial Characteristics Phase current 1/5 CT (x3) 1/5 CT (x3) 1/5 CT (x6) Measuring inputs Residual current 1/5 CT or 0.2/1 CT 1/5 CT & 1 CT or 1 CT & 0.2 CT 1/5CT (x2) & 1 CT or 1/5 CT & 1 CT & 0.2 CT Voltage VT (x1) VT (x4) VT (x4) VT (x4) rc-flash sensor input - 4 point sensor (1) (2) 4 point sensor (1) Digital Input to 36 6 to 16 Output 5 + SF 5 + SF 8 + SF 10 to 21 + SF 10 to 13 + SF nalogue Input - 0 or 4 (1) 0 or 4 (1) Output - 0 or 4 (1) 0 or 4 (1) Temperature sensor input - 0 or 8 or 12 (1) 0 or 8 or 12 (1) Front port USB type B USB type B Nominal power supply 24V dc or V ac/dc 24 to 48V dc or V ac/dc mbient temperature, in service -40 to 60 C (-40 to 140 F) -40 to 60 C (-40 to 140 F) Communication Rear ports RS232, IRIG/B, RS485, Ethernet - IEC61850 ed1 & ed2 - IEC & DNP3 over Ethernet - DNP3 serial - Modbus serial - Modbus over Ethernet - Ethernet IP - DeviceNet - Profibus DP - SPbus - Redundancy protocols (RSTP/PRP) - Others Control 1 object mimic 6 controlled + 2 monitored objects mimic 6 controlled + 2 monitored objects mimic Logic (Matrix + Logic equation) Withdrawable CT connector with shorting - Remote HMI - Hardware dimensions (W/H/D) 171 x 176 x 214 (3) mm / 6.73 x 6.93 x 8.43 in 264 x 177 x 208 mm / x 6.97 x 8.19 in (1) Depends on optional module (2) rc flash protection option not available on Easergy P3L30 (3) 226 mm (8.90 in) with ring-lug connectors schneider-electric.com Easergy P3 Catalog 9

10 Range description Selection guide Protection functions NSI code Standard (P3U) P3U10 P3U20 dvanced (P3x) P3U30 P3F30 P3L30 P3M30 P3M32 P3G30 P3G32 P3T32 Distance Under-impedance 21G Fault locator 21FL Overfluxing Synchro-check Undervoltage Positive sequence undervoltage 27P Stator earth-fault detection 27TN/64G Directional active underpower Phase undercurrent Temperature monitoring 38/49T 12 (0)(1) 12 (1) 12 (1) 12 (1) 12 (1) 12 (1) 12 (1) 12 (1) 12 (1) Loss of field Under-reactance 21/ Negative sequence overcurrent (motor, generator) Cur. unbalance, broken conductor 46BC Incorrect phase sequence Excessive start time, locked rotor 48/51LR Thermal overload Phase overcurrent 50/ Earth fault overcurrent 50N/51N Breaker failure 50BF Switch On To Fault (SOTF) 50HS Capacitor bank unbalance 51C Voltage dependant overcurrent 51V Overvoltage Capacitor overvoltage 59C Neutral voltage displacement 59N CT supervision VT supervision 60FL Stator earth fault 64S Frequent start inhibition Directional phase overcurrent Directional earth-fault o/c 67N Transient intermittent 67NI Magnetizing inrush detection 68F Fifth harmonic detection 68H Pole slip 78PS uto-recloser Over or under frequency 81-2/2 2/2 2/2 2/2 2/2 2/2 2/2 2/2 Rate of change of frequency 81R Under frequency 81U Lockout Line differential 87L Machine differential 87M Transformer differential 87T Programmable stages rc-flash detection stages Cold load pick-up Programmable curves Setting groups (3) (0) No temperature sensors for P3U10 and 12 optional for P3U20 (1) Using external RTD module (2) P3U10 and P3U20 offer one voltage input. Function availability depends on the connection of the voltage input (3) Not all protection functions have 4 setting groups. See details in the manual. 10 Easergy P3 Catalog schneider-electric.com

11 Range description Selection guide Control functions Standard (P3U) P3U10 P3U20 dvanced (P3x) P3U30 P3F30 P3L30 P3M30 P3M32 P3G30 P3G32 P3T32 Switchgear control and monitoring 1/ Switchgear monitoring only Programmable switchgear interlocking Local control on single-line diagram Local control with O/I keys Local/remote function Function keys Custom logic (logic equations) Control with Smart pp Measurement RMS current values (1) (1) (1) RMS voltage values RMS active, reactive and apparent power - Frequency Fundamental frequency current values (1) (1) (1) Fundamental frequency voltage values - Fundamental frequency active, reactive and apparent power values Power factor - Energy values active and reactive - Energy transmitted with pulse outputs - Demand values: phase currents Demand values: active, reactive, apparent power and power factor Min and max demand values: phase currents Min and max demand values: RMS phase currents Min and max demand values: active, reactive, apparent power and power factor Maximum demand values over the last 31 days and 12 months: active, reactive, apparent power Minimum demand values over the last 31 days and 12 months: active, reactive power Max and min values: currents Max and min values: voltages Max and min values: frequency Max and min values: active, reactive, apparent power and power factor Harmonic values of phase current and THD (1) (1) (1) Harmonic values of voltage and THD - Voltage sags and swells - Logs and Records Sequence of event record Disturbance record Tripping context record Monitoring functions Trip circuit supervision (NSI 74) Circuit breaker monitoring Relay monitoring (1) Function available on both sets of CT inputs schneider-electric.com Easergy P3 Catalog 11

12 Range description Selection guide by application rc flash application Busbar arc protection rc protection, activated by overcurrent and light signals, or light signals alone Centralized busbar arc protection De-centralized busbar arc protection DM P3F30 P3G30 P3T32 P3G32 DM P3F30 P3G30 P3T32 P3G32 P3F30 P3T32 P3M30 P3M32 Up to 4 light point sensors to monitor the busbar Up to 4 light point sensors in each relay Transmission of light detection signals via digital I/O or IEC GOOSE messages Zone arc protection Up to 8 arc protection stages in each relay DM P3F30 P3G30 P3T32 P3G32 Zone 1 light detection signal Light detection in zone 1: signal sent to upstream relay for tripping Light detection in zone 2: incomer Easergy P3 trips, if fault confirmed by overcurrent Zone 2 Zone 1 Light detection in zone 3: corresponding outgoing Easergy P3 trips, if fault confirmed by overcurrent P3F30 P3T32 P3M30 P3M32 Zone 3.1 Zone Easergy P3 Catalog schneider-electric.com

13 Range description Selection guide by application Feeder/incomer application Outgoing protection Feeder overcurrent protection Feeder overload protection Protection of low-capacitance feeders in impedance-earthed or solidly-earthed neutral systems Protection of high-capacitance feeders in impedance-earthed or compensated or isolated neutral systems Protection of feeders with metering DM DM DM P3U10 P3U20 P3U30 P3F30 P3U10 P3U20 P3U30 P3F30 P3U30 P3F30 Feeder earth-fault overcurrent Directional earth-fault overcurrent Transient intermittent earth-fault Power and energy measurement Min and max demand values over the last 31 days and 12 months Incomer protection Busbar overcurrent protection Incomer protection without voltage monitoring Incomer protection with voltage and frequency monitoring DM DM DM P3U10 P3U20 P3U30 P3F30 P3U10 P3U20 P3U30 P3F30 P3U30 P3F30 Earth-fault overcurrent Incomer protection with power quality monitoring Neutral voltage displacement protection for isolated system Parallel incomer protection Under/over voltage Frequency, rate of change of frequency DM DM P3U30 P3F30 P3U30 P3F30 P3U30 P3F30 Voltage and frequency min and max values Voltage harmonic values and THD Voltage sags and swells Directional phase overcurrent Directional earth-fault overcurrent schneider-electric.com Easergy P3 Catalog 13

14 Range description Selection guide by application Feeder/incomer application Line protection Overcurrent and earth-fault protection (directional and non-directional) Feeder overload protection Overhead line protection Incomer protection with fault locator Line protection with line differential and distance functions DM DM DM P3F30 P3U30 P3F30 P3L30 P3L30 Recloser Feeder fault locator Incomer fault locator Line differential protection Distance protection 14 Easergy P3 Catalog schneider-electric.com

15 Range description Selection guide by application Motor application Motor protection Motor overcurrent and earth-fault overcurrent Thermal overload Motor start-up supervision Motor restart inhibition Motor protection without voltage monitoring Motor protection with voltage monitoring Motor protection with differential function DM DM DM P3U20 P3U30 P3M30 P3U30 P3M30 P3M32 RTD module Temperature measurement (stator, bearings) Undervoltage protection Differential protection Motor-transformer unit protection Motor-transformer overcurrent Transformer earth-fault overcurrent Thermal overload Motor start-up supervision Motor restart inhibition External trip from thermostat/buchholz Motor-transformer unit protection Motor-transformer unit protection with differential function DM DM P3U30 P3M30 P3M T T RTD module Temperature measurement (stator, bearings) Motor neutral point displacement Differential protection Motor earth-fault overcurrent schneider-electric.com Easergy P3 Catalog 15

16 Range description Selection guide by application Transformer application Transformer feeder protection Transformer overcurrent and earth-fault overcurrent protection Thermal overload protection External trip from thermostat/buchholz Transformer feeder protection Transformer feeder protection without voltage monitoring Transformer feeder protection with voltage monitoring DM DM DM P3U10 P3U20 P3U30 P3F30 P3U20 P3U30 P3F30 P3U30 P3F T T RTD module Directional earth-fault overcurrent for impedance earthed or compensated neutral systems Temperature measurement (ambient, oil) Over and undervoltage protection Transformer feeder protection with additional current measurement Transformer feeder protection with differential function DM DM DM P3F30 P3F30 P3T T T T Tank earth-leakage protection Earth-fault overcurrent on the secondary side Differential protection Restricted earth-fault protection (high impedance) 16 Easergy P3 Catalog schneider-electric.com

17 Range description Selection guide by application Transformer application Transformer incomer protection Busbar overcurrent protection Inter-trip from primary CB protection Transformer incomer protection without voltage monitoring Transformer feeder protection with voltage monitoring DM DM DM P3U10 P3U20 P3U30 P3F30 P3U10 P3U20 P3U30 P3F30 P3U30 P3F30 Transformer earth-fault overcurrent Parallel transformer incomer protection Earth-fault overcurrent for transformer and back-up protection Over and undervoltage protection Power and energy measurement Min and max demand values over the last 31 days and 12 months Transformer incomer protection with differential function overcurrent DM DM P3U30 P3F30 P3U30 P3F30 P3T32 Directional phase overcurrent Transformer differential overcurrent Restricted earth-fault overcurrent (high impedance) schneider-electric.com Easergy P3 Catalog 17

18 Range description Selection guide by application Generator application Small generator transformer unit protection Overcurrent protection of the supplied network Voltage and frequency monitoring External trip from thermostat/buchholz Protection of a stand-alone generator-transformer unit DM DM T T P3U30 P3G30 P3U30 P3G30 Earth-fault overcurrent protection of the supplied network Note: monitoring of generator insulation must be ensured by another device Earth-fault overcurrent protection of the generator Earth-fault overcurrent protection of the supplied network Protection of a generator-transformer unit coupled to another source DM DM T T P3U30 P3G30 P3G30 Earth-fault overcurrent protection of the transformer Neutral voltage displacement to detect transformer earth-fault when CB is open Synchro-check Note: monitoring of generator insulation must be ensured by another device Earth-fault overcurrent protection of the generator and the transformer Neutral voltage displacement to detect transformer earth-fault when CB is open Synchro-check 18 Easergy P3 Catalog schneider-electric.com

19 Range description Selection guide by application Generator application Mid-size generator protection Under-impedance Loss of field Voltage and frequency monitoring Protection of a generator coupled to another source Generator protection with differential function Generator-transformer unit protection with differential function DM DM DM T P3G30 P3G32 P3G32 Earth-fault overcurrent protection of the generator when coupled Neutral voltage displacement to detect generator earth-fault when CB is open Synchro-check Stator earth-fault detection Differential protection Stator earth-fault detection Differential protection Restricted earth-fault protection (high impedance) schneider-electric.com Easergy P3 Catalog 19

20 Range description Selection guide by application Capacitor application Capacitor bank protection Capacitor bank overcurrent and earth-fault protection Capacitor bank overload protection Capacitor bank protection without voltage monitoring Capacitor bank protection with voltage monitoring Protection of harmonic filters DM DM DM P3U10 P3U20 P3U30 P3F30 P3U30 P3U10 P3U20 P3U30 Capacitor overvoltage protection, based on current measurement and harmonics Current harmonic values and THD Capacitor bank unbalance Overvoltage Current and voltage harmonic values and THD Overvoltage Capacitor bank unbalance Capacitor overvoltage protection, based on current measurement and harmonics Current harmonic values and THD 20 Easergy P3 Catalog schneider-electric.com

21 Range description Communication SCD system DM HMI/ SCD Serial link Daisy chain Relay 1 Relay 2 Relay n (n = 32) max Connection to SCD using serial line This architecture allows you to connect HMI/SCD to a set of Easergy protection relays using a multi-drop serial communication link with master-slave communication. vailable protocols: Modbus RTU IEC IEC DNP3 DeviceNet Profibus SPbus Time synchronisation protocol: IRIG-B Minute pulse DM HMI/ SCD Connection to SCD using Ethernet This architecture allows you to connect a set of Easergy protection relays directly to an Ethernet network. Ethernet switch Sub- Network Ethernet switch Ethernet Network vailable protocols: IEC IEC DNP3 Modbus EtherNet/IP Note: It is possible to mix on the same Ethernet network the IEC protocol with any of the 4 other protocols. This allows you to use the GOOSE messages between relays together with another protocol for communication to SCD. It is also possible to connect an Easergy relay to 2 different control systems, using the same Ethernet communication port and IEC protocol for one of them and any available protocol for the other one. The Easergy P3 relay handles the IEC station bus, in compliance with standards IEC , 7-1, 7-2, 7-3, 7-4 and 8-1 Ed.1 or Ed.2, according to configuration. Other available Ethernet protocols: FTP for file transfer SNTP for time synchronization HTTP for web server schneider-electric.com Easergy P3 Catalog 21

22 Range description Communication Example of communication DM Panel HMI Ethernet switch Easergy Pro rchitecture example 1 Switchboard internal network Ethernet GOOSE messages GOOSE messages This architecture allows fast GOOSE communication between Easergy protection relays of the switchboard, thus avoiding costly wiring. Typical uses are logic discrimination, load shedding, etc. In addition, a panel HMI featuring a web browser can be used to monitor and control the entire switchboard. spare connection on the panel Ethernet switch can also be provided for connecting the Easergy Pro. DM HMI/ SCD Serial link Daisy chain Relay 1 Relay 2 Relay n (n = 32) max rchitecture example 2 Connection to SCD using serial lines and legacy protocols This architecture allows you to connect HMI/SCD to a set of Easergy protection relays using a multi-drop serial communication link with master-slave communication protocols such as Modbus-RTU, DNP3, or IEC The RS485 serial communication port of the Easergy protection relay enables simple daisy chaining wiring thanks to its 2 RJ45 connectors, suited for 2-wire or 4-wire cabling. termination module is plugged into the last connection. s an alternative, the fiber optic serial communication port can be used. DM HMI/ SCD rchitecture example 3 Connection to HMI/SCD using Ethernet with redundant paths Ethernet switch Ethernet switch Ethernet Network When using an Ethernet infrastructure for the system network, redundant paths are often created. This is usually a deliberate action to improve communication availability, but can also result from non-mastered and overly complicated network architectures. Redundant paths, however, can result in loops that are not compatible with normal Ethernet operation because they permit frames to propagate endlessly, inducing a phenomenon known as "frame storm." Using such network topologies therefore requires the use of special management techniques. Sub- Network 22 Easergy P3 Catalog schneider-electric.com

23 Range description Communication SCD system DM Ethernet switch HMI/ SCD Ethernet switch RSTP (Rapid Spanning Tree Protocol) The principle of RSTP is to virtually cut all links that are not necessary at a given time, changing the meshed topology into a tree topology. The main advantage of RSTP is that it is widespread and works on any network topology. On the other hand, RSTP takes milliseconds or seconds to reconfigure the network in case of network interruption. Ethernet switch Ethernet switch DM Network HMI/ SCD Network B PRP (Parallel Redundancy Protocol) The principle of PRP is to transmit frames in parallel on two independent network infrastructures: and B. The receiving device is in charge of eliminating the redundant frame if it is received. PRP features a 0 ms recovery time in case of failure. PRP is supported by Easergy P3 relays. schneider-electric.com Easergy P3 Catalog 23

24 Range description Communication Data exchanged between Easergy P3 and SCD Ethernet ports Protocol IEC Ethernet/IP FTP Real-time data Measurement - larms and status - Controls - Time-stamped events - Historical data Disturbance records - Setting management Setting group change - Serial Ports Protocol IEC DeviceNet Profibus SPbus Real time data Measurement larms and status Controls Time-stamped events Historical data Disturbance records Sequence of event record files Setting management Setting group change Settings Easergy P3 Catalog schneider-electric.com

25 Range description Communication Data exchanged between Easergy P3 and SCD Ethernet or Serial ports Protocol DNP3 IEC Modbus Real-time data Measurement larms and status Controls Time-stamped events Setting management Setting group change schneider-electric.com Easergy P3 Catalog 25

26 Range description Communication Engineering system and System configuration DM esetup Easergy Pro Easergy web-hmi Engineering system Ethernet esetup Easergy Pro esetup Easergy Pro can be connected to a single Easergy protection relay on the front USB port or to a group of Easergy protection relays via Ethernet. Easergy Smartpp esetup Easergy Set allows you to prepare the configuration of the relay without having any physical relay. For this purpose, esetup Easergy Pro provides the latest version of the configuration description file directly from the web. Easergy Pro Easergy Smartpp Easergy Smartpp can be connected to the Easergy protection relays using a Wi-Fi router. Easergy Smartpp is also connected to the safe repository, allowing you to access todocuments and store files downloaded from the relay. Easergy web-hmi Safe Repository and Schneider Electric web In addition to esetup Easergy Pro, most of the resources of the relay can be accessed with a standard web browser, using the web pages embedded into the relay. System configuration according to IEC The methodology described in IEC standard can be applied with Easergy protection relays to build a protection and control system based on this standard. DM icd file System configurator.icd file Safe Repository and Schneider Electric web When the configuration of an Easergy protection relay is done, setting tool can generate IED capability file. This file can be used by the system configurator. esetup Easergy Pro 26 Easergy P3 Catalog schneider-electric.com

27 Range description Communication rc flash protection system by network communication rc flash protection system: pplication example In this application example, the arc flash sensor for zone 4.1 is connected to Device 1. If the arc flash sensor awakens and simultaneously Device 3 sends a current signal, the zone 4.1 is isolated by the outgoing feeder breaker. The arc flash sensor for zone 4.2 is connected to Device 2 and operates the same way. The arc flash sensors for zone 3 are connected to Device 1, 2, or 3. If a sensor awakens in zone 3, the light-only signal is transferred to Device 3, which then trips the main circuit breaker. n eventual arc flash fault in zone 1 or 2 does not necessarily activate the current element in Device 2. However, arc detection can be achieved by using the light-only principle. If an arc flash occurs in cable termination, zone 1, or zone 2, the fault is cleared by the upstream circuit breaker. DM ZONE 1 = rc Sensor ZONE 2 ZONE 3 ZONE 4.1 ZONE4.2 Ethernet IEC with GOOSE message schneider-electric.com Easergy P3 Catalog 27

28 Easergy P3 Standard 28 Easergy P3 Catalog schneider-electric.com

29 Easergy P3 Standard Presentation 30 Functional view 32 Base unit presentation 35 Local HMI 35 Rear panel connections 36 Base unit dimensions 37 Dimensions 37 Cut-out and mounting 37 Base unit characteristics 38 Technical characteristics 38 Environmental characteristics 39 Communication protocols 41 Programmable stages 42 Circuit breaker control 43 Connection diagram 44 Model selection 47 schneider-electric.com Easergy P3 Catalog 29

30 Easergy P3 Standard Presentation The Easergy P3 Standard protection relay has been developed to meet your standard protection needs for building, distribution utilities, and industrial applications. Thanks to its optimized and flexible design, the Easergy P3 Standard provides an excellent solution for various protection applications. The user-friendly Easergy P3 Standard brings greater efficiency to your operations by enabling rapid ordering, configuration, and operations for an unparalleled digital experience Easergy P3 Standard at a glance Universal ll-in-one box with feeder, transformer, and motor protections ll communication protocols embedded on serial and Ethernet links including IEC ed.1 and ed. 2 Robust Best-in class reliability based on 100+ years of experience in Sepam, MiCOM and Vamp relays Strong tests performed in international laboratories Compliant to IEC electro-mechanical standards Efficient and connected Easy to order with 10 standard configurations delivered off the shelf in less than 7 days (location dependent) Easy to configure with the unique esetup Easergy Pro setting software Easy to test with the virtual simulation test for direct injection of current and voltage from esetup Easergy Pro Easy to install with withdrawable rear connectors with CT shortening Easy to use and maintain with the embedded web-hmi and Easergy Smartpp for direct access on site via your laptop, smartphone, or tablet. PM Easergy P3 Standard with panel seal cover REL Easergy P3 Catalog schneider-electric.com

31 Easergy P3 Standard Presentation Easergy P3 is designed to cover all the standard applications with only one device: the Universal Protection. DM Feeder U U U U U U M Capacitor Motor Feeder Transformer Easergy P3 Standard is available in 3 models: Model Communication Main advantages Easergy P3U10 4 CT / 1VT 2 DI / 5 DO Easergy P3U20 4 CT / 1VT 10 DI / 5 DO Easergy P3U30 4 CT / 4VT 16 DI / 8 DO Stand-alone device, without communication ports Open communication protocols on serial or Ethernet links, with IEC Open communication protocols on serial or Ethernet links, with IEC Simplicity, while allowing the latest features, like single-line diagrams (mimics), programmable protection stages, logics and function keys Openness to IEC 61850, while keeping the core functionnalities of Easergy P3 Standard relay Wide scope of possibilities, with the directional protection, synchro-check, fault location, and increased number of input and outputs common set of functions extends the possibilities of protection and control: Single-line diagrams (mimic) in the display Programmable protection stages Programmable logics 2 programmable function keys Synchro-check function Direct-access USB port Up to 6 objects controlled schneider-electric.com Easergy P3 Catalog 31

32 Easergy P3 Standard Functional view Easergy P3U10 DM HMI interface Function key F1 0 1 LED F1 ON LED LED C LED E Control buttons LED G Mimic Diagram I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V F2 LED F2 Service LED B LED D LED F LED H USB Local Port REL52822 esetup Easergy Pro Programmable Logic Inputs ND TIMER OR COUNTER XOR Output Setting groups:4 H2/H5 SOTF CLPU LR 66 59C 50BF 59N 50 67NI 51 67N 51C N 50G 51N 51G X3 Connector DI1 DI2 SF T1 T2 T3 T4 1 I1 / I2 / I3 Io V/V0 nalog measurement card Current input Voltage input I1 I2 I3 Io - V Power Supply Circuit Breaker controls 32 Easergy P3 Catalog schneider-electric.com

33 Easergy P3 Standard Functional view Easergy P3U20 DM HMI interface H2/H5 SOTF CLPU Function key 0 1 Control buttons Setting groups:4 79 F1 LED F1 ON LED LED C LED E LED G Programmable Logic LR T Mimic Diagram I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V T E M P Modbus DNP3.0 IEC-103 SPbus F2 LED F2 Service LED B LED D LED F LED H USB Local Port Inputs ND TIMER OR COUNTER XOR Output Comm. interface - X4 RS485 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP Comm. interface - X4 WebServer Comm. interface - X4 LC LC WebServer Comm. interface - X4 LC WebServer Two protocols at the same time Comm. interface - X4 Two protocols at the same time WebServer esetup Easergy Pro IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B RS232 + IRIG-B Connect to RS232 port 50BF 59C RS232 REL52820 RS232 REL52816 REL52819 RS232 REL NI 59N Modbus DNP3.0 IEC-103 Modbus DNP3.0 IEC-103 SPbus DeviceNet RS485 RS C N 50N 50G 51N 51G X4 Connector DI3 DI4 DI5 DI6 DI7 DI8 DI9 DI10 X3 Connector DI1 DI2 SF T1 T2 T3 T4 1 OR REL52812 RS485 RTD CH01 Serial Serial network REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx PTC RTD CH01 I1 / I2 / I3 Io V/V0 nalog measurement card Current input Voltage input I1 I2 I3 Io - V Power Supply RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH02 m In1 RTD CH03 m In2 RTD CH04 m In3 RTD CH05 m In4 RTD CH06 RTD CH07 RTD CH07 m OUT1 RTD CH08 RTD CH08 m OUT2 RTD CH09 RTD CH09 m OUT3 Other type of controls Other type of controls RTD CH10 RTD CH11 RTD CH10 m OUT4 RTD CH11 Circuit Breaker controls RTD CH12 OR RTD CH12 schneider-electric.com Easergy P3 Catalog 33

34 Easergy P3 Standard Functional view Easergy P3U30 DM HMI interface H2/H5 SOTF CLPU Function key 0 1 Control buttons Setting groups:4 79 F1 LED F1 ON LED LED C LED E LED G Programmable Logic LR T Mimic Diagram I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V T E M P F2 LED F2 Service LED B LED D LED F LED H USB Local Port Inputs ND TIMER OR COUNTER XOR Output Comm. interface - X4 Modbus DNP3.0 IEC-103 SPbus RS485 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP Comm. interface - X4 Comm. interface - X4 LC WebServer WebServer Comm. interface - X4 LC LC WebServer Two protocols at the same time Comm. interface - X4 Two protocols at the same time WebServer esetup Easergy Pro IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B RS232 + IRIG-B 67 21FL 37P Connect to RS232 port 50BF 50 67NI 59C 59N T5 T6 X5 Connector DI13 DI16 T7 DI11 DI12 DI14 DI15 RS232 REL52820 Modbus DNP3.0 IEC-103 RS232 REL52816 REL52819 Modbus DNP3.0 IEC-103 SPbus RS232 REL52821 DeviceNet 51 51C N 50N 50G 51N 51G 81R 81 81U X4 Connector DI3 DI4 DI5 DI6 DI7 DI8 DI9 DI10 X3 Connector DI1 DI2 SF T1 T2 T3 T4 1 OR RS485 REL52812 RS485 RTD CH01 Serial RS485 Serial network REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx PTC RTD CH01 I1 / I2 / I3 Io V / V0 V4 nalog measurement card Current input Voltage input I1 I2 I3 Io V1 V2 V3 V0 Power Supply RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH02 m In1 RTD CH03 m In2 RTD CH04 m In3 RTD CH05 m In4 RTD CH06 RTD CH07 RTD CH07 m OUT1 RTD CH08 RTD CH08 m OUT2 RTD CH09 RTD CH09 m OUT3 Other type of controls Other type of controls RTD CH10 RTD CH11 RTD CH10 m OUT4 RTD CH11 Circuit Breaker controls RTD CH12 OR RTD CH12 34 Easergy P3 Catalog schneider-electric.com

35 Easergy P3 Standard Base unit presentation Local HMI DM Mimic Diagram I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Single-line diagram of the power system Comprehensive data for fast and easier operation ll the data required for a local equipment operation may be displayed on demand: Display the single-line diagram and freely assignable analog values Display of all measurements Display of operation and alarm messages Display and setting of all parameters Entry of password to protect parameter and protection settings Ergonomic data presentation Keypad keys identified by pictograms for intuitive navigation Graphical 128x64 LCD screen to display any character or symbol Excellent display quality under all lighting conditions Control buttons (0/1) to operate the circuit breaker and/or other controlled object 8 freely programmable LEDs to identify easily the message showed Labels are printed on a transparent film allowing customization of the relay Programmable function key (F1 / F2) Front panel: Control and push-buttons INFO push-button for viewing additional information, entering the password view, and adjusting the LCD contrast PM F1 Programmable function push-button F2 OK O Programmable function push-button ENTER push-button for activating or confirming a function UP navigation push-button for moving up in the menu or increasing a numerical value DOWN navigation push-button for moving down in the menu or decreasing a numerical value LEFT navigation push-button for moving backwards in a parallel menu or selecting a digit in a numerical value RIGHT navigation push-button for moving forwards in a parallel menu or selecting a digit in a numerical value Circuit breaker OFF push-button 128 x 64 LCD Object control buttons Local port Navigation push-buttons LED indicators Circuit breaker ON push-button HOME/CNCEL push-button for returning to the previous menu. To return to the first menu item in the main menu, press the button for at least three seconds Working language ll the texts and messages displayed on the Easergy P3U are available in two languages at the same time. Consult us for availability. schneider-electric.com Easergy P3 Catalog 35

36 Easergy P3 Standard Base unit presentation Rear panel connections Rear panels views PM PM PM Easergy P3U10 Easergy P3U20 Easergy P3U30 Withdrawable connectors DM DM PM Optional terminal X1: Pluggable screw clamp connector Optional terminal X1: Pluggable ring-lug connector 36 Easergy P3 Catalog schneider-electric.com

37 Easergy P3 Standard Base unit dimensions Cut-out and mounting Cut-out accuracy must be complied with to ensure good withstand. Weight (maximum) Easergy P3U10 / P3U20 / P3U Kg (5.519 Ib) Degree of protection (IEC 60529) IP54 Front panel / IP20 Rear side mm in DM Easergy OK O F1 F I Panel mounting With screw connector B 214 mm / mm / 7.6 DM With ring-lug connector 226 mm / mm / B Projection mounting with the raising frame REL52834 With screw connector B 214 mm / mm / 8.8 DM With ring-lug connector 226 mm / mm / B Raising frame REL Raising frame REL52834 schneider-electric.com Easergy P3 Catalog 37

38 Easergy P3 Standard Base unit characteristics Technical characteristics nalog inputs Phase Current Input 5 CT Configurable for CT secondaries 1 to 10 Residual Current Input (I0) 5 CT Configurable for CT secondaries 0.1 to 10 Residual Current Input (I0) 1 CT Configurable for CT secondaries 0.1 to 10.0 Residual Current Input (I0) 0.2 CSH sensor Configurable for CT secondaries 0.1 to 10.0 Voltage Input Configurable for VT secondaries 50 to 120V Measuring range Input Impedance Consumption Rated thermal withstand Ohm V 20 (Continuously) Ohm V 20 (Continuously) Ohm 0.02 V 4 (Continuously) Ohm 0.02 V 0.8 (Continuously) V (100 V / 110 V) n.a. < 0.5 V 250V (Continuously) 1-second overload 10-second overload n.a. 600 V nalog temperature input and nalog output Type of temperature sensor Pt100 Ni100 Ni120 Cu10 Maximum distance between sensor and module up to 2,000 m (1) up to 2,000 m (1) up to 2,000 m (1) up to 2,000 m (1) nalog Output Minimum current 0 m Maximum current 20 m Operating temperature: 0 C (32 F) to +55 C (131 F) REL52811 / REL to 230 Vac/dc, 50/60 Hz Power supply REL Vdc REL to 230 ac/dc, 50/60 Hz Digital Input Nominal operation voltage DI1 to DI16 24 to 230 V ac/dc 110 to 230 V ac/dc 220 to 230 V ac/dc Typical switching threshold 12 V dc 75 V dc 155 V dc t state V dc 88 V dc 176 V dc Input limit voltage t state 0 < 10.0 V dc < 60 V dc < 140 V dc Frequency 45 to 65 Hz 45 to 65 Hz 45 to 65 Hz Typical consumption Voltage withstand <4 m (typical approx. 3 m) 255 V ac/dc Digital Output Type of contact Control and Trip contact, Tx Signal contact, 1 Signal Contact, SF Rated Voltage 250 V ac/dc 250 V ac/dc 250 V ac/dc Continuous current C V V V Breaking at 48 V dc DC capacity at 110 V dc (L/R=40ms) at 220 V dc Making capacity < 0.5 s < 3.0 s Minimum making capacity Vac/dc Vac/dc Vac/dc Typical operation time <8 ms - - Contact material gni 90/10 gni 0.15 gold plated gni 0.15 gold plated Power supply Nominal Voltage 48 to 230 Vac/dc 24 Vdc Range -20% / +10% (40 to 253 Vac/dc) -20% / +20% (19.2 to 28.8 Vdc) 25 with time constant of 1000 µs Inrush current (DC) 25 with time constant of 750 µs 15 with time constant of 500 µs Power consumption Normal conditions <15 W (<30 V) Output relays activated <25 W (<50 V) cceptable momentary outages <50 ms (110 V dc) (1) 78,750 in 38 Easergy P3 Catalog schneider-electric.com

39 Easergy P3 Standard Base unit characteristics Environmental characteristics Electromagnetic compatibility Emission tests Standard and test class/level IEC/EN (ed3) Test value Conducted EN 55022, Class / CISPR MHz Emitted EN 55011, Class / CISPR MHz Immunity IEC/EN (ed3) 1 Mhz damped oscillatory wave IEC/EN ±2.5kVp CM ±2.5kVp DM Static discharge (ESD) IEC/EN Level 4 ±8 kv contact ±15 kv air Emitted HF field IEC/EN Level MHz, 10 V/m Fast transients (EFT) IEC/EN Level 4 ±4 kv, 5/50 ns, 5 khz Surge IEC/EN Level 3 ±2 kv, 1.2/50 µs, CM ±1 kv, 1.2/50 µs, DM Conducted HF field IEC/EN Level MHz, 10 Vrms Power-frequency magnetic field IEC/EN /m (continuous) 1000 /m 1 3s Pulse magnetic field IEC/EN Level /m, 1.2/50 µs ac and dc voltage dips IEC/EN , IEC/EN % of rated voltage ac: 0.5 cycle dc: 10 ms 40% of rated voltage ac: 10 cycles dc: 200 ms 70% of rated voltage ac: 25 cycles dc: 500 ms ac and dc voltage interruptions IEC/EN , IEC/EN % interruption ac: 250 cycles dc: 5 s Voltage alternative component IEC/EN % of operating voltage (dc) / 10 min Mechanical robustness Standard and test class/level Test value In operation Vibrations IEC , Class II / IEC , Fc 1 Gn, 10 Hz 150 Hz Shocks IEC , Class II / IEC , Ea 10 Gn / 11 ms Seismic IEC Method, Class II 2G horizontal / 1G vertical, 1 35 Hz De-energized Vibrations IEC , Class II / IEC , Fc 2 Gn, 10 Hz 150 Hz Shocks IEC , Class II / IEC , Ea 30 Gn / 11 ms Bump IEC , Class II / IEC , Ea 20 Gn / 16 ms schneider-electric.com Easergy P3 Catalog 39

40 Easergy P3 Standard Base unit characteristics Environmental characteristics Environment tests Standard and test class/level Test value In operation Dry heat EN / IEC , Bd 70 C (158 F) Cold EN / IEC , d -40 C (-40 F) Damp heat, cyclic EN / IEC , Db From 25 C (77 F) to 55 C (131 F) From 93% RH to 98% RH Testing duration: 6 days Damp heat, static EN / IEC , Cab 40 C (104 F) 93% RH Testing duration: 10 days Change of temperature IEC / EN , Nb Lower temp -40 C (-40 F) Upper temp 70 C (158 F) 5 cycles In storage Dry heat EN / IEC , Bb 70 C (158 F) Cold EN / IEC , b -40 C (-40 F) Environmental conditions mbient temperature, in-service mbient temperature, storage Relative air humidity Maximum operating altitude C ( F) C ( F) < 95%, no condensation allowed 2000 m ( ft) Safety Electrical safety tests Standard and test class/level Test value Impulse voltage withstand IEC/EN kv, 1.2/50 µs, 0.5 J 1 kv, 1.2/50 µs, 0.5 J Communication Dielectric test IEC/EN kv, 50 Hz 0.5 kv, 50 Hz Communication Insulation resistance IEC/EN Protective bonding resistance IEC/EN Clearance and creepage distance Power supply burden IEC Design criteria for distances as per IEC nnex C (pollution degree 2, overvoltage category 3) 40 Easergy P3 Catalog schneider-electric.com

41 Easergy P3 Standard Communication protocols PM Easergy P3 Standard can be connected to networks, thus providing access to the following type of data: Events Status information Measurements Control commands Clock synchronizing Settings (SP-bus and embedded SP-bus only) Easergy Smartpp. Main protocols Easergy P3 Standard can be connected directly to serial and/or Ethernet protocols with two different protocols at the same time, selected by esetup Easergy Pro software. Communication protocols: Serial protocols - RS232 / RS485 / serial Fiber Optic (*) port Modbus RTU DNP3.0 IEC IEC DeviceNet (*) ProfibusDP (*) SP-Bus (*) Ethernet protocols - RJ45 / LC port IEC61850 ed1 & ed2 Modbus TCP DNP3.0 IEC Communication ports: Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP Modbus DNP3.0 IEC-103 SPbus Comm. interface - X4 LC LC Comm. interface - X4 RS232 + IRIG-B WebServer WebServer Comm. interface - X4 WebServer Two protocols at the same time Comm. interface - X4 RS485 IEC Modbus DNP3.0 IEC-101 Ethernet/IP Comm. interface - X4 LC RS232 + IRIG-B WebServer Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP Ethernet IP *Need external accessories to connect. PM Redundancy protocols (RSTP or PRP) When the devices are connecting in Ethernet link and demand for higher availability, Easergy P3 Standard can use Rapid Spanning Tree Protocol (RSTP) or Parallel Redundancy Protocol (PRP) to recover from a network failure. Easergy P3 web-hmi Easergy web-hmi webserver is available in Easergy P3 Standard to get information from the device to monitor all data, send commands, and change protection settings. schneider-electric.com Easergy P3 Catalog 41

42 Easergy P3 Standard Programmable stages Programmable protection function Personalize your protection function Easergy P3 Standard allows you to create or personalize the protection function when you need to achieve specific levels of protection. There are now eight stages available to use with various applications. Each stage can monitor any analog (measured or calculated) signal and issue start and trip signals. Programmable stages extend the protection functionality of the manager series to a new level. The Programmable stage has the possibility of comparing two freely selectable signals between each other. Using this feature you can create a comparison function using the relay s own measured or calculated signals. One or both of the signals can be connected to the comparison function over GOOSE. For example, if four stages of frequency are not enough, it is possible to reach a maximum of 12 using programmable stages. Other examples include using the stages to issue an alarm when there are too many harmonics (THD) or indicating reverse power condition by GOOSE.. EM Easergy P3 Catalog schneider-electric.com

43 Easergy P3 Standard Circuit breaker control With Easergy P3 Standard, you get intuitive functionality to protect your electrical network system. Main CB functions are: Trip circuit supervision (NSI 74) CT/VT supervision (NSI 60/60FL) Latching (NSI 86) CB close/open order Number of operations Cumulative breaking current Personalized functions Maximize circuit breaker control Easergy P3 Standard is a simple protection relay with a single-line diagram with control buttons (open and close), two personalized function keys, and eight configurable tricolor LEDs. You can manage the control without external or additional component. Example of implementation The schematic is structured for typical use in MV switchgears, 100% adapted for your use case. You are free to change the internal logic to adapt the Easergy P3 Standard to follow your needs. If a problem occurs, clear and complete information puts you able to make the right decisions immediately. MV network DM CT HMI interface Function key F1 0 I LED F1 ON LED LED C LED E Control buttons LED G Mimic Diagram I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V F2 LED F2 Service LED B LED D LED F LED H USB Local Port Inputs ND TIMER OR COUNTER XOR Output Nominal voltage Latching contact NSI 86 Trip control Order contact Trip Circuit Supervision larm contact for Trip circuit failure 1 T2 Close contact Order contact T1 Digital Input 2 Trip circuit supervision Digital Input 1 Trip circuit supervision Trip circuit failure alarm DI 2 DI 1 T3 This electrical schematic can facilitate the IEC implementation because all the logics are determined by the protection unit that will make the decisions and if necessary can send GOOSE messages to other units. 0 1 Open/Close Mechanical command CLOSE COIL 52a OPEN COIL 52b Circuit Breaker schneider-electric.com Easergy P3 Catalog 43

44 Easergy P3 Standard Connection diagrams Easergy P3U30 example DNGER HZRD OF ELECTRIC SHOCK, ELECTRIC RC OR BURNS - only qualified personnel should install this equipment. Such work should be performed only after reading this entire set of instructions. - NEVER work alone. - turn off all power supplying this equipment before working on or inside it. Consider all sources of power, including the possibility of backfeeding. - always use a properly rated voltage sensing device to confirm that all power is off. - start by connecting the device to the protective earth and to the functional earth. - screw tight all terminals, even those not in use. Failure to follow these instructions will result in death or serious injury. DM pplication with 3 phase CTs, 1 earth CT, 1 VT and CB control OR OR 1 T1 T2 T3 T4 1 SF DI1 DI2 X3 X1 X2 USB Local Port I1 I2 I3 Io V1 V2 V3 Easergy P3U30 V4 X5 DI16 DI15 DI14 DI13 DI12 DI11 DI10 DI9 DI8 DI7 DI6 X4 DI5 DI4 DI3 T5 T6 T COM X4 Serial communication port 44 Easergy P3 Catalog schneider-electric.com

45 Easergy P3 Standard Connection diagrams Easergy P3U30 example DNGER HZRD OF ELECTRIC SHOCK, ELECTRIC RC OR BURNS - only qualified personnel should install this equipment. Such work should be performed only after reading this entire set of instructions. - NEVER work alone. - turn off all power supplying this equipment before working on or inside it. Consider all sources of power, including the possibility of backfeeding. - always use a properly rated voltage sensing device to confirm that all power is off. - start by connecting the device to the protective earth and to the functional earth. - screw tight all terminals, even those not in use. Failure to follow these instructions will result in death or serious injury. DM pplication with 3 phase CTs, 1 earth CT, 3 VTs, synchro-check and CB control OR OR 1 T1 T2 T3 T4 1 SF DI1 DI2 X3 X1 X2 USB Local Port I1 I2 I3 Io V1 V2 V3 Easergy P3U30 V4 X5 DI16 DI15 DI14 DI13 DI12 DI11 DI10 DI9 DI8 DI7 DI6 X4 DI5 DI4 DI3 T5 T6 T X4 Redundant Ethernet Network - RSTP or PRP schneider-electric.com Easergy P3 Catalog 45

46 Easergy P3 Standard Connection diagrams Easergy P3U30 example DNGER HZRD OF ELECTRIC SHOCK, ELECTRIC RC OR BURNS - only qualified personnel should install this equipment. Such work should be performed only after reading this entire set of instructions. - NEVER work alone. - turn off all power supplying this equipment before working on or inside it. Consider all sources of power, including the possibility of backfeeding. - always use a properly rated voltage sensing device to confirm that all power is off. - start by connecting the device to the protective earth and to the functional earth. - screw tight all terminals, even those not in use. Failure to follow these instructions will result in death or serious injury. DM pplication with 3 phase CTs, 1 earth CT, 4 VTs and CB control OR OR 1 T1 T2 T3 T4 1 SF DI1 DI2 X3 X1 X2 I1 I2 I3 Io USB Local Port V1 V2 V3 Easergy P3U30 V4 X5 X4 DI16 DI15 DI14 DI13 DI12 DI11 DI10 DI9 DI8 DI7 DI6 DI5 DI4 DI3 T5 T6 T Go to X2 Slot (pin 1 & 2) X4 Redundant Ethernet Network - RSTP or PRP 46 Easergy P3 Catalog schneider-electric.com

47 Easergy P3 Standard Model selection Selecting product Please, consult the Ordering section to choose specific characteristics in the relays for your system: PM P3U10 Standard application Page 106 PM P3U20 Standard application Page 107 PM P3U30 Standard application Page 108 Or use our web configuration tool: Go to web configurator schneider-electric.com Easergy P3 Catalog 47

48 Easergy P3 dvanced 48 Easergy P3 Catalog schneider-electric.com

49 Easergy P3 dvanced Presentation 50 Functional view 52 Base unit presentation 59 Integrated arc flash protection 59 Local HMI 60 Rear panel 61 Remote HMI 63 Base unit dimensions 64 Dimensions 64 Cut-out and mounting 65 Base unit characteristics 66 Technical characteristics 66 Environmental characteristics 67 Communication 69 Communication protocols 69 Programmable stages 70 Circuit breaker control 71 Power quality measurements 72 Connection diagrams 73 Model selection 76 schneider-electric.com Easergy P3 Catalog 49

50 Easergy P3 dvanced Presentation The Easergy P3 dvanced protection relay has been developed to cover demanding protection needs for building, distribution utilities, and industrial applications. Thanks to its wide scope of functionalities, the Easergy P3 dvanced range provides an excellent solution for your high-end protection applications. Protect your staff and equipment and ensure safer operations with Easergy P3 dvanced s built-in arc flash detection and protection functions. You will experience greater operational efficiency with rapid ordering, configuration, and operations for an unparalleled digital experience provided with Easergy P3. Easergy P3 dvanced at a glance Extended capabilities Extended protection functions, including differential of line, transformer, motor, and generator rc flash detection ll communication protocols embedded on serial and Ethernet links, including IEC ed.1 and ed. 2 Increased number of inputs and outputs Robust Best-in class reliability based on 100+ years of experience in Sepam, MiCOM and Vamp relays Strong tests performed in international laboratories Compliant with IEC electro-mechanical standards Efficient and connected Easy to configure with the unique esetup Easergy Pro setting software Easy to test with the virtual simulation test for direct injection of current and voltage from esetup Easergy Pro Easy to use and maintain with the embedded web-hmi and Easergy Smartpp for direct access on site via your laptop, smartphone, or tablet Easy to install with withdrawable rear connectors with CT shortening PM Easergy P3 Catalog schneider-electric.com

51 Easergy P3 dvanced Presentation Easergy P3 is designed to cover a large scope of applications DM Line Differential & Distance G L G Generator Differential U M T Feeder M Motor Differential Transformer Differential Easergy P3 dvanced is designed in 7 models, per application: Model Function Easergy P3F 30 Feeder Protection Easergy P3L 30 Line Differential and Distance Easergy P3M 30 Protection Motor 32 Differential Easergy P3G 30 Protection Generator 32 Differential Easergy P3T 32 Transformer Differential common set of functions extends the possibilities of protection and control: Single-line diagrams (mimic) in the display Programmable protection stages Programmable logics 2 programmable function keys Synchro-check function Direct-access USB port Up to 6 objects controlled rc flash protection schneider-electric.com Easergy P3 Catalog 51

52 Easergy P3 dvanced Functional view Easergy P3F30 DM105596b HMI interface I Function key 0 Control buttons H2/H5 SOTF 79 F1 ON LED LED C LED E LED G LED I Programmable Logic LED K LED M LED F T Mimic Diagram T E M P I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port Inputs ND TIMER OR COUNTER XOR Output Setting groups:4 F2 Comm. interface - Slot 9 Modbus DNP3.0 IEC-103 SPbus RS232 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP WebServer Comm. interface - Slot 9 LC LC WebServer esetup Easergy Pro Comm. interface - Slot 9 WebServer Comm. interface - Slot 9 LC IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B Two protocols at the same time CLPU 50BF FL 37P 67NI 59N FD rc 1 I/O card G - Slot 5 DI19 DI20 DI21 DI22 DI23 DI24 T25 T26 T27 DI13 Option card - Slot 6 T28 I/O card G - Slot 4 DI14 rc 2 T21 T22 T23 rc 3 DI15 DI16 DI17 DI18 T24 rc 4 IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 Comm. interface - Slot 9 REL52820 Modbus DNP3.0 IEC-103 Two protocols at the same time WebServer Connect to RS232 port RS232 REL52816 REL52819 Modbus DNP3.0 IEC-103 SPbus RS232 + IRIG-B RS232 REL52821 DeviceNet 51 67N 81R 25 DI7 I/O card G - Slot 3 DI8 DI9 DI10 DI11 DI12 RS485 Serial RS485 Serial network 51C N 50G 51N 51G 81 81U T17 T18 T19 DI1 I/O card G - Slot 2 DI2 T13 T14 T15 T20 DI3 DI4 DI5 D6 T16 OR REL52812 RS485 RTD CH01 RTD CH02 REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx PTC RTD CH01 RTD CH02 m In1 nalog measurement card - Slot 8 Current input Voltage input I1 I2 I3 Io1 Io2 V1 V2 V3 V0 T9 Power Supply - Slot 1 T10 T11 T12 T1 1 SF RTD CH03 RTD CH04 RTD CH05 RTD CH06 m In2 m In3 m In4 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH07 RTD CH07 Other types of control rc sensor: See list of ccessories REL52801 to REL52810 RTD CH08 RTD CH09 RTD CH10 m OUT1 RTD CH08 m OUT2 RTD CH09 m OUT3 RTD CH10 m OUT4 RTD CH11 RTD CH11 Circuit Breaker controls rc Flash sensors RTD CH12 OR RTD CH12 52 Easergy P3 Catalog schneider-electric.com

53 Easergy P3 dvanced Functional view Easergy P3M30 DM105597b HMI interface I Function key 0 Control buttons H2/H5 SOTF F1 Setting groups:4 ON LED LED C LED E LED G LED I Programmable Logic LED K LED M LED F T Mimic Diagram T E M P I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port Inputs ND TIMER OR COUNTER XOR Output F2 Comm. interface - Slot 9 Modbus DNP3.0 IEC-103 SPbus RS232 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP WebServer Comm. interface - Slot 9 LC LC WebServer esetup Easergy Pro Comm. interface - Slot 9 WebServer Comm. interface - Slot 9 LC IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B Two protocols at the same time CLPU BF LR 67 37P 59N FD rc 1 I/O card G - Slot 5 DI19 DI20 DI21 DI22 DI23 DI24 T25 T26 T27 DI13 Option card - Slot 6 T28 I/O card G - Slot 4 DI14 rc 2 T21 T22 T23 rc 3 DI15 DI16 DI17 DI18 T24 rc 4 IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 Comm. interface - Slot 9 REL52820 Modbus DNP3.0 IEC-103 Two protocols at the same time WebServer Connect to RS232 port RS232 REL52816 REL52819 Modbus DNP3.0 IEC-103 SPbus RS232 + IRIG-B RS232 REL52821 DeviceNet 51 67N 81R 25 DI7 I/O card G - Slot 3 DI8 DI9 DI10 DI11 DI12 RS485 Serial RS485 Serial network 51C N 50G 51N 51G 81 81U T17 T18 T19 T20 I/O card G - Slot 2 DI1 DI2 DI3 DI4 DI5 D6 T13 T14 T15 T16 OR REL52812 RS485 RTD CH01 RTD CH02 REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx PTC RTD CH01 RTD CH02 m In1 nalog measurement card - Slot 8 Current input Voltage input I1 I2 I3 Io1 Io2 V1 V2 V3 V0 T9 Power Supply - Slot 1 T10 T11 T12 T1 1 SF RTD CH03 RTD CH04 RTD CH05 RTD CH06 m In2 m In3 m In4 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH07 RTD CH07 Other types of control Circuit Breaker controls rc Flash sensors rc sensor: See list of ccessories REL52801 to REL52810 M RTD CH08 RTD CH09 RTD CH10 RTD CH11 RTD CH12 OR m OUT1 RTD CH08 m OUT2 RTD CH09 m OUT3 RTD CH10 m OUT4 RTD CH11 RTD CH12 schneider-electric.com Easergy P3 Catalog 53

54 Easergy P3 dvanced Functional view Easergy P3M32 DM105598b HMI interface I Function key 0 Control buttons H2/H5 SOTF F1 ON LED LED C LED E LED G LED I Programmable Logic Setting groups:4 LED K LED M LED F T Mimic Diagram T E M P I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port Inputs ND TIMER OR COUNTER XOR Output Modbus DNP3.0 IEC-103 SPbus F2 Comm. interface - Slot 9 RS232 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP WebServer Comm. interface - Slot 9 LC LC WebServer esetup Easergy Pro Comm. interface - Slot 9 WebServer Comm. interface - Slot 9 LC IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B Two protocols at the same time CLPU LR FD 87M rc 1 Option card - Slot 6 rc 2 rc 3 I/O card 4 - Slot 5 rc 4 IEC Modbus DNP3.0 IEC-101 Ethernet/IP Comm. interface - Slot 9 Two protocols at the same time WebServer RS232 + IRIG-B 67 37P Slot reserved Connect to RS232 port 50BF I/O card 3 - Current input RS232 REL52820 RS232 REL52816 REL52819 RS232 REL N IL1 IL2 IL3 Io3 Modbus DNP3.0 IEC-103 Modbus DNP3.0 IEC-103 SPbus DeviceNet 51 67N 81R 25 DI7 I/O card G - Slot 3 DI8 DI9 DI10 DI11 DI12 RS485 Serial RS485 Serial network 51C N 50G 51N 51G 81 81U T17 T18 T19 T20 I/O card G - Slot 2 DI1 DI2 DI3 DI4 DI5 D6 T13 T14 T15 T16 OR REL52812 RS485 RTD CH01 RTD CH02 REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx PTC RTD CH01 RTD CH02 m In1 nalog measurement card - Slot 8 Current input Voltage input IL1 IL2 IL3 Io1 Io2 V1 V2 V3 V0 T9 Power Supply - Slot 1 T10 T11 T12 T1 1 SF RTD CH03 RTD CH04 RTD CH05 RTD CH06 m In2 m In3 m In4 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH07 RTD CH07 Other types of control Circuit Breaker controls rc Flash sensors rc sensor: See list of ccessories REL52801 to REL52810 M RTD CH08 RTD CH09 RTD CH10 RTD CH11 RTD CH12 OR m OUT1 RTD CH08 m OUT2 RTD CH09 m OUT3 RTD CH10 m OUT4 RTD CH11 RTD CH12 54 Easergy P3 Catalog schneider-electric.com

55 Easergy P3 dvanced Functional view Easergy P3T32 DM105599b HMI interface I Function key 0 Control buttons H2/H5 SOTF F1 Setting groups:4 ON LED LED C LED E LED G LED I LED K Programmable Logic LED M LED F T Mimic Diagram T E M P I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port Inputs ND TIMER OR COUNTER XOR Output F2 Comm. interface - Slot 9 Modbus DNP3.0 IEC-103 SPbus RS232 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP WebServer Comm. interface - Slot 9 LC LC WebServer esetup Easergy Pro Comm. interface - Slot 9 WebServer Comm. interface - Slot 9 LC IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B Two protocols at the same time CLPU FD 87T rc 1 Option card - Slot 6 rc 2 rc 3 I/O card 4 - Slot 5 rc 4 IEC Modbus DNP3.0 IEC-101 Ethernet/IP Comm. interface - Slot 9 Two protocols at the same time WebServer RS232 + IRIG-B 67 37P Slot reserved Connect to RS232 port 50BF 24 I/O card 3 - Current input RS232 REL52820 RS232 REL52816 REL52819 RS232 REL N IL'1 IL'2 IL'3 Io3 Modbus DNP3.0 IEC-103 Modbus DNP3.0 IEC-103 SPbus DeviceNet 51 67N 81R 25 DI7 I/O card G - Slot 3 DI8 DI9 DI10 DI11 DI12 RS485 Serial RS485 Serial network N 50G 51N 51G 81 81U P nalog measurement card - Slot 8 Current input IL1 IL2 IL3 Voltage input Io1 Io2 V1 V2 V3 V0 T17 T18 T19 T20 I/O card G - Slot 2 DI1 DI2 DI3 DI4 DI5 D6 T13 T14 T15 T16 Power Supply - Slot 1 T9 T10 T11 T12 T1 1 SF OR REL52812 RS485 RTD CH01 RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH06 REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx m In1 m In2 m In3 m In4 PTC RTD CH01 RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH07 RTD CH07 Other types of control rc sensor: See list of ccessories REL52801 to REL52810 RTD CH08 RTD CH09 RTD CH10 m OUT1 RTD CH08 m OUT2 RTD CH09 m OUT3 RTD CH10 m OUT4 RTD CH11 RTD CH11 Circuit Breaker controls rc Flash sensors RTD CH12 OR RTD CH12 schneider-electric.com Easergy P3 Catalog 55

56 Easergy P3 dvanced Functional view Easergy P3L30 DM105600b HMI interface I Function key 0 Control buttons H2/H5 SOTF 79 F1 Setting groups:4 ON LED LED C LED E LED G LED I LED K Programmable Logic LED M LED F T Mimic Diagram T E M P I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port Inputs ND TIMER OR COUNTER XOR Output F2 Comm. interface - Slot 9 Modbus DNP3.0 IEC-103 SPbus RS232 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP WebServer Comm. interface - Slot 9 LC LC WebServer esetup Easergy Pro Comm. interface - Slot 9 WebServer Comm. interface - Slot 9 LC IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B Two protocols at the same time CLPU 50BF FL 37P 67NI N 87L Option card 1 - Slot 6 Communication link I/O card G - Slot 5 DI19 DI20 DI21 DI22 DI23 DI24 T25 T26 T27 DI13 DI14 T21 T22 T23 T28 I/O card G - Slot 4 DI15 DI16 DI17 DI18 T24 Device B IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 Comm. interface - Slot 9 REL52820 Modbus DNP3.0 IEC-103 Two protocols at the same time WebServer Connect to RS232 port RS232 REL52816 REL52819 Modbus DNP3.0 IEC-103 SPbus RS232 + IRIG-B RS232 REL52821 DeviceNet 51 67N 81R 25 DI7 I/O card G - Slot 3 DI8 DI9 DI10 DI11 DI12 RS485 Serial RS485 Serial network 51C 81 81U T17 T18 T19 T20 OR REL52825 REL N 50G 51N 51G I/O card G - Slot 2 DI1 DI2 DI3 DI4 DI5 D6 T13 T14 T15 T16 RS485 RTD CH01 RTD CH02 RS485 Rx Tx Fiber Rx Tx PTC RTD CH01 RTD CH02 m In1 nalog measurement card - Slot 8 Current input Voltage input I1 I2 I3 Io1 Io2 V1 V2 V3 V0 T9 Power Supply - Slot 1 T10 T11 T12 T1 1 SF RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH03 m In2 RTD CH04 m In3 RTD CH05 m In4 RTD CH06 RTD CH07 RTD CH07 m OUT1 RTD CH08 RTD CH08 m OUT2 RTD CH09 RTD CH09 Other types of control RTD CH10 RTD CH11 m OUT3 RTD CH10 m OUT4 RTD CH11 Circuit Breaker control RTD CH12 OR RTD CH12 56 Easergy P3 Catalog schneider-electric.com

57 Easergy P3 dvanced Functional view Easergy P3G30 DM105601b HMI interface I Function key 0 Control buttons H2/H5 SOTF F1 Setting groups:4 ON LED LED C LED E LED G LED I Programmable Logic LED K LED M LED F T Mimic Diagram T E M P I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port Inputs ND TIMER OR COUNTER XOR Output F2 Comm. interface - Slot 9 Modbus DNP3.0 IEC-103 SPbus RS232 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP WebServer Comm. interface - Slot 9 LC LC WebServer esetup Easergy Pro Comm. interface - Slot 9 WebServer Comm. interface - Slot 9 LC IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B Two protocols at the same time CLPU 50BF B 37P FD 59N rc 1 Option card - Slot 6 rc 2 rc 3 I/O card G - Slot 5 DI19 DI20 DI21 DI22 DI23 DI24 T25 T26 T27 DI13 I/O card G - Slot 4 DI14 T21 T22 T23 T28 rc 4 DI15 DI16 DI17 DI18 T24 IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 Comm. interface - Slot 9 REL52820 Modbus DNP3.0 IEC-103 Two protocols at the same time WebServer Connect to RS232 port RS232 REL52816 REL52819 Modbus DNP3.0 IEC-103 SPbus RS232 + IRIG-B RS232 REL52821 DeviceNet 51 67N 81R 25 DI7 I/O card G - Slot 3 DI8 DI9 DI10 DI11 DI12 RS485 Serial RS485 Serial network N 50G 51N 51G 27N 64G 51V 40 32Q 81 81U P nalog measurement card - Slot 8 Current input Voltage input I1 I2 I3 Io1 Io2 V1 V2 V3 V0 T17 T18 T19 T20 I/O card G - Slot 2 DI1 DI2 DI3 DI4 DI5 D6 T13 T14 T15 T16 Power Supply - Slot 1 T9 T10 T11 T12 T1 1 SF OR REL52812 RS485 RTD CH01 RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH06 REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx m In1 m In2 m In3 m In4 PTC RTD CH01 RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH07 RTD CH07 Other types of control Circuit Breaker controls rc sensor: See list of ccessories REL52801 to REL52810 G RTD CH08 RTD CH09 RTD CH10 RTD CH11 RTD CH12 OR m OUT1 RTD CH08 m OUT2 RTD CH09 m OUT3 RTD CH10 m OUT4 RTD CH11 RTD CH12 schneider-electric.com Easergy P3 Catalog 57

58 Easergy P3 dvanced Functional view Easergy P3G32 DM105602b HMI interface I Function key 0 Control buttons H2/H5 SOTF F1 ON LED LED C LED E LED G LED I Programmable Logic Setting groups:4 LED K LED M LED F T Mimic Diagram T E M P I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port Inputs ND TIMER OR COUNTER XOR Output F2 Comm. interface - Slot 9 Modbus DNP3.0 IEC-103 SPbus RS232 OR REL52822 Redundancy RSTP PRP Two protocols at the same time Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP WebServer Comm. interface - Slot 9 LC LC WebServer esetup Easergy Pro Comm. interface - Slot 9 WebServer Comm. interface - Slot 9 LC IEC Modbus DNP3.0 IEC-101 Ethernet/IP IEC Modbus DNP3.0 IEC-101 Ethernet/IP RS232 + IRIG-B Two protocols at the same time CLPU FD 87M rc 1 Option card - Slot 6 rc 2 rc 3 I/O card 4 - Slot 5 rc 4 IEC Modbus DNP3.0 IEC-101 Ethernet/IP Comm. interface - Slot 9 Two protocols at the same time WebServer RS232 + IRIG-B 67 21B 37P Slot reserved Connect to RS232 port 50BF I/O card 3 - Current input RS232 REL52820 RS232 REL52816 REL52819 RS232 REL N IL'1 IL'2 IL'3 Io3 Modbus DNP3.0 IEC-103 Modbus DNP3.0 IEC-103 SPbus DeviceNet 51 67N 81R 25 DI7 I/O card G - Slot 3 DI8 DI9 DI10 DI11 DI12 RS485 Serial RS485 Serial network N 50G 51N 51G 27N 64G 51V 40 32Q 81 81U P T17 T18 T19 T20 I/O card G - Slot 2 DI1 DI2 DI3 DI4 DI5 D6 T13 T14 T15 T16 OR REL52812 RS485 RTD CH01 RTD CH02 REL52813 REL52814 RS485 Rx Tx Fiber Rx Tx m In1 PTC RTD CH01 RTD CH02 nalog measurement card - Slot 8 Current input Voltage input IL1 IL2 IL3 Io1 Io2 V1 V2 V3 V0 T9 Power Supply - Slot 1 T10 T11 T12 T1 1 SF RTD CH03 RTD CH04 RTD CH05 RTD CH06 m In2 m In3 m In4 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH07 RTD CH07 Other types of control Circuit Breaker controls rc sensor: See list of ccessories REL52801 to REL52810 G RTD CH08 RTD CH09 RTD CH10 RTD CH11 RTD CH12 OR m OUT1 RTD CH08 m OUT2 RTD CH09 m OUT3 RTD CH10 m OUT4 RTD CH11 RTD CH12 58 Easergy P3 Catalog schneider-electric.com

59 Easergy P3 dvanced Base unit presentation Integrated arc flash protection Easergy P3 dvanced measures fault current, and with arc protection, also light via arc sensor channels that provide monitoring for the whole switchgear. n arc flash is a mass of heat and pressure caused by a switchgear fault. It not only causes power outages but can also result in loss of business and extensive material damage. If an arc fault occurs in the switchgear, the arc protection system prevents the fault from spreading by tripping the circuit breaker within less than 10 ms. PM Easergy P3 dvanced rc flash sensors DM Easergy P3 dvanced relays can connect up to four arc flash sensors that have continuous self-supervision to check the sensor status. Example of application The four arc flash sensors can be installed in specific parts of the switchgear: 1. Busbars compartment 2. Circuit breaker compartment 3. Current/voltage transformers compartment 4. Cables connections compartment 4 Cable IEC (GOOSE) or by wire CB 2 DM BB CB CB 2 2 Cable Cable 3 3 schneider-electric.com Easergy P3 Catalog 59

60 Easergy P3 dvanced Base unit presentation Local HMI DM Mimic Diagram I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Comprehensive data for easier and faster operation ll the data you require for a local equipment operation can be displayed on demand: Display the single line diagram and freely assignable analog values Display of all measurements Display of operation and alarm messages Display and setting of all parameters Password entry to protect parameter and protection settings Single line diagram of the power system Ergonomic data presentation Keypad keys identified by pictograms for intuitive navigation Graphical 128x128 LCD screen displays any character or symbol Excellent display quality under all lighting conditions Control buttons (0/1) to operate the circuit breaker and/or others controlled object 14 freely programmable LEDs with 3 different colors (red, yellow, and green) to identify easily the message shown Labels are printed on a transparent film allowing customisation of the relay 2 programmable function keys (F1 / F2) INFO push-button for viewing additional information, entering the password view, and adjusting the LCD contrast LED indicators F1 Programmable function push-button PM F2 Programmable function push-button OK ENTER push-button for activating or confirming a function 128 x 128 LCD UP navigation push-button for moving up in the menu or increasing a numerical value DOWN navigation push-button for moving down in the menu or decreasing a numerical value LEFT navigation push-button for moving backwards in a parallel menu or selecting a digit in a numerical value RIGHT navigation push-button for moving forwards in a parallel menu or selecting a digit in a numerical value O Circuit Breaker OFF push-button Object control buttons Navigation push-buttons Local port Circuit Breaker ON push-button HOME/CNCEL push-button for returning to the previous menu. To return to the first menu item in the main menu, press the button for at least three seconds Working language ll the texts and messages displayed on the Easergy P3 dvanced are available in two languages at the same time. 60 Easergy P3 Catalog schneider-electric.com

61 Easergy P3 dvanced Base unit presentation Rear panel Rear panel example Slot PM Slots description for P3x30 models Slot 1 - Power supply and output contacts Slot 2 - I/O card 1 Slot 3 - I/O card 2 Slot 4 - I/O card 3 Slot 5 - I/O card 4 Slot 6 - Option card 1 Slot 8 - nalog measurement card 1 Slot 9 - Communication interface Easergy P3F30, P3M30 and P3G30 9 Slot & PM Slots description for P3x32 models Slot 1 - Power supply and output contacts Slot 2 - I/O card 1 Slot 3 - I/O card 2 Slot 4/5 - nalog measurement card 2 Slot 6 - Option card 1 Slot 8 - nalog measurement card 1 Slot 9 - Communication interface Easergy P3M32, P3T32 and P3G32 9 Slot & PM Slots description for P3L30 models Slot 1 - Power supply and output contacts Slot 2 - I/O card 1 Slot 3 - I/O card 2 Slot 4 - I/O card 3 Slot 5 - I/O card 4 Slot 6 - Option card 1- Line differential com. Slot 8 - nalog measurement card 1 Slot 9 - Communication interface Easergy P3L30 9 schneider-electric.com Easergy P3 Catalog 61

62 Easergy P3 dvanced Base unit presentation Rear panel Digital input and output capability The Easergy P3 dvanced has a modular concept in term of digital inputs and outputs. Description of the optional boards C = 5 x DO heavy duty, 1, SF D = 5 x DO heavy duty, 1, SF = None G = 6DI+4DO (6 x DI, 4 x DO) H = 6DI+4DO (6 x DI, 4 x DO(NC)) I = 10DI (10 x DI) Number of Type of I/O card P3X30 Input Output Slot 1 Slot 2 Slot 3 Slot 4 Slot C/D G None None None C/D G G or H None None C/D G G or H G or H None C/D G G or H G or H G or H C/D G G or H I None C/D G G or H I I C/D G G or H G or H I C/D G I None None C/D G I I None C/D G I I I Number of PM PM P3x30 units Type of I/O card P3X32 Input Output Slot 1 Slot 2 Slot 3 Slot 4 Slot C/D G None None None C/D G G or H None None C/D G I None None The slots 4 and 5 are used to receive the analog current input when Easergy P3 is used with differential overcurrent (NSI 87). P3x32 units 62 Easergy P3 Catalog schneider-electric.com

63 Easergy P3 dvanced Base unit presentation Remote HMI This mounting technique allows for a lighter door because the relay s frame is installed in the back of the secondary compartment. Communication, DI, and DO cabling is easier, too, as the door movement does not need to be considered. In this case, only the communication between IED base and display has to be wired. DM Easergy schneider-electric.com Easergy P3 Catalog 63

64 Easergy P3 dvanced Base unit dimensions Dimensions Conventional HMI DM mm in Easergy Remote HMI DM Weight (maximum) Easergy P3 dvanced 4.2 Kg (9.272 Ib) or higher (depends of options) Degree of protection (IEC 60529) IP54 Front panel / IP20 Rear side 64 Easergy P3 Catalog schneider-electric.com

65 Easergy P3 dvanced Base unit dimensions Cut-out and mounting Cut-out accuracy must be complied with to ensure good withstand. Mounting In case the depth dimension behind the compartment door is limited, the IED can be equipped with a frame (REL52832) around the collar. This arrangement reduces the depth inside the compartment by 45 mm (1.77 in). DM Projection mounting with the raising frame REL Panel mounting Easergy Easergy Easergy Easergy Raising frame REL Raising frame REL Mounting frame Wall mounting with remote HMI DM Ø mm in M4x20 Torx T Nm Easergy T max. 1.2Nm 10.6 lb.in T max Nm lb.in 3 Ø min. 2.5mm 2 Ø 5-8mm Nut M5 1.5 Nm, 13.3 Ib in schneider-electric.com Easergy P3 Catalog 65

66 Easergy P3 dvanced Base unit characteristics Technical characteristics nalog inputs Phase Current Input (I) Slot 8 Rated phase current Residual Current Input (I0) Slot 8-5 CT Configurable for CT secondaries 0.1 to 10 Residual Current Input (I0 ) Slot 8-1 CT Configurable for CT secondaries 0.1 to 10.0 Residual Current Input (I0 ) Slot CSH sensor Configurable for CT secondaries 0.1 to 10.0 Phase Current Input - (I ) Slot 4 (Only for device with differential overcurrent) Residual Current Input (I0 ) Slot 4 (Only for device with differential overcurrent) Voltage Input Configurable for VT secondaries 50 to 120 V nalog temperature input / nalog output Measuring range Input Impedance Consumption Rated thermal withstand 1-second overload 10-second overload 1 CT Ohm 0.02 V CT Ohm V Ohm V Ohm 0.02 V Ohm 0.02 V CT Ohm 0.02 V CT Ohm V CT Ohm 0.02 V CT Ohm V V (100V / 110 V) n.a. < 0.5 V 250 V (Continuously) Type of temperature sensor Pt100 Ni100 Ni120 Cu10 Maximum distance between sensor and module up to 2,000 m (1) up to 2,000 m (1) up to 2,000 m (1) up to 2,000 m (1) nalog Output Minimum current 0 m n.a. 600 V Maximum current 20 m Operating temperature: 0 C (32 F) to +55 C (131 F) Power supply REL52811 / REL to 230 Vac/dc, 50/60 Hz REL Vdc REL to 230 Vac/dc, 50/60 Hz Digital Input Nominal operation voltage DI1 to DI16 24 to 230 Vac/dc 110 to 230 Vac/dc 220 to 230 Vac/dc Typical switching threshold 12 Vdc 75 Vdc 155 Vdc Input limit voltage t state Vdc 88 Vdc 176 Vdc t state 0 < 10.0 Vdc < 60 Vdc < 140 Vdc Frequency 45 to 65 Hz 45 to 65 Hz 45 to 65 Hz Typical consumption <4 m (typical approx. 3 m) Voltage withstand 255 V ac/dc Digital Output Type of contact Control and Trip contact, Tx Signal contact, 1 Signal Contact, SF Rated Voltage 250 Vac/dc 250 Vac/dc 250 Vac/dc Continuous current Breaking capacity C V V V DC at 48 V dc (L/R=40ms) at 110 V dc at 220 V dc Making capacity < 0.5 s < 3.0 s Minimum making capacity Vac/dc Vac/dc Vac/dc Typical operation time <8 ms - - Contact material gni 90/10 gni 0.15 gold plated gni 0.15 gold plated Power supply Nominal Voltage V ac/dc Vdc Range -20% / +10% (88 to 264 Vac/dc) -20% / +20% (19.2 to 57.6 Vdc) Inrush current (DC) 25 with time constant of 1000 µs 25 with time constant of 750 µs 15 with time constant of 500 µs Power consumption Power consumption increases when more I/O or optional I/O or communication cards are used Max. 50 W cceptable momentary outages <50 ms (110 Vdc) (1) 78,740 in 66 Easergy P3 Catalog schneider-electric.com

67 Easergy P3 dvanced Base unit characteristics Environmental characteristics Emission Standard and test class/level IEC/EN (ed3) Disturbance tests Test value Conducted EN 55022, Class / CISPR MHz Emitted EN 55011, Class / CISPR MHz Immunity IEC/EN (ed3) 1 Mhz damped oscillatory wave IEC/EN ±2.5kVp CM ±2.5kVp DM Static discharge (ESD) IEC/EN Level 4 ±8 kv contact ±15 kv air Emitted HF field IEC/EN Level MHz, 10 V/m Fast transients (EFT) IEC/EN Level 4 ±4 kv, 5/50 ns, 5 khz Surge IEC/EN Level 4 ±4 kv, 1.2/50 µs, CM ±2 kv, 1.2/50 µs, DM Conducted HF field IEC/EN Level MHz, 10 Vrms Power-frequency magnetic field IEC/EN /m (continuous) 1000 /m 1 3 s Pulse magnetic field IEC/EN Level /m, 1.2/50 µs ac and dc voltage dips IEC/EN , IEC/EN % of rated voltage ac: 0.5 cycle dc: 10 ms 40% of rated voltage ac: 10 cycles dc: 200 ms 70% of rated voltage ac: 25 cycles dc: 500 ms ac and dc voltage interruptions IEC/EN , IEC/EN % interruption ac: 250 cycles dc: 5 s Voltage alternative component IEC/EN % of operating voltage (dc) / 10 min In operation Standard and test class/level Mechanical robustness Test value Vibrations IEC , Class II / IEC , Fc 1 Gn, 10 Hz 150 Hz Shocks IEC , Class II / IEC , Ea 10 Gn / 11 ms Seismic IEC Method, Class II 2G horizontal / 1G vertical, 1 35 Hz De-energized Vibrations IEC , Class II / IEC , Fc 2 Gn, 10 Hz 150 Hz Shocks IEC , Class II / IEC , Ea 30 Gn / 11 ms Bump IEC , Class II / IEC , Ea 20 Gn / 16 ms schneider-electric.com Easergy P3 Catalog 67

68 Easergy P3 dvanced Base unit characteristics Environmental characteristics Electrical safety Standard and test class/level Test value In operation Impulse voltage withstand IEC/EN kv, 1.2/50 µs, 0.5 J 1 kv, 1.2/50 µs, 0.5 J Communication Dielectric test IEC/EN kv, 50 Hz 0.5 kv, 50 Hz Communication Insulation resistance IEC/EN Protective bonding resistance IEC/EN Clearance and creepage distance Power supply burden IEC Design criteria for distances as per IEC nnex C (pollution degree 2, overvoltage category 3) In operation Standard and test class/level Environmental tests Test value Dry heat EN / IEC , Bd 70 C (158 F) Cold EN / IEC , d -40 C (-40 F) Damp heat, cyclic EN / IEC , Db From 25 C (77 F) to 55 C (131 F) From 93% RH to 98% RH Testing duration: 6 days Damp heat, static EN / IEC , Cab 40 C (104 F) 93% RH Testing duration: 10 days Change of temperature IEC / EN , Nb Lower temp -40 C (-40 F) Upper temp 70 C (158 F) 5 cycles In storage Dry heat EN / IEC , Bb 70 C (158 F) Cold EN / IEC , b -40 C (-40 F) Environmental conditions mbient temperature, in-service -40 C 60 C (-40 F 140 F) (1) mbient temperature, storage Relative air humidity Maximum operating altitude -40 C 70 C (-40 F 158 F) < 95%, no condensation allowed 2000 m ( ft) (1) with 1 x raising frame -> maximum ambient temperature 55 C (+131 F) with 2 x raising frame -> maximum ambient temperature 50 C (+122 F) 68 Easergy P3 Catalog schneider-electric.com

69 Easergy P3 dvanced Communication Communication protocols PM Easergy P3 dvanced can be connected to networks, providing access to the following type of data: Events Status information Measurements Control commands Clock synchronizing Settings (SP-bus and embedded SP-bus only) Easergy Smartpp. Main Easergy P3 dvanced can be connected directly to serial and/or Ethernet protocols with two different protocols at the same time, selected by esetup Easergy Pro software. Communication protocols: Serial protocols - RS232 / RS485 / serial Fiber Optic (*) port Modbus RTU DNP3.0 IEC IEC DeviceNet (*) ProfibusDP (*) SP-Bus (*) Ethernet protocols - RJ45 / LC port IEC61850 ed1 & ed2 Modbus TCP IEC DNP3.0 Communication ports: Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP Redundancy RSTP PRP Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP Modbus DNP3.0 IEC-103 SPbus Comm. interface - Slot 9 LC LC Comm. interface - Slot 9 RS232 + IRIG-B WebServer WebServer Comm. interface - Slot 9 WebServer Two protocols at the same time Comm. interface - Slot 9 RS232 IEC Modbus DNP3.0 IEC-101 Ethernet/IP Comm. interface - Slot 9 LC RS232 + IRIG-B WebServer Two protocols at the same time IEC Modbus DNP3.0 IEC-101 Ethernet/IP Ethernet IP *Need external accessories to connect. PM Redundancy protocols (RSTP or PRP) When the devices are connecting in Ethernet link and demand for higher availability, Easergy P3 dvanced can use Rapid Spanning Tree Protocol (RSTP) or Parallel Redundancy Protocol (PRP) to recover from a network failure. Easergy P3 web-hmi Easergy P3 web-hmi webserver is available in all Easergy P3 dvanced to get information from the device to monitoring all data, send command and change protection setting. schneider-electric.com Easergy P3 Catalog 69

70 Easergy P3 dvanced Programmable stages Programmable protection function Personalize your protection function Easergy P3 Standard enables you to create or personalize the protection function when you need to achieve specific levels of protection. There are now eight stages available to use with various applications. Each stage can monitor any analog (measured or calculated) signal and issue start and trip signals. Programmable stages extend the protection functionality of the manager series to a new level. The Programmable stage has the possibility of comparing two freely selectable signals between each other. Using this feature you can create a comparison function using the relay s own measured or calculated signals. One or both of the signals can be connected to the comparison function over GOOSE. For example, if four stages of frequency are not enough, it is possible to reach a maximum of 12 using programmable stages. Other examples include using the stages to issue an alarm when there are too many harmonics (THD) or indicating reverse power condition by GOOSE. EM Easergy P3 Catalog schneider-electric.com

71 Easergy P3 dvanced Circuit breaker control With Easergy P3 dvanced, you get intuitive functionality to protect your electrical network system. Main CB functions are: Trip circuit supervision (NSI 74) CT/VT supervision (NSI 60/60FL) Latching (NSI 86) CB close/open order Number of operations Circuit breaker operating time Charging time Cumulative breaking current Personalized functions Maximize circuit breaker control Easergy P3 dvanced is the simplest protection relay with mimic diagram with control buttons (open and close), two personalized function keys and 14 configurable tricolor LEDs. You can manage the control without external or additional components. Example of implementation The schematic is structured for typical use in MV switchgear, 100% adapted for your use case. You can change the internal logic to adapt the Easergy P3 to meet your needs. If a problem occurs, clear and complete information allows you to make the right decisions immediately. MV network DM CT HMI interface I 0 Control buttons Function key F1 ON LED LED C LED E LED G LED I LED K LED M LED F1 Mimic Diagram I1: 0.0 I2: 0.0 I3: 0.0 P : 0.0W V : 0.0V Service LED B LED D LED F LED H LED J LED L LED N LED F2 USB Local Port F2 Inputs ND TIMER OR COUNTER XOR Output Nominal voltage This electrical schematic can facilitate the IEC implementation because all the logics are done by the protection unit that will make the decisions and, if necessary, send GOOSE messages to other units. Latching contact NSI 86 T2 Close contact Order contact Trip control Order contact T1 Trip Circuit Supervision Digital Input 2 Trip circuit supervision larm contact for Trip circuit failure 1 Digital Input 1 Trip circuit supervision Trip circuit failure alarm DI 2 DI 1 T a 52b Open/Close Mechanical command CLOSE COIL OPEN COIL Circuit Breaker schneider-electric.com Easergy P3 Catalog 71

72 Easergy P3 dvanced Power quality measurements DM Power quality The power quality of electrical networks has become increasingly important in modern society. Sophisticated loads, such as computers and automation systems, require an uninterrupted supply of clean electricity. Easergy P3 dvanced provides integrated power quality measuring and analysis functions, which help to reduce variations in the quality of the distributed power. The terminal supervises the harmonics of phase currents and voltages from the 2nd to the 15th order and the THD (total harmonic distortion).. One of the most important power quality functions is the monitoring of voltage sags and swells. Easergy P3 dvanced provides separate monitoring logs for sags and swells. The fault log comprises four registers for voltage sags and another four for voltage swells. The disturbance recorder functionality can be used for recording measured currents and voltages and for recording status information of digital inputs and outputs, also including the signals of the arc protection system. The time stamped recordings provide indispensable information for the subsequent analysis of a fault situation. Example of harmonics content and voltage sag/swell registration (obtained from an Easergy P3 dvanced protection relay) Many functions in modern society rely heavily on electrical energy, so the quality of the energy supply is gaining increased importance.. Power Quality data in Easergy P3 dvanced THD of IL1, IL2 and IL3 H of IL1, Il2 and IL3 THD of U H of U Sag and swell Voltage interruptions Total harmonic distortion of phase currents Harmonics phase current up to 15th Total harmonic distortion of phase to phase or phase to ground voltages Harmonic of phase to phase or phase to ground voltage up to 15th 72 Easergy P3 Catalog schneider-electric.com

73 Easergy P3 dvanced Connection diagrams Easergy P3x30 DNGER DM105609b rc Flash Sensor HZRD OF ELECTRIC SHOCK, ELECTRIC RC OR BURNS - only qualified personnel should install this equipment. Such work should be performed only after reading this entire set of instructions. - NEVER work alone. - turn off all power supplying this equipment before working on or inside it. Consider all sources of power, including the possibility of backfeeding. - always use a properly rated voltage sensing device to confirm that all power is off. - start by connecting the device to the protective earth and to the functional earth. - screw tight all terminals, even those not in use. Failure to follow these instructions will result in death or serious injury. rc Flash Sensor rc Flash Sensor DI1 2 3 DI2 4 5 DI3 6 7 DI4 8 9 DI DI6 12 T T T T V1 2 USB Local Port V2 V3 8/2 I1 I2 I3 8/1 Io Io Io P3x30 3 DI7 DI8 DI9 DI10 DI11 DI12 T17 T18 T19 T DI13 DI14 DI15 DI16 DI17 DI18 T21 T22 T23 T DI19 DI20 DI21 DI22 DI23 DI24 T25 T26 T27 T V4 8/2 rc Flash Sensor rc 1 rc 2 rc 3 rc 4 6 T12 T11 T10 T T1, T9, T10, T11 and T12: 5 heavy duty trip relay for arc protection T SF Redundant Ethernet Network - RSTP or PRP schneider-electric.com Easergy P3 Catalog 73

74 Easergy P3 dvanced Connection diagrams Easergy P3x32 DNGER DM105610b rc Flash Sensor HZRD OF ELECTRIC SHOCK, ELECTRIC RC OR BURNS - only qualified personnel should install this equipment. Such work should be performed only after reading this entire set of instructions. - NEVER work alone. - turn off all power supplying this equipment before working on or inside it. Consider all sources of power, including the possibility of backfeeding. - always use a properly rated voltage sensing device to confirm that all power is off. - start by connecting the device to the protective earth and to the functional earth. - screw tight all terminals, even those not in use. Failure to follow these instructions will result in death or serious injury. rc Flash Sensor rc Flash Sensor T13 T14 T15 T16 DI1 DI2 DI3 DI4 DI5 DI6 V1 2 USB Local Port V2 V3 8/2 I1 I2 I3 P3x32 3 DI7 DI8 DI9 DI10 DI11 DI12 T17 T18 T /1 Io1 Io2 T V4 8/2 rc Flash Sensor rc 1 rc 2 rc 3 rc 4 6 T12 T11 T10 T T1, T9, T10, T11 and T12: 5 heavy duty trip relay for arc protection 4 T I I I Io3 1 1 SF Redundant Ethernet Network - RSTP or PRP 74 Easergy P3 Catalog schneider-electric.com

75 Easergy P3 dvanced Connection diagrams Easergy P3L30 DNGER HZRD OF ELECTRIC SHOCK, ELECTRIC RC OR BURNS - only qualified personnel should install this equipment. Such work should be performed only after reading this entire set of instructions. - NEVER work alone. - turn off all power supplying this equipment before working on or inside it. Consider all sources of power, including the possibility of backfeeding. - always use a properly rated voltage sensing device to confirm that all power is off. - start by connecting the device to the protective earth and to the functional earth. - screw tight all terminals, even those not in use. Failure to follow these instructions will result in death or serious injury. DM105611b T13 T14 T15 T16 DI1 DI2 DI3 DI4 DI5 DI6 V1 2 USB Local Port V2 V3 8/2 I1 I2 I3 8/1 Io Io Io P3L30 3 DI7 DI8 DI9 DI10 DI11 DI12 T17 T18 T19 T DI13 DI14 DI15 DI16 DI17 DI18 T21 T22 T23 T DI19 DI20 DI21 DI22 DI23 DI24 T25 T26 T27 T V4 8/2 T12 20 T11 T10 T9 T T1, T9, T10, T11 and T12: 5 heavy duty trip relay for arc protection RX TX Diff. Comms. Card SF Line Diff. Network Redundant Ethernet Network - RSTP or PRP schneider-electric.com Easergy P3 Catalog 75

76 Easergy P3 dvanced Model selection Selecting product Please, consult the Ordering section to choose specific characteristics in the relays for your system: PM P3F30 Feeder application P3L30 Line application P3M30 Motor application P3G30 Generator application Page 109 Page 110 Page 111 Page 112 PM P3T32 Transformer with differiential application P3M32 Motor with differential application P3G32 Generator with differrential application Page 113 Page 114 Page 115 Or use our web configuration tool: Go to web configurator 76 Easergy P3 Catalog schneider-electric.com

77 Notes schneider-electric.com Easergy P3 Catalog 77

78 Easergy digital experience 78 Easergy P3 Catalog schneider-electric.com

79 Easergy digital experience Easergy P3 software 80 Presentation 80 esetup Easergy Pro 82 esetup Easergy Pro during engineering 82 esetup Easergy Pro during commissioning 83 esetup Easergy Pro during operation 84 Easergy web-hmi 85 Easergy Smartpp 86 schneider-electric.com Easergy P3 Catalog 79

80 Easergy digital experience Easergy P3 software Presentation Minimum requirements for running esetup Easergy Pro: Windows 7 or higher 512 MB RM 50 MB Disk space esetup Easergy Pro esetup Easergy Pro offers full facilities to set up Easergy relays. Intuitive and simple, esetup Easergy Pro is a user-oriented interface to assist you during the engineering, commissioning and operation of Easergy protection relays. ts streamlined workflow and graphical representations has been designed to smooth your configuration process. The software is available for download on the Schneider Electric website. DM DM DM esetup Easergy Pro esetup Easergy Pro esetup Easergy Pro Use esetup Easergy Pro in standalone mode during engineering to prepare the configuration. Connect the PC running esetup Easergy Pro to the USB port of the Easergy protection relay during commissioning to adjust the settings and test the relay. Connect the PC running esetup Easergy Pro to the Ethernet network during operation to retrieve data from the relays and update the system. For connection to Easergy P3, use the REL52822 connection cord 80 Easergy P3 Catalog schneider-electric.com

81 Easergy digital experience Easergy P3 software Presentation esetup Easergy Pro at each step of the digital life DM Commissioning Engineering Operation schneider-electric.com Easergy P3 Catalog 81

82 Easergy digital experience esetup Easergy Pro During engineering Create the configuration of the Easergy P3 relay: select the appropriate options and receive the order code Set the characteristics of the CTs, VTs, or sensors connected to the relay, and select the protection functions that will be activated and their settings Build a specific logic, if required, using a graphic editor Map the digital inputs of the relay and different internal signals to the relevant functions, LEDs, and digital outputs, using a straightforward matrix format. Draw the single-line diagram that will appear on the front display of the relay for switchgear control and select the measurements that will be displayed. If any, build the interlocking logic using a matrix format For IEC protocol, configure the data set and the report control blocks that will be published and select the GOOSE data to which you want to subscribe Complete the setting of additional functions (disturbance recorder, event logging system, clock synchronization, etc.). EM EM EM Easergy P3 Catalog schneider-electric.com

83 Easergy digital experience esetup Easergy Pro During commissioning Connect to the front panel of one single relay or access several relays by connecting to Ethernet Open the Digital Inputs menu to check the status of inputs. Reverse the polarity or add a filtering delay if necessary Open the Relays menu and force the status change of the output relays in order to check the wiring. Open the Phasor Diagram menu to see in real time the phasor of injected currents and voltages and the value Use virtual injection for testing protection settings and circuit breaker tripping and for checking LEDs and connected outputs Open the Logic or the Matrix menu if the logic needs to be tested. The active signals appear in a different color and are updated in real time. Changes in the logic or in the matrix can be made and applied to the relay smoothly. EM EM EM schneider-electric.com Easergy P3 Catalog 83

84 Easergy digital experience esetup Easergy Pro During operation Connect to the front panel of a single relay or gain access to several relays by connecting to Ethernet During normal operation, get the most of the metering capabilities of the Easergy protection relay: Open the different Measurements menus to access the power monitoring and power quality data. Open the disturbance recorder menu to get a waveform capture or program the recording of a power trend. fter a trip, use esetup Easergy Pro to understand the fault: Check the fault log of the protection that has tripped the circuit breaker Download the disturbance record from the Easergy P3 and display it with a disturbance recorder evaluation tool, eg. Wavewin. EM EM EM Easergy P3 Catalog schneider-electric.com

85 Easergy digital experience Easergy web-hmi Description Enhance operational efficiency Direct access to protection and communication settings Control and monitoring of circuit breakers and switches Mirror HMI function Direct access to measurements including the graphic phasors Device diagnosis MTRIX status ccess to logs and other information Boost operational efficiency with the embedded web-hmi Quickly and conveniently configure, monitor, and operate your Easergy P3 protection relay with our web-hmi. The web-hmi, accessible online via IP address of the relay, doesn t require you to install specific computer software - simply use your web browser to connect to the device. You only need to enable the web server service during the initial configuration of Easergy P3 with esetup Easergy Pro. The web-hmi is based on the same page design as esetup Easergy Pro, making it easy to use! schneider-electric.com Easergy P3 Catalog 85

86 Easergy digital experience Easergy Smartpp Description Discover how the Easergy Smartpp can simplify your daily operations Use the Easergy Smartpp to control Easergy P3 to improve safety, simplify operations and maintenance, and save valuable operational time (1). Safety The Easergy Smartpp improves safety by allowing the operator to stay away from the circuit-breaker during operations. Simplicity The Easergy Smartpp provides easy access to device status, control, and monitoring of the circuit breaker, measurements, settings, events and other functions, through the mirror HMI or a simplified view. Mirror HMI: Duplicate the device display in the Easergy Smartpp to perform actions more easily and safely. Simplified view: The Easergy Smartpp gives you an organized view of all the device s functionalities for simpler access to the data. You benefit from a clearer overview of the switchgear s health, faster issue resolution, and safer operations. Easergy Smartpp screens example Free download on: (1) Wi-Fi is not embedded in Easergy P3, a separate Wi-Fi router connected to an Ethernet port of the device is required. 86 Easergy P3 Catalog schneider-electric.com

87 Notes schneider-electric.com Easergy P3 Catalog 87

88 dditional modules and accessories 88 Easergy P3 Catalog schneider-electric.com

89 dditional modules and accessories Connection cables 90 Communication modules 92 Temperature and analogue input and output modules 94 rc flash sensors 96 schneider-electric.com Easergy P3 Catalog 89

90 dditional modules and accessories Connection cables Description Cables for Easergy P3 Standard The cables can be used for connecting external option modules to the Easergy P3 Standard. The device is equipped with I/O communication model E or F, where RS232 interface is available. PM REL52825 remote port is available when a REL52825 cable is used. The cable contains a connector for the RS-232 interface of the Easergy P3 Standard and a D9- connector for the external option module. Length 2.5 m (78.74 in) PM PM REL52827 The cable contains a connector for the RS-232 interface of the Easergy P3 Standard and a D9-connector for the REL52815 Profibus interface module. n extension port is available for the REL52827 in Easergy P3 Standard. Length REL m ( in) Remote and extension ports are available, in addition to IRIG-B clock synchronization, when the REL52826 cable is used. The REL52826 cable contains a connector for the RS-232 interface of the Easergy P3 Standard and a 3-piece D9-connector for the external option module and IRIG-B. Length 2.5 m (78.74 in) 90 Easergy P3 Catalog schneider-electric.com

91 dditional modules and accessories Connection cables Description Cables for Easergy P3 dvanced The cables can be used for connecting external option modules to the Easergy P3 dvanced.the device is equipped with I/O communication model B, C or D, where RS232 interface is available. PM REL52823 Remote and extension ports are available in addition to IRIG-B clock synchronization when the REL52823 cable is used. The REL52823 cable contains a connector for the RS232 interface of Easergy P3 dvanced and 3-piece D9-connector for the external option module and IRIG-B. Length 3.0 m ( in) PM REL52824 The cable contains a connector for the RS232 interface of Easergy P3 dvanced and D9-connector for the REL52815 Profibus interface module. n extension port is available for the REL52824 in Easergy P3 dvanced. Length 3.0 m ( in) Cables for all Easergy P3 models PM Front face USB Cable - REL52822 The Easergy P3 protection relays have a USB-connector in the front panel. Use esetup Easergy Pro setting software with USB cable to set the device. Length 3.0 m ( in) schneider-electric.com Easergy P3 Catalog 91

92 dditional modules and accessories Communication modules Network interface modules PM RS232 to RS485 network REL52820 The external RS485 interface REL52820 is used to connect Easergy P3 devices to the RS485 network. With the RS485 serial interface module it is possible to have following serial protocols in use. Characteristics Distance (maximum) Devices (maximum) 32 Type of fiber optic connector PIN (3) Type of RS232 connector RS485 type Serial protocols Power supply 200 m (7, in) 9-pin DSUB connector 2-wire Modbus, DNP3.0, IEC and SpaBus From RS232 port or external 12Vdc To connect the interface with: Easergy P3 Standard devices, use REL52825 cable Easergy P3 dvanced devices, use REL52823 cable if needed PM RS232 to fiber optic network REL52816 to REL52819 n external fiber optic interface is used to connect Easergy P3 devices to a fiber optic loop or a fiber optic star network. The options include two different types of serial fiber optic modules. Characteristics REL52819 REL52816 Distance (maximum) 30 m (1,181 in) 1,000 m (39,370 in) Type of fiber optic Plastic-Plastic Glass-Glass FO diameter 1 mm 62.5/125 um Devices (maximum) Type of fiber optic connector Interface Serial protocols Power supply HP Versalink Snap-in connector ST 9-pin DSUB connector Modbus, DNP3.0, IEC and SpaBus From RS232 port or external 12 Vdc To connect the interface with: Easergy P3 Standard devices, use REL52825 cable Easergy P3 dvanced devices, use REL52823 cable if needed 92 Easergy P3 Catalog schneider-electric.com

93 dditional modules and accessories Communication modules Network interface modules DeviceNet network interface REL52821 PM External RS485 DeviceNet interface REL52821 is used to connect Easergy P3 devices to RS485 network using DeviceNet protocol. Characteristics Distance (maximum) Devices (maximum) 32 Type of output connector Type of RS232 connector Serial protocols Power supply 200 m (7, in) PIN 9-pin DSUB connector DeviceNet Need power feed from both RS232 port and external 24 Vdc To connect the interface with: Easergy P3 Standard devices, use REL52825 cable Easergy P3 dvanced devices, no additional cable required PM Profibus network interface REL52815 External Profibus interface REL52815 is used to connect Easergy P3 devices to the Profibus network. Characteristics Interface Transfer method Transfer cable Electrical isolation Serial protocols Baud rate Power supply Easergy P3 Standard: Easergy P3 dvanced: 9-pin DSUB connector (Female) RS485, Half-duplex Twisted pair (1 pair and shield) 500 Vdc Profibus DP 9.6 kbaud to 12 Mbaud External 12Vdc From RS232 port or external 12Vdc To connect the interface with: Easergy P3 Standard devices, use REL52827 cable Easergy P3 dvanced devices, use REL52824 cable schneider-electric.com Easergy P3 Catalog 93

94 dditional modules and accessories The temperature module is supplied ready for operation with: Easergy P3U20, P3U30 with RS485 communication port direct Easergy P3U20, P3U30, and P3X3x with RS232 communication port by REL52820 external RS485 interface Easergy P3U20, P3U30, and P3X3x with RS232 communication port by REL52816 to REL52819 external fiber optic interface Temperature and analog input/output modules For Easergy P3 Function The temperature modules can be used to connect temperature sensors from the field to the Easergy P3 devices using a communication port RS485 by twist-pair or fiber optic. The temperature measurement is utilized by the following protection functions in transformer and motor application: Thermal overload Temperature monitoring Customized logic or custom protection function The modules REL52813 and REL52814 have analog input and output to use in the special controls functions. DM REL52811 Fiber Rx REL52812 RS485 Rx REL52813 REL52814 RS485 Rx Tx Tx Tx Fiber Rx PTC RTD CH01 RTD CH01 Tx RTD CH01 RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH02 RTD CH03 RTD CH04 RTD CH05 m In1 m In2 m In3 RTD CH02 RTD CH03 RTD CH04 RTD CH05 RTD CH06 RTD CH06 m In4 RTD CH06 RTD CH07 RTD CH08 RTD CH09 RTD CH10 RTD CH11 RTD CH07 RTD CH08 RTD CH09 RTD CH10 RTD CH11 RTD CH07 m OUT1 RTD CH08 m OUT2 RTD CH09 m OUT3 RTD CH10 m OUT4 RTD CH11 RTD CH12 RTD CH12 RTD CH12 94 Easergy P3 Catalog schneider-electric.com

95 dditional modules and accessories Temperature and analog input/output modules Temperature input modules REL52811 / REL52812 / REL52813 / REL52814 Characteristics REL52811 REL52812 REL52813 REL52814 Interface Glass fiber (ST) RS485 Twisted Pair Glass fiber (ST) OR RS485,TP Distance (maximum) 2,000 m (78,740 in) 1,200 m* (47,244 in) m / m* Quantity of Temperature sensors 12 channels, 3-wire 12 channels, 3-wire and 1 PTC channel 2-wire Supported RTD types Pt100, Ni00, Ni120 and Cu10 Measuring range Measuring resolution 0.10 Measuring accuracy ±0.3 Sensor distance 50 (corresponds to m at 0.75 ) Power Supply Operating Temperature Mounting Type Degree of protection Vac/dc 50/60 Hz 0 C (32 F) to 55 C (131 F) DIN Rail IP20 24 Vdc Vac/dc 50/60 Hz * The value may decrease according to the conditions of use nalog Input / Output modules REL52811 / REL52812 / REL52813 / REL52814 Characteristics REL52811 REL52812 REL52813 REL52814 nalog Input (m) Input Range m 0-25 m Input accuracy - - ±1% ±1% Input resolution - - 6u (12-bits) 6u (12-bits) Input impedance nalog Output (m) Output range m 0-25 m Output accuracy - - ±1% ±1% Output resolution - - 6u (12-bits) 6u (12-bits) Galvanic isolation V 1000 V Max. Load/output PTC Input Measuring accuracy - - ±10% (<10 k ) ±10% (<10 k ) * The value may decrease according to the conditions of use schneider-electric.com Easergy P3 Catalog 95

96 dditional modules and accessories rc flash sensors For Easergy P3 dvanced only Sensors description The sensor is used by an arc flash protection device (Easergy P3 dvanced) or system to detect the light coming from the arc flash incident. The Easergy P3 dvanced arc sensor is activated by strong light. The sensor transforms the light information into the current signal, which is used by the protection device to indicate arc flash. rc flash sensors Characteristics REL52801 REL52802 REL52803 REL52804 REL52805 REL52806 REL52807 REL52808 REL52809 REL52810 Material Plastic Type Standard Pipe Weight 1,000 g 1,300 g 1,300 g 300 g 400 g 400 g 1,000 g 1,300 g 300 g 400 g 2.20 lb 2.87 lb 2.87 lb 0.66 lb 0.88 lb 0.88 lb 2.20 lb 2.87 lb 0.66 lb 0.88 lb Cable length (m) Shielded cable Halogen free Environment Pollution Degree 2 Operation temperature -25 C (-13 F) to +70 C (+158 F) Light spectrum sensitive area nm Detection time 1 ms Light sensitivity lux Loop supervision Yes To connect the interface in the Easergy P3 Standard devices, use REL52883 cable. DM DM REL dimensions mm in REL dimensions Sensitivity area DM mm in rc Flash sensor: Pipe type 96 Easergy P3 Catalog schneider-electric.com

97 dditional modules and accessories rc flash sensors For Easergy P3 dvanced only Direct mounting on switchgear Setting the light sensor in the switchgear requires either special supports type REL52828 (mounting plate for sensor Z-shape) or REL52829 (mounting plate for sensor L-shape), or it can be mounted in customer drilled holes. DM Mounting options REL52829 dimensions mm in PM PM Before DM Mounting plate for sensor L-shape REL52828 dimensions fter DM DM mm in Mounting plate for sensor Z-shape schneider-electric.com Easergy P3 Catalog 97