PHOENIX CONTACT | Products and services for managing your energy

PHOENIX CONTACT | Products and services for managing your energy - Easy energy management

Key to success in energy effi ciency Transparent energy monitoring Energy effi ciency is truly a key to economic success. Therefore, an energy management system must be easy to implement. Our innovative and coordinated portfolio of sensor technology and measurement technology products can save you a great deal when it comes to energy data acquisition. Future-oriented communication solutions and digital services help you to integrate, manage, and process your data. The new standard for the control cabinet. More information on pages 38 to 39. Find out more with the web code For detailed information, use the web codes provided in this brochure. Simply enter # and the four-digit number in the search ﬁ eld on our website. Web code: #1234 (example) Or use the direct link: phoenixcontact.net/webcode/#1234 2 PHOENIX CONTACT

PHOENIX CONTACT 3 ContentsProducts and measuring devices for managing your energy 4Multi-functional EMpro energy measuring devices 6Intuitive installation wizard 8Intelligent web server and device functions 10IoT-capable energy measuring devices 12Flexible current measuring input 14EMpro energy meters with MID approval 16European Measuring Instruments Directive (MID) 18PACT current sensors 20Current transformers for retroﬁ tting 22Product overview and application examples Energy measuring devices 24Energy meters 30Current sensors 32Current and voltage transducers 36 COMPLETE line The comprehensive solution for the control cabinet 38

4 PHOENIX CONTACT Products and measuring devices for managing your energyWhether for complex energy measurements or simple cost center billing, our multifunctional energy measuring devices and MID-certiﬁ ed energy meters record all electrical variables that are relevant to your energy management system. To ensure easy device installation and commissioning, we focused in particular on user-friendliness and optimum interaction with the current sensor technology.Multi-functional EMproenergy measuring devicesEMpro energy measuring devices acquire your energy data and communicate it to superordinate control and management systems. These products can be conﬁ gured and integrated into your network in minutes.EMpro energy meterswith MID certiﬁ cationEMpro energy meters make it possible to calculate energy data for the exact cost center. Established communication interfaces enable easy integration into existing bus and network structures.

Embedded tools and intelligent services A wide range of practice-oriented web server and device functions simpliﬁ es installation, startup, monitoring, and servicing. Energy measuring devices with direct cloud connection enable you to utilize additional intelligent services, such as the visualization of energy data, device management, and monitoring the state of health of your energy measuring device. PACT RCP current transformers for retroﬁ tting PACT RCP current transformers are ideal for retroﬁ tting, especially where space is too tight for a split core current transformer. Save on wiring work and connect the Rogowski coil directly to our EMpro energy measuring devices, without the measuring transducer that is usually required. PACT plug-in and winding current transformers The PACT current transformer product family features a complete range for converting high alternating currents into 1 A and 5 A secondary currents. Versions with Push-in connection simplify your wiring. PHOENIX CONTACT 5

EMpro multi-functional energy measuring devices The fastest way to measure energy EMpro energy measuring devices can be conﬁ gured and integrated into your network in minutes. Beneﬁ t from the simple, direct connection of conventional Rogowski coils, and from the many practice-oriented web server and device functions. Create your energy management system of the future with EMpro: the integrated REST (REpresentional State Transfer) interface and direct cloud connection pave the way to the digital world in the Internet of Things. Web code: #1267 Front panel device Measuring devices for front panel installation provide you with a large matrix display and a rapid overview on site. DIN rail device with display DIN rail devices with display provide you with a quick overview of your energy data in the control cabinet. 6 PHOENIX CONTACT

Your advantages  Energy measurement in just three steps with the intuitive installation wizard  Reduced wiring and conﬁ guration work with the direct connection of conventional Rogowski coils  Easy commissioning and service with intelligent web server and display functions  Global data access and the utilization of intelligent services with direct cloud connection Flexible network connection In addition to interfaces for classic industrial communication, the products also have an integrated REST API. IoT-capable versions for direct cloud access enable global networking. Intuitive handling Intuitive handlingg The web server enables intuitive ThThee wewebb seservrverer eenanablbleses iintntuiuititiveve conﬁ guration, data logging, network quality conﬁ guration, data logging, network quality evaluation, and the detailed measurement of evaluation, and the detailed measurement of energy ﬂ ows. energy ﬂ ows. DIN rail device without icce wwithhout display Measuring devices without a display ees wwitthhoout a display are designed solely for network eely ffor network integration. Data access and aa accceesss and conﬁ guration is via the integrated web vvia tthe inntegrated web server. PHOENIX CONTACT 7

Intuitive installation wizard Just three steps to energy measurement Set up the communication interface, select the grid type, and conﬁ gure the measuring input. The EMpro energy measuring devices can be conﬁ gured and integrated into the network in just three steps. The intuitive installation wizard starts up automatically when the device is switched on for the ﬁ rst time. Alternatively, you can also conﬁ gure the basic settings directly on the device via the user-guided operating keys. Easy integration All register tables necessary for setting up the communication interface can be conveniently viewed and called up via the web server. The integrated search function saves you time searching for the necessary register addresses. 8 PHOENIX CONTACT

Intelligent web server and device functions A large number of practical web server and device functions simplify day-to-day work, such as monitoring the correct operation of the system, as well as troubleshooting in the event of service and support actions. In addition to conﬁ guring the device, you can use the web server to perform other functions such as data logging, assessing the network quality, and displaying the energy ﬂ ows in clear trend diagrams. Intelligent device functions The energy measuring devices signal an error via a color change on the display as soon as the conﬁ gured thresholds are violated. This is a particular advantage when several products are used in one application, because error statuses are clearly recognized at ﬁ rst glance. 10 PHOENIX CONTACT

Intelligent energy management IoT-capable energy measuring devices Create your energy management system of the future with EMpro energy measuring devices: integrate the energy data into your local network from any browser via the integrated REST interface. Or go directly into the cloud with EMpro. Access your measurement and device data from anywhere in the world, and take advantage of the platform’s additional intelligent services. Easy networking REST – short for “REpresentional State Transfer” – is a user-friendly software architecture that uses all common Internet protocols. You do not need any special knowledge of the industrial communications protocols. Data can be retrieved with just a few commands in the HTTP/REST/JSON format. 12 PHOENIX CONTACT

Fast system integration Directly to the cloud Intelligent services The browser-based REST architecture enables the easy development of system integration and individual data access through conﬁ gurable retrieval. Versions with a direct connection to the cloud enable interaction with the devices from anywhere, and at any time. Access your measurement and component data anywhere in the world, without an additional gateway. The measurement and device data is stored, processed, and visualized in the cloud. The platform features additional services, such as device management and monitoring the state of health of your energy measuring device. PHOENIX CONTACT 13

Flexible current measuring input Fast wiring and conﬁ guration EMpro energy measuring devices measure the current either via external current transformers or Rogowski coils. A unique feature is, that in addition to our PACT RCP Rogowski coils, you can also directly connect any other conventional coil – regardless of the manufacturer. This gives you maximum ﬂ exibility and saves you a great deal of time during wiring. Flexible and time-saving The Rogowski measuring input saves you a great deal of time during wiring and conﬁ guration. Directly connect any conventional Rogowski coil: the products process the mV signal directly. The measuring transducer that is normally used is no longer required. 14 PHOENIX CONTACT

Energy meters with EMpro MID approval Record, communicate, bill EMpro energy meters with MID certiﬁ cation in accordance with EN 50470 enable cost-center-speciﬁ c energy data billing. The measuring devices record key electrical parameters such as currents, voltages, power factors, powers, and energy values in all four quadrants. The data is forwarded to your higher-level control system via standard communication interfaces. Web code: #1267 Energy meters with M-Bus interface Energy meters with M-Bus interface are suitable for use in building technology. Energy meters with Modbus/RTU interface Energy meters with Modbus/RTU interface are particularly well-suited for billing-related electromobility energy data acquisition. 16 PHOENIX CONTACT

Your advantages  Simple bus and network connection via M-Bus, Modbus/RTU or Modbus/TCP interface  Takes up little space on the DIN rail with an overall width of just 72 mm  Save time and money: versions with direct current measurement up to 80 A  Simple Modbus integration, thanks to uniform register tables with existing EMpro energy measuring devices  Remote data access, storage, and export with Ethernet- based devices Flexible network connection You can integrate the energy measuring devices into the most common industrial network structures and ﬁ eldbus systems. Flexible current measurement All product types are available either with a measurement input for an external current transformer or with an input for direct measurement. The current transformer measurement input is conﬁ gurable for 1 A and 5 A transformers. The transformer ratio can also be conﬁ gured. Currents up to 80 A are captured directly via an internal current transformer. This saves you additional time and money during installation. Energy meters with Modbus/TCP interface Energy meters with Modbus/TCP interface are particularly suitable for central data collection in industrial applications. PHOENIX CONTACT 17

PACT current sensors Easy retroﬁ tting, quick wiring PACT RCP current transformers based on the Rogowski coil are the perfect replacement current transformer for retroﬁ tting without having to remove system parts. The PACT current transformer product family features a complete range for converting high alternating currents into 1 A and 5 A secondary currents. Versions with Push-in connection help you perform your wiring quickly and safely. Current transformers for retroﬁ tting with UV protection PACT RCP current transformers for retroﬁ tting with UV protection are specially designed for permanent outdoor use. Web code: #1145 20 PHOENIX CONTACT

Your advantages  Easily retroﬁ t current measuring technology without having to remove system parts – with the PACT RCP set  Transform alternating currents up to 4,000 A using a single universal PACT RCP measuring system  For permanent use in outdoor settings: Rogowski coil with UV protection for housings and cables  Fast, reliable and tool-free installation: plug-in current transformers with Push-in Technology Push-in Technology Designed by PHOENIX CONTACT Push-in Technology Designed by PHOENIX CONTACT Current transformers for retroﬁ tting The PACT RCP current transformers for retroﬁ tting enable you to capture currents up to 4,000 A and convert them into a secondary alternating current of 1 A or into an analog standard signal of 4...20 mA, for example. Web code: #1145 Plug-in and winding current transformers The PACT current transformer product family features a complete range for converting high alternating currents into 1 A and 5 A secondary currents. Web code: #1264 PHOENIX CONTACT 21

Current transformers for retroﬁ tting Fast installation in a conﬁ ned space PACT RCP current transformers for retroﬁ tting can be conveniently mounted where there is not enough space for split core current transformers. Capture AC currents up to 4,000 A and convert them into a secondary alternating current of 1 A or into an analog standard signal of 4 ... 20 mA, for example, depending on the type of downstream measuring transducer. Handy replacement current transformer For versions with current output, the downstream measuring transducer supplies an output current of 0 ... 1 A AC. The phase angle is equal to the primary current. Connect these currents to the energy measuring device current inputs to calculate electrical variables. 22 PHOENIX CONTACT

Quick and secure installation Well protected Eight current measuring ranges The compact Rogowski coil can be placed quickly around busbars and circular conductors. The professional attachment provides for secure seating. Choose from three diff erent coil lengths for the ideal ﬁ t. The Rogowski coil for outdoor use is equipped with a UV-resistant housing and UV-protected cables. This provides the right protection for permanent outdoor installation. Choose between eight diff erent current measuring ranges using DIP switches. For ideal measuring accuracy, compensate for the diff erent coil lengths simply via potentiometer. PHOENIX CONTACT 23

Energy measuring devices: Product overview EMpro energy measuring devices Description Measurement via Modbus/TCP incl. REST Type Order No. Modbus/RTU Modbus/TCP incl. REST Type Order No. PROFINET Modbus/TCP incl. REST Type Order No. EtherNet/IP™ Modbus/TCP incl. REST Type Order No. Cloud MQTT Modbus/TCP incl. REST Type Order No. Input data Front panel installation DIN rail installation Current transformers Rogowski coil Current transformers Rogowski coil EEM-MA770 2907945 EEM-MA770-R 2907944 EEM-MA770-PN 2907946 EEM-MA770-EIP 2907953 EEM-MA771 2908286 EEM-MA771-R 2908285 EEM-MA771-PN 2908301 EEM-MA771-EIP 2908302 – – EEM-MA370 2907983 EEM-MA370-R 2907980 EEM-MA371 2908307 EEM-MA371-R 2907985 – – – – – – Measuring principle True r.m.s. value measurement (TRMS) True r.m.s. value measurement (TRMS) Acquisition of harmonics Measurement value Up to 63rd harmonic AC sine (50/60 Hz) Voltage measurement input (input voltage range) Up to 63rd harmonic AC sine (50/60 Hz) Direct Via external transformer Accuracy Current measuring input L1, L2, L3 35 V AC … 690 V AC (phase/phase) 35 V AC … 690 V AC (phase/phase) 20 V AC … 400 V AC (phase/neutral conductor) 20 V AC … 400 V AC (phase/neutral conductor) 60 V AC … 2,000,000 V AC (primary) 60 V AC … 400 V AC (secondary) 60 V AC … 2,000,000 V AC (primary) 60 V AC … 400 V AC (secondary) 0.20% 0.20% Input current range Secondary: 1 A/5 A 4,000 A Secondary: 1 A/5 A 4,000 A Overload capacity Accuracy Power measurement Accuracy Active energy 6 A (Imax) 0.20% 0.50% – <1% <1% 6 A (Imax) 0.20% 0.50% – <1% <1% Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) Digital input in accordance with IEC/EN 61131-2 (type 3) Voltage input signal 24 V DC 0 V DC … 30 V DC 24 V DC 0 V DC … 30 V DC Digital output in accordance with IEC/EN 61131-2 (type 3) Voltage output signal Current output signal Supply voltage range Supply voltage range Conformity Conformity 24 PHOENIX CONTACT 24 V DC ≤120 mA 24 V DC ≤120 mA 100 V AC … 400 V AC (± 20%) 150 V DC … 250 V DC (± 20%) 100 V AC … 230 V AC (± 20%) 150 V DC … 250 V DC (± 20%) CE-compliant CE-compliant

EMpro energy measuring devices without display Description Measurement via DIN rail installation without display Current transformers Rogowski coil Modbus/TCP incl. REST Type Order No. EEM-MB370 2907954 Modbus/RTU Modbus/TCP incl. REST Type Order No. PROFINET Modbus/TCP incl. REST Type Order No. EtherNet/IP™ Modbus/TCP incl. REST Type Order No. Cloud MQTT Modbus/TCP incl. REST Type Order No. – EEM-MB370-PN 2907984 EEM-MB370-EIP 2907971 EEM-SB370-C 1158951 EEM-MB371 2907955 – EEM-MB371-PN 2908308 EEM-MB371-EIP 2907976 EEM-SB371-C 1158947 Input data Measuring principle Acquisition of harmonics Measurement value True r.m.s. value measurement (TRMS) Up to 63rd harmonic AC sine (50/60 Hz) Voltage measurement input (input voltage range) Direct Via external transformer Accuracy Current measuring input L1, L2, L3 Input current range Overload capacity Accuracy Power measurement Accuracy Active energy 35 V AC … 690 V AC (phase/phase) 20 V AC … 400 V AC (phase/neutral conductor) 60 V AC … 2,000,000 V AC (primary) 60 V AC … 400 V AC (secondary) 0.20% 1 A/5 A (secondary) 4,000 A 6 A (Imax) 0.20% 0.50% – <1% <1% Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) Digital input in accordance with IEC/EN 61131-2 (type 3) Voltage input signal 24 V DC 0 V DC … 30 V DC Digital output in accordance with IEC/EN 61131-2 (type 3) Voltage output signal Current output signal Supply voltage range Supply voltage range Conformity Conformity 24 V DC ≤120 mA 100 V AC … 230 V AC (± 20%) 150 V DC … 250 V DC (± 20%) CE-compliant PHOENIX CONTACT 25

Energy measuring devices: Product overview EMpro energy measuring devices Description Measurement via Front panel installation DIN rail installation Current transformers Rogowski coil Current transformers Rogowski coil Modbus/TCP incl. REST Type Order No. EEM-MA770-24DC EEM-MA771-24DC EEM-MA370-24DC EEM-MA371-24DC 1127052 1127060 1127059 1127058 Input data Measuring principle True r.m.s. value measurement (TRMS) True r.m.s. value measurement (TRMS) Acquisition of harmonics Measurement value Up to 63rd harmonic AC sine (50/60 Hz) Voltage measurement input (input voltage range) Up to 63rd harmonic AC sine (50/60 Hz) Direct Via external transformer Accuracy Current measuring input L1, L2, L3 35 V AC … 690 V AC (phase/phase) 35 V AC … 690 V AC (phase/phase) 20 V AC … 400 V AC (phase/neutral conductor) 20 V AC … 400 V AC (phase/neutral conductor) 60 V AC … 2,000,000 V AC (primary) 60 V AC … 400 V AC (secondary) 60 V AC … 2,000,000 V AC (primary) 60 V AC … 400 V AC (secondary) 0.20% 0.20% Input current range Secondary: 1 A/5 A 4,000 A Secondary: 1 A/5 A 4,000 A Overload capacity Accuracy Power measurement Accuracy Active energy 6 A (Imax) 0.20% 0.50% – <1% <1% 6 A (Imax) 0.20% 0.50% – <1% <1% Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) Digital input in accordance with IEC/EN 61131-2 (type 3) Voltage input signal 24 V DC 0 V DC … 30 V DC 24 V DC 0 V DC … 30 V DC Digital output in accordance with IEC/EN 61131-2 (type 3) Voltage output signal Current output signal Supply voltage range Supply voltage range Conformity Conformity 24 V DC ≤120 mA 24 V DC ≤120 mA 18 V DC … 30 V DC 18 V DC … 30 V DC CE-compliant CE-compliant 26 PHOENIX CONTACT

EMpro energy measuring devices without display Description Measurement via DIN rail installation without display Current transformers Rogowski coil Modbus/TCP incl. REST Type Order No. EEM-MB370-24DC 1127061 EEM-MB371-24DC 1127055 Input data Measuring principle Acquisition of harmonics Measurement value True r.m.s. value measurement (TRMS) Up to 63rd harmonic AC sine (50/60 Hz) Voltage measurement input (input voltage range) Direct Via external transformer Accuracy Current measuring input L1, L2, L3 Input current range Overload capacity Accuracy Power measurement Accuracy Active energy 35 V AC … 690 V AC (phase/phase) 20 V AC … 400 V AC (phase/neutral conductor) 60 V AC … 2,000,000 V AC (primary) 60 V AC … 400 V AC (secondary) 0.20% 1 A/5 A (secondary) 4,000 A 6 A (Imax) 0.20% 0.50% – <1% <1% Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) Digital input in accordance with IEC/EN 61131-2 (type 3) Voltage input signal 24 V DC 0 V DC … 30 V DC Digital output in accordance with IEC/EN 61131-2 (type 3) Voltage output signal Current output signal Supply voltage range Supply voltage range Conformity Conformity 24 V DC ≤120 mA 18 V DC … 30 V DC CE-compliant PHOENIX CONTACT 27

Energy measuring devices: Application examples Application example 1 Energy data acquisition in an Ethernet network via Modbus/TCP or RESTful API Energy monitoring Modbus/TCP or REST Switch EEM-MB370 EEM-MB370 EEM-MA370 EEM-MA770 EEM-MA770 Application example 2 Energy data acquisition in a PROFINET network PLC Energy monitoring PROFINET EEM-MB370-PN EEM-MB370-PN EEM-MB370-PN EEM-MB370-PN EEM-MB370-PN Application example 3 Energy data acquisition in a Modbus/TCP network with simultaneous PROFINET connection PLC Control room Switch Modbus/TCP PROFINET EEM-MA770-PN EEM-MA770-PN EEM-MB370-PN EEM-MB370-PN EEM-MB370-PN 28 PHOENIX CONTACT

EMpro energy meters: Product overview and application examples EMpro energy meters with MID approval Description Measurement via Tariff input Web-based management Input data Input voltage range Frequency range Start current Ist Energy meters with M-Bus interface Energy meters Energy meters with Modbus/RTU interface with Modbus/TCP interface Current transformers Direct, up to 80 A Current transformers Direct, up to 80 A Current transformers Direct, up to 80 A Yes – Yes – Yes – Yes – – Yes – Yes Type Order No. EEM-EM325 2908576 EM-EM327 2908586 EEM-EM355 2908578 EEM-EM357 2908588 EEM-EM375 2908581 EEM-EM377 2908590 3 x 184 V … 288 V (320 V … 500 V) 3 x 184 V … 288 V (320 V … 500 V) 3 x 184 V … 288 V (320 V … 500 V) 45 Hz … 65 Hz 45 Hz … 65 Hz 45 Hz … 65 Hz 0.002 A 0.02 A 0.002 A 0.02 A 0.002 A 0.02 A Maximum current Imax 6 A 80 A 6 A 80 A 6 A 80 A Communication interface Communication protocol M-Bus Modbus/RTU Modbus/TCP Communication standard EN 13757-1-2-3 RS-485 IEEE 802.3 Transmission speed 300 bps … 9,600 bps 300 bps … 57,600 bps 10 Mbps … 100 Mbps 1.5 … 6 mm2 1.5 … 35 mm2 1.5 … 6 mm2 1.5 … 35 mm2 1.5 … 6 mm2 1.5 … 35 mm2 Supplied by the measuring circuit CE-compliant, MID-compliant EN 50470-1 / EN 50470-3 Measurement connection Screw connection: conductor cross section solid/stranded/AWG Supply voltage range Supply Conformity Conformity Standards/regulations 30 PHOENIX CONTACT

Application example 1 Energy data acquisition in electromobility Energy meters with Modbus/RTU interface and direct measurement of up to 80 A are particularly well suited for billing-related energy data acquisition. Charging station ANT SIM SD Card Digital IN N X10 Digital OUT X11 EV-PLCC-AC1-DC1 C1 Ord. No. 1624130 30 CTRL COM EV UL UM US FR FF E RS323-1 RS323-2 RS485-1 RS485-2 CAN GSM St. GSM TR Error Plug Charge PLC Error Plug Charge C D C A DIAG L O R T N O C E G R A H C V E Power 24 V X1 X2.1 X2.2 COM RS232 X3 RS485 X4 CAN X5 AC Charging DC Charging X6 X7 X8 X9 z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 EEM-EM3XX EEM-EM3 ΣL1 L2 L3 ΣΣΣΣL1 L2 L1 LL2 L3 ΣΣΣ 7 4 2 0 2 3 . 4 0 7 4 2 0 2 3 . 7 4 2 0 2 3 . 7 4 2 0 2 3 . 4 2 0 2 3 . 4 04 04 04 0 77 kWh kkWhkWhkkWkWkWhWh MXX 0051 XXX/MID 0051 XXX/MID 1000 imp/kWh C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 22.5-29.5 V Output DC 24 V 1.75A VALVETRAB VALVETRAB VALVETRAB VALVETRAB N/PE T2 T2 T2 VAL-SEC-T2 VAL-SEC N/PE-350-P T2-350-P VAL-SEC T2-350-P VAL-SEC T2-350-P Application example 2 Central data collection in building technology Easily conﬁ gure the time intervals you want for storing measurement values for your energy management system, e.g., every 10 seconds or 15 minutes. The energy-meter values and mean values are saved in a circular buff er memory and, depending on the device setting, are available for retrieval for several months. Ethernet-based devices off er data access along with storage and export via web- based management. PLC Switch z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 EEM-EM3XX ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 EEM-EM3XX ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 EEM-EM3XX ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh EMpro energy meters with Ethernet interface PHOENIX CONTACT 31

PACT RCP current transformers: Product overview PACT RCP current transformers for retroﬁ tting Description Application Rogowski coil and measuring transducer Rogowski coil and measuring transducer For energy measurement For current measurement Connection method Screw Screw Push-in Measuring coil 300 mm Signal line 3 m Type Order No. Measuring coil 450 mm Signal line 3 m Type Order No. Measuring coil 600 mm Signal line 3 m Type Order No. PACT RCP-4000A-1A-D95 PACT RCP-4000A-UIRO-D95 PACT RCP-4000A-UIRO-PT-D95 2904921 2906231 2906234 PACT RCP-4000A-1A-D140 PACT RCP-4000A-UIRO-D140 PACT RCP-4000A-UIRO-PT-D140 2904922 2906232 2906235 PACT RCP-4000A-1A-D190 PACT RCP-4000A-UIRO-D190 PACT RCP-4000A-UIRO-PT-D190 2904923 2906233 2906236 Measuring coil 300 mm Signal line 5 m Type Order No. PACT RCP-4000A-1A-D95-5M 2910325 Measuring coil 300 mm Signal line 10 m Type Order No. PACT RCP-4000A-1A-D95-10M 2910326 Measuring coil 450 mm Signal line 10 m Type Order No. PACT RCP-4000A-1A-D140-10M 1033483 Measuring coil 600 mm Signal line 10 m Type Order No. PACT RCP-4000A-1A-D190-10M 2910327 – – – – – – – – Measuring coil technical data Frequency range Position error Rated insulation voltage Test voltage Ambient temperature operation Ambient temperature storage/transport Measuring transducer technical data Measuring ranges (current) via DIP switch 40 Hz … 20,000 Hz <1% 1000 V AC (rms CAT III) / 600 V AC (rms CAT IV) 10.45 kV (DC / 1 min.) -30°C … +80°C -40°C … +80°C 0 … 100 A, 250 A, 400 A, 630 A, 1,000 A, 1,500 A, 2,000 A, 4,000 A Current output signal 1 A AC (eff ective at sine) 0 … 20 mA, 4 … 20 mA, 0 … 10 mA, 2 … 10 mA, 0 … 21 mA Voltage output signal – 0 … 10 V, 2 … 10 V, 0 … 5 V, 1 … 5 V, 0 ... 10.5 V Nominal supply voltage range 19.2 V DC … 30 V DC 19.2 V DC … 30 V DC Maximum transmission error Rated power Frequency range ≤0.5% 1.5 VA 45 Hz ... 65 Hz Max. detectable harmonics <2 kHz Ambient temperature operation -20°C … +70°C Ambient temperature storage/transport -25°C … +85°C 32 PHOENIX CONTACT ≤0.5% – 16 Hz … 1000 Hz 16 Hz … 1000 Hz -20°C … +70°C -25°C … +85°C

PACT RCP Rogowski coils Description Signal line 3 m Signal line 5 m Signal line 10 m Type Order No. Type Order No. Type Order No. Measuring coil, length 300 mm PACT RCP-D95 2904890 PACT RCP-D95-5M 2910322 PACT RCP-D95-10M 2910323 Measuring coil, length 450 mm PACT RCP-D140 2904891 Measuring coil, length 600 mm PACT RCP-D190 2904892 – – PACT RCP-D140-10M 1033482 PACT RCP-D190-10M 2910324 PACT RCP current transformers for retroﬁ tting Accessories Description Application Connection method Measuring coil 600 mm Signal line 3 m Type Order No. Measuring coil technical data Frequency range Position error Rogowski coil and measuring transducer, current output 1 A Holder for busbars With UV protection for outdoor use Busbar thicknesses: 10 ... 15 mm Screw PACT RCP-4000A-1A-D190-3M-UV 1033485 40 Hz … 20,000 Hz <1% Type: PACT RCP-CLAMP Order No.: 2904895 Busbar thicknesses: 5 ... 10 mm Type: PACT RCP-CLAMP-5-10 Order No.: 2907888 Rated insulation voltage 1000 V AC (rms CAT III) / 600 V AC (rms CAT IV) Test voltage Ambient temperature operation Ambient temperature storage/transport Measuring transducer technical data Measuring ranges (current) via DIP switch Current output signal Nominal supply voltage range Maximum transmission error Rated power Frequency range Max. detectable harmonics Ambient temperature operation Ambient temperature storage/transport 10.45 kV (DC / 1 min.) -30°C … +80°C -40°C … +80°C 0 … 100 A, 250 A, 400 A, 630 A, 1,000 A, 1,500 A, 2,000 A, 4,000 A 1 A AC (eff ective at sine) 9.6 V DC … 30 V DC ≤0.5% – 16 Hz … 1000 Hz <2 kHz -40°C … +70°C -40°C … +85°C PHOENIX CONTACT 33

PACT current transformers: Product overview and application examples PACT current transformers Description Circular conductor dimensions Rail dimensions Secondary current Isn Ø 21 mm – 1 A / 5 A Current transformers Ø 28 mm 30 x 15 mm 20 x 20 mm 1 A / 5 A Ø 33 mm 40 x 12 mm 2 x 30 x 10 mm 1 A / 5 A Accuracy class C05 = 0.5 / C10 = 1 C05 = 0.5 / C10 = 1 C05 = 0.5 / C10 = 1 Screw connection Push-in connection Technical data Type Order No. Type Order No. Primary rated current and rated power PACT MCR-V1-21-44 2277268 PACT MCR-V2- 3015- 60 PACT MCR-V2- 4012- 70 2277271 2277284 – PACT MCR-V2-3015-60-PT PACT MCR-V2-4012-70-PT 2907413 2907414 Ipn Sn Ipn Sn Ipn Sn Isn: 1 A / Class: 0.5 100 … 200 A 1.25 … 5 VA 100 … 400 A 1.25 … 5 VA 150 … 600 A 2.5 … 5 VA Isn: 1 A / Class: 1 50 … 200 A 1.25 … 5 VA 60 … 750 A 1.25 … 7.5 VA 100 … 600 A 2.5 … 10 VA Isn: 5 A / Class: 0.5 100 … 200 A 1.25 … 3.75 VA 200 … 400 A 3.75 … 10 VA 150 … 600 A 2.5 … 10 VA Isn: 5 A / Class: 1 50 … 400 A 1.25 … 10 VA 60 … 750 A 1.25 … 10 VA 100 … 1,000 A 2.5 … 10 VA Central energy data acquisition Central energy data acquisition with the PACT RCP-4000A-1A set and one EMpro energy measuring device Motor PACT RCP Rogowski coil PACT RCP-D95 Ord.-No.: 29 04 890 300 mm 1000V CAT III 600V CAT IV OUT: 100mV / kA / 50Hz Tamb: -30°...+80° C / -22°...+176°F Serial No. 9N1XNB0005 PACT RCP-D95 Ord.-No.: 29 04 890 300 mm 1000V CAT III 600V CAT IV OUT: 100mV / kA / 50Hz Tamb: -30°...+80° C / -22°...+176°F Serial No. 9N1XNB0005 PACT RCP-D95 Ord.-No.: 29 04 890 300 mm 1000V CAT III 600V CAT IV OUT: 100mV / kA / 50Hz Tamb: -30°...+80° C / -22°...+176°F Serial No. 9N1XNB0005 PC EMpro energy measuring device Ethernet 1 A PACT RCP current transducers 300 300 300 34 PHOENIX CONTACT

Current transformers Ø 42 mm 50 x 12 mm 2 x 40 x 10 mm 1 A / 5 A Ø 52 mm 60 x 15 mm 2 x 50 x 10 mm 40 x 40 mm 1 A / 5 A Ø 85 mm 2 x 100 x 10 mm 80 x 64 mm – – 1 A / 5 A 1 A / 5 A C05 = 0.5 / C10 = 1 C05 = 0.5 / C10 = 1 C05 = 0.5 / C10 = 1 C05 = 0.5 / C10 = 1 PACT MCR-V2- 5012- 85 PACT MCR-V2- 6015- 85 PACT MCR-V2-10020-129 2277297 2277336 PACT MCR-V2-5012-85-PT PACT MCR-V2-6015-85-PT 2907416 2907417 2277378 – PACT MCR-V3-60 2277417 – Ipn Sn Ipn Sn Ipn Sn Ipn Sn 150 … 1,250 A 1.25 … 10 VA 300 … 1,000 A 1.25 … 2.5 VA 1,000 … 3,000 A 5 … 15 VA 1 … 40 A 2.5 … 5 VA 100 … 1,250 A 1.25 … 15 VA 300 … 1,250 A 2.5 … 3.75 VA 1,000 … 3,000 A 10 … 30 VA 5 … 40 A 2.5 … 5 VA 150 … 1,000 A 1.25 … 10 VA 600 … 1,250 A 5 … 15 VA 1,500 … 4,000 A 5 … 25 VA 5 … 40 A 2.5 … 5 VA 100 … 1,500 A 1.25 … 15 VA 200 … 1,500 A 2.5 … 15 VA 800 … 3,000 A 10 … 25 VA 5 … 40 A 2.5 … 5 VA Standard signal generation Standard signal generation with the PACT RCP-4000A-UIRO set Motor PACT RCP Rogowski coil PACT RCP-D95 Ord.-No.: 29 04 890 300 mm 1000V CAT III 600V CAT IV OUT: 100mV / kA / 50Hz Tamb: -30°...+80° C / -22°...+176°F Serial No. 9N1XNB0005 PACT RCP-D95 Ord.-No.: 29 04 890 300 mm 1000V CAT III 600V CAT IV OUT: 100mV / kA / 50Hz Tamb: -30°...+80° C / -22°...+176°F Serial No. 9N1XNB0005 PACT RCP-D95 Ord.-No.: 29 04 890 300 mm 1000V CAT III 600V CAT IV OUT: 100mV / kA / 50Hz Tamb: -30°...+80° C / -22°...+176°F Serial No. 9N1XNB0005 Modular controller 0 … 20 mA/0 … 10 V DO 8 7 6 5 1 2 3 4 ERR PWR DO 8 7 6 5 1 2 3 4 ERR PWR DO 8 7 6 5 1 2 3 4 ERR PWR PACT RCP current transducers PHOENIX CONTACT 35

Current and voltage transducers AC/DC current transducers MCR AC/DC current transducers measure direct and alternating currents of any waveform. Choose between adjustable devices for precise mapping of small measuring ranges up to 55 A or compact devices in graded measuring ranges for measuring high currents up to 600 A. Your advantages • Suitable for every waveform, thanks to true r.m.s. value measurement (TRMS) • Lossless current measurement without shunt using Hall sensor • Optimum mapping of the measuring range up to 55 A, thanks to software- programmable upper and lower limits • Decentral current measurement up to 600 A using particularly compact devices with variable mounting options Web code: #1265 AC current transducers MCR AC current transducers can also be used to acquire distorted alternating currents and convert them into a standard analog signal. There are two product families: one with adjustable versions with a variable supply concept, and one with versions with a hinged Rogowski sensor for easy installation and retroﬁ tting. Your advantages • Precise acquisition of sinusoidal alternating currents using adjustable AC measuring transducers up to 12 A that can be supplied ﬂ exibly • Convenient installation or retroﬁ tting even when measuring distorted currents, thanks to hinged AC measuring transducer up to 200 A Web code: #2269 36 PHOENIX CONTACT Current transducers up to 600 A AC/DC Programmable current transducers up to 100 A AC/DC Current transducers up to 200 A AC, distorted Current transducers up to 12 A AC, sinusoidal

Voltage transducers MCR voltage transducers can be used to acquire DC and AC voltages in various signal ranges and convert them into standard analog signals. Your advantages • Bidirectional output signals • Eight ﬁ nely graded voltage measuring ranges for optimum measurement accuracy • ZERO/SPAN adjustment ± 20% • High operational safety, thanks to 3-way electrical isolation Web code: #2270 PV string monitoring SOLARCHECK provides reliable information on the status of your photovoltaic system. This enables you to respond to malfunctions in individual strings promptly and take appropriate countermeasures. Your advantages • Low cost and wiring outlay, without additional power supply unit in the device connection box • Space-saving installation, thanks to the compact design • Easy integration into monitoring systems, thanks to Modbus/RTU communication • Monitoring of remote indication contacts, thanks to an additional digital input • Flexible expansion, thanks to optional voltage measurement of up to 1,500 V DC Web code: #1925 Voltage transducers for DC voltages Voltage transducers for AC voltages Measuring module for string current Communication module PHOENIX CONTACT 37

Your advantages in detail: Comprehensive product portfolio Intuitive handling With COMPLETE line, we off er a complete product portfolio of technologically leading products. This includes: • Controllers and I/O modules • Power supplies and device circuit breakers • Terminal blocks and distribution blocks • Relay modules and motor starters • Signal conditioners • Safety technology • Surge protection • Heavy-duty connectors Thanks to the simple, intuitive handling of the coordinated hardware components, you will save time during installation, startup, and maintenance. Push-in connection technology enables you to wire applications quickly – without using tools. The broad, technologically leading product portfolio will always provide you with the right product for standard or special applications. Save time throughout the entire engineering process The PROJECT complete planning and marking software supports the entire process of control cabinet manufacturing. The program features an intuitive user interface that enables the individual planning, automatic checking, and direct ordering of terminal strips. Reduced logistics costs Reduced variety of parts, thanks to standardized marking, bridging, and testing accessories. The COMPLETE line system coordinates products, design, and accessories so that you beneﬁ t from maximum reusability and thus reduce your logistics costs. Optimized processes in control cabinet manufacturing The new standard for the control cabinet COMPLETE line supports you, from engineering through to manufacturing, in making your control cabinet production as effi cient as possible. Thus, your customized concept for optimizing your processes in control cabinet manufacturing is created. Our terminal strip production helps you to ﬂ exibly manage order peaks or to supply your control cabinet production with fully assembled DIN rails just in time. Discover the extensive COMPLETE line product portfolio and ﬁ nd out more about COMPLETE line and your comprehensive solutions for the control cabinet. Visit our website: phoenixcontact.com/completeline PHOENIX CONTACT 39

Open communication with customers and partners worldwide Phoenix Contact is a global market leader based in Germany. Our group is synonymous with future-oriented components, systems, and solutions in the ﬁ elds of electrical engineering, electronics, and automation. A global network across more than 100 countries and with 17,400 employees ensures close proximity to our customers. With a broad and innovative range of products, we provide our customers with future-oriented solutions for a variety of applications and industries. We focus in particular on the ﬁ elds of energy, infrastructure, process, and factory automation. Canada USA Mexico Dominican Republic Guatemala Honduras Nicaragua Costa Rica Panama Colombia Ecuador Peru Trinidad and Tobago Venezuela Brazil Bolivia Paraguay Chile Uruguay Argentina You will ﬁ nd our complete product range at: phoenixcontact.com PHOENIX CONTACT GmbH & Co. KG Flachsmarktstraße 8 32825 Blomberg, Germany Phone: +49 52 35 3-00 Fax: +49 52 35 3-4 12 00 E-mail: info@phoenixcontact.com phoenixcontact.com Iceland Norway Sweden Denmark Ireland Netherlands United Kingdom Belgium Finland Estonia Latvia Lithuania Belarus Poland Blomberg, Germany Russia Luxembourg Czech Republic France Austria Slovakia Ukraine Kazakhstan Mongolia Switzerland Slovenia Croatia Bosnia and Herzegovina Hungary Moldova Romania Spain Portugal Morocco Algeria Italy Tunisia Serbia Kosovo Montenegro Macedonia Greece Cyprus Egypt Bulgaria Georgia Uzbekistan Turkey Armenia Azerbaijan Lebanon Iraq Israel Kuwait Jordan Bahrain Qatar Saudi Arabia UAE Oman South Korea Japan China Pakistan Bangladesh Taiwan, China Ghana Nigeria Cameroon Uganda Kenya Tanzania Zambia Mozambique Mauritius Namibia Zimbabwe Botswana South Africa India Sri Lanka Myanmar Thailand Philippines Malaysia Vietnam Singapore Indonesia Australia New Zealand y n a m r e G n i d e t n i r P . . 3 L 1 0 0 0 2 - 2 0 F I 0 2 0 2 T C A T N O C X N E O H P © I 2 0 / 0 2 - 3 0 - 0 2 0 2 / 8 5 4 4 0 1 1 R N M