2025 Energy monitoring Current transformers, current and voltage measuring technology, energy and power measuring technology, energy management software

Energy management software Local or location-independent visualization and analysis of energy data in accordance with ISO 50001. • Energy Management Service – On-Premises • Energy Management Service – Powered by Proficloud.io ❯ More information starting on page 38 Contents Current transformers Current transformers for new installations Current transformers for retrofitting Current and voltage measuring technology Current measuring transducers for AC, DC, and distorted currents AC and DC voltage measuring transducers 4 6 10 14 16 22 Energy and power measuring technology 24 AC energy meters for billing purposes 28 DC energy meters for billing purposes 30 Multifunctional energy measuring devices 34 Energy management software 38 Energy and power measuring technology Capture energy data and communicate it to higher-level control and management systems. • AC and DC energy meters for billing purposes • Multifunctional energy measuring devices ❯ More information starting on page 24 Phoenix Contact 3

s r e m r o f s n a r t t n e r r u C Current transformers for retrofitting Choose from two designs for easy retrofitting of new measuring points in the field without having to switch off the system: • Current transformers based on the Rogowski coil, with downstream measuring transducer for currents up to 4,000 A AC • Split-core current transformers for circular conductors with currents up to 100 A AC ❯ More information starting on page 10 Phoenix Contact 5

Your advantages in detail Ipn ≤ 120 % s r e m r o f s n a r t t n e r r u C Protection against destruction All terminal points are made immediately accessible by rotating the captive terminal cover 90°. At the same time, the current transformer is electrically short-circuited to protect it from damage if all conductors are removed on the secondary side during operation (open mode). Variable mounting options PACT current transformers come with various mounting options: • Installation directly on the busbar with the included accessories • Screw connection on a mounting panel via the plug-on feet included • Mounting on DIN rails with snap-in adapters available as an option Safe detection of current peaks PACT current transformers enable you to safely detect larger current peaks without the risk of damage. The products are designed for a continuous nominal current that is 120% of the primary rated current strength. So for a rated current that is 1.2 times greater, a PACT current transformer with 10 VA delivers a rated power of 14.4 VA on a continual basis. Comparison of operating voltages The housing panels of PACT MCR current transformers have a 14 mm overlap, thus offering better electrical safety than required by the standard. These overlaps significantly increase the air clearances and creepage distances, thereby preventing electrical sparkover from the primary side to the secondary side. The rated insulation voltage of conventional 720 V transformers is just 416 V (L-N). PACT MCR current transformers enable a maximum rated insulation voltage of up to 1,000 V (L-N). Rated insulation voltage (operating voltage) Impulse withstand voltage for transformer testing – At 277 V (L - N) – At 1000 V (L - N) EN 61869 PACT MCR-V-... (transformer standard) 480 V (L - L) 720 V (L - L) 1000 V (L - L) 277 V (L - N) 416 V (L - N) 577 V (L - N) – 1000 V (L - N) PACT 3 kV 6 kV 6 kV 12 kV PACT Phoenix Contact 7

PACT current transformers Description Window-type current transformer 0 ... 60 A AC 0 ... 80 A AC 0 ... 100 A AC 0 ... 125 A AC 0 ... 150 A AC 0 ... 200 A AC 0 ... 250 A AC 0 ... 300 A AC 0 ... 400 A AC 0 ... 500 A AC 0 ... 600 A AC 0 ... 750 A AC 0 ... 100 A AC 0 ... 150 A AC 0 ... 200 A AC 0 ... 250 A AC 0 ... 300 A AC 0 ... 400 A AC 0 ... 500 A AC 0 ... 600 A AC 0 ... 750 A AC 0 ... 800 A AC 0 ... 1000 A AC Primary rated current Secondary rated current Accuracy class Frequency range Circular conductor dimensions 28 mm 33 mm 0 ... 100 A AC 0 ... 150 A AC 0 ... 200 A AC 0 ... 250 A AC 0 ... 300 A AC 0 ... 400 A AC 0 ... 500 A AC 0 ... 600 A AC 0 ... 750 A AC 0 ... 800 A AC 0 ... 1000 A AC 0 ... 1250 A AC 0 ... 1500 A AC 1 A AC / 5 A AC 0.5 / 1 50 Hz / 60 Hz 42 mm 0 ... 200 A AC 0 ... 300 A AC 0 ... 400 A AC 0 ... 500 A AC 0 ... 600 A AC 0 ... 750 A AC 0 ... 800 A AC 0 ... 1000 A AC 0 ... 1250 A AC 0 ... 800 A AC 0 ... 1000 A AC 0 ... 1500 A AC 0 ... 2000 A AC 0 ... 2500 A AC 0 ... 3000 A AC 0 ... 4000 A AC 52 mm 85 mm 60 mm x 15 mm 50 mm x 10 mm 40 mm x 40 mm 100 mm x 10 mm 80 mm x 64 mm Rail dimensions Connection method Item no. 30 mm x 15 mm 20 mm x 20 mm 40 mm x 12 mm 30 mm x 10 mm 50 mm x 12 mm 40 mm x 10 mm Screw connection 2277271 2277284 2277297 2277336 2277378 Phoenix Contact 9 s r e m r o f s n a r t t n e r r u C

Your advantages in detail s r e m r o f s n a r t t n e r r u C Compact, safe, and flexible Capture currents up to 4,000 A AC in the frequency spectrum from 40 to 20,000 Hz using a single compact coil type. Measure harmonics and transients with phase accuracy, without magnetic saturation or dangerous open-circuit voltages. The optional holding device ensures the Rogowski coil is securely seated on busbars. Eight current measuring ranges The downstream measuring transducer offers eight current measuring ranges from 0 ... 100 A to 0 ... 4,000 A AC. On the secondary side, a secondary current of 0 ... 1 A AC is output. Simply select the appropriate current measuring range using the DIP switch. For optimum measuring accuracy, set the length of the Rogowski coil used using the potentiometer on the measuring transducer. Ideal for currents up to 100 A AC For quick retrofitting, the PACT SPC split-core current transformers can be positioned around conductors up to 13 mm in diameter by simply opening the housing. Three versions cover the current measuring ranges from 0 to 20, 50 or 100 A AC and output 0 to 1 A AC on the secondary side. Optimum interaction with our EMpro energy measuring devices Some EMpro energy measuring devices have an mV input so that you can connect the PACT RCP Rogowski coils directly. Benefit from high measuring accuracy and very easy configuration. When the coil is connected, the respective phase can be inverted by the firmware if needed. It is no longer necessary to rewire the two conductors. 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 Central energy data acquisition with a PACT RCP Rogowski coil and an EMpro energy measuring device Phoenix Contact 11

Product overview: Current transformers for retrofitting PACT RCP Rogowski coils Product type Description Frequency range Accuracy class Output signal Rogowski coil for current measurement, can be connected directly to energy measuring devices Rogowski coil 40 Hz ... 20000 Hz 0.2 (IEC 61869-10: A1) 100 mV AC (no load, at 1000 A AC) Length of measuring coil Length of signal line 3 m 300 mm 5 m 450 mm 600 mm 10 m 3 m 10 m 3 m 10 m Item no. 2904890 2910322 2910323 2904891 1033482 2904892 2910324 Accessories Description The optional holding device ensures the Rogowski coil is securely seated on busbars with a thickness of 10 ... 15 mm. During installation, the coil housing is pushed onto the flange of the holding device and snaps in automatically. The optional holding device ensures the Rogowski coil is securely seated on busbars with a thickness of 5 ... 10 mm. During installation, the coil housing is pushed onto the flange of the holding device and snaps in automatically. PACT SPC current transformers for retrofitting Item no. Type 2904895 PACT RCP-CLAMP 2907888 PACT RCP-CLAMP-5-10 Product type Description Primary rated current 0 ... 20 A AC Secondary rated current Accuracy class Frequency range Circular conductor dimensions Length of signal line Item no. 3 2 m 1382378 Current transformer Split-core current transformer for retrofitting 0 ... 50 A AC 0 ... 1 A AC 1 50 Hz / 60 Hz 13 mm 0 ... 100 A AC 0.5 3 m 1382384 1382387 s r e m r o f s n a r t t n e r r u C Phoenix Contact 13

l y g o o n h c e t g n i r u s a e m e g a t l o v d n a t n e r r u C Voltage measuring transducers Choose the suitable measuring transducer for capturing direct and alternating voltages in various signal ranges: • Voltage measuring transducers – For alternating voltages up to 660 V AC – For direct voltages up to 660 V DC – For direct voltages up to 1,500 V DC ❯ More information starting on page 22 Phoenix Contact 15

Your advantages in detail USB-C <0,5 % MODBUS/TCP Easy connection including power supply PC connection is simply via a standard USB-C cable, without the need for special accessories. During configuration, data is transmitted and power is supplied to the device via the USB-C cable. An external 24 V DC supply is not required. High measuring accuracy For optimized AC current measurement, ECM UC current measuring transducers have four different frequency measuring ranges from 10 to 100 Hz to 10 to 1,000 Hz. The devices deliver precise measurement results with a measurement error of <0.5% in all measuring ranges from 0 to 0.1 A up to 0 to 100 A. MODBUS/RTU Digital further processing of measured data The ECM UC current measuring transducer portfolio includes devices with analog output signals as well as Modbus/RTU and Modbus/TCP digital interfaces. To modify the configuration or to retrieve measured data, for example, simply address the current measuring transducers in the network via IP address. To evaluate them further, import the data as a CSV file. l y g o o n h c e t g n i r u s a e m e g a t l o v d n a t n e r r u C Intuitive configuration via web-based management Use-driven menu navigation To make the desired settings for operation, simply connect the devices to the PC via the USB-C interface and open web-based management (WBM) in your chosen browser. This saves you the inconvenience of downloading software. The intuitive menu navigation simplifies the settings on the device. In addition, the live measurement data of the currents, such as the AC and DC components, can be visualized simultaneously in different windows. For fast startup of multiple measuring transducers with the same configuration, save the device settings in a JSON file and then simply import them into additional devices. Phoenix Contact 17

Current measuring transducers for currents up to 600 A AC/DC and distorted currents MCR AC/DC current measuring transducers measure direct and alternating currents of any waveform, as well as distorted currents, and convert them into a standard analog signal. Your advantages • Space-saving due to the compact • Variable mounting options • Plug-in connection terminal blocks dimensions Current measuring transducers for direct, alternating, and distorted currents Frequency range Description Measuring range Output signal Supply voltage Degree of protection Maximum transmission error Ambient temperature range Delivery state Connection method Item no. 20 Hz ... 6000 Hz 3-way isolation, COMBICON connector for supply and output signal, max. cable diameter 32 mm 0 ... 100 A AC/DC 0 ... 200 A AC/DC 0 ... 300 A AC/DC 4 ... 20 mA 0 ... 10 V 4 ... 20 mA 0 ... 10 V 4 ... 20 mA 0 ... 10 V 0 ... 400 A AC/DC 0 ... 500 A AC/DC 4 ... 20 mA 0 ... 600 A AC/DC 20 V DC ... 30 V DC IP20 <±1% -40°C ... +65°C Unconfigured Push-in connection 2308027 2308108 2308030 2308205 2308043 2308302 2308072 2308085 2308098 l y g o o n h c e t g n i r u s a e m e g a t l o v d n a t n e r r u C Phoenix Contact 19

l y g o o n h c e t g n i r u s a e m e g a t l o v d n a t n e r r u C Current measuring transducers for currents up to 12 A AC MACX MCR AC current measuring transducers capture sinusoidal alternating currents up to 12 A and convert them into a standard analog signal. The products are configurable and provide electrical isolation and a variable supply concept. Your advantages • Input and output signal set via • Versions with wide-range supply • 24 V voltage bridging via the DIP switch DIN rail bus connector Current measuring transducers for sinusoidal alternating currents Frequency range Description Measuring range Output signal Supply voltage Degree of protection Maximum transmission error Ambient temperature range Delivery state Connection method Item no. 45 Hz ... 65 Hz 3-way isolation, measuring range and output signal configurable 3-way isolation, measuring range and output signal configurable, wide-range supply for worldwide use 0 ... 1 A AC / 0 ... 5 A AC 0 ... 5 A AC / 0 ... 12 A AC 19.2 V DC ... 30 V DC 19.2 V AC/DC ... 253 V AC/DC 0 ... 20 mA / 4 ... 20 mA IP20 ≤0.5% -20°C ... +65°C Unconfigured Screw connection 2810625 2810638 2810612 Current measuring transducers for sinusoidal alternating currents Frequency range Description Measuring range Output Supply voltage Degree of protection Maximum transmission error Ambient temperature range Delivery state Connection method Item no. 45 Hz ... 60 Hz 45 Hz ... 65 Hz Passive current measuring transducer for sinusoidal AC currents Current monitor for sinusoidal AC currents. Through connection: Ø 4.2 mm 0 ... 1 A AC / 0 ... 5 A AC 0 ... 20 mA / 0 ... 10 V 0 ... 16 A AC Relay output: 1 changeover contact 20 V DC ... 30 V DC <0.5% -25°C ... +60°C IP20 Unconfigured Screw connection -20°C ... +65°C 2814359 2864464 Phoenix Contact 21

Product overview: AC and DC voltage measuring transducers Voltage measuring transducers Voltage type Description Measuring range Frequency range Output signal Supply voltage Degree of protection Maximum transmission error Ambient temperature range DC voltage AC voltage Voltage measuring transducer for DC voltages up to ±660 V DC, ZERO/SPAN adjustment up to ±20% Voltage measuring transducer for sinusoidal AC voltages up to 660 V AC, ZERO/SPAN adjustment up to ±20% -550 V DC ... 550 V DC / -370 V DC ... 370 V DC / -250 V DC ... 250 V DC / -170 V DC ... 170 V DC / -120 V DC ... 120 V DC / -80 V DC ... 80 V DC / -54 V DC ... 54 V DC / -36 V DC ... 36 V DC / -24 V DC ... 24 V DC 0 V AC ... 550 V AC / 0 V AC ... 370 V AC / 0 V AC ... 250 V AC / 0 V AC ... 170 V AC / 0 V AC ... 120 V AC / 0 V AC ... 80 V AC / 0 V AC ... 54 V AC / 0 V AC ... 36 V AC / 0 V AC ... 24 V AC 15 ... 405 Hz -20 ... 20 mA / 4 ... 20 mA / -10 ... 10 V / 2 ... 10 V 0 ... 20 mA / 4 ... 20 mA / 0 ... 10 V / 2 ... 10 V 19.2 V DC ... 30 V DC IP20 <1% -25°C ... +60°C Connection method Screw connection Push-in connection Screw connection Push-in connection Item no. 2906242 2906243 2906239 2906244 Voltage measuring transducers l y g o o n h c e t g n i r u s a e m e g a t l o v d n a t n e r r u C Voltage type Description Measuring range Temperature coefficient Output signal Supply voltage Internal current consumption Degree of protection Maximum transmission error Ambient temperature range Connection method Items per packing unit Item no. DC voltage Voltage measuring module 0 V DC ... 1500 V DC (CAT III) / 0 V DC ... 1000 V DC (UL) <0.01%/K 2 ... 10 V DC 21.6 V DC ... 30 V DC 8 mA (typical) / 65 mA (maximum) IP20 ±1% -20°C ... +70°C Screw connection 1 2903591 10 1084352 Phoenix Contact 23

PV string monitoring The SOLARCHECK PV string monitoring system provides reliable information on the status of your photovoltaic system. Detect power losses in individual lines, which may be caused by damaged panels or defective contacts and cabling, for example. For more information on PV string monitoring, simply enter the web code into the search field on our website. ℹ Web code: #1925 l y g o o n h c e t g n i r u s a e m r e w o p d n a y g r e n E Multifunctional energy measuring devices EMpro energy measuring devices capture your energy data and communicate it to higher-level control and management systems. These products can be configured and integrated into your network in minutes. The integrated REST (Representational State Transfer) interface and direct connection to the cloud pave the way to the digital world. ❯ More information starting on page 34 Phoenix Contact 25

Multifunctional energy measuring devices l y g o o n h c e t g n i r u s a e m r e w o p d n a y g r e n E Primary: <9999 A (via current transformer) AC energy meter Front panel device DIN rail device with display DIN rail device without display Direct measurement 45 A AC 1 x 100 V AC ... 277 V AC C (2014/32/EU) 0.5 (IEC 62053-21) Supply from the measuring circuit Modbus/RTU Current transformer or Rogowski coil Secondary: 1 A / 5 A Primary: <20000 A (via current transformer) Secondary: 400 mV Primary: <4000 A (via Rogowski coil) 35 V AC ... 690 V AC (Ph/Ph) 20 V AC ... 400 V AC (Ph/N) 60 V AC ... 2,000,000 V AC (via external transformers) Active energy: Class 0.5 S (IEC 62053-22) / Class 1 (IEC 62053-21) Reactive energy: Class 2 (IEC 62053-23) 100 V AC ... 400 V AC (±20%) / 150 V DC ... 250 V DC (±20%) / 18 V DC ... 30 V DC 100 V AC ... 230 V AC (±20%) / 150 V DC ... 250 V DC (±20%) / 18 V DC ... 30 V DC Modbus/TCP REST Modbus/RTU Modbus/RTU PROFINET RT EtherNet/IP™ PROFINET RT EtherNet/IP™ MQTT (Proficloud) RS-485 1 x RS-485 1 x RS-485 1 to 3 x Ethernet (RJ45) 1 x Ethernet (RJ45) 1 to 3 x Ethernet (RJ45) - Integrated web server: simple configuration, startup, and firmware updates - Grid quality analysis: harmonics, voltage dips and rises, min/max values - Customizable functions: mean-value generation, alerting, logging, tariff assignment - 1 DI and 1 DO: can be linked with functions and measured value acquisition -25°C … +70°C 96 mm CE, UL -25°C … +70°C 90 mm (5 HP) CE, UL -25°C … +70°C 90 mm (5 HP) CE, UL S0 output -40°C … +70°C 18 mm (1 HP) MID-compliant Phoenix Contact 27

Your advantages in detail 100 A AC 1 A/5 A AC °C -40 ... +70 MID (2014/32/EU) Accuracy EN 62053-21 0.5 Accuracy EN 50470-3 Class C MODBUS/TCP MODBUS/RTU SO l y g o o n h c e t g n i r u s a e m Direct current measurement up to 100 A AC Currents up to 100 A AC can be measured directly over the entire temperature range from -40 to +70°C. The measurement input via current transformer can be configured for 1 A or 5 A current transformers, whereby the transformer ratio can be parameterized. Compliance with accuracy class C The energy meters satisfy class C in accordance with EN 50470-3 and class 0.5 in accordance with IEC 62053-21 and are suitable for increased requirements in the commercial and industrial sector. Easy bus and network connection The data is forwarded to a higher-level control system via standard communication interfaces, such as Modbus/RTU or Modbus/TCP. The Modbus registers are based on the multifunctional EMpro energy measuring devices. So when it comes to energy measurement, Phoenix Contact products basically speak the same language. r e w o p d n a y g r e n E Application examples for AC energy meters The products can be used wherever cost center-specific energy data acquisition and billing is required. 1 6 2 5 3 4 1 Storage Store and draw energy as needed 2 Public buildings Energy management of buildings 3 Company Production machinery in manufacturing 4 Data center Transparency in data centers 5 Hotels, shops, and restaurants Individual billing between operator and landlord 6 Charging infrastructure E-mobility Phoenix Contact 29

Your advantages in detail DC 650 kW Accuracy EN 50470-3 Class B 650 kW BILLING SHA-256 RJ12 SLIP l y g o o n h c e t g n i r u s a e m Space-saving DC direct measurement EMpro DC energy meters measure powers up to 650 kW in accordance with accuracy class B (EN 50470-3). Measurement is performed directly via a shunt. The compact dimensions save valuable space in your application. Tamper-proof electromechanics and firmware The EMpro DC energy meters have corresponding approvals for use in kWh-based billing systems. The tamper-proof hardware and firmware design provides protection against unauthorized access. Standardized data communication The integrated RS-485 interface with the simplified SLIP protocol (Serial Line Internet Protocol) enables the communication of measurement data to higher-level control systems. Save cabling effort with the RJ12 connectors which facilitate the connection of several DC energy meters in series due to their versatile design. r e w o p d n a y g r e n E Ideal for billing purposes in e-mobility charging processes By storing the energy data, permanent traceability of the charging processes is guaranteed. In addition, all events that have an impact on billing are recorded in the calibration log. This includes, for example, adjusting the cable resistance to calculate the cable power loss. Send billing-related data yourself in standardized OCMF (Open Charge Metering Format) data format to end devices identified as being secure by compiling signed identification, meter, time, and private key values. Benefit from our integrated network solutions, consisting of a CHARX DC charging controller, an EMpro DC energy meter, and many other products from Phoenix Contact covering all aspects of charging infrastructure. DC charging controller Display DC energy meter DC Phoenix Contact 31

DC energy meters for billing purposes Product type Accuracy class Input voltage range Maximum measurement connection Measurement method Supply voltage Compliance Communication protocol Ambient temperature range Connection method Item no. Energy meter B (1%, EN 50470-3) 150 V DC ... 1000 V DC 0.75 mm² ... 1.5 mm² 650 A (direct measurement) 19.2 V DC ... 36 V DC Compliant with calibration laws SLIP -40°C ... +80°C Screw connection 1269236 l y g o o n h c e t g n i r u s a e m r e w o p d n a y g r e n E Phoenix Contact 33

Your advantages in detail l y g o o n h c e t g n i r u s a e m Intuitive installation wizard Set up communication interface, select grid type, configure measuring input – it takes just three steps to configure and integrate EMpro measuring devices into the network. The installation wizard launches automatically when the device is switched on for the first time. Alternatively, you can set the configuration baseline directly on the device via the user-guided operating buttons. Smart web server and device functions Many practical web server and device functions make your daily work easier, such as monitoring the proper operation of the system or analyzing errors in the event of service and support issues. In addition to configuring the devices, you can use the web server to log data, assess the grid quality, and display energy flows in clear trend diagrams. Fast wiring and configuration The Rogowski measuring input saves you a great deal of time during wiring and configuration. Connect any conventional Rogowski coil directly: The products process the mV signal directly. The measuring transducer that is normally used is no longer required. Configure your current input with a single click. The coil parameters are already stored on the web server. r e w o p d n a y g r e n E Easy networking In local networks, the devices can be easily accessed via the integrated REST API. REST or “Representational State Transfer” is a widely used architecture in the field of IT, which is also gradually being adopted in industrial applications. The user-friendly interface architecture uses well-known Internet protocols. Using any browser, data can be retrieved with just a few commands via an HTTP GET request, for example. You do not need long register tables or special knowledge of industrial communication protocols. Your advantages with the REST API • The HTTP/REST/JSON format enables the quick and convenient development of system integration • Simplified data analysis with parameterizable queries and additional information, such as the serial number and device designation • Read-only concept provides added security • Communication interfaces such as Modbus/TCP can be used in parallel • Continuous expansion of the scope of functions with firmware updates Easy data access via the REST API Phoenix Contact 35

EMpro energy measuring devices Measurement method Mounting type Voltage measuring input (direct) Current measuring input L1, L2, L3 Power measurement, active energy Supply voltage Connection method Communication protocol Current transformer Rogowski coil DIN rail mounting 35 V AC ... 690 V AC (phase/phase) Secondary: 1 A / 5 A Primary: <20000 A (via external transformers) 400 mV Primary: <4000 A (via Rogowski coil) Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) 100 V AC ... 230 V AC (±20%) / 150 V DC ... 250 V DC (±20%) Screw connection Modbus/TCP REST Item no. 2907954 2907984 2907971 1158951 2907955 2908308 2907976 1158947 PROFINET RT EtherNet/IP™ MQTT for Proficloud.io PROFINET RT EtherNet/IP™ MQTT for Proficloud.io EMpro energy measuring devices with 24 V DC supply l y g o o n h c e t g n i r u s a e m r e w o p d n a y g r e n E Measurement method Mounting type Voltage measuring input (direct) Current measuring input L1, L2, L3 Power measurement, active energy Supply voltage Connection method Communication protocol Current transformer Rogowski coil Front panel installation DIN rail mounting Front panel installation DIN rail mounting 35 V AC ... 690 V AC (phase/phase) Secondary: 1 A / 5 A Primary: <20000 A (via external transformers) 400 mV Primary: <4000 A (via Rogowski coil) Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) 18 V DC ... 30 V DC Screw connection Modbus/TCP REST Item no. 1127052 1127059 1127061 1127060 1127058 1127055 Phoenix Contact 37

O n - P r e m i s e s E n e r g y M a n a g e m e n t S e r v i c e Energy and power measuring technology i P h o e n x C o n t a c t 3 9

Your advantages in detail ISO 50001 Fixed costs UPDATE Local energy monitoring in accordance with ISO 50001 Design your local energy monitoring system in accordance with ISO 50001. Identify potential savings with graphical representations, charts, evaluations, reporting, the formula editor, alerts, and by calculating key figures. With this approach, you can increase your energy efficiency and also benefit from government subsidies. Scalable and cost-effective Enjoy long-term cost efficiency: You can purchase one-off licenses for 5, 10, 20, 50, and 100 data points, with no recurring costs or fees. You can also benefit from continuous improvements to your energy data analysis through free, usage-oriented updates. Your flexible complete system Receive your system prepared by us with measuring devices, edge PC and installed energy monitoring software as well as accessory components. Once connected, the measuring devices are automatically discovered in the network. This reduces your configuration effort. You can also integrate third-party hardware into the energy monitoring system. l y g o o n h c e t g n i r u s a e m r e w o p d n a y g r e n E Energy management services and software solutions Two solutions are available for the informative visualization and analysis of your energy data: Energy monitoring solution Access Functions and monitoring Visualization and accessibility Energy Management Service - On-Premises Energy Management Service - Powered by Proficloud.io Your local energy monitoring in accordance with ISO 50001, independent of external servers / internet connections Your service for the location-independent monitoring of energy and power data in accordance with ISO 50001 Connect the EMpro measuring devices to an EPC and analyze and visualize data directly Connect the IoT-capable EMpro energy measuring devices directly to Proficloud.io Monitor and analyze your energy data with intuitive, customizable functions Use additional services on Proficloud.io and benefit from cloud-based data acquisition The Energy Management Service – On-Premises can be ordered preconfigured on an edge PC with accessories Register your EMpro energy measuring devices in Proficloud.io and book the service in the store Phoenix Contact 41

l y g o o n h c e t g n i r u s a e m r e w o p d n a y g r e n E Dashboards and representations Create custom dashboards with pie, bar, line, and Sankey charts to analyze energy data and reveal potential savings. Structure your own data points in eight hierarchy levels, from the building network right down to the individual measurement level. Key figures and reporting Create your own key figures (EnPIs) and calculate them using the formula editor. External or older energy data can be imported as a CSV file so that it can be included in the calculations. The reports from previous months and years can be easily downloaded and shared. Alerting Alerts are generated within the system when defined characteristic values are violated. So, users are informed in good time about any excessively high energy consumption or defects. The system can send all reports and notifications by email on request. Product overview: Energy management software Software license Description Item no. Type Local energy monitoring with graphical representations, charts, evaluations, reporting, formula editor, alerts, and calculation of key figures. Software license for operating EMS - On-Premises for up to 5 data points. 1669443 EMS - ON-PREMISES LIC-5 Software license for operating EMS - On-Premises for up to 10 data points. 1667809 EMS - ON-PREMISES LIC-10 Software license for operating EMS - On-Premises for up to 20 data points. 1669444 EMS - ON-PREMISES LIC-20 Software license for operating EMS - On-Premises for up to 50 data points. 1669445 EMS - ON-PREMISES LIC-50 Software license for operating EMS - On-Premises for up to 100 data points. 1667806 EMS - ON-PREMISES LIC-100 Necessary accessories and complete packages PLCnext Control for edge computing with Intel® Celeron® N3350 processor. This small form factor programmable edge device supports IEC 61131-3, MATLAB Simulink, C/C++, and is ideal for protocol conversion, data acquisition, and cloud computing. 1185416 EPC 1502 1185423 EPC 1522 Configurable complete package consisting of EPC and preinstalled and licensed software: Energy Management Service - On-Premises 1683404 EMS - ON-PREMISES STARTERKIT Phoenix Contact 43