2022 Energy monitoring Current sensors, current and voltage measuring technology, energy and power measuring technology

Contents Current sensors Current transformers for new installations 4 6 Current transformers for retrofitting 10 Current and voltage measuring technology 14 MCR AC/DC current transducers MCR AC current transducers MCR AC and DC voltage transducers 16 18 20 Energy and power measuring technology 22 EMpro energy meters with MID approval EMpro multifunctional energy measuring devices PV string monitoring COMPLETE line 24 28 34 38 Energy and power measuring technology • Energy meters with MID approval • Multifunctional energy measuring devices and Smart Services • Photovoltaic string monitoring More information starting on page 22. Phoenix Contact 3

s r o s n e s 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 remove system parts: • PACT RCP, based on the Rogowski coil, for currents up to 4,000 A AC • PACT SPC split-core current transformer for round conductors with currents up to 100 A AC More information starting on page 10. Phoenix Contact 5

Your advantages in detail s r o s n e s t n e r r u C Easy and direct wiring Safe and durable connection Fast and secure mounting The Push-in connection technology enables easy insertion of the conductor without tools and features a high contact quality. The screw terminal block ensures low contact resistances and prevents damage as well as the penetration of corrosive gases. The transformer’s quick-action mechanism saves space and time. Mount the transformer in no time even in tight spaces. EN 61869 (transformer standard) PACT MCR-V-... 480 V (L - L) 277 V (L - N) 720 V (L - L) 416 V (L - N) 1000 V (L - L) 577 V (L - N) – 1000 V (L - N) PACT Comparison of operating voltages The housing walls 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 and thereby prevent electrical sparkovers from the primary to the secondary side. The rated insulation voltage of a typical 720 V transformer is only 416 V (L-N). PACT MCR current transformers even allow for 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) 3 kV 6 kV 6 kV 12 kV PACT Safe detection of current peaks PACT current transformers can be used to safely detect greater current peaks – without resulting in damage. This is because the current transformers are designed for a continuous nominal current that is 120% of the primary rated current strength. This means that for a rated current that is 1.2 times greater, a PACT current transformer with a specified rated power of 10 VA actually delivers 14.4 VA – and on a continual basis. PACT current transformers also safely detect higher current peaks Phoenix Contact 7

PACT current transformers Description Window-type current transformers Primary rated current Secondary rated current Accuracy class Frequency range 0 ... 100 A 0 ... 150 A 0 ... 200 A 0 ... 250 A 0 ... 300 A 0 ... 400 A 0 ... 500 A 0 ... 600 A 0 ... 750 A 0 ... 800 A 0 ... 1000 A 0 ... 1250 A 0 ... 1500 A 0 ... 200 A 0 ... 300 A 0 ... 400 A 0 ... 500 A 0 ... 600 A 0 ... 750 A 0 ... 800 A 0 ... 1000 A 0 ... 1250 A 0 ... 800 A 0 ... 1000 A 0 ... 1500 A 0 ... 2000 A 0 ... 2500 A 0 ... 3000 A 0 ... 4000 A 1 A AC / 5 A AC 0.5 / 1 50 Hz / 60 Hz Circular conductor dimensions 42 mm 52 mm 85 mm Rail dimensions 50 mm x 12 mm 2 x 40 mm x 10 mm 60 mm x 15 mm 2 x 50 mm x 10 mm 40 mm x 40 mm 2 x 100 mm x 10 mm 80 mm x 64 mm Connection method Screw connection Push-in connection Screw connection Push-in connection Screw connection Item number 2277297 2907416 2277336 2907417 2277378 s r o s n e s t n e r r u C Phoenix Contact 9

Your advantages in detail s r o s n e s t n e r r u C Compact, safe, and flexible UV protection for outdoor use Eight current measuring ranges Capture alternating currents up to 4,000 A using a single compact coil type. The frequency spectrum ranges from 40 to 20,000 Hz. You can therefore also measure harmonics and transients with phase accuracy. Neither magnetic saturation nor dangerous open-circuit voltages occur. For permanent outdoor use, the Rogowski coil of the UV version is equipped with a UV-resistant housing and UV-protected cables. The measuring transducer connected downstream supplies the typical 0 ... 1 A AC secondary current just like a standard current transformer does. Use a DIP switch to choose between eight different current measuring ranges. For optimum measuring accuracy, simply use a potentiometer to compensate for the different coil lengths. Optimum interaction with our EMpro energy measuring devices Certain product types of our EMpro energy measuring devices can be connected directly to Rogowski coils from any manufacturer. The mV signal is processed in the device. You don't need any external measuring transducer. Choose a Rogowski coil from Phoenix Contact to benefit from both a very high measuring accuracy and a particularly easy configuration at the same time. When the coil is connected, the respective phase can inverted by the firmware as 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: PACT SPC current transformers for retrofitting PACT RCP Rogowski coils s r o s n e s t n e r r u C Product type Description Frequency range Output signal Rogowski coil for current measurement – can be connected directly to energy measuring devices Rogowski coil 40 Hz ... 20000 Hz 100 mV (no load, at 1000 A) Length of measuring coil 300 mm 450 mm 600 mm Length of signal line 3 m 5 m 10 m 3 m 10 m 3 m 10 m Item number 2904890 2910322 2910323 2904891 1033482 2904892 2910324 Accessories Description Item number Type 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. 2904895 PACT RCP-CLAMP 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. 2907888 PACT RCP-CLAMP-5-10 PACT SPC current transformers for retrofitting Product type Description Current transformers Split-core current transformer for retrofitting Primary rated current 0 ... 20 A AC 1382378 new 1382384 new 1382387 new Phoenix Contact 13 Secondary rated current Accuracy class Frequency range Circular conductor dimensions Length of signal line Item number 3 2 m 0 ... 50 A AC 0 ... 1 A AC 1 50 Hz / 60 Hz 13 mm 0 ... 100 A AC 0.5 3 m

Current and voltage monitoring relays Our monitoring relays detect faults as soon as they occur. As soon as the set limit value is exceeded or not reached, system parts can be shut down selectively, or an error message can be sent to a controller. Are you also interested in this subject? For further information on this, see our website and the “Relays, optocouplers, and logic modules” selection guide. Voltage transducers Choose the suitable measuring transducer for capturing direct and alternating voltages in various signal ranges: • MCR AC voltage transducers for AC voltages up to 550 V AC • MCR DC voltage transducers for DC voltages up to 550 V DC • SOLARCHECK DC voltage transducers for DC voltages up to 1,500 V DC are described in the section “Energy and power measuring technology” More information starting on page 20. Phoenix Contact 15 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

Product overview: MCR AC/DC current transducers for alternating currents Current transducers for direct, alternating, and distorted currents Frequency range Description 20 Hz ... 6000 Hz 3-way isolation, COMBICON connector for supply and output signal, max. cable diameter 32 mm Measuring range 0 ... 100 A 0 ... 200 A 0 ... 300 A 0 ... 400 A 0 ... 500 A 0 ... 600 A Output signal Supply voltage Degree of protection Maximum transmission error Ambient temperature range Delivery state Connection method 4 ... 20 mA 0 ... 10 V 4 ... 20 mA 0 ... 10 V 4 ... 20 mA 0 ... 10 V 4 ... 20 mA 20 V DC ... 30 V DC IP20 <±1% -40°C ... 65°C Unconfigured Push-in connection Item number 2308027 2308108 2308030 2308205 2308043 2308302 2308072 2308085 2308098 Current transducers for direct and alternating currents 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 Frequency range Description Measuring range Output signal Switching output Supply voltage Degree of protection Maximum transmission error Ambient temperature range 15 Hz ... 400 Hz The current-carrying conductor makes contact at a The current-carrying conductor is pulled through the housing connection terminal block without making contact. Through connection: Ø 10.5 mm 0 ... 11 A AC/DC 0 ... 55 A AC/DC 0 ... 20 mA / 4 ... 20 mA / 20 ... 0 mA / 20 ... 4 mA / 0 ... 5 V / 1 ... 5 V / 0 ... 10 V / 2 ... 10 V / -5 ... 5 V / -10 ... 10 V / 10 ... 0 V / 10 ... 2 V / 10 ... -10 V / 5 ... 0 V / 5 ... 1 V / 5 ... -5 V Relay output: 1 changeover contact / transistor output, PNP Relay output: 1 changeover contact / transistor output, PNP 20 V DC ... 30 V DC IP20 <0.5% -20°C ... 60°C Delivery state Preconfigured Unconfigured Preconfigured Unconfigured Preconfigured Unconfigured Preconfigured Unconfigured Connection method Screw connection Item number 2814650 2814731 2814634 2814715 2814663 2814744 2814647 2814728 Phoenix Contact 17

Product overview: MCR AC current transducers Current transducers for alternating currents 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 Frequency range Description Measuring range Output signal 30 Hz ... 6000 Hz Current transducer for opening, max. cable diameter 18.5 mm 0 ... 50 A / 0 ... 75 A / 0 ... 100 A 0 ... 100 A / 0 ... 150 A / 0 ... 200 A 0 ... 5 V / 0 ... 10 V 4 ... 20 mA 0 ... 5 V / 0 ... 10 V 4 ... 20 mA Supply voltage 20 V DC ... 30 V DC Loop-powered, no external supply necessary 20 V DC ... 30 V DC Loop-powered, no external supply necessary Degree of protection Maximum transmission error Ambient temperature range Delivery state Connection method IP20 <1% -20°C ... 60°C Unconfigured Screw connection Item number 2813457 2813486 2813460 2813499 Current transducers for sinusoidal alternating currents Frequency range 45 Hz ... 65 Hz 45 Hz ... 60 Hz 45 Hz ... 65 Hz Description 3-way isolation, measuring range and output signal configurable 3-way isolation, measuring range and output signal configurable, wide-range supply for Passive current transducer for implementation worldwide sinusoidal AC currents Current monitor for sinusoidal AC currents. Through connection: Ø 4.2 mm Measuring range 0 ... 1 A AC / 0 ... 5 A AC 0 ... 5 A AC / 0 ... 12 A AC 0 ... 1 A AC / 0 ... 5 A AC 0 ... 16 A AC Output signal Switching output 0 ... 20 mA / 4 ... 20 mA 0 ... 20 mA / 0 ... 10 V Supply voltage 19.2 V DC ... 30 V DC 19.2 V AC/DC ... 253 V AC/DC Relay output: 1 changeover contact 20 V DC ... 30 V DC Degree of protection Maximum transmission error Ambient temperature range Delivery state Connection method ≤0.5% -20°C ... 65°C IP20 <0.5% -25°C ... 60°C -20°C ... 65°C Unconfigured Screw connection Item number 2810612 2810625 2810638 2814359 2864464 Phoenix Contact 19

Product overview: MCR AC and DC voltage transducers Voltage 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 transducer for DC voltages up to ±660 V DC, ZERO/SPAN adjustment ±20% Voltage transducer for sinusoidal AC voltages up to ±660 V AC, ZERO/SPAN adjustment ±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 45 ... 405 Hz -20 ... 20 mA / -10 ... 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 number 2906242 2906243 2906239 2906244 Voltage transducers 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 number DC voltage Voltage measuring module 0 V DC ... 1500 V DC / 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 21 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

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 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. More information starting on page 34. Phoenix Contact 23

Your advantages in detail A good basis for your audit Flexible current measurement Integrated web server With the MID-certified measuring devices of the EMpro product family, you can easily and cost-effectively measure energy data and bill energy consumption in accordance with the European Measuring Instruments Directive. The continuous data acquisition provides you with the basic data you need for your energy audit. 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 configurable for 1 A and 5 A transformers. The transformer ratio can also be configured. Currents up to 40 A or 80 A are captured directly via an internal current transformer. The web server integrated into the Ethernet- based measuring devices allows you to perform remote configuration, access data remotely, and save energy data. The data can be downloaded manually or exported automatically via the FTP function. MID energy meters for the charging infrastructure Energy data for billing purposes in e-mobility charging stations The new EMpro energy meters are suited for collecting energy data for billing purposes in e-mobility charging stations. The Modbus/RTU register tables are optimized for communication with charging technology components. • Direct measurement of charging currents up to 80 A without an additional current transformer • Saves space in the charging station thanks to a low overall width of just 17.5 mm or 72 mm • Designed for extreme temperatures up to +70°C • Billing of charging processes thanks to MID approval • Fully bi-directional 4-quadrant measurement for all energy and power values Energy data for billing purposes in e-mobility charging stations Phoenix Contact 25 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

EMpro energy meters for alternating current Maximum input current 40 A 63 A 80 A Description Directly connected meter with pulse output Directly connected meter with pulse output and tariff input Input voltage range 184 V ... 276 V 3x 184 V ... 288 V (320 V ... 500 V) Max. measurement connection 6 mm² 35 mm² S0 output Supply voltage Compliance Yes Supply from the measuring circuit MID-compliant Communication protocol Modbus M-Bus Ambient temperature range -25°C ... 70°C -25°C ... 55°C Connection method Screw connection Item number 1219090 1219095 1252817 2908586 EMpro energy meters for alternating current Maximum input current Description Input voltage range Max. measurement connection S0 output Supply voltage Compliance Communication protocol Ambient temperature range Connection method Item number Directly connected meter with pulse output and web-based management including save function 80 A 3x 184 V ... 288 V (320 V ... 500 V) 35 mm² Yes Supply from the measuring circuit MID-compliant Modbus/TCP HTTP NTP DHCP FTP -25°C ... 55°C Screw connection 2908590 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 27

Your advantages in detail 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 Intuitive installation wizard Set up the communication interface, select the grid type, and configure the measuring input. EMpro measuring devices can be configured and integrated into the network in just three steps. The installation wizard starts up 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 keys. 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 configuring the device, you can use the web server to perform other functions such as data logging, assessing the network quality, and displaying the 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. Directly connect any conventional Rogowski coil, and the products will 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. 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 configurable requests 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 29

Smart energy measuring devices and services Device Management Service Manage and monitor your cloud-capable energy measuring devices and other smart devices from Phoenix Contact with the Device Management Service. A digital nameplate gives you a direct overview of device information, such as the device type, serial number, and installed firmware and hardware version. In addition, the health status is visible. Via TrafficLight, you directly see when a warning or a fault has occurred on the device. More detailed information can be retrieved from the device logs. Regularly updating the firmware is essential to ensure security of the device. A direct update function is available for this in the service. Your advantages • Overview of your devices • Health status of the devices • Firmware update from the cloud • Digital nameplate and device logs Topology of IoT-based energy management IoT-capable measuring devices (smart devices) are connected directly to the Proficloud.io cloud platform via an Ethernet interface and the MQTT protocol using plug-and-play. Within the cloud environment, the measuring devices can be easily and quickly integrated into a new or existing system via the Device Management Service. The selected measured values are automatically transferred and stored. Energy management managers have immediate access to this data via the EMMA Smart Service and can use it directly. Complex configurations of classic industrial networks (e.g., Modbus or PROFINET) are now a thing of the past. Smart Services HTTPS MQTT TLS-encrypted Router/switch Site A Site B MQTT TLS-encrypted X2 X2 X2 X2 X3 X2 X3 X2 X3 X1 Reset X1 Reset X1 Reset EEM SB370-C EEM SB370-C EEM SB370-C Mobile data access Phoenix Contact 31 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

EMpro energy measuring devices Measurement process Current transformers Rogowski coil Mounting type Voltage measuring input (direct) Current measuring input L1, L2, L3 Power measurement, active energy Supply voltage Connection method Communication protocol DIN rail mounting 35 V AC ... 690 V AC (phase/phase) Secondary: 1 A / 5 A 4000 A 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 number 2907954 2907984 2907971 1158951 2907955 2908308 2907976 1158947 PROFINET EtherNet/IP™ MQTT PROFINET EtherNet/IP™ MQTT RT RT EMpro energy measuring devices with 24 V DC supply Measurement process Current transformers Rogowski coil Mounting type Voltage measuring input (direct) Current measuring input L1, L2, L3 Power measurement, active energy Supply voltage Connection method Communication protocol 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 4000 A Class 0.5 S (IEC 62053-22) Class 1 (IEC 62053-21) 18 V DC ... 30 V DC Screw connection Modbus/TCP REST Item number 1127052 1127059 1127061 1127060 1127058 1127055 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

Product overview: EMpro multifunctional energy measuring devices Communicate and supply The communication module collects the values from the measuring modules and, as a Modbus slave, forwards them to your central control system. It is also used to supply the measuring modules in the field. The communication module is simply integrated into an existing network as a Modbus/RTU device. Contact-free current measurement Measure DC voltages up to 1,500 V In a current measuring module just 22.5 mm wide, the parameters of your PV systems are determined on a contact-free basis with the aid of Hall sensors and forwarded to the communication module. 4- and 8-channel versions are available. With the voltage measuring module, you can measure DC voltages up to 1,500 V. The module is suitable for measuring in both grounded and isolated PV systems. You can also flexibly use the voltage measurement outside the monitoring system as a simple analog device. PV string monitoring couldn't be easier with SOLARCHECK Feed the power cables quickly and easily through the openings in the measuring module. The two-wire communication cable is also used to supply the measuring modules with power. This means that you can supply up to 16 measuring modules with one communication module – without an additional power supply. With a width of just 22.5 mm, the narrow measuring module bundles the cables in a very compact space. This saves space in your control cabinet. Combine 4- and 8-channel current measuring modules to tailor the system perfectly to your application. 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 20-channel current measurement (8+8+4) with two 8-channel devices and one 4-channel device Phoenix Contact 35

Product overview: SOLARCHECK PV string monitoring SOLARCHECK current and voltage measuring modules Current transducers Voltage transducers Current measuring module, 8-channel, incl. connection for voltage measuring module Current measuring module, 4-channel Voltage measuring module 0 V DC ... 1500 V DC / 0 V DC ... 1000 V DC (UL) <0.01%/K 2 ... 10 V DC Product type Description Measuring range Analog input Output signal Supply voltage 0 ... 20 A DC 0 V ... 10 V Temperature coefficient 0.02%/K Proprietary to the SOLARCHECK communication module Via the SOLARCHECK communication module 21.6 V DC ... 30 V DC Internal current consumption 43 mA (typical) / 50 mA (maximum) 8 mA (typical) / 65 mA (maximum) Degree of protection Maximum transmission error Ambient temperature range Connection method IP20 ±1% -20°C ... 70°C Screw connection Items per packing unit 1 10 1 10 1 10 Item number 2903241 1084349 2903242 1084351 2903591 1084352 SOLARCHECK communication modules Product type Description Supply voltage Gateways/proxies Communication module 21.6 V DC ... 30 V DC Internal current consumption 22 mA (typical) / 45 mA (maximum) Communication protocol Serial transmission speed Degree of protection Ambient temperature range Connection method Items per packing unit Item number Modbus/RTU 9.6 / 14.4 / 19.2 / 38.4 Kbps IP20 -20°C ... 70°C Screw connection 1 2901674 10 1084335 Phoenix Contact 37 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

Your advantages in detail: Comprehensive product portfolio Intuitive handling With COMPLETE line, we offer 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 With the simple, intuitive handling of the coordinated hardware components, you will save time during installation, startup, and maintenance. With Push-in connection technology, you can wire applications quickly and 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 clipx ENGINEER planning and marking software supports the entire process of control cabinet manufacturing. The program features an intuitive user interface that allows the individual planning, automatic checking, and direct ordering of terminal strips. Reduced logistics costs Reduced variety of parts with standardized marking, bridging, and testing accessories. The COMPLETE line system coordinates products, design, and accessories so that you benefit 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 designing your control cabinet production as efficient as possible. This is how your customized concept for optimizing your processes in control cabinet building is created. Our terminal strip production helps you to flexibly 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 find out more about COMPLETE line and the comprehensive solutions for your control cabinet. Visit our website: phoenixcontact.com/completeline Phoenix Contact 39