WIFI

Line 50 signal modules and recorders are versatile equipment, which were developed to allow the collection of information from the outputs of transducers of various types, such as: gas, steam, fluid meters in general, irradiation, pressure, vibration sensors , wind, among many others. This data is organized and saved in a mass memory with autonomy of up to 60 days, enabling access to the saved information (Integrated), and instantaneous (second by second), by supervision and management systems. Integration occurs through an ethernet port, in MODBUS TCP/IP, which allows access to data recorded at the inputs. With high performance, connectivity, ease of installation and configuration, the 50 line is the best alternative for recording analog or digital variables, with great resolution and speed. Applicable on a scalable basis in any management system, automation control, has the best cost-benefit on the market.

The RE7040 energy analyzer is equipment for use in a panel, in order to monitor crucial points in the infrastructure, where availability must be high. Fully integrated with PRODIST module 8, it is suitable for measurements at the point of coupling with the utility, up to any need for internal analysis of the structure such as transformers, capturing all power quality phenomena and recording all electrical quantities of the measured system. The RE7040 has the same functionalities as the RE7000, including sensing, and can be composed of specific optional measurement and connectivity modules in order to configure a suitable product for each need. Insert as many modules as necessary for your application. The RE7040 adds the main features of the models 3000, 4080 and 6001, adding the compatibility module with PRODIST and the Flicker phenomenon, in addition to allowing integration with systems such as POWER5000, which manages and stores all measurements, and issues alarms. and alerts in case of standardized transgressions involving events, such as in a VTCD, allowing the manager to take action based on the capture, and its records and reports.

The RE6001 Power Analyzer is designed to simultaneously acquire signals from four current and four voltage channels . And with the frequency of 8kHz in the acquisition system, it is possible to measure disturbances from 130us . This entire sampling system is executed simultaneously and continuously for all quantities and events. ​ The RE6001 can be composed of specific optional measurement modules , in order to configure a suitable product for each need. Insert as many modules as necessary for your application. The RE6001 records from 100ms onwards , and starts measuring current from 0.1A, up to 3000A with one or two sets of sensors or pliers . Quantities per phase and three phases are presented, with the respective energy and consumption accumulators per time slot. Inheriting all the features of RE4001, the RE6001 incorporates the recording of individual harmonics up to the 50th order , allowing the user to add valuable information to their report for designing or mentioning the need for mitigation. In addition to harmonics, the RE6001 is also capable of capturing VTCD (Short Duration Voltage Variations) type events , and transients that occur in periods of less than half a wave cycle , showing all information regarding classification, magnitude, and duration , allowing the user to design the best solution for each application.

The RE4080 energy analyzer has all the features of the RE3000 and RE4001, adding IP65. It has three voltage and current inputs, allowing the analysis of voltages, currents, powers: active, reactive and apparent. Power factor, unbalances between phases, total harmonic distortions of voltage and current. The RE4080 records from 200ms, and starts measuring current from 0.1A, up to 3000A with a single sensor. Quantities per phase and three phases are presented, with the respective energy accumulators and consumption per hourly station. Inheriting all the features of the RE3000, the RE4080 incorporates the recording of individual harmonics up to the 25th order, allowing the user to add valuable information to their report for designing or mentioning the need for mitigation. In addition to harmonics, the RE4080 is also capable of capturing VTCD (Short Term Voltage Variations) type events, showing all information regarding classification, magnitude, and duration, allowing the user to design the best solution for each application.

The RE4001 has three voltage and current inputs, the equipment allows the analysis of voltages, currents, powers: active, reactive and apparent. Power factor, unbalances between phases, total harmonic distortions of voltage and current. Individual harmonics up to the 25th order, consumption and demands. The equipment has Ethernet communication and also the optional VTCD module. ​ The RE4001 has the Harmonics module (H), which indicates the measurement of disturbances in the network. It is suitable for application in electrical systems where the aim is to measure the levels and characteristics of harmonic distortions present in the circuit. The measurement can be made up to the 25th order, analyzing harmonics of even and odd orders of voltage and current.

The WIFI4000 communication modem is a solution for data communication in measurement systems where there is no physical structure composed of data communication cables. The WIFI4000RE modem can be used as a repeater, for distances greater than 100m.

The line of multimeters is made up of several models to meet the diverse energy measurement and management needs of the most different segments of economic activity. The MD4040 is equipped with a large LED display , which provides excellent optical acuity, as well as a keyboard, where parameterization can be done locally or via software . The MD4040 has mass memory, communication port, internal relays and optional digital inputs, which make the equipment extremely versatile in monitoring, alarm or control applications. The MD4040 electrical quantity multimeter allows integration with the Power3000 energy apportionment software , which allows the separation of consumption at different consumer points that share the same energy bill, with the Power5000, for a complete electrical diagnosis of the monitored point , and as it has an open memory map, it also allows integration with conventional market supervisors through the modbus protocol.

The RE7080 energy analyzer is one of the most complete analyzers in the line, being one of the best options on the national market in terms of energy analysis. Fully integrated with PRODIST module 8 , it is suitable for measurements from the point of coupling with the utility, to any need for internal analysis of the structure, capturing all power quality phenomena and recording all electrical quantities of the measured system. And with the IP 65 degree of protection , it is ideal for use exposed to the elements. The RE7080 has the same functionalities as the RE7000, plus IP65, and can be composed of specific optional measurement and connectivity modules in order to configure a suitable product for each need. Insert as many modules as necessary for your application. The RE7080 adds the main features of the models 3000, 4080 and 6001, adding the compatibility module with PRODIST and the Flicker phenomenon, in addition to providing the user with several communication options such as USB, WiFi, and 4G modem, for remote telemetry. of data via the internet .

The RE3000 energy analyzer is portable equipment for indoor or outdoor use (IP65) , for measuring single-phase, two-phase and three-phase electrical systems. It allows instant analysis via display and keyboard, and enables the processing of data collected through its analysis software (included). With an easy-to-navigate interface, the user performs measurements simply and quickly, being able to obtain records longer than years when configured in 10 minutes . The integration/registration time is selectable for different periods , facilitating and optimizing the consultant's analysis window according to his study. It allows the analysis of power quality , with quantities per phase and three phases, voltages, currents, active, reactive and apparent powers, frequency, total, global and TDD harmonic distortion, imbalances and unbalance. Allows power factor correction with simulation of banks and capacitors , compensation kVAr, PF per phase and three phase, and system THD. Allows the management of tariff modalities , energy balance and ICMS credit analysis, with bidirectional measurement (4 quadrants), consumed and injected energy , active and reactive, inductive and capacitive consumption, demands, and separation by time stations. It has various reports , summarized and complete, with graphs and tables, maximums, minimums, and averages, accumulators, events, statistical calculator, export in PDF, xls, csv, doc, among others. Allows energy comparison for efficiency actions, fraud identification and inspection.

The RE8000 energy analyzer is the analyzer with the greatest technological advancement on the Brazilian market. Offering numerous exclusive functions , it meets all applications in energy measurement, recording and analysis, complying with all national legislation and numerous international standards . The RE8000 is already exported to countries on 3 continents, and is already one of the main solutions in global market analysis. The RE8000 has the largest display in its category, with a useful area of 7”, a color touch screen , usable even when wearing gloves, and an exclusive screen with simultaneous visualization of harmonics, phasors, trends and VTCDs on the CBEMA curve. It has GPS clock synchronization with included antenna, internal lithium battery lasting more than 7 hours of continuous operation, harmonics up to 63rd order ( with sub and interharmonics ), sampling of 1024 samples per cycle , oscillography with zoom of up to 1 cycle on all channels, ultra flexible slim sensor (Up to 6000 A ), voltage measurement up to 1000V phase-neutral , explicit visualization of tables, curves, histograms, phasors, among others, and all configurable, 16 GB memory, Ethernet, USB, WiFi, 4G (With telemetry and remote configuration), download via pen drive , among countless other features. Fully integrated with PRODIST module 8, it is suitable for measurements from the point of coupling with the utility, to any need for internal analysis of the structure, capturing all power quality phenomena and recording all electrical quantities of the measured system, allowing multiple simultaneous integrations.

The MD20 three-phase electrical quantity multimeter is the newest release in the Embrasul line of meters. The MD20 is an extremely compact piece of equipment, with an incredible 45 mm depth , and a large display that allows the visualization of real-time or accumulated quantities, easily and directly, via the local HMI . With easy parameterization and navigation via keyboard, the MD20 is an extremely practical solution for panels that require monitoring of electrical quantities, maintaining a bold and modern design ! The MD20 allows the measurement of numerous electrical quantities such as: Phase and line voltage, with maximum, minimum and average values, Currents per phase, with maximum, minimum and average values, Power, Consumption, Active, reactive and apparent energy, in 4 quadrants, per phase and three-phase, with maximum, minimum and average values, Total harmonic distortion of current and voltage, Power Factor per phase and three-phase, with average value, Frequency, Voltage and current unbalance, Demands per phase and three-phase with maximum, minimum and average values, among others. The MD20 multimeter is used via CTs (current transformers), has an RS485 communication port, with ModBus RTU protocol, has a memory map available for communication with supervisory systems, has 2 output relays for activation based on parameterizable triggers, digital inputs for count of pulses coming from other meters. Comes with a quick installation guide. The MD20 Embrasul is a powerful tool for measuring panels at the most diverse levels of your infrastructure!

The MD50 multimeter was designed to measure essential electrical quantities in energy management, automation, and control systems . With high performance, high sensitivity, and measurement in four quadrants ( consumption and generation ), it monitors several parameters such as: voltage (phase and line) , current, total power factor, and in each phase, active, reactive and apparent powers , harmonic distortion, among others. The MD50 is a powerful data collection tool, with a 60-day mass memory , which can be integrated with energy management and Power Quality systems such as POWER5000 , energy apportionment software such as Power3000 or supervisory and specific systems, as it has the MODBUS TCP/IP protocol via Rj45 Ethernet output, and an open memory map for other integrations. The MD50 multimeter allows for countless network topology combinations . It adapts to any situation, in a simple way, allowing scalable growth, reduction in infrastructure costs, and high speed data transmission (100 Mbps). Starting from a defragmented topology, it has mass memory and individual operation, without dependence (although it can be used with them) on hubs or network masters.

The RE7000 energy analyzer is one of the most complete analyzers in the line, being one of the best options on the national market in terms of energy analysis. Fully integrated with PRODIST module 8 , it is suitable for measurements from the point of coupling with the utility, to any need for internal analysis of the structure, capturing all power quality phenomena and recording all electrical quantities of the measured system. The RE7000 can be made up of specific optional measurement and connectivity modules in order to configure a suitable product for each need. Insert as many modules as necessary for your application. The RE7000 adds the main features of the models 3000, 4080 and 6001, adding the compatibility module with PRODIST and the Flicker phenomenon, in addition to providing the user with several communication options such as USB, WiFi, and 4G modem, for remote telemetry. of data via the internet .

The CM4040 GESCAP Power Factor Controller was designed to automate the control of capacitor banks in single-phase or three-phase systems (check model), balanced or unbalanced, with or without distributed generation (solar/photovoltaic plant). It maintains the power factor within the parameters pre-established by the user, ensuring the elimination or reduction of reactive surplus (power factor fines ), reducing energy costs, and optimizing the use of the electrical structure, making it more available. In addition to increasing energy use and reducing costs , the CM4040 GESCAP power factor controller increases system availability and security by adjusting reactive power. Such control, in addition to keeping the power factor within limits, reduces current, reduces temperature in conductors, and increases the useful life of assets present in the structure. Embrasul's CM4040 is intelligent equipment, easy to parameterize, and capable of measuring and recording electrical quantities such as voltage, current, power, energy, consumption, demand , among others, keeping them in its mass memory, acting as a meter /datalogger , and capable of integration with supervisory and energy management systems in local networks or via telemetry. Equipped with a native Ethernet port, and together with the Power5000, it allows data telemetry , alarms to be issued depending on PF, demand, consumption, voltage levels , and other triggers defined by the user. In its exclusive “GESCAP” capacitor management function, it stores the history of output activations, revealing anomalies and malfunctions , in addition to monitoring the bank temperature. Through GESCAP it is possible to predict maintenance, exchange of capacitive cells, evaluate and simulate the compensation kVAr and calculate the insertion of new capacitors with commercial values, and all this without going to the site, via the internet. The CM4040 GESCAP is a powerful management and control tool for consumers and engineering and consultancy firms that maintain high-performance infrastructures that aim for continuous improvement. It's IoT, it's industry 4.0, it's smart, robust, and brings results... It's CM4040 GESCAP!

The GDE4000 controller is equipment for controlling demand and fine-tuning the global power factor of a consumer unit. This control is carried out in synchronization with the utility's measurement , through the data made available by the meter user's serial output. The GDE4000 controller allows you to control 8 loads or capacitors directly at its outputs, or up to 120 outputs through remote control units (RTA4000), installed on an RS485 or 10/100M Ethernet network at different points. Of these 120 outputs, 32 can be used to control the power factor in addition to the usual loads for demand control. The GDE4000 maintains a history of up to 60 days of autonomy in its memory, storing active and reactive demand data for each measurement period, which allows the management of billable energy quantities online (kWh, kW, kVArh, among others) . This architecture enables comprehensive and integrated management of energy consumption, helping companies to optimize their energy expenditure and maintain more effective control over their demands and power factors. The GDE4000 has parameterization and visualization software included, and is compatible with the advanced Power5000 energy management system , Power3000 apportionment software, and has a memory map for insertion into supervisory devices. Such integrations allow for better contracting, instant alarms via email or SMS, and reports that assist in optimized energy contracting.

✔ Wireless data communication ✔ ​Allows you to connect up to 4 devices ✔ ​Coverage distance of up to 100m in free sight

Voltage and Power Inputs: Voltage inputs: Current inputs: Powers: Nominal frequency: Measured Parameters (4 Quadrants): General technical characteristics: Memory for records: Characteristics: Communication: Software Features: Mechanical and safety features: Environmental characteristics:

✔ Study of load flow ✔ Distortions, imbalances ✔ Power Factor ✔ Consumption and demand ✔ Power factor adjustment ✔ Load curves in transformers ✔ Engine load curves

Food: Voltage inputs: Wiring combinations: MEASURED PARAMETERS (4 Quadrants): Harmonic module features: Standards: Sampling system: Memory for records: Display: Memory for records: SOFTWARE CHARACTERISTICS: MECHANICAL AND SAFETY CHARACTERISTICS:

Food: Voltage inputs: Current inputs: Nominal frequency: Wiring Combinations: MEASURED PARAMETERS (4 Quadrants): For module H (Harmonics): For T module (Transient Capture): For module P (Prodist Compliance)*: Standards: Sampling system: Memory for records: Display: Keyboard: Communication interfaces: MECHANICAL AND SAFETY CHARACTERISTICS: Environmental characteristics:

Food: Voltage inputs: Current inputs: Nominal frequency: MEASURED PARAMETERS (4 Quadrants): Module features: For module H (Harmonics) Standards: Sampling system: Memory for records: Display: Keyboard: Communication interfaces: SOFTWARE CHARACTERISTICS: MECHANICAL AND SAFETY CHARACTERISTICS: Environmental characteristics:

Food: Voltage inputs: Current inputs: Nominal frequency: Wiring Combinations: MEASURED PARAMETERS (4 Quadrants): For module H (Harmonics): For T module (Transient Capture): For module P (Prodist Compliance)*: Standards: GENERAL TECHNICAL CHARACTERISTICS: Sampling system: Memory for records: Display: Keyboard: Communication interfaces: SOFTWARE CHARACTERISTICS: MECHANICAL AND SAFETY CHARACTERISTICS: Environmental characteristics:

Food: Voltage inputs: Current inputs: Nominal frequency: Wiring combinations: MEASURED PARAMETERS (4 Quadrants): Module features: Standards: GENERAL TECHNICAL CHARACTERISTICS: Memory for records: Display: Keyboard: Communication interfaces: SOFTWARE CHARACTERISTICS: MECHANICAL AND SAFETY CHARACTERISTICS: Environmental characteristics:

Food Voltage Inputs Current inputs Nominal frequency Connection type Measured parameters (4 quadrants) Harmonics and Interharmonics Voltage Unbalance Transient Capture Compliances Standards GENERAL TECHNICAL CHARACTERISTICS Sampling system Memory for records Clock synchronization Display Communication interface - check options ANL8000 SOFTWARE MECHANICAL AND SAFETY CHARACTERISTICS

Voltage and Power Inputs: General technical characteristics: Memory for records: Characteristics: Communication: Software Features: Mechanical and safety features: Environmental characteristics:

Videos Here!

Videos Here

Videos Here

Vídeos Aqui

Videos Here

Video Here

Videos Here

Video here

Videos Here

☑ Input signals, type: Analog, Pulses, Digital and Temperature; ​ ☑ Ethernet communication, using MODBUS TCP/IP protocol; ​ ☑ Installation on the bottom of a panel, with DIN rail fixing; ​ ☑ Relay outputs for control by triggers; ​ ☑ Integration with Power3000, Power5000 and supervisory systems; ​ ☑ Wide use in measuring water, gas, temperature, among others; ​ ☑ Sectorization of consumption, apportionment and appropriation (cost management); ​ ☑ Constant monitoring/telemetry of processes; ​ ☑ Management assistance (ISO140001 / ISO50001 / Efficiency actions).

☑ Current sensing via CTs or Rogowski coils; ☑ Measurement options from 50 to 3000A with various sensors; ☑ Voltage (V) and Current (A) with accuracy of 0.5%; ☑ Power, Demand, Power Factor and Reactive Surplus; ☑ Bidirectional: Applicable in Distributed Generation systems; ☑ Auto brightness LED display and Ethernet Connectivity (MODBUS TCP/IP Protocol); ☑ Memory map (400 magnitudes), and 60-day mass memory; ☑ Integration with Power3000 and Power5000 systems; ☑ Applicable in measurement and automation systems (supervisory).

☑ Analysis of power quality, with quantities per phase and three phases; ☑ Integration from 0.2 seconds to longer periods; ☑ Voltages, currents, active, reactive and apparent powers, Frequency; ☑ Current from 0.1 to 3000A with removable connectors; ☑ kVAr compensation, PF per phase and three-phase; ☑ THD per phase, global and TDD; ☑ Harmonics up to 25th order; ☑ Imbalances and unbalance; ☑ VTCDs according to PRODIST module 8; ☑ Active and reactive, inductive and capacitive consumption; ☑ Demands, and separation by time slots; ☑ Bidirectional energy analysis (energy consumed and/or injected); ☑ Issuance of diverse, summarized and complete reports; ☑ Graphs, tables and event recording; ☑ Max, min, averages, accumulators, and statistical calculator; ☑ Export of data in pdf, xls, csv, doc, among others; ☑ Degree of Protection IP65; ☑ Software, online training, and support included. Add an item.

☑ Full compliance with PRODIST module 8. ☑ Applied to a panel to measure critical points; ☑ Analysis of power quality, with quantities per phase and three phases; ☑ Wide graphical display for viewing waveforms, histogram, and phasors; ☑ Integration from 0.2 seconds to longer periods; ☑ Voltages, currents, active, reactive and apparent powers, Frequency; ☑ Current via CT or flexible sensors; ☑ kVAr compensation, PF per phase and three-phase; ☑ THD per phase, global and TDD; ☑ Harmonics up to 41st order according to PRODIST; ☑ Imbalances and unbalance; ☑ Transient capture module at 130us; ☑ VTCDs according to PRODIST module 8; ☑ Active and reactive, inductive and capacitive consumption; ☑ Demands, and separation by time slots; ☑ Bidirectional energy analysis (energy consumed and/or injected); ☑ Issuance of diverse, summarized and complete reports; ☑ Graphs, tables and event recording; ☑ Max, min, averages, accumulators, and statistical calculator; ☑ Export of data in pdf, xls, csv, doc, among others; ☑ Software, online training, and support included.

☑ Analysis of power quality, with quantities per phase and three phases; ☑ Wide graphical display for viewing waveforms, histogram, and phasors; ☑ Integration from 0.1 seconds to longer periods; ☑ Voltages, currents, active, reactive and apparent powers, Frequency; ☑ Current from 0.1 to 3000A with removable connectors; ☑ Optional use with 2 sets of sensors (Sensors of different sizes or pliers+sensor) ☑ kVAr compensation, PF per phase and three-phase; ☑ THD per phase, global and TDD; ☑ Harmonics up to 50th order; ☑ Imbalances and unbalance; ☑ Transient capture module at 130us; ☑ VTCDs according to PRODIST module 8; ☑ Active and reactive, inductive and capacitive consumption; ☑ Demands, and separation by time slots; ☑ Bidirectional energy analysis (energy consumed and/or injected); ☑ Issuance of diverse, summarized and complete reports; ☑ Graphs, tables and event recording; ☑ Max, min, averages, accumulators, and statistical calculator; ☑ Export of data in pdf, xls, csv, doc, among others; ☑ Software, online training, and support included.

☑ Full compliance with PRODIST module 8. ☑ Analysis of power quality, with quantities per phase and three phases; ☑ Wide graphical display for viewing waveforms, histogram, and phasors; ☑ Integration from 0.2 seconds to longer periods; ☑ Voltages, currents, active, reactive and apparent powers, Frequency; ☑ Current from 0.1 to 3000A with removable connectors; ☑ Possibility of expanding the voltage range to 1000VAC FN and current to 6000A. ☑ Optional use with 2 sets of sensors (Sensors of different sizes or pliers+sensor) ☑ kVAr compensation, PF per phase and three-phase; ☑ THD per phase, global and TDD; ☑ Harmonics up to 41st order according to PRODIST; ☑ Imbalances and unbalance; ☑ Transient capture module at 130us; ☑ VTCDs according to PRODIST module 8; ☑ Active and reactive, inductive and capacitive consumption; ☑ Demands, and separation by time slots; ☑ Bidirectional energy analysis (energy consumed and/or injected); ☑ Issuance of diverse, summarized and complete reports; ☑ Graphs, tables and event recording; ☑ Max, min, averages, accumulators, and statistical calculator; ☑ Export of data in pdf, xls, csv, doc, among others; ☑ Software, online training, and support included. ☑ Wireless communication options and 4-20mA measurement on the neutral channel.

☑ Full compliance with PRODIST module 8. ☑ Degree of Protection IP65 for outdoor use; ☑ Analysis of power quality, with quantities per phase and three phases; ☑ Wide graphical display for viewing waveforms, histogram, and phasors; ☑ Integration from 0.2 seconds to longer periods; ☑ Voltages, currents, active, reactive and apparent powers, Frequency; ☑ Current from 0.1 to 3000A with removable connectors; ☑ Possibility of expanding the voltage range to 1000VAC FN and current to 6000A. ☑ Optional use with 2 sets of sensors (Sensors of different sizes or pliers+sensor) ☑ kVAr compensation, PF per phase and three-phase; ☑ THD per phase, global and TDD; ☑ Harmonics up to 41st order according to PRODIST; ☑ Imbalances and unbalance; ☑ Transient capture module at 130us; ☑ VTCDs according to PRODIST module 8; ☑ Active and reactive, inductive and capacitive consumption; ☑ Demands, and separation by time slots; ☑ Bidirectional energy analysis (energy consumed and/or injected); ☑ Issuance of diverse, summarized and complete reports; ☑ Graphs, tables and event recording; ☑ Max, min, averages, accumulators, and statistical calculator; ☑ Export of data in pdf, xls, csv, doc, among others; ☑ Software, online training, and support included.

☑ Class A according to IEC61000-4-30, certified by Power Standard Labs, in San Francisco, USA. ☑ Analysis of power quality, with quantities per phase and three phases; ☑ 7" color touch screen display and integrated GPS; ☑ Multiple integration periods; ☑ Voltages, currents, active, reactive and apparent powers, Frequency; ☑ Current from 0.1 to 6000A with removable connectors; ☑ Voltage up to 1000VAC FN ☑ Optional use with 2 sets of sensors (Sensors of different sizes or pliers+sensor) ☑ kVAr compensation, PF per phase and three-phase; ☑ THD per phase, global and TDD; ☑ Harmonics and interharmonics up to 63rd order; ☑ Imbalances and unbalance; ☑ Transient and Inrush Record; ☑ VTCDs according to PRODIST module 8; ☑ Active and reactive, inductive and capacitive consumption; ☑ 30 min oscillography with zoom up to 1 wave cycle; ☑ Demands, and separation by time slots; ☑ Bidirectional energy analysis (energy consumed and/or injected); ☑ Issuance of diverse, summarized and complete reports; ☑ Graphs, tables and event recording; ☑ Max, min, averages, accumulators, and statistical calculator; ☑ Export of data in pdf, xls, csv, doc, among others; ☑ Software, online training, and support included. ☑ All communication options; ☑ 1024 samples per cycle; ☑ Full compliance with PRODIST module 8.

☑ Current sensing via CTs or Rogowski coils; ☑ Measurement options from 50 to 3000A with various sensors; ☑ Voltage (V) and Current (A) with accuracy of 0.5%; ☑ Power, Demand, Power Factor and Reactive Surplus; ☑ Bidirectional: Applicable in Distributed Generation systems; ☑ OLED Display and Ethernet Connectivity (MODBUS TCP/IP Protocol); ☑ Memory map (400 magnitudes), and 60-day mass memory; ☑ Integration with Power3000 and Power5000 systems; ☑ Applicable in measurement and automation systems (supervisory).

☑ Analysis of power quality, with quantities per phase and three phases; ☑ Voltages, currents, active, reactive and apparent powers, Frequency; ☑ kVAr compensation, PF per phase and three-phase; ☑ Imbalances and unbalance; ☑ Active and reactive, inductive and capacitive consumption; ☑ Demands, and separation by time slots; ☑ Bidirectional energy analysis (energy consumed and/or injected); ☑ Issuance of diverse, summarized and complete reports; ☑ Graphs, tables and event recording; ☑ Max, min, averages, accumulators, and statistical calculator; ☑ Export of data in pdf, xls, csv, doc, among others; ☑ Software, online training, and support included.

Application: Single-phase or three-phase systems; Power: 95 to 265Vac / 110 to 260 Vdc; Maximum voltage error: 0.5%; Maximum current error: 0.5%; Maximum Power Error: 1.5%; Frequency: 50/60HZ; HMI: Keyboard and display; Display: 3.8-inch Monochrome LCD. Communication: RS485 port; Protocol: ModBus RTU; Box Size: 96 x 96 x 45 mm

☑ 8 Outputs and 8 Inputs, expandable via remote units; ​ ☑ Up to 120 loads and 32 capacitors managed; ​ ☑ Output selection for alarms and generator ingress; ​ ☑ Control of capacitor activation in systems with or without distributed generation; ​ ☑ Ethernet and RS485 port for expanding control or using systems; ​ ☑ Parameterization and visualization software, and optical cable included; ​ ☑ Invoice simulation and rate comparison, plus instant online alarms through Power 5000 software

☑ Control of the activation of capacitor banks for power factor correction​ ​ ☑ Cost reduction through the elimination and reduction of fines and losses due to low power factor and reactive surpluses​ ​ ☑ Increased useful life of capacitors, equipment and installation​ ​ ☑ Increased energy efficiency and better use of power for expansions​ ​ ☑ Capacitive blocking against overvoltage, and fixed bank for correction of unloaded transformer​ ​ ☑ Dedicated output for voltage, current, and DHT​ alarms ​ ☑ Increased availability and safety with reduced reactive current, reduced Joule effect and improved voltage Application: Single-phase (CM4040/M) and three-phase (CM4040/T) systems Stages: 12 control outputs + 1 alarm output Voltage measurement : 85 to 300VAC Current measurement: Via CT (current transformer) Rogowski Flexible Sensor (TI SLIM) Rogowski Rigid Sensor (TC-EMB) Accuracy: 0.5% + Current sensor Frequency: 50/60Hz HMI: Keyboard and display Display: Alphanumeric LCD 2 lines x 16 columns Communication: Ethernet port Mass memory: 60 days of recording in 15 minutes Protocol: ModBus