Improving the quality of electricity with Smart - Optimizer ECOD
Feigin Electric Co., Ltd., provides many benefits, including:
• Optimization of energy consumption;
• Power factor correction;
• Harmonic filtering ;
• Balancing phases;
• Limits the maximum inrush current;
• Troubleshooting short-term voltage drops;
• Protection against lightning;
• Minimize typical system losses;
• Increasing the efficiency of the energy system;
• Reduced maintenance of equipment;
• Increased reliability of electrical equipment;
• Provide opportunities to increase the number of powered devices
Smart – Optimizer “ECOD” Feigin Electric Co., Ltd., Thailand implements 6 functions in a single unit
Optimization of energy consumption
Power factor correction
Harmonic filtering
Balancing phases
Limit the maximum inrush current
Solving problems with short-term voltage drops
Lightning protection
Improving the quality of electric power by using Smart – Optimizer “ECOD” Feigin Electric Co., Ltd., provides several advantages, including:
Minimize the typical system losses
Increase the efficiency of the energy system
Reduced maintenance costs for equipment
Increased reliability of electrical equipment
Providing the possibility of increasing the number of powered devices.
This document provides an overview of an anti-sleep alarm circuit project. It includes a circuit diagram, descriptions of the main components used including an IC555 timer, relay, push button switch, buzzer, resistor, capacitor, transistor and diode. It describes the power supply, including the transformer, rectifier and filter. It explains how the circuit operates to sound an alarm after a set time interval if the push button is not pressed. The conclusion states that the circuit can be used to automatically switch home appliances on and off to save time and electricity.
fault detection of transformer using GSM,,,,by YASASWINI.KAGITHALAMAHESH294
This document describes a project to design a fault recognition protection system for AC transmission lines using GSM technology. The system monitors the output of a step-down transformer using a microcontroller and fault indicator circuit. If a fault is detected, a relay is activated and a message is sent via GSM modem to notify the user. The system is powered by a regulated 5V supply and includes components like a LCD to display the power line status, buzzer to sound on fault, and MAX232 for serial communication between the microcontroller and GSM modem. The aim is to remotely monitor transformer faults without needing to check relays on site.
This report details a circuit designed by Ananthavignesh M that uses various integrated circuits, transistors, LEDs, and other components to allow for electrical equipment control using a mobile phone. The circuit diagram and block diagram are presented, and applications are discussed such as lighting/appliance control, security systems, entertainment systems, thermostats, irrigation, and more. Potential future aspects mentioned include industrial automation using computers and microcontroller-based pre-programmed systems.
This document provides an overview and introduction to a project that aims to develop a substation monitoring and control system using a GSM modem. The system will monitor key parameters of distribution transformers like temperature, output current and voltage. It will automatically send this data via GSM to help utilities better manage transformer health and prevent failures. This will increase reliability and reduce costs. The system design involves using a microcontroller to read sensors on the transformer and transmit readings to a remote PC through a GSM modem. This allows for remote monitoring and control of substation equipment condition.
The document discusses low voltage switchgear and cable sizing. It provides information on governing standards, system parameters, construction details of LV switchgear including busbars and components. It discusses fixed and drawout construction types. It also covers IP ratings, cable sizing criteria and applications of LV switchgear and cables in industrial, domestic and commercial load distribution systems.
Smart – Optimizer “ECOD” Feigin Electric Co., Ltd., Thailand implements 6 functions in a single unit
Optimization of energy consumption
Power factor correction
Harmonic filtering
Balancing phases
Limit the maximum inrush current
Solving problems with short-term voltage drops
Lightning protection
Improving the quality of electric power by using Smart – Optimizer “ECOD” Feigin Electric Co., Ltd., provides several advantages, including:
Minimize the typical system losses
Increase the efficiency of the energy system
Reduced maintenance costs for equipment
Increased reliability of electrical equipment
Providing the possibility of increasing the number of powered devices.
This document provides an overview of an anti-sleep alarm circuit project. It includes a circuit diagram, descriptions of the main components used including an IC555 timer, relay, push button switch, buzzer, resistor, capacitor, transistor and diode. It describes the power supply, including the transformer, rectifier and filter. It explains how the circuit operates to sound an alarm after a set time interval if the push button is not pressed. The conclusion states that the circuit can be used to automatically switch home appliances on and off to save time and electricity.
fault detection of transformer using GSM,,,,by YASASWINI.KAGITHALAMAHESH294
This document describes a project to design a fault recognition protection system for AC transmission lines using GSM technology. The system monitors the output of a step-down transformer using a microcontroller and fault indicator circuit. If a fault is detected, a relay is activated and a message is sent via GSM modem to notify the user. The system is powered by a regulated 5V supply and includes components like a LCD to display the power line status, buzzer to sound on fault, and MAX232 for serial communication between the microcontroller and GSM modem. The aim is to remotely monitor transformer faults without needing to check relays on site.
This report details a circuit designed by Ananthavignesh M that uses various integrated circuits, transistors, LEDs, and other components to allow for electrical equipment control using a mobile phone. The circuit diagram and block diagram are presented, and applications are discussed such as lighting/appliance control, security systems, entertainment systems, thermostats, irrigation, and more. Potential future aspects mentioned include industrial automation using computers and microcontroller-based pre-programmed systems.
This document provides an overview and introduction to a project that aims to develop a substation monitoring and control system using a GSM modem. The system will monitor key parameters of distribution transformers like temperature, output current and voltage. It will automatically send this data via GSM to help utilities better manage transformer health and prevent failures. This will increase reliability and reduce costs. The system design involves using a microcontroller to read sensors on the transformer and transmit readings to a remote PC through a GSM modem. This allows for remote monitoring and control of substation equipment condition.
The document discusses low voltage switchgear and cable sizing. It provides information on governing standards, system parameters, construction details of LV switchgear including busbars and components. It discusses fixed and drawout construction types. It also covers IP ratings, cable sizing criteria and applications of LV switchgear and cables in industrial, domestic and commercial load distribution systems.
Contactors and Thermal Overload Relays - FJ Series - Fuji ElectricCTY TNHH HẠO PHƯƠNG
Catalog thiết bị đóng cắt Fuji Electric - Contactors and Thermal Overload Relays - FJ Series - Fuji Electric
*********************************************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
Electrical Engineering Basics - What Design Engineers Need to Knowmilestoneseng
The document discusses key elements that a project engineer needs to know when designing an electrical system, including the load, power source, protection, monitoring and control. It outlines factors to consider such as load ratings and locations, voltage regulations, protective device settings, and system documentation. Design development involves determining the total load, developing single line diagrams, evaluating the existing system, and implementing recommendations while ensuring safety codes and standards are followed.
The Real World Trainers module (RWT-A) teaches two and three-wire motor control and three-wire control using start/stop pushbuttons or a hand/off/auto circuit. It can also demonstrate jogging circuits and start/stop/jog functions. The module contains components like a contactor, overload relay, and control relay to simulate industrial motor control circuits using 110V AC power.
This document provides an overview of an electrical engineering course that covers microcontrollers, programming, and a final project. It discusses key topics like microcontrollers and how they contain interfaces to connect to users and perform tasks. The modules covered include using LEDs, 7-segment displays, speakers, potentiometers, and servo motors. For the final project, students combined all the modules into a countdown program that used a servo motor, LED, and different beeps to count down and loop four times.
Microcontroller based-substation-monitoring-and-controlling-systemMahmud Hasan Uday
This document presents a microcontroller-based system for monitoring and controlling a distribution transformer substation. The system measures voltage, current and temperature and can shut down the transformer if any parameters peak. It allows for remote monitoring to avoid power losses and quick repairs. While costly and bulky, future implementations could use GPRS to send data anywhere and integrate with smart meters. The conclusion states this design makes the distribution more secure, reliable and efficient.
This document describes a self-switching power supply project submitted by three students. The power supply uses a transformer, rectifier, filter, voltage regulator, relay, and transistors to provide a variable regulated output voltage from 3.7V to 8.7V. It also automatically switches off when no load is connected to save energy. The circuit works by using a transistor-capacitor combination that cuts off power when the load is removed after the capacitor discharges. The power supply has applications in powering electronic equipment and circuits.
A project report on Remote Monitoring of a Power Station using GSM and ArduinoJawwad Sadiq Ayon
This document describes a project to remotely monitor the voltage of a power station/substation using GSM. An Arduino board measures the voltage using a potential divider circuit and sends the readings via a SIM908 GSM module in SMS messages. The project prototype monitors voltage, displays it on an LCD, and sends updates every 10 minutes. Future work could expand monitoring to other parameters and use GPRS for remote access from anywhere via the internet.
The document discusses WEG's CWB line of contactors for motor control and protection up to 18.5 kW/25 HP. It provides details on the features and benefits of the compact, modular contactors including low energy consumption coils, built-in auxiliary contacts, flexibility for panel assembly, safety compliance, and accessories. The contactors have been developed to work efficiently with IE3 premium efficiency motors while requiring no derating of components.
Lecture-4 : Semiconductor Power Switching Devices-1rsamurti
This document discusses power semiconductor diodes and their use as switches. It describes the ideal characteristics of a switch and compares them to practical switches. There are different types of power diodes classified based on their control, controllability, conduction, and blocking properties. The key power loss mechanisms in a switch are also explained. Different types of power diodes like standard recovery, fast recovery, Schottky, and silicon carbide diodes are described along with their recovery times and applications. Diode packages and rectifier modules are shown. The next lecture will cover more power semiconductor switching devices.
Practical Power System Protection for Engineers and TechniciansLiving Online
This workshop has been designed to give plant operators, electricians, field technicians and engineers a better appreciation of the role played by power system protection systems. An understanding of power systems along with correct management will increase your plant efficiency and performance as well as increasing safety for all concerned.
The workshop is designed to provide excellent understanding on both a theoretical and practical level. Starting at a basic level and then moving onto more detailed applications, it features an introduction covering the need for protection, fault types and their effects, simple calculations of short circuit currents and system earthing. This workshop includes some practical work, simple fault calculations, relay settings and the checking of a current transformer magnetisation curve.
WHO SHOULD ATTEND?
Design engineers
Electrical engineers
Electrical technicians
Electricians
Field technicians
Instrumentation and design engineers
Plant operators
Project engineers
MORE INFORMATION: http://www.idc-online.com/content/practical-power-system-protection-engineers-and-technicians-140?id=7086
PROJECT - " PROGRAMMABLE ENERGY METER CALCULATOR"BhanuKhandelwal5
this is my project ppt which i make in 2019 on the topic of "Programable energy auditing equipment for industry for instanteous electrical load survey" which basically calculate the billing of energy meter and send message to mobile cdms and for every unit bill is calculated and message comes
This document provides information on Motor Protective Circuit Breakers (MPW) for protecting electric motors up to 100 A, including:
1) The MPW line offers protection against overloads and short-circuits for applications up to 100 A.
2) Models range from MPW12 up to MPW100 and provide switching as well as protection in a single device.
3) The document provides selection tables, specifications, accessories, and diagrams for the different MPW models.
Connection and configuration options of FOTO CONTROL 1f invertorsJakub Vonkomer
The document discusses various connection options for inverters, including normal on-grid connection where the inverter stops working after grid disconnection, and island mode operation for off-grid connection where energy flows from the battery. It also describes additional devices that can monitor energy flow and phase voltage/current, control power levels, limit grid consumption, synchronize three-phase systems, and measure power in hybrid systems.
Practical Medium and High Voltage Testing of Electrical Equipment for Enginee...Living Online
Testing is an essential activity in any engineer's career. Whatever your role in industry (electrical designer, purchase engineer, manufacturer, installation contractor or maintenance engineer) a solid knowledge of tests to be carried out on a given piece of electrical equipment and interpretation of results obtained is a necessity.
This manual is designed to familiarise you with various aspects of testing general electrical equipment and high voltage testing in particular. Examples are cited from various international standards regarding the procedure for conducting of tests and interpreting the test results. The need for keeping proper records of tests conducted both in the initial stages and later during routine maintenance is discussed. Some of the tests are too complex to be performed on a routine basis or may require specialised equipment which may not be normally available to user industries or even manufacturers. This is where the services of an independent and accredited test lab is useful. The role of such labs is briefly discussed.
MORE INFORMATION: http://www.idc-online.com/content/practical-medium-high-voltage-testing-electrical-equipment-engineers-and-technicians-47?id=138
The document discusses motor protection and motor control centers. It provides details on sizing conductors that supply single and multiple motors, sizing overload protection devices based on motor nameplate ratings, and protecting motors from short circuits and ground faults. It also describes the components, construction, and wiring classifications of motor control centers, which are used to control and provide protection for motors and connecting cables.
Gsm based transformer fault detection systemKabilesh K
This document describes a GSM-based system for remotely monitoring and detecting faults in distribution transformers. The system uses sensors to monitor the transformer's voltage, temperature, power consumption, and oil level. It sends alerts via GSM if any of these exceed safe limits. A microcontroller processes the sensor data and triggers a relay to disconnect the transformer if a fault is detected, sending an SMS alert. This allows faults to be addressed before complete failure occurs, improving reliability while reducing costs compared to manual monitoring.
Our 1600 Amp CT Cabinet is the best tool for your next electrical project. Our 1600 Amp CT Cabinets can be modified to include additional equipment if required. These are easy and fast to install. Get them today!
Design of embedded based three phase preventor and selector system for indust...IAEME Publication
This document summarizes a research paper that presents the design of an embedded-based three-phase preventor and selector system for industrial appliances. The system uses a microcontroller to control MOSFET-based inverters and provide safety operations for industry applications. It protects appliances from damage if one phase fails by using the power from another available phase. The system includes components like a DIP switch, microcontroller, signal amplifier, inverter circuitry, opto-isolator, gate drive power supply and MOSFET-based inverter to selectively provide power from one of three phases to industrial equipment.
This document provides an introduction to protective relays. It discusses how protective relays sense abnormalities in electrical networks and signal associated switchgear to isolate faulty parts. Current transformers and potential transformers are used as input devices to relays. The document classifies protective devices and relays based on their working principles, nature of actuating quantities, and characteristics. It also describes the operation, tripping mechanisms, and general requirements of protective relays.
Smart – Optimizer ECOD implements 7 functions in a single units
Optimization of energy consumption
Power factor correction
Harmonic filtering
Balancing phases
Limit the maximum inrush current
Solving problems with short-term voltage drops
Lightning protection
Medium Voltage Fuses
E-Rated Fuses for Transformers and Feeders
within this range. It is possible for the fuse to be exposed to
an overcurrent lower than the value given by the one hour
criteria. In that case, a different overcurrent protection device
would be required to interrupt the overcurrent.
3. Back-up – defined by ANSI C37.40 as “a fuse capable of
interrupting all currents from the maximum interrupting rating
current down to the minimum interrupting current.”
The minimum interrupting current is the lowest current that
the fuse will be able to clear properly. This creates a need to
place a low current interrupting device, such as motor
overloads, in series with the back-up rated fuse.
E- and R-Rated Fuses
In North America, current limiting fuses typically fall into the
category of E-Rated fuses and R-Rated fuses. Bussmann
also offers a wide range of current limiting fuses designed to
BS, DIN and IEC standards.
E-Rated fuses are used to protect feeder circuits, power
transformers and potential transformers. E-Rated fuses have
defined current response times specified by ANSI C37.46.
E-Rated fuses 100A and below must melt in 300sec at an
rms current within the range of 200% to 240% of the
continuous current rating. E-Rated fuses above 100A must
melt in 600sec at an rms current within the range of 240% to
264% of the continuous current rating of the fuse.
Bussmann offers a wide variety of full range and general
purpose E-Rated fuses from 2.4kV up to 38kV.
R-Rated fuses are back-up fuses that provide short-circuit
protection for motor circuits. They are applied with MV motor
starters which provide the overload protection for the circuit.
R-Rated fuses also have defined current response times
specified by ANSI C37.46. R-Rated fuses will melt in a range
of 15 – 35sec at a current equal to 100 times the “R” rating.
Bussmann offers 2.4kV, 5.08kV, 7.2kV and 8.3kV R-Rated
fuses for motor circuit protection.
Contactors and Thermal Overload Relays - FJ Series - Fuji ElectricCTY TNHH HẠO PHƯƠNG
Catalog thiết bị đóng cắt Fuji Electric - Contactors and Thermal Overload Relays - FJ Series - Fuji Electric
*********************************************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
Electrical Engineering Basics - What Design Engineers Need to Knowmilestoneseng
The document discusses key elements that a project engineer needs to know when designing an electrical system, including the load, power source, protection, monitoring and control. It outlines factors to consider such as load ratings and locations, voltage regulations, protective device settings, and system documentation. Design development involves determining the total load, developing single line diagrams, evaluating the existing system, and implementing recommendations while ensuring safety codes and standards are followed.
The Real World Trainers module (RWT-A) teaches two and three-wire motor control and three-wire control using start/stop pushbuttons or a hand/off/auto circuit. It can also demonstrate jogging circuits and start/stop/jog functions. The module contains components like a contactor, overload relay, and control relay to simulate industrial motor control circuits using 110V AC power.
This document provides an overview of an electrical engineering course that covers microcontrollers, programming, and a final project. It discusses key topics like microcontrollers and how they contain interfaces to connect to users and perform tasks. The modules covered include using LEDs, 7-segment displays, speakers, potentiometers, and servo motors. For the final project, students combined all the modules into a countdown program that used a servo motor, LED, and different beeps to count down and loop four times.
Microcontroller based-substation-monitoring-and-controlling-systemMahmud Hasan Uday
This document presents a microcontroller-based system for monitoring and controlling a distribution transformer substation. The system measures voltage, current and temperature and can shut down the transformer if any parameters peak. It allows for remote monitoring to avoid power losses and quick repairs. While costly and bulky, future implementations could use GPRS to send data anywhere and integrate with smart meters. The conclusion states this design makes the distribution more secure, reliable and efficient.
This document describes a self-switching power supply project submitted by three students. The power supply uses a transformer, rectifier, filter, voltage regulator, relay, and transistors to provide a variable regulated output voltage from 3.7V to 8.7V. It also automatically switches off when no load is connected to save energy. The circuit works by using a transistor-capacitor combination that cuts off power when the load is removed after the capacitor discharges. The power supply has applications in powering electronic equipment and circuits.
A project report on Remote Monitoring of a Power Station using GSM and ArduinoJawwad Sadiq Ayon
This document describes a project to remotely monitor the voltage of a power station/substation using GSM. An Arduino board measures the voltage using a potential divider circuit and sends the readings via a SIM908 GSM module in SMS messages. The project prototype monitors voltage, displays it on an LCD, and sends updates every 10 minutes. Future work could expand monitoring to other parameters and use GPRS for remote access from anywhere via the internet.
The document discusses WEG's CWB line of contactors for motor control and protection up to 18.5 kW/25 HP. It provides details on the features and benefits of the compact, modular contactors including low energy consumption coils, built-in auxiliary contacts, flexibility for panel assembly, safety compliance, and accessories. The contactors have been developed to work efficiently with IE3 premium efficiency motors while requiring no derating of components.
Lecture-4 : Semiconductor Power Switching Devices-1rsamurti
This document discusses power semiconductor diodes and their use as switches. It describes the ideal characteristics of a switch and compares them to practical switches. There are different types of power diodes classified based on their control, controllability, conduction, and blocking properties. The key power loss mechanisms in a switch are also explained. Different types of power diodes like standard recovery, fast recovery, Schottky, and silicon carbide diodes are described along with their recovery times and applications. Diode packages and rectifier modules are shown. The next lecture will cover more power semiconductor switching devices.
Practical Power System Protection for Engineers and TechniciansLiving Online
This workshop has been designed to give plant operators, electricians, field technicians and engineers a better appreciation of the role played by power system protection systems. An understanding of power systems along with correct management will increase your plant efficiency and performance as well as increasing safety for all concerned.
The workshop is designed to provide excellent understanding on both a theoretical and practical level. Starting at a basic level and then moving onto more detailed applications, it features an introduction covering the need for protection, fault types and their effects, simple calculations of short circuit currents and system earthing. This workshop includes some practical work, simple fault calculations, relay settings and the checking of a current transformer magnetisation curve.
WHO SHOULD ATTEND?
Design engineers
Electrical engineers
Electrical technicians
Electricians
Field technicians
Instrumentation and design engineers
Plant operators
Project engineers
MORE INFORMATION: http://www.idc-online.com/content/practical-power-system-protection-engineers-and-technicians-140?id=7086
PROJECT - " PROGRAMMABLE ENERGY METER CALCULATOR"BhanuKhandelwal5
this is my project ppt which i make in 2019 on the topic of "Programable energy auditing equipment for industry for instanteous electrical load survey" which basically calculate the billing of energy meter and send message to mobile cdms and for every unit bill is calculated and message comes
This document provides information on Motor Protective Circuit Breakers (MPW) for protecting electric motors up to 100 A, including:
1) The MPW line offers protection against overloads and short-circuits for applications up to 100 A.
2) Models range from MPW12 up to MPW100 and provide switching as well as protection in a single device.
3) The document provides selection tables, specifications, accessories, and diagrams for the different MPW models.
Connection and configuration options of FOTO CONTROL 1f invertorsJakub Vonkomer
The document discusses various connection options for inverters, including normal on-grid connection where the inverter stops working after grid disconnection, and island mode operation for off-grid connection where energy flows from the battery. It also describes additional devices that can monitor energy flow and phase voltage/current, control power levels, limit grid consumption, synchronize three-phase systems, and measure power in hybrid systems.
Practical Medium and High Voltage Testing of Electrical Equipment for Enginee...Living Online
Testing is an essential activity in any engineer's career. Whatever your role in industry (electrical designer, purchase engineer, manufacturer, installation contractor or maintenance engineer) a solid knowledge of tests to be carried out on a given piece of electrical equipment and interpretation of results obtained is a necessity.
This manual is designed to familiarise you with various aspects of testing general electrical equipment and high voltage testing in particular. Examples are cited from various international standards regarding the procedure for conducting of tests and interpreting the test results. The need for keeping proper records of tests conducted both in the initial stages and later during routine maintenance is discussed. Some of the tests are too complex to be performed on a routine basis or may require specialised equipment which may not be normally available to user industries or even manufacturers. This is where the services of an independent and accredited test lab is useful. The role of such labs is briefly discussed.
MORE INFORMATION: http://www.idc-online.com/content/practical-medium-high-voltage-testing-electrical-equipment-engineers-and-technicians-47?id=138
The document discusses motor protection and motor control centers. It provides details on sizing conductors that supply single and multiple motors, sizing overload protection devices based on motor nameplate ratings, and protecting motors from short circuits and ground faults. It also describes the components, construction, and wiring classifications of motor control centers, which are used to control and provide protection for motors and connecting cables.
Gsm based transformer fault detection systemKabilesh K
This document describes a GSM-based system for remotely monitoring and detecting faults in distribution transformers. The system uses sensors to monitor the transformer's voltage, temperature, power consumption, and oil level. It sends alerts via GSM if any of these exceed safe limits. A microcontroller processes the sensor data and triggers a relay to disconnect the transformer if a fault is detected, sending an SMS alert. This allows faults to be addressed before complete failure occurs, improving reliability while reducing costs compared to manual monitoring.
Our 1600 Amp CT Cabinet is the best tool for your next electrical project. Our 1600 Amp CT Cabinets can be modified to include additional equipment if required. These are easy and fast to install. Get them today!
Design of embedded based three phase preventor and selector system for indust...IAEME Publication
This document summarizes a research paper that presents the design of an embedded-based three-phase preventor and selector system for industrial appliances. The system uses a microcontroller to control MOSFET-based inverters and provide safety operations for industry applications. It protects appliances from damage if one phase fails by using the power from another available phase. The system includes components like a DIP switch, microcontroller, signal amplifier, inverter circuitry, opto-isolator, gate drive power supply and MOSFET-based inverter to selectively provide power from one of three phases to industrial equipment.
This document provides an introduction to protective relays. It discusses how protective relays sense abnormalities in electrical networks and signal associated switchgear to isolate faulty parts. Current transformers and potential transformers are used as input devices to relays. The document classifies protective devices and relays based on their working principles, nature of actuating quantities, and characteristics. It also describes the operation, tripping mechanisms, and general requirements of protective relays.
Smart – Optimizer ECOD implements 7 functions in a single units
Optimization of energy consumption
Power factor correction
Harmonic filtering
Balancing phases
Limit the maximum inrush current
Solving problems with short-term voltage drops
Lightning protection
Medium Voltage Fuses
E-Rated Fuses for Transformers and Feeders
within this range. It is possible for the fuse to be exposed to
an overcurrent lower than the value given by the one hour
criteria. In that case, a different overcurrent protection device
would be required to interrupt the overcurrent.
3. Back-up – defined by ANSI C37.40 as “a fuse capable of
interrupting all currents from the maximum interrupting rating
current down to the minimum interrupting current.”
The minimum interrupting current is the lowest current that
the fuse will be able to clear properly. This creates a need to
place a low current interrupting device, such as motor
overloads, in series with the back-up rated fuse.
E- and R-Rated Fuses
In North America, current limiting fuses typically fall into the
category of E-Rated fuses and R-Rated fuses. Bussmann
also offers a wide range of current limiting fuses designed to
BS, DIN and IEC standards.
E-Rated fuses are used to protect feeder circuits, power
transformers and potential transformers. E-Rated fuses have
defined current response times specified by ANSI C37.46.
E-Rated fuses 100A and below must melt in 300sec at an
rms current within the range of 200% to 240% of the
continuous current rating. E-Rated fuses above 100A must
melt in 600sec at an rms current within the range of 240% to
264% of the continuous current rating of the fuse.
Bussmann offers a wide variety of full range and general
purpose E-Rated fuses from 2.4kV up to 38kV.
R-Rated fuses are back-up fuses that provide short-circuit
protection for motor circuits. They are applied with MV motor
starters which provide the overload protection for the circuit.
R-Rated fuses also have defined current response times
specified by ANSI C37.46. R-Rated fuses will melt in a range
of 15 – 35sec at a current equal to 100 times the “R” rating.
Bussmann offers 2.4kV, 5.08kV, 7.2kV and 8.3kV R-Rated
fuses for motor circuit protection.
The STAPLA CONDOR ultrasonic metal welder is designed for production applications. It features a vertical transducer assembly for consistent welds and modular design for easy setup and maintenance. The STAPLA USC2 controller provides 3kW of power with features like amplitude and frequency control for quality welds. It has extensive connectivity for integration into assembly lines.
This document provides information on Fuji Electric's magnetic contactors and starters, including the SC and SW series. It describes the key features and advantages of these products, such as their modular design that allows for easy addition of functions, long electrical life, wide voltage ratings, and bifurcated auxiliary contacts. The SC-N series is highlighted for using an electronically-controlled SUPER MAGNET coil that provides positive pick-up and drop-out without chattering across a wide voltage range on both AC and DC power supplies. Safety features like terminal covers and insulation barriers are also summarized.
Catalog thiết bị đóng cắt Fuji Electric - 01 - Contactor
*********************************************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
The document provides information on Fujielectric's low voltage equipment catalog, including magnetic contactors, starters, thermal overload relays, and solid-state contactors. It summarizes key specifications and features of their SC and SW series contactors and starters, such as long electrical life of 2 million operations, easy addition of optional modules, meeting various international standards, and employing new technologies like their Super Magnet for reliable performance. The document is intended to introduce readers to Fujielectric's low voltage product catalog and provide an overview of their magnetic contactors and starters.
The document discusses automatic transfer switches (ATS) that reconnect electric power sources from primary to standby. It describes two categories of ATS panels - those with microprocessor controllers and those with electrical controllers using diesel generator modules for remote operations. For the microprocessor type, it provides details on safe and reliable operation, unwanted prevention operation, bypass functionality, and support for wireless internet and remote monitoring to reduce service costs. For the electrical controller type, it notes they are cost effective with simple designs and additional component protection.
This document discusses the benefits of using a Compact Static Power Conditioner (SPC) to condition power for industrial equipment compared to other traditional solutions like servo motor-based automatic voltage regulators (AVRs) and uninterruptible power supplies (UPS). The SPC provides instantaneous voltage regulation within 20 milliseconds to handle fluctuations, sags, surges and noises, protecting sensitive electronics. It has no moving parts, high efficiency, compact size, and can handle a wide range of loads like motors and air conditioners. The document argues the SPC is more reliable, cost-effective and suitable for conditioning power for modern electronics compared to other alternatives.
SPC-Static Power Conditioner presentation - show finalR. Arvind arvind
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2. Device for optimization of energy consumption , the protection of
electrical equipment at change (increase or decrease) voltage
Smart - Optimizer ECOD Series ES-IN-МL-X-Y
ES - energy savings,
IN - industrial use,
ML - mix load,
X – number of phase,
Y – nominal current per 1 (one) phase.
Improving the quality of electricity with Smart - Optimizer ECOD
Feigin Electric Co., Ltd., provides many benefits, including:
• Optimization of energy consumption;
• Power factor correction;
• Harmonic filtering ;
• Balancing phases;
• Limits the maximum inrush current;
• Troubleshooting short-term voltage drops;
• Protection against lightning;
• Minimize typical system losses;
• Increasing the efficiency of the energy system;
• Reduced maintenance of equipment;
• Increased reliability of electrical equipment;
• Provide opportunities to increase the number of powered devices
To install the Smart - Optimizer AC ECOD Series ESS-IN-ML
its recommend to use the services of a qualified and certified specialist.
This technical data sheet is a document, certifying guaranteed by the basic
parameters, characteristics of the Smart - Optimizer AC ECOD Series ESS-IN-ML
and allows to check your connection and services as well as the rules of safe
operation.
3. CONTENT
INTENDED USE..........................................................................................................................4
TERMS OF USE..........................................................................................................................4
TECHNICAL PARAMETRS........................................................................................................4
OPERATION PRINCIPLE...........................................................................................................5
NOMENCLATURE......................................................................................................................6
SAFETY AND WARNINGS............................................................................................................7
PREPARING FORWORK CONNECTING .............................................................................................7
SERVICE.......................................................................................................................................8
TERMS OF TRANSPORTATION AND STORAGE.....................................................................8
MANUFACTURER'S WARRANTY.........................................................................................9
LABELING.................................................................................................................................9
WARRANTY CARD.................................................................................................................10
4. INTENDED USE
The Smart - Optimizer AC ECOD Series ES-IN-ML is designed to stabilize and optimize energy
consumption. The Smart - Optimizer is connected to the main AC voltage 380-400V, 50Hz-60Hz.
This product does not distort the main supply.
TERMSOFUSE
It should not be used in a explosive environment nor containing conductive dust or corrosive gases and
vapors in concentrations destroying metals and insulation; absence of excessive vibration, shaking and
shock.
TECHNICAL PARAMETRS
Voltage regulation. ..................................................................................Independer phase control
Ranges of input voltage, V...................................................................................................170 - 260
Frequency in Hz ...................................................................... ................................... 50/60Hz ± 5%
Load current on phase,A ..................................................................... .............................. 30 to 400
Admitted load variation...................................................................................................Up to 100%
Admitted load imbalance............................................................................................................100%
Efficiency,%, not less ...................................................................... ........................................99.7 %
Type of load.................................................................................................................................ANY
Selectable output voltage , V.....................................................185-240- V (L-N), 380-415 V (L-L)
Cooling ..........................................................................................................Natural air ventilation
Ambient temperature ..........................................................................................................-25/+45°C
Admitted overload............................................................................................................200% 2 min
The ambient temperature range,............................................................................... from -40 C to ......+ 50 C
Related humidity at 25 ° C ...................................................................................... no more 90 %
Atmospheric pressure, kPa................................................................................................... 100±4
Protectiondegree..................................................................................................................................................................IP40
Installation................................................................................................................Indoor, Outdoor
5. OPERATION PRINCIPLE
Regulation of network parameters is carried out by inducing electromotive forces in different
directions by a thin coil of the transformer by changing the polarity of its relatively thick coil..
During operation, the optimizer used three main operating modes:
1. Mode "transit" (at 209B ± 1V ≤ Uin ≤ 223V ± 1V). Thus Uout = Uin.
2 Mode "voltage boost"(at 170V ± 1V ≤ Uin ≤ ± 1V 209V).At the same 182V ±
1V≤Uin<221V±1V.
3. Mode "voltage reduce" (at 223V ± 1V ≤ Uin ≤ 275V ± 1V). Thus 210B ≤ ± 1V Uout <260V
±1V.
Automatic load shedding (when Uin> 275V ± 1V). This triggered the automatic load shedding by
the optimizer not later than 0.012 seconds after exceeding the specified input voltage range (the
presence of this function is specified in the specification).
Automatic activation load when returning input voltage range from 170V to 260V (the presence of
this feature is stipulated in the Specifications).
In the case of the potential in the neutral wire, non-zero or zero wire breakage, or the disappearance
of one of the phases is triggered automatic load shedding with the ability to manual switch after the
fault.
COMPOSITION OF THE OPTIMIZER
1. Electronic control unit includes:
- Controller + power supply independent for each phase (for issuing control signals);
- Switching unit (switching exercises related to the change mode of the optimizer)
- Block shunt capacitance.
2. Power Section includes:
- Protective devices power-switching,
- Phased system of the transformer power corresponding to the nominal power optimizer
6. The principal distinguishing features of our device Smart - Optimizer ECOD and other
voltage regulator in the power supply.
1. The efficiency of our devices is 97% (all known stabilizers for industrial use, efficiency does not
exceed 96%)
2. The power transmission ratio of our device is 1:18,3. While all known stabilizers for industrial
use has power transmission ratio 1: 2. This means that the capacity of the transformer of all other
stabilizers for industrial use shall be not less than half of power of the load . This means that these
devices has more bigger dimensions, more bigger weight and more expensive cost . These devices
consume up to 5% of the electricity for their own needs. That is why does not make sense to use
this stabilizers like optimizers of power consumption.
3. The power load can vary from 0 to 100%, which does not affect the quality of regulation.
4. The regulatory process takes place without breaking the circuit and distortion sine wave voltage.
NOMENCLATURE
ECOD
Nominal
current
per one
phase, A
Load
Power,
kVA
Range of
input
voltage , V Dimensions, mm Weight, kg
ES-IN-МL-3-50 50 35 650x650x250 80
ES-IN-ML-3-80 80 55 650x650x250 90
ES-IN-ML-3-130 130 85 700x700x350 100
ES-IN-ML-3-160 160 110 170-260 700x700x350 125
ES-IN-МL-3-205 205 135 800x750x450 175
ES-IN-МL-3-250 250 165 900x850x450 195
ES-IN-ML-3-330 330 220 900x850x450 225
7. SAFETY AND WARNINGS
Installation and Service of Smart - Optimizer AC ECOD Series ES-IN-MLshould follow all
safety requirements when working with electrical installations.
FORBIDDEN:
-to store and install Smart - Optimizer AC ECOD Series ES-IN-ML in areas with explosive or
chemical environments the ability to destroy metal and insulation materials, areas of construction
debris and dust, near containers with flammable liquids;
-connect and operate of Smart - Optimizer AC ECOD Series ES-IN-MLwithout grounding;
-use the same wire as the grounding and neutral;
-violate the protective seals and make structural changes of
Smart - Optimizer AC ECOD Series ES-IN-ML;
-exploit Smart - Optimizer AC "ECOD Series ESS-IN-ML for loads exceeding its passport
characteristics;
- operate the Smart - Optimizer AC ECOD Series ES-IN-MLwith the door open;
- place any objects on the outer surface or the inside the
Smart - Optimizer AC ECOD Series ES-IN-ML;
PREPARING FOR WORK AND CONNECTING
- before connecting the Smart - Optimizer AC ECOD Series ES-IN-ML it must be inspected for
mechanical damage to its hole and interior components;
- if transportation and storage were carried out at low ambient temperatures prior to installation should be
kept at the installation site Smart - Optimizer AC ECOD Series ES-IN-ML.to prevent condensing at
least two (2) hours;
Smart - Optimizer AC ECOD Series ES-IN-ML must be carried out by qualified personnel in
compliance with the technical passport, safety rules, according to the scheme connectivity;
- wire N connected to the Smart - Optimizer AC ECOD Series ES-IN-ML, cross section must be not
less than 6mm2;
- cable power and ground wires are selected according to the rated current .
- make a visual inspection of the interior of Smart - Optimizer AC ECOD Series ES-IN-ML and
check the insulation elements;
- turn "OF" circuit breakers Q1, Q2, Q3
8. - turn "ON" the circuit breaker QA;
- turn "ON" the circuit breaker QS;
- turn "ON" circuit breakers Q1, Q2, Q3 ;
- operating mode of the Smart - Optimizer AC ECOD Series ES-IN-ML signal lamp on ralays.
SERVICE
During the operation of the Smart - Optimizer AC ECOD Series ES-IN-ML technical service will be
provided everysix (6) month which will include :
-inspection and the connection of wires in order to identify their injuries;
- broach power terminal connections;
- removing dust and dirt from the surface of the Smart - Optimizer AC ECOD Series ES-IN-ML
with a dry cloth or brush.
TERMS OF TRANSPORTATION AND STORAGE
Transportation must be carried out by any kind of land transport in closed unsealed compartments
and by any kind of sea transport, air transport (in closed sealed compartments) transport without
restrictions of distance and speed allowed for this mode of transport
Smart - Optimizer AC ECOD Series ES-IN-ML must be stored in the packaging manufacturer
with a relative humidity up to 90% in ventilated areas in the absence of acid vapors in the air and
gases, harmful effects on materials.
9. MANUFACTURER'S WARRANTY
The company - manufacturer guarantees trouble-free operation of the Smart - Optimizer AC
ECOD Series ES-IN-ML if the consumer observes rules operation and transportation of the device
in accordance with the instructions.
Warranty period of thirty six (36) months from the date of sale.
During this period, the company make a free warranty repair.
This warranty is void in the following cases.
- Failure to comply with rules governing the storage, transport and use, specified in the
technical certificate.
- Violation of the integrity of seals
- Presence on the of optimizer mechanical damage, traces of chemicals
- Repair of optimizer by individuals or organizations that do not have permission to conduct
this work from our company.
- When you use the of optimizer for other purposes
- The manufacturer does not cover damage that are not caused by manufacturer.
- The manufacturer is not responsible for the health and property of the consumer if they did
not meet the standards and operating rules that the Smart - Optimizer AC ECOD Series ES-
IN-ML specified in the user manual
LABELING
The name of the manufacturer, model name,number and year of manufacture of the device on the
label applied to the bottom panel device.
When you purchase is necessary to verify compliance with the serial number, indicated in
specification.
MANUFACTURER COUNTRY
DEVICE SERIAL NUMBER ( MK )
THAILAND (TH)
10. WARRANTY CARD
Product Name : Smart - Optimizer AC ECOD Series ES-IN-ML
Type of product ________________________________________
quantity ____________________________________________
MK. ________________________________________________
Company name manufacturer____________________________
release date __________________________________________
Signature and stamp of the manufacturer__________________
____________________________________________________________
Stamp and signature of the company - the seller
Date of sale ____________________________________________________
signature_____________________________________________________
The terms of warranty AGREEMENT
Buyer ___________________ signature
Warranty period of thirty six (36) months from the date of sale.