buy ABB RCCB from Iran
The ABB Residual Current Circuit Breaker (RCCB) is an essential device in electrical systems used to protect against leakage currents and safeguard individuals and equipment from electrical hazards. RCCBs interrupt the power supply when leakage current to the ground is detected, thus preventing electrical hazards resulting from contact with equipment carrying leakage current.
The ABB Residual Current Circuit Breaker features the following characteristics and advantages:
- Personnel Protection: The ABB RCCB detects leakage current and prevents the spread of current to the ground, ensuring individuals are not exposed to electrical hazards from leakage current and guaranteeing personal safety.
- Equipment Protection: In addition to protecting individuals, RCCBs also safeguard electrical equipment connected to the power supply. These devices prevent damage and electrical hazards resulting from leakage currents to the equipment.
- Reliable Performance: The ABB RCCB, with advanced technology and high-quality materials, provides reliable performance. It quickly interrupts the power supply upon detecting leakage current, ensuring safety.
- Easy Installation and Replacement: ABB RCCBs are generally designed with user-friendly features, making installation and replacement straightforward.
- Variety of Models and Sizes: ABB offers a wide range of models and sizes of Residual Current Circuit Breakers, allowing users to choose the appropriate option based on their needs.
- Connectivity to Automation Systems: Some models of ABB Residual Current Circuit Breakers can connect to automation systems and remote control, enhancing the management of these devices.
The ABB Residual Current Circuit Breaker is utilized across various industries, including residential, commercial, and industrial sectors, as one of the top products for protecting individuals and equipment in electrical systems.
Types of ABB Residual Current Circuit Breakers
ABB Residual Current Circuit Breakers Series DS201
The Residual Current Circuit Breaker, or RCCB, is a vital component of electrical systems that continuously monitors the current flow and quickly cuts off power in case of insulation faults or ground connections to prevent dangerous electrical shocks resulting from indirect contact with current-carrying parts.
As a leading player in the electrical industry, ABB offers a broad spectrum of RCCBs, with the DS201 series being one of them. This series of RCCBs, in addition to providing RCCB protection, also offers additional current protection and is used as a combined solution in installations.
Key Features of the DS201 Series:
High-Quality Construction: The use of premium materials and precise manufacturing processes ensures the long lifespan and reliable performance of this series of RCCBs.
High-Level Reliability and Safety: ABB, committed to maintaining user safety, subjects these products to rigorous and extensive testing to ensure their proper functioning in various conditions.
Space Saving: By combining two functions, RCCB and MCB, into one unit, this series of RCCBs provides an ideal solution for installations facing space constraints.
Variety in Rated Currents: The DS201 series is available in a wide range of rated currents from 6 amps to 63 amps to accommodate the needs of a diverse range of installations.
Offering Different Sensitivities: These RCCBs come with different sensitivities (e.g., 10mA, 30mA, 100mA, 300mA, etc.) to provide proportional protection according to requirements.
Equipped with Visual Disconnect Indicators: These indicators help users quickly identify the disconnection of the RCCB in case of a fault.
Ability to Equip with Various Accessories: ABB offers a wide range of accessories such as auxiliary contacts, trip shunts, and busbars to enhance the performance and flexibility of this series of RCCBs.
Benefits of Using the DS201 Series:
Complete Protection: This series of RCCBs, with the combination of two types of protection, offers complete safety against hazards arising from electric shock and excess current.
Time and Cost Savings: By using a combined RCCB, the need for separate installation of RCCB and MCB is eliminated, resulting in time and cost savings.
Easy Installation: Designed to be user-friendly, these RCCBs are easy and quick to install.
Applications of the DS201 Series:
Residential Installations: Due to their efficiency and space-saving features, this series of RCCBs are an ideal choice for protecting individuals in residential environments.
Commercial Installations: With the variety in types and sensitivities, the DS201 series can also be used in a wide range of businesses and enterprises.
Industrial Installations: In some industrial facilities where space is limited, the use of this series of RCCBs can be a suitable solution.
The ABB Residual Current Circuit Breaker Series DS201, with its combination of RCCB and MCB functions in one unit, offers an ideal solution for installations.
ABB Residual Current Circuit Breaker Series F200
The Residual Current Circuit Breaker, or RCCB (Residual Current Circuit Breaker), is an essential component of electrical systems that continuously monitors current flow and swiftly cuts off power in case of insulation faults or ground connections to prevent dangerous electric shocks resulting from indirect contact with current-carrying parts.
As a leading player in the electrical industry, ABB offers a wide range of RCCBs under the F200 series, which, with their versatility and high performance, are used in a wide range of installations.
Key Features of the F200 Series:
High-Quality Construction: The use of premium materials and precise manufacturing processes ensures the long lifespan and reliable performance of this series of RCCBs.
High-Level Reliability and Safety: ABB, committed to maintaining user safety, subjects these products to rigorous and extensive testing to ensure their proper functioning in various conditions.
Variety in Rated Currents: The F200 series is available in a wide range of rated currents from 16 amps to 125 amps to accommodate the needs of a diverse range of installations.
Offering Different Sensitivities: These RCCBs come with different sensitivities (e.g., 10mA, 30mA, 100mA, 300mA, etc.) to provide proportional protection according to requirements.
Equipped with Visual Disconnect Indicators: These indicators help users quickly identify the disconnection of the RCCB in case of a fault.
Ability to Equip with Various Accessories: ABB offers a wide range of accessories such as auxiliary contacts, trip shunts, and busbars to enhance the performance and flexibility of this series of RCCBs.
Types of RCCBs in the F200 Series:
AC: For detecting sinusoidal AC leakage currents A: For detecting sinusoidal AC leakage currents and pulsating DC leakage currents B: For detecting sinusoidal AC, pulsating DC, and steady DC leakage currents AP-R: Similar to type A, with enhanced stability and prevention of unintended disconnections
Applications of the F200 Series:
General and Residential Installations: Due to their versatility and high performance, this series of RCCBs are an ideal choice for protecting individuals in residential and general environments.
Industrial and Commercial Uses: With the variety in types and sensitivities, the F200 series can also be used in a wide range of industries and businesses.
Points to Consider in Choosing the Suitable RCCB:
Choosing the type of RCCB (AC, A, B, AP-R) considering the possible types of leakage currents in the installations is of utmost importance.
Always select the rated current and sensitivity of the RCCB based on the specifications of the installations and the level of protection required.
ABB Residual Current Circuit Breaker Series F200, with its versatility, high performance, and reliability, is an ideal choice for protecting individuals and equipment against hazards resulting from electric shocks in a wide range of installations, including residential, general, industrial, and commercial environments.
Introduction to the ABB Brand
ABB (which stands for ASEA Brown Boveri) is one of the reputable and large companies in the field of manufacturing electrical equipment and industrial automation. This company was formed in 1988 from the merger of two Swiss companies, ASEA and Brown Boveri, and is recognized as one of the global leaders in technology and automation.
Over the years, ABB has been producing and providing a diverse range of products and services in various fields such as power generation, electrical equipment, robotics, industrial automation, power distribution equipment, etc., and is known as a fundamental and innovative brand in the electrical panel equipment industry. ABB’s experience in this field is very strong and positive due to the following features:
Advanced Technology: ABB employs advanced technologies to design and manufacture equipment with high performance, safety, and intelligent features.
Product Diversity: ABB offers a range of electrical equipment and switchgear that caters to various brands, uses, and needs.
International Standards: ABB products are manufactured with a focus on complying with international standards such as IEC (International Electrotechnical Commission) and ANSI (American National Standards Institute).
Support and After-Sales Services: ABB provides customers with extensive after-sales services and technical support through a wide network to assist them in guidance, maintenance, and repairs when needed.
Innovation and Research and Development: ABB continuously invests in innovation, research, and development to achieve more advanced, efficient, and safer products.
These experiences and features enable ABB to successfully operate in various industries, including oil and gas, mining, automotive industries, energy, processing industries, and construction, by producing high-quality and high-performance electrical panel equipment.
Principles of Operation of ABB Residual Current Circuit Breaker (RCCB)
The ABB Residual Current Circuit Breaker (RCCB) is an electrical device used to detect leakage currents to ground and disconnect power supply to protect individuals and equipment from electrical hazards. The operating principles of these switches are as follows:
1. Detection of Leakage Current: Under normal conditions, electrical current flows from the power source to the equipment and must pass through all circuits connected to the ground. If a sudden current leaks from a circuit to the ground (for example, due to contact or equipment failure), this leakage current can be detected by sensitive sensors in the RCCB.
2. Detection of Leakage Current: The RCCB has special sensors that detect changes in current. If leakage current to the ground is detected, the RCCB immediately initiates the power supply disconnection function.
3. Power Supply Disconnection: After detecting leakage current, the RCCB quickly (in just a few milliseconds) disconnects the power supply. This prevents the leakage current from reaching equipment or individuals.
4. User Notification: Some models of ABB RCCBs may have indicators or LEDs that inform the user that the power supply has been disconnected due to leakage current.
In this way, ABB RCCBs protect individuals and equipment from electrical hazards caused by contact with equipment with leakage current and disconnect power supply when necessary.
Features and Advantages of ABB Residual Current Circuit Breaker (RCCB)
ABB RCCBs have many features and advantages that make them an essential and vital device in electrical systems. Below are some of the features and advantages of these switches:
1. Personnel Protection: The primary feature of ABB RCCBs is the protection of individuals from electrical hazards. By detecting leakage current to the ground, the RCCB quickly disconnects the power supply and prevents hazards from contact with equipment with leakage current.
2. Equipment Protection: RCCBs protect electrical equipment connected to the power network. By preventing leakage current to the ground, the risk of damage and harm to equipment is mitigated.
3. Detection of Low Currents: ABB RCCBs are typically capable of detecting leakage currents of less than 30 milliamperes, which helps protect even smaller leakage currents.
4. Operational Speed: ABB RCCBs respond to leakage current detection and power supply disconnection much faster than one second.
5. Adjustable Protection Current: Some models of ABB RCCBs have adjustable protection current, allowing the user to set the level of protection current according to their system’s needs.
6. International Standards: ABB products are produced in compliance with international standards such as IEC and ANSI, ensuring their performance and safety.
7. Build Quality: ABB, as a reputable brand, offers products with long life and reliable performance by focusing on build quality and high-quality materials.
8. Compatibility with Automation Systems: Some ABB RCCB models benefit from the ability to connect to automation and control systems, improving equipment management and control.
By combining these features and advantages, ABB RCCBs provide reliable protection for individuals and equipment, ensuring optimal performance of electrical systems.
Structure and Components of ABB Residual Current Circuit Breaker (RCCB)
ABB Residual Current Circuit Breakers (RCCBs) generally consist of various components and structures, all designed to detect and disconnect leakage currents to the ground and protect individuals and electrical equipment. Below are some of the components and structures commonly found in ABB RCCBs:
1. Sensors: RCCBs have sensitive sensors that detect changes in electrical current in input and output circuits. These sensors help detect leakage currents to the ground.
2. Power Supply Disconnection Circuit: A circuit that, after detecting leakage current, immediately disconnects the power supply. This circuit is known as a “cut-off” and disconnects the power supply in a short time to prevent electrical hazards.
3. Adjustment Devices: Some ABB RCCBs allow the user to adjust the protection current. These devices allow users to adjust the current level that triggers power supply disconnection.
4. Adapters and Connectors: RCCBs usually come with adapters and connectors that allow them to connect to power systems and equipment.
5. Operating Mechanism: A mechanical structure that detects leakage current and activates the disconnection circuit after detection.
6. Handles and Indicators: Some RCCB models have handles and indicators that inform the user that the switch has disconnected the power supply due to leakage current.
7. Covers and Protections: RCCBs have various covers and protections to protect them from direct contact with harmful environmental factors.
These components and structures are combined to provide safe and reliable operation in detecting and preventing leakage currents in electrical systems.
Types of ABB Residual Current Circuit Breakers (RCCBs) Based on Applications
ABB Residual Current Circuit Breakers (RCCBs) are divided into different types based on various applications and specific needs. Below are examples of ABB RCCB types based on applications:
1. Domestic RCCBs: These types of switches are designed for use in domestic environments. They are typically used in home electrical distribution systems and lighting fixtures and outlets.
2. Industrial RCCBs: These types of switches are designed for use in industrial and commercial environments. They are commonly used in industrial and commercial equipment and facilities such as factories, offices, and stores.
3. Panel Mount RCCBs: These types of switches are used in electrical panels and control devices. They are used as part of panel equipment such as power distribution panels, control equipment, and automation.
4. Entry RCCBs: These types of switches are used as entry points to electrical systems. For example, in building entry points or facilities, entry RCCBs are used to protect against ground leakage hazards.
5. Irrigation RCCBs: These types of switches are used in irrigation systems and water pumps. They are used to protect irrigation equipment and ensure the safety of users in such equipment.
Additionally, ABB RCCBs vary based on protection current, leakage current, cut-off power, and other technical features. Choosing the most suitable type of RCCB based on needs and the operating environment is crucial for maximum safety and efficiency.
