ABB AFS670 19" Ruggedized Switch AFS670-EREEDDDSSEEEEEEEPZYX05.1.0



ABB AFS670 19" Ruggedized Switch AFS670-EREEDDDSSEEEEEEEPZYX05.1.0

Core Basic Information

1.1 Manufacturer and Product Positioning

The manufacturer is ABB Group (Asea Brown Boveri Ltd.), and the product belongs to the AFS series (Fox Switch family), positioned as a specialized industrial communication switch for the power industry. Its core design goal is to meet the high reliability requirements of the power system for communication networks, support the step-by-step deployment of smart grid related applications, including key scenarios such as renewable energy access and advanced distribution automation solutions. This product is originally from Sweden and can currently be purchased through professional industrial equipment suppliers such as Amikon Limited. The supply cycle is relatively short, usually 3 working days.

1.2 Product core positioning and series association

As an important member of the AFS series, AFS670, together with other products in the same series such as AFS650, constitutes ABB's communication product portfolio for distribution networks and substation automation. This series of products all comply with relevant IEEE standards, which can significantly enhance ABB's product coverage capabilities in distribution networks, in plant communication, and substation automation applications, providing stable and secure transmission guarantees for industrial grade communication networks.

Hardware structure and installation configuration

2.1 Rack adaptation and installation specifications

Adopting a 19 inch standard rack mounted design, the equipment height is 6U (265.9mm/10.5 inches), which complies with industrial rack installation specifications and can be directly integrated into standard 19 inch industrial cabinets. We offer a variety of chassis size options, including 1/2, 3/4, and full-size (1/1), to meet different cabinet space requirements. To achieve flexible installation, ABB provides specialized installation accessories, including:

-Side by side installation board (model: 1MRK 002 420-Z): used for installing two relays or relays and relay racks side by side;

-Full 19 inch mounting bracket (model: 1MRK 002 420-CA): suitable for standard rack installation of full-size equipment;

-Cover plate with bracket: 1MRK 002 420-BA for 3/4 size models and 1MRK 002 420-BB for 1/2 size models, used for 19 inch rack adaptation installation of non full size equipment;

-Combination relay chassis (models: RHGS6, RHGS12): can be bolted together with AFS670 equipment to fill relay rack space and enhance installation compatibility.

In addition to rack installation, the device also supports flush mounting, allowing for flexible installation options based on the on-site environment.

2.2 Protection Design and Physical Characteristics

As a sturdy industrial switch, it has excellent environmental adaptability design and can be equipped with IP54 protection level configuration, which can effectively prevent dust intrusion and water splashing, and adapt to the harsh environmental conditions of industrial sites. The main color of the equipment is black, and it adopts an industrial grade reinforced shell, which has good impact and vibration resistance, and can cope with environmental challenges in scenarios such as power substations and industrial plants.

2.3 Core Hardware Configuration

Equipped with redundant power supply modules, it can effectively avoid communication interruptions caused by a single power failure and ensure the continuous operation of the system. This design is specially designed for scenarios such as the power industry that require extremely high communication continuity. Built in alarm contacts can monitor the real-time operation status of the equipment. When problems such as power supply abnormalities or link failures occur, alarm signals can be triggered in a timely manner, making it easy for operation and maintenance personnel to respond quickly.

Performance characteristics and communication capabilities

3.1 Industrial level communication reliability

Designed for communication network requirements based on the IEC 61850 standard, such as substations, with high availability communication capabilities. The core advantage lies in the fast network recovery capability in case of link failure, which can minimize communication interruption time and ensure real-time transmission of critical data (such as protection signals and monitoring data). Simultaneously possessing high mean time between failures (MTBF) indicators, meeting the long-term stable operation requirements of industrial grade.

3.2 Standard Compatibility

Fully compatible with IEEE related network standards, ensuring interconnectivity with industrial equipment and communication modules from different manufacturers. Supporting specific communication functions specified in the IEC 61850 standard, it can seamlessly integrate into intelligent substation automation systems, providing standardized communication support for smart grid applications such as renewable energy access and distribution automation.

3.3 Electromagnetic compatibility and anti-interference capability

Has excellent electromagnetic compatibility (EMC) and electrostatic discharge (ESD) protection capabilities, meeting industrial grade electromagnetic environment standards. It can operate stably in scenarios with dense power equipment and strong electromagnetic interference, such as substations and industrial plants, to avoid the impact of electromagnetic interference on communication quality.

Safety regulations and usage precautions

4.1 Safety Operation Standards

The operation and maintenance of the equipment must strictly follow the safety operation guidelines officially released by ABB, and the core safety specifications include:

-Grounding requirements: Equipment protective grounding must be completed in accordance with specifications to avoid static electricity accumulation, electromagnetic interference, and electric shock risks;

-Equipment handling: During the handling process, handle with care to avoid severe impact or vibration that may cause damage to internal components;

-Operation and maintenance restrictions: Equipment cover opening maintenance must be operated by professional technicians and must be carried out before disconnecting the power supply;

-Environmental restrictions: It is strictly prohibited to operate in hazardous environments with flammable and explosive gases to avoid safety accidents.

4.2 Environmental Protection and Compliance Requirements

Meets the requirements of the EU CE certification and has a compliance declaration document. Following the Chinese RoHS standard, adopting lead-free design to meet environmental requirements. When disposing of equipment, it is necessary to follow the industrial electronic waste recycling standards to avoid environmental pollution.

4.3 Testing and maintenance support

Support for use with dedicated test switches (such as RTXP24, FT type test switches), integrated installation of test switches and devices can be achieved through a dedicated mounting bracket (model: 1MRK 000 020-BT). Operation and maintenance personnel can complete the debugging and maintenance testing of the equipment's full functions through a single testing handle, greatly improving operation and maintenance efficiency. The test switch and auxiliary relay can be installed in a separate relay cabinet and used in combination with the AFS670 equipment.

Typical application scenarios

With its robust structural design, high reliability communication capability, and industry-specific characteristics, the AFS670 is widely used in the following core scenarios:

-Substation automation: As the core switch of the internal communication network of the substation, it connects various protection devices, measurement and control equipment, and realizes data transmission and equipment collaboration based on the IEC 61850 standard;

-Smart grid construction: supporting the communication needs of renewable energy (such as wind power and photovoltaic) access systems, and providing stable communication links for distributed energy grid connection;

-Industrial internal communication: applicable to the interconnection of equipment in industrial plants, connecting production control systems, sensors, actuators, etc., to ensure real-time communication in industrial production processes;

-Distribution automation: deployed at distribution network nodes, supporting the implementation of advanced distribution automation solutions, achieving remote monitoring, fault location, and self-healing control of distribution lines.