Description
RTU560 560CIG10 1KGT021600R0001 is a basic CPU communication module launched by ABB for remote terminal unit (RTU) applications. It belongs to the core “brain” of the RTU560 series and is responsible for data acquisition, logic processing, protocol conversion, and remote communication. It is the control center of the entire RTU560 system.
ABB RTU560 560CIG10 1KGT021600R0001 BASE MODULE
Core positioning: High performance remote terminal unit communication controller, suitable for centralized data acquisition and forwarding in distributed SCADA systems.
In terms of core parameters, it is equipped with a 32-bit industrial grade RISC CPU with a clock frequency of not less than 200 MHz, and is equipped with 128 MB RAM and 256 MB Flash to store programs and historical data. Built in battery buffered real-time clock, capable of maintaining power outage for no less than 1 year. The communication interface includes 2 RS-232/RS-485 serial ports (isolated, up to 115.2 kbps) and 2 10/100 Mbps Ethernet ports (RJ45), which can be expanded with GPRS/4G/LTE or fiber optic modules. The protocol supports IEC 61850 (Ed.2), IEC 60870-5-101/104, DNP3, Modbus RTU/TCP, SPA-BUS. The programming complies with the IEC 61131-3 standard and supports languages such as LD, FBD, ST, etc. It can be configured through PCM600 or Automation Builder. Working temperature: -25 ℃ to+70 ℃, power consumption not exceeding 15W, supports wide range power supply of DC 24V or AC/DC 88-265V, standard 19 inch rack or DIN rail installation, protection level IP20, certified by CE, UL, IEC 61850-3, IEEE 1613. The default IP is automatically loaded upon first power on, supporting online remote firmware upgrades. High precision timing can be achieved through SNTP, IRIG-B, or GPS modules to meet SOE requirements. Key stations can be configured with dual RTU560 primary and backup hot redundancy.
The expandable I/O modules include: 560AIA10 (16 analog inputs for temperature, pressure, and liquid level monitoring), 560DIO10 (16DI/16DO digital modules for switch status acquisition and remote control output), 560COM10 (fiber optic communication expansion module), 560PSU10 (redundant power module), 560GPS10 (GPS/IRIG-B timing module), etc.
Application industry:
The power utility industry includes the remote control systems for substations and distribution networks of power supply companies in various provinces, cities, and counties under the State Grid Southern Power Grid; In the petroleum and petrochemical industry, SCADA monitoring of oilfield water injection pump stations, refineries, and oil and gas pipeline networks of PetroChina, Sinopec, and CNOOC; Mining and metallurgical industry, crushing and ball milling stations for non-ferrous and ferrous metal mines, and power distribution monitoring for rolling lines in steel plants; DCS communication for production lines of large cement groups such as Conch China Resources in the cement and building materials industry; Medium voltage power distribution monitoring in the paper industry, pulp mills, and paper mills; Medium voltage distribution and pump station monitoring in the food and beverage industry, dairy beer and beverage factories; SCADA for traction substations and distribution stations of subway and light rail in the rail transit industry; In the data center industry, remote monitoring of medium voltage incoming and outgoing lines in large data centers; Remote sensing and control of water conservancy industry, reservoir pumping stations, and water pipeline networks; Grid connected monitoring and distributed energy management of renewable energy industry, wind farms and photovoltaic power plants; SCADA communication for municipal pumping stations, environmental protection engineering, and smart cities in the municipal engineering industry.
Usage scenario:
1、 Substation remote communication, as a data concentrator for 10kV to 110kV substations, collects data from intelligent devices such as on-site REF protection relays, PQM power instruments, VSD frequency converters, etc., and uploads it to the SCADA of the dispatch center through IEC 60870-5-104 or DNP3. At the same time, it receives dispatch remote control commands and sends them to on-site devices; 2、 Communication with the main station of the distribution network, deploying RTU560 in the ring main unit and switch station, achieving inter station communication through redundant Ethernet or PRP/HSR, and cooperating with station protection to achieve fault direction judgment and selective tripping; 3、 SCADA for oil and gas pipeline network, deploying RTU560 in unmanned pipeline valve rooms, uploading pressure, flow, and valve status to the central control room through GPRS/4G or optical fiber, supporting DNP3 protocol; 4、 Monitoring of wind and solar power stations, deploying RTU560 on the wind turbine and inverter sides to collect power generation, inverter status, and meteorological data, which are uploaded to the centralized control center through IEC 61850 or Modbus TCP to adapt to distributed energy bidirectional power flow scenarios; 5、 Remote sensing of pump stations and water management, deploying RTU560 in municipal pump stations and reservoir gates, communicating with the upper computer through IEC 60870-5-101 to achieve remote monitoring and start stop control of water level, flow rate, and pump group status; 6、 DCS communication for industrial production lines, deploying RTU560 in high-power equipment distribution cabinets such as mining crushing stations and cement mills, collecting motor operation data through Modbus RTU, aggregating it through Ethernet, and uploading it to the factory DCS; 7、 Dual RTU hot redundancy configuration, with two RTU560 main and backup operating in key substations, achieving seamless state switching through dedicated synchronous cables to ensure uninterrupted remote communication.
Summary in one sentence: RTU560 560CIG10 1KGT021600R0001 is a basic CPU communication module for ABB’s SCADA system. It is designed with a 32-bit RISC processor and multi protocol wide temperature design as the core, supporting IEC 61850/DNP3/Modbus full protocol stack and main/backup thermal redundancy. It is widely used in industries such as power utilities, petroleum and petrochemical, mining and metallurgy, cement and building materials, papermaking, rail transportation, data centers, water conservancy, renewable energy, and municipal engineering, covering core scenarios such as substation remote control, distribution network main station, oil and gas pipeline SCADA, wind and photovoltaic monitoring, pump station water telemetry, and industrial production line DCS communication.
