ABB 1SBP260102R1001 XC08L1 Digital I/O Extension Unit

ABB 1SBP260102R1001 XC08L1 Digital I/O Extension Unit

Basic Information

Model number and naming: The complete model number of this product is 1SBP260102R1001 XC08L1, where 1SBP260102R1001 is the specific model number of the product, and XC08L1 means that the expansion unit belongs to the XC08L1 series, and such a model naming can accurately identify and differentiate between different product models and series.

Country of origin: Sweden.

Dimensions and weight: approx. 10.2 x 7.6 x 10.2 cm, weight 0.2kg.

Performance features

Input and output channels: 8 digital input channels and 8 digital output channels, this relatively balanced configuration of input and output channels can meet the needs of a variety of industrial control scenarios for signal acquisition and device control, can be simultaneously connected to a number of digital sensors and control of a number of digital devices, such as connecting proximity switches, photoelectric sensors and other input devices, as well as controlling relays, solenoid valves, indicator lights and other output devices. Output devices.

Signal parameters: The rated input voltage of the digital input channel ranges from 0 to 24V DC, and the input current is 5mA, which can be adapted to a variety of common digital sensor signals, and can flexibly receive digital input signals of different levels. The output voltage of the digital output channel is 24V DC, and the maximum output current of each channel is 0.5A, which can stably provide drive signals for the connected external devices to ensure the normal operation of the devices, such as providing sufficient drive current for the small solenoid valves to make them open and close normally.

Electrical isolation: electrical isolation technology is used between the input and output channels, the isolation voltage can reach a certain safety standard, effectively preventing the input and output signals from interfering with each other and the propagation of electrical faults, improving the stability and reliability of the system, guaranteeing the stable operation of the equipment in the complex industrial electromagnetic environment, and reducing the risk of malfunctioning and equipment damage caused by signal interference.

Configuration Flexibility: Supporting a variety of configuration modes, users can flexibly configure the functions of the input and output channels according to the actual application requirements, such as setting some channels as input modes for monitoring the status of the equipment, and other channels as output modes for controlling the equipment actions, and achieving different functional configurations through software programming or hardware jumpers to satisfy the personalised requirements of different industrial automation control systems.

Status Indication: Each input and output channel is equipped with an LED indicator, which is used to visually display the working status of the channel, such as the presence or absence of the input signal, the high and low level status of the output signal, etc. It is convenient for the user to quickly understand the operating condition of the module, find and remove the faults in time, reduce the system maintenance cost and downtime, and improve the production efficiency.

Application Fields

Industrial automation: Widely used in various industrial automation production lines, such as automotive manufacturing, electronics manufacturing, food processing and other industries, can achieve the state of the production equipment monitoring, logic control and sequence control and other functions, such as controlling the production line of the conveyor belt, robotic arms, cylinders and other equipment, as well as monitoring the operating state of the equipment and fault signals, to ensure that the production line of efficient and stable operation.

Process control: In the chemical, petroleum, electric power, water treatment and other process industries, it can be used as the extension module of distributed control system (DCS) or programmable logic controller (PLC), for collecting and controlling digital signals on the site, such as monitoring and controlling the switching state of valves, starting and stopping pumps, and alarm signals of temperature and pressure, to ensure the safe, stable and highly efficient operation of the production process.

Intelligent Building: It is suitable for HVAC system, lighting system, water supply and drainage system in intelligent buildings, etc. By cooperating with PLC, DCS and other control systems, it can realise intelligent control and management of various equipments, e.g. controlling the operation status of air-conditioning system according to indoor and outdoor environmental parameters, realising zoning control and timing control of the lighting system, and monitoring the water level and flow rate of water supply and drainage system, etc., so as to improve energy use efficiency and comfort level of the building. Energy efficiency and comfort.

Transportation: In the field of transportation, such as rail transportation, port terminals, etc., it can be used in signal control, equipment monitoring and safety protection, such as controlling the switching of traffic signals and road gates, monitoring the signals of vehicle detection equipment, controlling the actions of cranes, conveyor belts and other equipment to ensure the normal operation and safety management of the transportation system.