ABB PM511V08 3BSE011180R1 Processor Module

Input Channels: 16 digital inputs.

Output Channels: 16 digital outputs.

Communication Interface: PROFIBUS DP (RS-485), supports DP-V0/V1 protocols.

Power Supply: 24 V DC (±20%), typical consumption 1.5 W.

Isolation: 500 V AC between channels and bus.

Operating Temperature: -25°C to +60°C.

Humidity: 5–95% (non-condensing).

Flexible memory expansion: ABB PM511V08 has a PCMCIA card slot, which can be expanded with a flash memory card to increase the memory capacity of the module. This realizes firmware upgrading, installation of secondary software, or large number of historical data and configuration file saving and improving the versatility and functional expansion capability of the system, and equipment may adapt more to the dynamic situation of industrial production.

Real time communication and integration functionality: Compatible with a number of communication protocol and easy integration with different devices or systems. ABB PM511V08 has real-time communication capabilities and can exchange data quickly and stably with the control system to achieve real-time monitoring and control of physical processes.

Water Treatment Industry: ABB PM511V08 can control the water pump working condition, level variation and water quality parameters (like pH, turbidity, DO and so on) in water plants and sewage treatment plants, realize the automation of water treatment process, guarantee the water quality can be up to the standards and ensure the water supply is stable.

Chemical industry: the reactor temperature, pressure, liquid level and flow, pH and other parameters of the molding machine monitoring the control; collection and processing of analog signals such as flow, PH. Through accurate control, monitoring, it can ensure safety, stability, efficiency of chemical production process, prevent accidents, improve product quality and production efficiency.

Transportation sector: ABB PM511V08 is employed, such as collection of the analog data such as traffic flow, vehicle velocity, and ambient temperature, to provide a foundation for traffic management. e.g., in hubs of transportation such as ports and airports, to operatively control cargo-loading / cargo-unloading devices, to monitor environmental influences, to the effect that operational processes are more efficiently and more safely guided.