• FCP270 Pressure transmitter,jlplc
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter,jlplc
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter

FCP270 Pressure transmitter

No.FCP270
Foxboro (Schneider Electric
Product Number :P0917YZ
Product Type: FCP270 (Field Control Processor)
Memory size :16 MB SDRAM 32 MB flash memory
Input voltage (redundancy voltage):24 V DC typical value
Power consumption (per non-fault-tolerant module) : Max. 8.5W
Operating temperature :0 to + 60 degrees Celsius (+32 to + 140 degrees Fahrenheit)
Configuration: Single processor module. The fault-tolerant type consists of two processor modules with an interconnected fault-tolerant connector integrated on the substrate.
Dimensions (L x W x H): 14.7cm x 5.15cm x 11.4cm
Weight :0.6 kg
  • FCP270 Pressure transmitter,jlplc
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter
  • FCP270 Pressure transmitter

Desciption

The FCP270 is a pressure transmitter manufactured by Foxboro with the field version ID OO. It has a variety of functions and features, such as high precision, high stability, high reliability, a variety of output signal types. FCP270 is suitable for a variety of industrial automation control systems requiring high precision, fast response and high reliability, such as petrochemical, electric power, pharmaceutical, etc.Using high-quality materials and advanced manufacturing processes, the pressure transmitter of the FCP270 can measure pressure from 0 to 3MPA, and has a 24VDC power supply and an output signal from 4 to 20mA. It also has a variety of different bases and clips to choose from to meet the needs of different control systems.In addition, the FCP270 also has a variety of protection functions, such as overload protection, short circuit protection, open circuit protection, etc., to ensure the safe and stable operation of the transmitter. It also supports a variety of communication protocols, such as Modbus, Profibus, etc., which is convenient for users to carry out data acquisition and remote monitoring.Overall, the FCP270 is a pressure transmitter suitable for a variety of industrial automation control systems requiring high precision, fast response and high reliability.
The FCP270 is a distributed, optional fault-tolerant, field-installed controller that performs process control and alarm functions according to user-defined control policies. It has the following main functions:
Data acquisition and monitoring: The FCP270 can be used as part of a data acquisition and monitoring system to collect and process various sensor data and transmit data to an operator or central control system.
Voltage regulation, logic, timing and sequence control: The FCP270 can perform voltage regulation, logic, timing and sequence control, and perform corresponding control operations according to the set logic and algorithm.
Temperature control system: During heating or cooling, the FCP270 monitors signals from temperature sensors and controls actuators (such as control valves) to maintain a set temperature range.
Pressure and flow control: For processes that require pressure and flow control, the FCP270 can achieve precise control by receiving the sensor signal and adjusting the actuator position accordingly.
Level monitoring and control: In liquid storage tanks, containers or pipelines, the FCP270 can be used to monitor and control level changes.
Multi-point control: The FCP270 supports up to 32 200 series FBMS and up to 128 200 series FBMS with FEM100.
Fault-tolerant operation: The FCP270 uses two control modules to provide unique, patented fault-tolerant operation that greatly improves reliability compared to other process controllers.
Time synchronization: The FCP270 can synchronize time using optional external time from GPS satellites.
In terms of application areas, FCP270 is widely used in the following areas:
Industrial process control: including chemical plants, petroleum refining plants, electric power plants, etc. In these scenarios, it is able to monitor and control various industrial processes.
Temperature control system: Used to maintain a set temperature range during heating or cooling.
Pressure and flow control: Where precise control of pressure and flow is required, the FCP270 can play an important role.
Level monitoring and control: In liquid storage tanks, containers or pipelines, the FCP270 enables level monitoring and control.
Data acquisition and monitoring: The FCP270 can be used as part of a data acquisition and monitoring system to collect and process various sensor data.
In general, the FCP270 has rich features, excellent performance, reliability and stability, and can be widely used in a variety of industrial automation control systems requiring high precision, fast response and high reliability.