ESP10B GE 压力和流量控制器

Description

产品详情：

1. 双重功能：
   • 压力控制：ESP10B能够监测和调节系统中的压力，确保在设定范围内保持稳定。
   • 流量控制：同时，它还能监测和调节系统中的流量，保证流量的稳定和可控。
2. 高精度传感器：
   • 压力传感器：采用高精度压力传感器，能够精确地检测系统中的压力变化。
   • 流量传感器：配备高精度流量传感器，确保对流量的准确监测和控制。
3. 可编程控制：
   • PID控制：支持PID控制算法，实现对压力和流量的精确控制。
   • 用户设定参数：允许用户设定控制参数，满足不同系统的需求。
4. 多种输出接口：
   • 模拟输出：提供模拟输出接口，将监测到的压力和流量信号传输到其他设备或系统。
   • 数字输出：支持数字输出接口，与数字化系统集成更加方便。
5. 实时监测和反馈：
   • 数据显示：设备配备显示屏，实时显示压力和流量数据，便于操作人员监测。
   • 报警功能：当压力或流量超出设定范围时，设备会发出警报。
6. 远程控制和监测：
   • 网络接口：支持网络接口，实现远程控制和监测。
   • 远程访问：允许用户通过互联网远程访问设备，对压力和流量进行监测和控制。

ESP10B

产品参数：

• 宽测量范围：ESP10B提供宽测量范围，适用于不同压力和流量水平的需求。
• 用户友好界面：具有数字显示和用户友好的界面，使得操作和配置变得更加简单和直观。
• 多种通信接口：支持多种通信协议，可以与PLC、SCADA系统和其他工业控制设备连接，实现数据交换和远程监控。
• 易于安装和维护：紧凑的尺寸和坚固的结构使得ESP10B易于安装和集成到现有系统中。此外，还提供全天候的技术支持，帮助用户解决使用过程中的问题。

应用领域：

• 工业生产：在制造过程中用于控制各种液体和气体的压力和流量，确保生产过程的稳定性和可控性。
• 实验室应用：在科研实验室中用于监测和控制实验过程中的压力和流量，保证实验数据的准确性。
• 环境监测：在环境监测系统中用于监测大气压力和流量，帮助科学家研究大气环境变化。
• 医疗设备：在医疗设备中用于监测和控制液体和气体的压力和流量，确保医疗过程的安全性和稳定性。
• 能源行业：在能源行业中用于控制流体管道中的压力和流量，确保能源输送过程的稳定性和高效性。
• 建筑行业：在建筑行业中用于监测和控制建筑物中的水流和空气流动，保证建筑物内部环境的舒适性和安全性。

Product details:

Dual function:
Pressure control: ESP10B can monitor and adjust the pressure in the system to ensure stability within the set range.
Flow control: At the same time, it can also monitor and regulate the flow in the system, ensuring the stability and controllability of the flow.
High precision sensors:
Pressure sensor: Using high-precision pressure sensors, it can accurately detect pressure changes in the system.
Flow Sensor: Equipped with high-precision flow sensors to ensure accurate monitoring and control of flow.
Programmable control:
PID control: Supports PID control algorithm to achieve precise control of pressure and flow.
User Set Parameters: Allow users to set control parameters to meet the needs of different systems.
Multiple output interfaces:
Analog output: Provides an analog output interface to transmit monitored pressure and flow signals to other devices or systems.
Digital output: Supports digital output interfaces, making integration with digital systems more convenient.
Real time monitoring and feedback:
Data display: The equipment is equipped with a display screen, which displays pressure and flow data in real time, making it easy for operators to monitor.
Alarm function: When the pressure or flow exceeds the set range, the equipment will sound an alarm.
Remote control and monitoring:
Network Interface: Supports network interfaces for remote control and monitoring.
Remote access: allows users to remotely access devices through the Internet to monitor and control pressure and flow.

Product parameters:

Wide measurement range: ESP10B provides a wide measurement range, suitable for different pressure and flow levels.
User friendly interface: With digital display and user-friendly interface, making operation and configuration simpler and more intuitive.
Multiple communication interfaces: Supports multiple communication protocols and can be connected to PLC, SCADA systems, and other industrial control equipment to achieve data exchange and remote monitoring.
Easy to install and maintain: The compact size and sturdy structure make ESP10B easy to install and integrate into existing systems. In addition, we also provide 24/7 technical support to help users solve problems during use.

Application field:

Industrial production: used in the manufacturing process to control the pressure and flow rate of various liquids and gases, ensuring the stability and controllability of the production process.
Laboratory application: Used in scientific research laboratories to monitor and control the pressure and flow during the experimental process, ensuring the accuracy of experimental data.
Environmental monitoring: used in environmental monitoring systems to monitor atmospheric pressure and flow, helping scientists study changes in the atmospheric environment.
Medical equipment: used in medical equipment to monitor and control the pressure and flow of liquids and gases, ensuring the safety and stability of the medical process.
Energy industry: Used in the energy industry to control the pressure and flow in fluid pipelines, ensuring the stability and efficiency of energy transportation processes.
Construction industry: used in the construction industry to monitor and control the flow of water and air in buildings, ensuring the comfort and safety of the internal environment of buildings.