Application of Mensor Pressure Controller
Industrial (laboratory, workshop and production)
Transmitter and Pressure Gauge Manufacturer
Calibration Services and Service Industries
R&D Lab
National Institutes and Research Institutes

Features of the Mensor Pressure Controller
Pressure range: up to 40 MPa
Pressure type: positive / negative gauge pressure and absolute pressure
can integrate up to 3 replaceable reference sensors
Control stability: 0.002 % of range
Accuracy: 0.008% IS (IntelliScale)

Description of Mensor Pressure Controller
CPC8000 and other Mensor pressure controllers began to belong to the WIKA product category in 2006.
Application
CPC8000 Mensor high-end pressure controller has a high level of accuracy (see specifications), providing the most suitable solution for different applications. The controller uses patented valve technology and uses a special pressure sensor as the measuring unit for superior control performance and can be used as a factory or work standard for testing or calibrating various pressure measuring instruments.
Design
CPC8000 has two types of desktop and 19" rack mount, which can be replaced from the front without disassembling the entire controller (such as removing a calibration device).
Features
The Mensor pressure controller features a large touch screen and simple menu navigation, making it easy to use. In addition, the controller supports multi-language display, which further improves operability. All necessary information such as the current measured value and set value is displayed on the large touch screen. The user can also choose to display the measured values ​​in other pressure units. The serial interface allows the user to remotely control the pressure controller. In addition, this model controller also supports a variety of analog commands, users can choose in the analog command set as needed.
Complete test and verification system
We can provide a complete dynamic or static test system according to customer requirements. The controller can also communicate with other instruments via IEEE-48.8.2, RS-232, USB or Ethernet interfaces, and users can also integrate controllers into existing systems through these interfaces.