OPTIBAR P 2010
Pressure transmitter for hygienic pressure and level applications
Communication options:
- 4…20 mA
- 0…10 VDC
Approvals:
| Ex: | Ex-i |
| Hygienic: | 3-A, FDA, EC 1935/2004 |
The OPTIBAR P 2010 is an ultra-compact pressure transmitter with flush diaphragm for hygienic pressure and level applications in the food and beverage as well as in the pharmaceutical industry. It is perfectly suited for front-flush and aseptic installation. The versatile pressure and level transmitter provides a repeatable measuring signal that is stable over the long term, even with regular SIP/CIP cleaning cycles, while simultaneously guaranteeing a high degree of chemical resistance to process and cleaning solutions.
The modular design of the OPTIBAR P 2010 allows combining a wide range of fully welded process connections with a variety of filling media and electrical connections so as to accommodate virtually any hygienic requirement. Optional cooling fins can be added to handle continuous process temperatures up to +300°C / +572°F.
Highlights:
Food approvals
KROHNE OPTIBAR pressure instrumentation presents the complete line of sanitary designs and materials which meet the stringent requirements of hygienic applications. This means a huge advantage for e.g. food and beverage companies who align their production processes with a focus on product safety and production reliability.
- Hygienic design: 3-A standards to ensure cleanability of our products in hygienic processes
- Hygienic process connections: OPTIBAR devices are available with the suitable process connection
- Material selection: KROHNE devices are specifically designed by using GRAS (Generally Recognised as Safe) listed materials in CFR21 parts 175 through 186.
High accuracy and temperature stability
The full digital linearization and temperature compensation provides an accurate measurement signal under changing temperature conditions.
Increased temperature limits
The sensor has been designed to withstand permanent process temperatures up to +125°C / +257°F and 150°C / 302°F for up to 60 min with optional temperature decoupling up to 300°C / +572°F.