Overview
- Wide media compatibility (FFKM)
- FDA-certified suitable for food industry use
- Inline Sensor
- No-maintenance and easy to clean
- Temperature compensated
- Polarization safe
- Luer-Lock adapter
- Integrated measurement amplification
Key performances
- Accuracy up to 2 % Full Scale
- 1 range 0 – 16 bar / overload 25 bar
- No dead volume
- Flow rate up to 100 ml / min *
- Compatible with gases and liquids
- Fully compatible with other instruments from the Elveflow product line(MSR Sensor reader and Flow Controllers (OB1, Cobalt))
PRESSURE CONTROL:
You can achieve precise pressure control of your experiment by combining any Pressure Sensor with our pressure controller systems (OB1 MK4, Cobalt). The Elveflow ESI software automatically adjusts the pressure to reach the required flow rate.
Researchers who want to monitor the pressure of a third party instrument like a syringe pump can plug the flow sensor to our Microfluidic Sensor Reader (MSR ).
SMOOTH, PULSELESS FLOW
All our flow controller systems (OB1 MK4, Cobalt) can be coupled with the Microfluidic Inline Pressure Sensor. Using the feedback loop control of our ESI software, you can accurately monitor and control pressure anywhere in setup in a stable, pulseless and responsive fashion. Directly input the pressure into the software to reach the requested value.
The microfluidic pressure sensor can be plugged anywhere inline in your microfluidic setup.
Typical setup
* depending on the viscosity and primary pressure of the medium
Sensor reading MODULE
The Sensor Reader is a device specifically designed to be used with all of Elveflow’s sensors including the pressure sensor. The reader can be used along with the MFP pressure sensor for pressure measurements inside your microchannels. Additionally, the reader with the pressure sensor can be used to monitor the pressure from any type of flow control instrument (syringe pump, peristaltic pump, perfusion, pressure controller).
Specifications
The MFP pressure sensors work as Gauge pressure sensor, measuring positive pressure relatively to atmospheric pressure.