The PendoTech Single-Use Pressure Sensor with PS 1" hose barb provides a reliable, cost-effective solution for process pressure monitoring in applications such as tangential flow filtration, cross flow filtration, depth filtration, bioreactor monitoring, and chromatography. Made from gamma-stable, USP Class VI-compliant polysulfone, this non-sterile sensor measures static and dynamic pressure up to 5.3 bar. Its integral flow sensor design eliminates dead legs and fluid path obstructions, ensuring smooth and accurate pressure readings. Manufactured in an FDA-compliant facility within an ISO Class 8 clean room, each sensor undergoes thorough leak and accuracy testing. Connects easily to the PendoTech PressureMAT unit via a 12-foot reusable cable.
Product Features
- Single-use, non-sterile sensor made from USP Class VI-compliant polysulfone
- 1" hose barb for process-scale applications
- Gamma stable and FDA-compliant manufacturing
- Measures static and dynamic process pressure up to 5.3 bar
- Integral flow sensor design with no dead legs or obstructions
- 100% leak and accuracy tested
- Compatible with PendoTech PressureMAT via 12-foot reusable cable
Process-Scale Sensors
Connect directly as a barbed fitting to the tubing line and are available in 1/4", 3/8", 1/2", 3/4", or 1" hose barb sizes (see ColeParmer.com).
Small-Scale Sensors
Available with luer connections and may connect directly to the fluid line with luer adapters or indirectly by using a 1/4" or 3/8" barbed adapter tee. Both connection setups have been tested for accuracy.
Benefits
- Economical alternative to stainless steel sensors
- Designed for disposable single-use systems with optional reuse
- Ensures accurate, contamination-free pressure monitoring
- Reduces downtime and maintenance
Why Choose the PendoTech Single-Use Pressure Sensor, Polysulfone, PS 1" Hose Barb?
Manufactured to high-quality standards, this sensor offers precision and reliability, making it ideal for integration into bioprocess monitoring systems requiring single-use disposable components.
