OxyProbe® OxyProbe® Dissolved Oxygen Sensors LTH Electronics can offer a series of Polargraphic Dissolved Oxygen sensors that are ideally suited for use in microbial fermentation and cell culture bioprocess applications inside fermentation vessels and bioreactors. D215 The Oxyprobe® Dissolved Oxygen sensors are available with a choice of process connections to suit 25mm threaded ports, side ports with 1.5” sanitary flange connection and a 1.5” sanitary flange

What makes OxyProbe® sensors unique? The internal seals of an Oxyprobe® are all mechanical seals using o-rings. There are no adhesives to leak or fail in process, making this a more rugged and reliable sensor. Replacing the cathode is also much easier and faster since there is no sealant to clean from the threads. No sealant also makes the job of replacing the cathode much faster and cleaner. D400 & D405 OxyProbe® Dissolved Oxygen Sensors The OxyProbe® dissolved oxygen sensor offers the most rugged design for 25 mm side ports. It fits directly into the vessel, eliminating the need for a housing,...

Specifications 316L Stainless steel Serialised for traceability RA32 finish with electro polish on wetted parts Measurement principle: Amperometric - Polargraphic Output signal in air: Approx. 67nA at 25°C Temperature range: 0-80°C Sterilisation: Maximum 135°C Stability: Better than 2 % of readout per week at constant pressure and temperature. (30°C.) Maximum pressure: 4 bar, 58 PSI. How to choose a sensor: (1) Confirm the type of process connection - standard 25 mm port, 1.5" sanitary flange port or pipe tee. (2) Determine how far the sensor should extend into the vessel. For most process media,...

LTH Electronics Ltd, Chaul End Lane, Luton, Bedfordshire. LU4 8EZ England Telephone: +44 (0)1582 593693 Fax: +44 (0)1582 598036 email: [email protected] web: www.lth.co.uk LTH Electronics Ltd reserves the right to make changes to this data sheet or the product without notice, as port of our policy of oontinued developments and improvements. All care has been taken to ensure the aocuracy of information contained n this data sheet. However we cannot aocept responsibility for any errors or damages resulting from errors or inaccuracies of information con fared herein.