The Xylem SenTix ORP Combination Electrode features a durable platinum-silver/silver chloride sensor ideal for oxidation-reduction potential (ORP) measurements. Complementing this, the SenTix Mic series offers precision pH micro electrodes designed for small vessel applications, available with ceramic or platinum wire junctions and multiple connector options for versatile use in laboratory settings. All electrodes incorporate a 3 mol/l KCl reference system for stable and accurate readings.
Product Features
- SenTix ORP: Platinum - silver/silver chloride combination electrode with plug head, 120 mm length
- SenTix Mic: pH micro electrode with 5 mm shaft diameter, ceramic junction, S7 plug head (SKU 103647)
- SenTix Mic-D: pH micro electrode with 3 mm shaft diameter, platinum wire junction, 1 m fixed cable with DIN plug (SKU 103660)
- SenTix Mic-B: pH micro electrode with 3 mm shaft diameter, platinum wire junction, 1 m fixed cable with BNC plug (SKU 103661)
- Membrane diameters available: 5 mm or 3 mm for precise measurements in small vessels
- Choice of ceramic or platinum wire junction for specific application needs
- All electrodes feature a 3 mol/l KCl reference system for reliable, consistent results
- Available plug head or fixed cable configurations for flexible laboratory integration
Benefits
- Highly precise ORP and pH measurement in limited sample volumes
- Multiple connector and shaft options optimize compatibility with various lab instruments
- Durable materials and design ensure reliable operation in demanding lab environments
- Stable reference system reduces drift and maintenance requirements
- Compact size ideal for small vessel and micro-volume pH measurements
Why Choose the Xylem SenTix ORP & Mic Electrodes?
The Xylem SenTix ORP and Mic electrode series deliver precision and flexibility for challenging lab measurements involving small volumes. Their robust design, stable reference system, and multiple connector options allow seamless integration into your laboratory workflows, ensuring accurate and consistent readings across various applications.
