The LabSen® 373 by Apera Instruments is an advanced flat combined pH electrode designed for precise surface pH measurements. Using Swiss sensor technology and featuring a corrosion-resistant POM sheath, this electrode is ideal for measuring smooth surfaces like skin, paper, leather, textiles, and more. It also features an integrated temperature sensor for automatic temperature compensation, ensuring accurate readings across various environments.
✔ Flat Glass Membrane – Specially designed for moist, solid, and semi-solid surfaces like skin, paper, fabric, and leather.
✔ PTFE Compound Structure – Multi-porous Teflon material enhances resistance to contamination and clogging at the electrode joint.
✔ Long-Life Reference System – Features a glass tube, AgCl, and a silver wire, ensuring improved stability and a longer electrode life.
✔ Blue Gel Electrolyte – Non-flowing and air bubble-free, enhancing measurement stability.
✔ POM Housing – Highly resistant to corrosion, ensuring durability and impact protection.
✔ Integrated Temperature Sensor – Automatic temperature compensation for accurate readings in varying conditions.
✔ BNC & RCA Connectors – Compatible with Apera Instruments pH meters (PH850, PC850, PH8500, PH8500, PH700, PH910, PC910, PH950, PC950, PH800, PH800, PC800, PH820, PC820) for seamless integration.
✔ Replacement Electrode – Suitable for PH850-FT and PH8500-FT models.
???? BNC Connector – Works with all Apera Instruments pH meters that support BNC connections.
???? RCA (Cinch) Temperature Sensor – May not be compatible with meters from other manufacturers.
???? 6-Month Manufacturer's Warranty for peace of mind and reliability.
Technical Specifications | |
Cable | Ø5mm × 1m |
---|---|
Connection | BNC/RCA |
Diaphragm | PTFE |
Electrode Dimension | (Ø12×105) mm |
Electrolyte | Gel |
Measuring Range | (0 ~ 14) pH |
Membrane resistance | <500MΩ |
Membrane Type | Flat |
Operating Temperature | (0 ~ 80) °C |
Reference system | Long Life |
Shank material | POM |
Storage solution | 3M KCl |
Temp. sensor | NTC 30kΩ |
Everything is perfect. I would recommend!