Shopping security
LabSen S-Type Hemispherical Glass Diaphragm - Thanks to the low-resistance and rugged glass diaphragm, the electrode delivers fully stabilized readings in 15 to 30 seconds, yet is up to 10 times more rugged than conventional products, significantly reducing the likelihood of the electrode breaking during impacts.
Long-life reference system - The LabSen 213 pH electrode uses a long-life reference system consisting of a glass tube, AgCl and a reference silver wire. The top of the thin glass tube is filled with cotton, which prevents a reaction between AgCl and electrolyte when the temperature changes. It improves the stability of the reference electrode and extends the life of the electrode.
Patented pH/temperature combination structure - The temperature element is placed in an independent cavity under the pH glass membrane. With the built-in thermally conductive medium, the temperature measurement can be 40% faster, which significantly improves the reaction time and stability of the pH electrode.
The electrode uses a BNC connector that is compatible with all pH meters that use BNC connectors, such as Apera Instruments PH850, PC850, PH8500, PC8500, PH700, PH910, PC910, PH950, PC950,PH800, PH800, PC800, PH820 and PC820. The integrated temperature sensor is connected with an RCA connector (Cinch) and is not compatible with all measuring devices of other manufacturers.
Technical Specifications:| Measuring range | (0 ~ 14) pH | Electrolyte | 3M KCl |
| Recommended operating temperature | (-5 ~ 100)°C | Storage solution | 3M KCl |
| Shank material | Lead free glass | Temperature sensor | NTC 30kΩ |
| Glass membrane type | S | Electrode dimension | (Ø12×120) mm |
| Reference system | Long Life | Connection | BNC/RCA |
| Diaphragm | Ceramics | Cable | Ø5mm×1m |
| Membrane resistance | <150 MΩ |
Ships within 48 hours · Estimated delivery Sep 24 - Sep 29
US$40
Get nowSign up to your membership to get coupons up to
15%
Get nowOpportunity to enjoy order discount up to 15% off
Top-Converting Item to Boost Your Average Order