Learn More
Description
- Self-cleaning junction: The high electrolyte outflow prevents the pollutants from entering and clogging the junction, which would interfere with the reading
- High pH values, low alkali error: The extremely robust HA membrane glass is specifically designed for use at high pH values, reducing common alkali errors to a minimum
- Always the right temperature: The integrated temperature sensor guarantees measurements are always performed with the correct temperature compensation
- DES™ - Diagnosable Efficient Sustainable: Increased efficiency with sensor diagnostics: faster problem solving, less downtime, maximized sensor lifespan, and support of preventive maintenance
- Stay ahead: The sensor's diagnostic capability means peace of mind for the sensor condition. It supports preventive maintenance, maximizes the sensor's lifespan, and prevents premature discard
- Sustainable investment: DES™ digital sensors are a smart choice. Retaining the measurement electronics and only replacing the sensor shaft at the end of its life, or the detachable cable that can be used for all sensors, helps reduce material waste and thus, the ecological footprint
- Boost productivity and efficiency: With diagnosed errors, the user guidance with troubleshooting recommendations allows for faster problem-solving, thus reducing downtime. It also minimizes handling errors therefore cutting down on the need for specialized training
Specifications
Specifications
| Connector Types | Direct |
| Junction | Immovable Glass Sleeve |
| Material | Glass |
| pH Range | 0 to 14 |
| Type | Combination Electrode/Integrated Temperature Probe |
| Internal Reference | ARGENTHAL™ with Ag+-trap |
| Membrane | HA |
| Probe | NTC 30 kΩ |
| Reference Electrolyte | 3 mol/L KCl |
| Sample Compatibility | Liquid Culture Media,Wine,TRIS buffers |
| Show More |
By clicking Submit, you acknowledge that you may be contacted by Fisher Scientific in regards to the feedback you have provided in this form. We will not share your information for any other purposes. All contact information provided shall also be maintained in accordance with our Privacy Policy.