JUMO tecLine PRO pH electrode (process electrode, UW glass, annular gap diaphragm, screw head Pg13.5, salt reserve)
| Quantity | Unit price |
|---|---|
| To 4 |
€402.60*
|
| To 9 |
€382.47*
|
| To 14 |
€362.34*
|
| To 19 |
€342.21*
|
| From 20 |
€334.16*
|
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Product information "JUMO tecLine PRO pH electrode (process electrode, UW glass, annular gap diaphragm, screw head Pg13.5, salt reserve)"
Anyone looking for a pH electrode for process applications and placing value on UW glass, annular gap diaphragm, screw head Pg13.5, salt reservoir, and an especially robust design will make a solid choice with this JUMO tecLine PRO variant.
JUMO tecLine PRO pH electrode as process electrode with UW glass, annular gap diaphragm, screw head Pg13.5 and salt reservoir
This JUMO pH electrode is designed for demanding pH measurements in process applications. It is particularly suitable for areas where high mechanical and chemical resistance is required. As a process electrode with UW glass, open annular gap diaphragm, screw head Pg13.5, and salt reservoir, this version is designed for robust operating conditions and is significantly more durable than sensitive standard sensors.
Advantages and Features
A key advantage of this version is its robust construction. According to your description, the electrode features a stable PVDF body, which effectively eliminates the risk of breakage of the sensor. In industrial applications, this is an important factor when the measuring point must not only provide reliable pH values but also withstand mechanical stress in everyday operation.
At the same time, the electrolyte of this combination electrode ensures stable measurement signals even in critical sulfite-containing media. This makes the electrode particularly suitable for applications where other designs may reach their limits more quickly.
Why choose this electrode?
This version is especially suitable when a robust process electrode is required for demanding media and industrial environments. The UW glass is designed for process applications, while the open annular gap diaphragm provides advantages in applications requiring a durable and process-compatible design.
The additional salt reservoir can extend service life and is beneficial when long-term stability at the measuring point is required. This makes the electrode particularly attractive for users seeking a reliable and durable solution for pH measurement.
The connection side is also designed for professional use. The screw head Pg13.5 enables compatible integration into suitable measurement systems. According to your description, a Pt1000 temperature sensor is also integrated. This is especially useful when temperature must be measured directly at the process point, for example for temperature compensation or additional process monitoring.
Typical Applications
- Chemical industry
- Wastewater treatment
- Wastewater treatment plants
- Pulp and paper industry
Wherever a durable process electrode with stable measurement performance and a robust design is required, this version is particularly suitable. It can demonstrate its strengths especially in demanding industrial environments.
Technical Data
- Basic type: JUMO tecLine PRO combination pH electrode
- Type: Process electrode
- Sensing element: UW glass
- Diaphragm: annular gap diaphragm
- Electrical connection: screw head Pg13.5
- Type additions: salt reservoir
Other attributes
| Country of origin | DE |
|---|---|
| Customs tariff number | 90278930 |
| Membrane glass or active element | Designation | pH and redox range | Temperature range | Typical applications |
|---|---|---|---|---|
| UW glass | universal glass | pH 0 ... 12 (briefly pH 14) |
-5 ... +80 °C |
water and wastewater engineering, process instrumentation, low-ion media |
| HA-glass | high-alkali glass | pH 0 ... 14 | -5 ... +80 °C | In strongly alkaline media (above pH 12) |
| HT-glass | high-temperature glass | pH 0 ... 14 | 0 ... +135 °C |
At temperatures above 80 °C or in strongly alkaline media |
| DS-glass | steam-sterilisable glass | pH 0 ... 12 |
-5 ... +80 °C for short periods up to 130 °C (20 min) |
biotechnology, pharmaceutical and food technology, sterilisation processes |
| C-glass | fluoride-resistant glass | pH 0 ... 11 | -5 ... +50 °C |
fluoride-containing (hydrofluoric acid-containing) media c(HF) ≤ 1000 mg/l |
| platinum tip | redox measurement | ±2000 mV | -10 ... +135 °C |
chromate reduction, nitrite oxidation, swimming pool and drinking water disinfection |
| gold tip | redox measurement | ±2000 mV | -10 ... +135 °C |
cyanide oxidation, water disinfection |
| Diaphragm type | Description | Possible electrolytes | Recommended minimum conductivity of the measuring medium | Typical applications / limitations |
|---|---|---|---|---|
| 1× Ceramic diaphragm | High-quality zirconium dioxide diaphragma | Polymerised solid electrolyte |
Without salt reservoir: 100 µS/cm With salt reservoir: 50 µS/cm |
General water and wastewater engineering, industrial processes, etc. |
| liquid KCl (potassium chloride) | 5 µS/cm | |||
| 3× Ceramic diaphragm | As above, with increased KCl outflow due to a higher number of outlets | Polymerised solid electrolyte |
Without salt reservoir: 50 µS/cm With salt reservoir: < 50 µS/cm |
In contaminated or low-ion media; low-temperature applications |
| liquid KCl (potassium chloride) | 0,1 µS/cm | |||
| Glass fibre diaphragm | Glass fibre bundle instead of a ceramic diaphragm for electrodes with a plastic shaft | Polymerised solid electrolyte |
Without salt reservoir: 150 µS/cm With salt reservoir: 100 µS/cm |
General water and wastewater engineering (slightly contaminated media) |
| PTFE ring diaphragm | Large-area ring diaphragm | Polymerised solid electrolyte |
Without salt reservoir: 100 µS/cm With salt reservoir: 50 µS/cm |
Only if it is very dirty or e. g. oily, sticky substances |
| Annular gap or perforated diaphragm | Open interface between the solid electrolyte and the medium, arranged in a ring-shaped or point-shaped design | Polymerised solid electrolyte |
Without salt reservoir: 500 µS/cm With salt reservoir: 500 µS/cm |
Suspensions, paints, media containing solids,
heavily contaminated media; not suitable for very pure drinking water or low-ion media |
a High-quality ceramic material with consistent porosity, resulting in optimal diffusion properties.