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Real-time pH measurement with Glass Electrodes
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There are a number of pH sensors for various types of reactors including the pressure reactors.
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Description
Monitoring the pH is a cheap and efficient method to better understand reaction mechanisms. Once the optimal process parameters are found, the control of the pH will lead to a reproducible and robust reaction step. The easy setup in all Automated Lab Reactor products from METTLER TOLEDO guarantees for fast process development.| pH Sensors – Overview | |||||||
| Type | for Reactor or Reactor Box | Sensor length/ diameter [mm] | pH Range | Temp. range [°C] | Max. rel. pressure [bar] | Reference | Electrolyte all with KCl 3 mol/L |
| InLab1022 | RB04-50 | 125/6 | 0...14 | 0...80 | – | Ag/AgCl | AgCl sat. |
| Semi MicroL | EasyMaxTM 100 ml RB02-250 AP00-0.1 LM00-0.1 | 200/6 | 0...14 | 0...100 | – | Ag/AgCl | AgCl sat. |
| pH01 | AP01-1 & 2 SV01-0.8 LM01-0.6 & 1 LM01-2 & 4 | 430/10 | 0...14 | 0...100 | 1 | Ag/AgCl | Gel, no refill |
pH10-725 | SSPS, AP00-6 | 725/12 | 2...14 | 0...110 | – | Argenthal | Gel, no refill |
| pH10 | MP06-1, MP10-1 LM06-1, LM10-1 | 225/12 | 2...14 | 0...110 | 16 (25°C) 6 (100°C) | Argenthal | Gel, no refill |
| pH60 | HP60-1.5, LM60-1.5 HP100-1.51 | 230/8 | 0...12 | 0...100 | 60 (25°C) | Argenthal | AgCl |
| 1) for a limited pressure range | |||||||
