The redox potential analyzer uses a platinum ring glass electrode method with a corrosion-resistant housing and a built-in NTC temperature sensor. The analyzer features an RS485 interface and supports the standard Modbus protocol.
The redox sensor uses a platinum electrode as the indicator electrode, and an Ag/AgCl reference electrode forms a galvanic cell with the water sample. The redox potential of the platinum electrode relative to the saturated Ag/AgCl reference electrode is measured with an electronic millivoltmeter, then converted to the redox potential relative to the standard hydrogen electrode as the reported result.
Where:
| Product model | ORP-200 | ORP-210 |
| Working principle | Glass platinum electrode method | Glass platinum electrode method |
| Measurement range | (-2000~2000) mV ; Temperature: (0~50)°C | (-1500~1500) mV ; Temperature: (0~50)°C |
| ripetibilità | 1mV | 1mV |
| Deriva (24h) | <10mV | <10mV |
| risoluzione | 1mV | 1mV |
| Tempo di risposta | <10s | <10s |
| Protection level | IP68 | IP68 |
| Interfaccia di comunicazione | RS485, the standard Modbus protocol baud rate 9600 address bit default 50 | RS485, the standard Modbus protocol baud rate 9600 address bit default 50 |
| Size specification | (φ33*224)mm, cable 10 meters (can be customized) | (φ16*146)mm, cable 10 meters (can be customized) |
| Materiale | 316L stainless steel/PVC/titanium alloy optional | 316L stainless steel/titanium alloy optional |
| peso | 0,5 kg | 0,1 kg |
| Mounting threads | NPT 3/4″ female thread; Lower: Optional NPT 3/4″ male thread | Upper: M16×1 thread; Lower: M20×1.5 thread |
| Working voltage | (9~36) V CC | (9~36) V CC |
| Energy consumption | 0.2 W | 0.2 W |
| MTBF | ≥ 1440h/time | ≥ 1440h/time |
| Calibration period | 3~6 months | 3~6 months |
| Work environment | (0~50)°C | (0~50)°C |
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