| Output Specifications | : | Scaled Pulse |
| Outputs | : | Pulse output |
| Display Type | : | None |
| Fitting Size | : | 1.5 to 10" |
| Flow Sensor Type | : | Impeller |
| Hot-Tap Option | : | Yes |
| Measurement Type | : | Flow |
| Application | : | Flow |
| Fitting Material | : | Stainless Steel | Polymer |
| Flow Measurement Accuracy | : | ±2% |
| Flow Measurement Range | : | 1 - 20 ft/s (0.3 - 6 m/s) |
| Flow Measurement Repeatability | : | ±0.5% |
| Medium | : | Water based liquids |
| Model | : | SDI0H1N20-0200 |
| Operating Fluid Temperature | : | 14 - 150 °F (-10 - 65 °C) |
| Operating Temperature | : | 14 - 150 °F (-10 - 65 °C) |
| Pipe Material | : | Copper | Polymer | Steel | Stainless Steel |
| Product Type | : | Sensor |
| Range | : | SDI Series |
| Warranty | : | 1 year |
The direct insert style liquid flow sensor with stainless steel/PPS plastic tip combines flow sensing with a built-in transmitter for an all in one flow measuring system. This device fits all 1-1/2 to over 36 in pipes, and it is intended for direct installation into the pipe through a 1 in NPT hole. In the hot tap installation, the sensor is mounted in the pipe under pressure by attaching a service saddle or weld-on fitting to the pipe. Then the sensor assembly is attached to an isolation valve and extended into the pipeline to measure flow. Hot tap installations are often required in retrofit projects, but even in new construction, a hot tap sensor can be desirable for service considerations.
- NEMA 4 housing - rugged and weather-proof
- Viton O-ring, tungsten carbide (standard) shaft, stainless steel impeller, torlon bearing
- 0.5 psi or less at 10 fps for all pipe sizes 1-1/2 in diameter and up
Datasheet
