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» | Component Type: Flow Switches & Sensors |
» | Component Sub-Type: RotorFlow Sensors |
» | Trade Name: RotorFlow |
» | Series: RFS |
» | Electrical Termination: 20 AWG, 24"-26" PVC Leads |
» | Port Size: 1/4" NPT Female |
» | Flow Range: 0.1-5.0 GPM |
» | Materials of Construction: Plastic |
» | Maximum pressure: 100 PSI |
» | Maximum Temperature: 180° F |
» | Minimum Temperature: -20° F |
» | Sensor Type: RotorFlow |
» | Wetted Materials: Polypropylene, Ceramic, PPS Composite, Polysulfone, Buna N (Low Flow Adapter - Polyproylene) |
» | Output: SPDT (1 amp) |
» | Body Material: Polypropylene |
» | Manufacturer: Gems Sensors |
UOM | Ordering Note | Flow Range | Port Size | Low Flow Accuracy | Standard Flow Accuracy | Recommended Filtration | Body Material | Wetted Materials | Country of Origin (COO) | Harmonized Tariff (HTS) |
---|---|---|---|---|---|---|---|---|---|---|
EA | Minimum ordering quantity is 1 piece for this item | 0.1-5.0 GPM | 1/4" NPT Female | ±5% (factory set) | ±5% (factory set) | 150 micron | Polypropylene | Polypropylene, Ceramic, PPS Composite, Polysulfone, Buna N (Low Flow Adapter - Polyproylene) | Special request, please call for COO | Special request, please call for HTS |
UOM: Ordering Note: Flow Range: Port Size: Low Flow Accuracy: Standard Flow Accuracy: Recommended Filtration: Body Material: Wetted Materials: Country of Origin (COO): Harmonized Tariff (HTS): |
EA Minimum ordering quantity is 1 piece for this item 0.1-5.0 GPM 1/4" NPT Female ±5% (factory set) ±5% (factory set) 150 micron Polypropylene Polypropylene, Ceramic, PPS Composite, Polysulfone, Buna N (Low Flow Adapter - Polyproylene) Special request, please call for COO Special request, please call for HTS |
RotorFlow® Switches build an extra level of reliability and protection into your equipment. By principle of operation, the rotor cannot be deceived into indicating a positive flow situation when no flow actually exists. Once set to a desired actuation point, RotorFlow will switch to a “no-flow” condition should the rotor stop for any reason.