The FlowStat Paddle Wheel Flow Meter with integral sensor provides for very simple installation and operation. The sturdy Stainless Steel body provides durability and a long service life. FlowStat is offered with multiple outputs to choose from in addition to visual indication of flow through its optional clear cover where you can see the Rotor Flow. The straight fluid path and large spinning rotor means there is minimal pressure drop.
Applications include:
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| Manufacturer Name | AW-Lake Company | |||||||||
| Type | Flowstat 5GPM Meter | Flowstat 5GPM Meter | Flowstat 6GPM Meter | Flowstat 10GPM Meter | Flowstat 10GPM Meter | |||||
| Style | ||||||||||
| Output | Voltage | Current | Current | Current | Current | |||||
| Port Size Range | 1/2" NPT | |||||||||
| Medium | Fluid | |||||||||
| Measuring Accuracy | ±2% of full scale | |||||||||
| Repeatability | ±0.5% of full-scale | |||||||||
| Flow Rate | 5 gpm | 5 gpm | 6 gpm | 10 gpm | 10 gpm | |||||
| Turn Down Ratio | 10:1 | |||||||||
| Fluid Temperature Range | 20-225°F (-7° to 107°) | |||||||||
| Maximum Operating Pressure | 14 bar200 psi | |||||||||
| Filtration Requirements | 150 Micron Filter recommended | |||||||||
| Standard Calibration Fluid | Water at 70°F Temperature (21°C), 1.0 sg | |||||||||
| Options | None | None | None | None | Control Cover | |||||
| Casing Material | Stainless Steel 316 | |||||||||
| Cover Material | Clear polycarbonate | |||||||||
| Seal Material | Buna-N® | |||||||||
| Impeller Material | Acetal Copolymer | |||||||||
| Bearing Material | PEEK (Polyetheretherketone) | |||||||||
| Shaft Material | 316 Stainless Steel | |||||||||
| Encapsulant Material | Epoxy | |||||||||
| Strain Relief Material | Nylon | |||||||||
| Lock Ring Material | Stainless Steel | |||||||||
| Wire Insulation Material | High-Temperature PVC | |||||||||
| Power Requirements | 12-24 VDC, Regulated | 12-24 VDC, Regulated, Loop powered | 12-24 VDC, Regulated, Loop powered | 12-24 VDC, Regulated, Loop powered | 12-24 VDC, Regulated, Loop powered | |||||
| Load Driving Capacity | Use the following equation to calculate maximum load resistance: Max Loop Load (Ω) = 50 (Power supply volts – 12). | Use the following equation to calculate maximum load resistance: Max Loop Load (Ω) = 50 (Power supply volts – 12). | Use the following equation to calculate maximum load resistance: Max Loop Load (Ω) = 50 (Power supply volts – 12). | Use the following equation to calculate maximum load resistance: Max Loop Load (Ω) = 50 (Power supply volts – 12). | ||||||
| Maximum Current | 25 mA DC, Regulated | |||||||||
| Minimum Load resistance | 1000 Ω | |||||||||
| Maximum Transmission Distance | 200 feet recommended | |||||||||
| Resolution | Infinite | |||||||||
| Response Time | < 5 seconds to 90% (step change) | 2 seconds to 90% (step change) | 2 seconds to 90% (step change) | 2 seconds to 90% (step change) | 2 seconds to 90% (step change) | |||||
| Over-current limit | Self limiting at 35 mA | Self limiting at 35 mA | Self limiting at 35 mA | Self limiting at 35 mA | ||||||
| Other protection | Reverse polarity | Reverse polarity | Reverse polarity | Reverse polarity | ||||||
| Protection | ||||||||||
| K-Factor | ||||||||||
| Switch Contact | ||||||||||
| Set Point Repeatability | ||||||||||
| A | 1.94 in49 mm | |||||||||
| B | 1.13 in29 mm | |||||||||
| C | 2.00 in51 mm | |||||||||
| D | 2.45 in62 mm | |||||||||
| E | 3.70 in94 mm | |||||||||
| F | 2.63 in67 mm | |||||||||
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Choice of Three Port Sizes Encapsulated Circuitry Several Outputs Available Connects Directly to your Flow Monitoring Instruments Simply Plumb and Apply Power |
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