Sensors
- Accuracy: +- 1% (full scale)
- Velocity: 1/2-30 feet (0.15 - 9.2 meters) per second depending on model
- Pressure: 400 psi (27.5 bars) (max) on metal models; 100 psi (6.9 bars) (max) on plastic models
- Temperature: 140° F (60° C) (max) on plastic models
Transmitters
- Input required:
- 12-30 VDC/VAC on PT322
- 12-24 VAC/VDC on PT 3002
- Output: Pulse output
- Operating Temp: -4° F-158° F (-20° C to 70° C)
Dimensions
- FS100P: 3.50" x 3.94" x 1.315" (89mm x 100mm x 33mm)
Configuration
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For ESP-LXD Decoder Systems, the Flow Sensor is installed with a Two-Wire Decoder Sensor Decoder (SD210TURF)
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For ESP-LXMEF Systems, the Flow Sensor is attached to the FSM-LXME Flow Smart Module
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For (Hard Wire) Two-Wire Satellite Systems (Maxicom²® and SiteControl), the Flow Sensor is installed with a Pulse Transmitter and a Rain Bird Pulse Decoder (DECPULLR)
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For Link Radio Satellite Systems (Maxicom² and SiteControl), the Flow Sensor is installed with a Pulse Transmitter (no pulse decoder required)
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For ESP-SITE Satellite Systems (Maxicom²), the Flow Sensor is installed with a Pulse Transmitter (no decoder required)
- For SiteControl Decoder Systems, the Flow Sensor is installed with a Two-Wire Decoder Sensor Decoder (SD210TURF)
- Surge protection (FSSURGEKIT) is recommended for Maxicom and SiteControl systems “ One at the Pulse Transmitter, and if more than 50 of wire run, one at the Flow Sensor. FSSURGEKIT is not compatible with ESP-LXMEF and ESP-LXD Controllers
Downloads
What Our Experts Think
The Rain Bird 1" PVC Tee Flow Sensor (FS100P) stands out for its precision and reliability in monitoring water flow. Here’s why experts consider it a top choice for irrigation systems:
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Accurate Water Flow Measurement: Designed to provide precise water flow data, the FS100P ensures your irrigation system operates efficiently, preventing over-watering and water waste.
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Durable PVC Construction: Built from high-quality PVC, this sensor is resistant to corrosion and damage, offering long-term durability even in tough outdoor conditions.
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Easy Installation: Its 1" PVC tee design allows for seamless integration into existing irrigation systems without the need for complex modifications.
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Versatile Use: Ideal for residential, commercial, and agricultural applications, the FS100P is compatible with a wide range of irrigation setups.
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Real-Time Monitoring: Provides real-time flow readings, helping users make adjustments and troubleshoot any system issues instantly.
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Low Maintenance: Designed for hassle-free operation, it requires minimal maintenance to keep your system functioning at its best.
Q&A
Q: What is the Rain Bird 1" PVC Tee Flow Sensor - FS100P?
A: The Rain Bird FS100P is a 1-inch PVC tee flow sensor designed to accurately measure and monitor the flow of water within an irrigation system, providing valuable data for efficient water management.
Q: How does the FS100P flow sensor work?
A: The FS100P flow sensor detects the flow rate of water as it passes through a 1-inch PVC pipe and transmits the data to an irrigation controller, helping to monitor and manage water usage in real-time.
Q: What is the main benefit of using the FS100P flow sensor?
A: The FS100P helps optimize irrigation performance by accurately measuring flow, detecting issues like leaks or blockages, and enabling smarter water conservation efforts to reduce waste.
Q: Is the FS100P compatible with all Rain Bird controllers?
A: Yes, the FS100P flow sensor is designed to integrate seamlessly with various Rain Bird controllers, offering enhanced monitoring and control of your irrigation system.
Q: Can the FS100P detect flow issues like leaks?
A: Yes, the FS100P flow sensor can identify irregular flow patterns, such as leaks or system blockages, providing early warnings to prevent water waste and system damage.
Q: What are the installation requirements for the FS100P?
A: The FS100P is installed in-line within a 1-inch PVC pipe, making it easy to integrate into your existing irrigation system with minimal disruption.
Maintenance Tips
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Inspect for Blockages – Regularly check the sensor for any blockages or debris that could impact its performance.
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Clean the Sensor – Flush the sensor with clean water to remove any mineral deposits or dirt. Use a soft cloth to wipe down the exterior.
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Check Seals and Connections – Inspect the seals and wiring connections for signs of wear or leakage. Replace any damaged parts to ensure the sensor operates correctly.
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Monitor Flow Readings – Continuously monitor flow readings to detect any irregularities that may indicate a problem with the sensor or system.
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Protect from Freezing – In colder climates, ensure the flow sensor is insulated to prevent freezing during the winter months.
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Test Sensor Calibration – Periodically test the calibration of the flow sensor to ensure accurate readings are being provided.