Rain Bird - 1 1/2'' PVC Tee Flow Sensor - FS150P
Rain Bird 1 1/2 PVC Tee Flow Sensor
Rain Bird flow sensors send flow data to central control or stand-alone controller systems for precise and accurate flow monitoring.
Rain Bird flow sensors enable you to capitalize on the advantages of Flow Management functionality. Use Rain Bird Flow Sensors with Rain Bird Maxicom², SiteControl and IQ v2.0 central control applications, or in standalone systems using Rain Bird ESP-LXD, ESP-LXME and ESP-LXMEF controllers, to benefit from:
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Flo-Watch„¢. Flo-Watch constantly monitors for low flow and excess flow conditions caused by broken lines or heads, automatically quarantines and shuts down the problem area, and continues to irrigate non-affected areas. Saves water, saves plant material, and enables irrigation programs to continue and complete.
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Learned Flow. The controller automatically learns station flow rates resulting in more accurate flow rates. The automatic collection prevents you from having to manually enter data from drawings, or physically visiting each valve to collect flow data and manually entering the data into a controller.
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FloManager®. FloManager determines the optimal station irrigating sequence. The system runs at its fullest capacity until programs are complete. The controller automatically selects and runs multiple valves at the same time within hydraulic parameters, allowing for shorter water windows.
Features
Sensors
- Simple six-bladed impeller design
- Designed for outdoor or underground applications
Transmitters
- Programmable from a computer (PT322 “ Maxicom and SiteControl Systems only “ not required for ESP-LXMEF or ESP-LXD)
- Reliable solid-state design, available with or without LCD display
- Operates with MAXILink,„¢ and (hard-wire) two-wire satellite systems
- Easy-to-program, menu-driven design
Specification
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
- FS150P: 5.0" x 5.16" x 2.38" (127mm x 131mm x 60mm)
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 1/2" PVC Tee Flow Sensor (FS150P) is an excellent choice for managing water flow with precision in various irrigation setups. Here’s what makes it stand out:
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Enhanced Water Flow Control: Designed for 1 1/2" PVC piping, the FS150P ensures accurate monitoring and regulation of water flow in irrigation systems, reducing water waste and improving efficiency.
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Durable Construction: Made from high-quality PVC, the sensor is corrosion-resistant and built to withstand harsh outdoor conditions, ensuring long-lasting performance.
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Seamless Integration: Its tee design allows for quick and easy installation into existing irrigation systems without the need for extensive modifications.
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Versatile and Reliable: Suitable for residential, commercial, and agricultural irrigation, it is capable of handling a variety of water flow levels with exceptional reliability.
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Real-Time Data: The FS150P provides real-time flow measurements, enabling users to quickly identify system issues and make timely adjustments.
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Low Maintenance: This sensor is designed to require minimal upkeep, offering long-term reliability and reducing the need for frequent servicing.
Q&A
Q: What is the Rain Bird 1 1/2" PVC Tee Flow Sensor - FS150P?
A: The Rain Bird FS150P is a 1 1/2-inch PVC tee flow sensor designed to measure water flow in irrigation systems, offering precise monitoring to optimize water usage and detect issues like leaks or blockages.
Q: How does the FS150P flow sensor work?
A: The FS150P flow sensor measures the rate of water flowing through a 1 1/2-inch PVC pipe and communicates this data to an irrigation controller, enabling real-time adjustments and more efficient water management.
Q: What are the benefits of using the FS150P flow sensor?
A: The FS150P helps improve irrigation efficiency by accurately tracking water flow, identifying irregularities such as leaks, and enabling smarter irrigation decisions, all of which contribute to water conservation.
Q: Is the FS150P compatible with all Rain Bird controllers?
A: Yes, the FS150P is compatible with a variety of Rain Bird controllers, allowing for easy integration and enhanced irrigation system management.
Q: Can the FS150P detect issues like leaks in the system?
A: Yes, the FS150P is capable of detecting flow anomalies that could indicate leaks, blockages, or other issues, helping to prevent water waste and potential damage to the system.
Q: What is required to install the FS150P flow sensor?
A: The FS150P is installed in-line within a 1 1/2-inch PVC pipe, making it easy to integrate into an existing irrigation system with minimal setup.
Maintenance Tips
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Check for Obstructions – Inspect the sensor for debris or blockages in the flow path, which could affect performance.
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Clean the Sensor – Regularly flush with water to remove dirt, minerals, or build-up that may clog the sensor. Use a soft cloth to clean the sensor’s exterior.
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Inspect Connections and Seals – Check the wiring and seal connections for any signs of wear, corrosion, or damage. Replace parts as needed.
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Monitor Flow Readings – Keep an eye on the flow sensor’s readings to detect inconsistencies that might signal an issue with the sensor or irrigation system.
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Avoid Freezing – In colder climates, protect the sensor from freezing temperatures by insulating or draining the system before winter.
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Calibrate Regularly – Periodically test and calibrate the sensor to ensure that it provides accurate and reliable flow data.
