TTF-CN5 2L NOZZLE
₹6,509.00 ₹11,999.00
Features:
- The nozzle cannot idle, and the water pump needs to be turned on at the same time (the liquid medicine needs to flow to cool
- the nozzle motor).
- When powered by 12S, the nozzle speed is turned on at 95% (analog quantity 1000-1950)
- When powered by 14S, the nozzle speed is turned on at 85% (analog quantity 1000-1850)
- When powered by 18S, the nozzle speed is set at 75% (analog quantity 1000-1750)
- The nozzle must be turned off when the liquid medicine is finished (some flight controls do not have centrifugal nozzle mode and require manual nozzle closure)
- Each homework must be completed by filling a box of clean water, adding cleaning solution, turning on the centrifugal nozzle, spraying a box of water, and idling for 30 seconds. The purpose is to clean the residual pesticides and prevent corrosion, solidification, and damage to the motor bearings.
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Product Details
Technical Specifications:
- Shell Material: Aluminum alloy, offering durability and lightweight properties.
- Mist Particle Size: 50-200 microns. This is the size of the droplets produced by the nozzle, which determines the spray's effectiveness and coverage.
- Working Range: Water supply flow rate between 200-2000 mL/min, depending on the specific requirements of the spraying system.
- Atomizing Spray Width: 1.5 to 2.0 meters, which defines how wide the spray will be.
- Voltage: 14-18S power supply, which means it's designed to operate with a voltage from 14 to 18 series lithium battery packs.
- Current Range: Operates within a current range of up to 4A, which is important for power supply and system compatibility.
- Control Method: Stepless speed regulation, meaning the speed can be adjusted continuously within a given range.
- Speed: 20,000 RPM, which dictates the rotational speed of the nozzle, influencing the atomization of the liquid.
- Signal: The nozzle speed is controlled using a PWM signal with a range of 1000-2000 (likely in microseconds, determining the duty cycle).
- Power Consumption: 60W, which specifies the energy used during operation.
- Weight: 359g, indicating the lightweight nature of the nozzle.
- Inlet and Outlet Pipe Diameter: 8mm, for the liquid flow in and out of the nozzle.
- Outgoing Cable Length: 125 cm, providing flexibility in connection.
- Protection Level: IP55, meaning the nozzle is protected from dust and can withstand low-pressure water jets, ensuring durability in outdoor environments.
- Shell Material: Aluminum alloy, offering durability and lightweight properties.
- Mist Particle Size: 50-200 microns. This is the size of the droplets produced by the nozzle, which determines the spray's effectiveness and coverage.
- Working Range: Water supply flow rate between 200-2000 mL/min, depending on the specific requirements of the spraying system.
- Atomizing Spray Width: 1.5 to 2.0 meters, which defines how wide the spray will be.
- Voltage: 14-18S power supply, which means it's designed to operate with a voltage from 14 to 18 series lithium battery packs.
- Current Range: Operates within a current range of up to 4A, which is important for power supply and system compatibility.
- Control Method: Stepless speed regulation, meaning the speed can be adjusted continuously within a given range.
- Speed: 20,000 RPM, which dictates the rotational speed of the nozzle, influencing the atomization of the liquid.
- Signal: The nozzle speed is controlled using a PWM signal with a range of 1000-2000 (likely in microseconds, determining the duty cycle).
- Power Consumption: 60W, which specifies the energy used during operation.
- Weight: 359g, indicating the lightweight nature of the nozzle.
- Inlet and Outlet Pipe Diameter: 8mm, for the liquid flow in and out of the nozzle.
- Outgoing Cable Length: 125 cm, providing flexibility in connection.
- Protection Level: IP55, meaning the nozzle is protected from dust and can withstand low-pressure water jets, ensuring durability in outdoor environments.
Operating Guidelines:
Nozzle Cannot Idle:
- The nozzle should not be allowed to run without liquid flow because the liquid helps to cool the nozzle motor.
- The water pump must always be activated when the nozzle is running to ensure cooling and prevent overheating or damage to the motor.
Speed Settings for Different Power Supplies:
- 12S Power Supply: The nozzle runs at 95% speed (analog quantity of 1000-1950).
- 14S Power Supply: The nozzle operates at 85% speed (analog quantity of 1000-1850).
- 18S Power Supply: The nozzle speed is set at 75% (analog quantity of 1000-1750).
- The speed adjustment based on the power supply ensures the nozzle operates within safe limits for different voltages.
Turning Off When Liquid Medicine is Finished:
- The nozzle must automatically shut off once the liquid is finished.
- Some flight control systems may lack centrifugal nozzle mode, meaning manual intervention will be required to close the nozzle when the liquid is exhausted.
Cleaning Procedure (Post-Use Maintenance):
- Fill a Box with Clean Water and Add Cleaning Solution: Ensures that any residual chemicals are diluted and removed.
- Turn On the Centrifugal Nozzle and Spray: Spray the clean water through the nozzle to clean the system.
- Idle for 30 Seconds: Let the nozzle idle for half a minute to allow the cleaning solution to fully circulate and rinse out any remaining pesticides.
- Purpose: This cleaning step is crucial to prevent corrosion, solidification of chemicals, and damage to the motor bearings, extending the lifespan of the nozzle and system.
Nozzle Cannot Idle:
- The nozzle should not be allowed to run without liquid flow because the liquid helps to cool the nozzle motor.
- The water pump must always be activated when the nozzle is running to ensure cooling and prevent overheating or damage to the motor.
Speed Settings for Different Power Supplies:
- 12S Power Supply: The nozzle runs at 95% speed (analog quantity of 1000-1950).
- 14S Power Supply: The nozzle operates at 85% speed (analog quantity of 1000-1850).
- 18S Power Supply: The nozzle speed is set at 75% (analog quantity of 1000-1750).
- The speed adjustment based on the power supply ensures the nozzle operates within safe limits for different voltages.
Turning Off When Liquid Medicine is Finished:
- The nozzle must automatically shut off once the liquid is finished.
- Some flight control systems may lack centrifugal nozzle mode, meaning manual intervention will be required to close the nozzle when the liquid is exhausted.
Cleaning Procedure (Post-Use Maintenance):
- Fill a Box with Clean Water and Add Cleaning Solution: Ensures that any residual chemicals are diluted and removed.
- Turn On the Centrifugal Nozzle and Spray: Spray the clean water through the nozzle to clean the system.
- Idle for 30 Seconds: Let the nozzle idle for half a minute to allow the cleaning solution to fully circulate and rinse out any remaining pesticides.
- Purpose: This cleaning step is crucial to prevent corrosion, solidification of chemicals, and damage to the motor bearings, extending the lifespan of the nozzle and system.
