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The BFS-365 stainless steel 316 level sensor is a high-performance device designed for measuring liquid levels, particularly in drinking water applications.
The BFS-365 stainless steel 316 level sensor is a high-performance device designed for measuring liquid levels, particularly in drinking water applications.
Material:
Constructed from stainless steel 316, this sensor is highly resistant to corrosion, making it ideal for environments exposed to moisture and aggressive substances.
Output Signals:
It typically provides standardized output signals (such as0-190Ω or 240-33Ω), facilitating integration with control systems and monitoring equipment.
Integrating a water temperature sensor into the BFS-365 level sensor is a feasible option and can enhance its functionality.
Material:
Constructed from stainless steel 316, this sensor is highly resistant to corrosion, making it ideal for environments exposed to moisture and aggressive substances.
Output Signals:
It typically provides standardized output signals (such as0-190Ω or 240-33Ω), facilitating integration with control systems and monitoring equipment.
Integrating a water temperature sensor into the BFS-365 level sensor is a feasible option and can enhance its functionality.
model # | BFS-365 |
Length | 365mm from the bottom of the head screw |
Material | PP stem and float |
Output | 240-33ohm |
Resolution | 21mm in resolution |
Float dimension | 26*26 PP |
Cable length | 250mm without connector: length is customizable |
NTC internal | at bottom of the inner PCB, to sense liquid temperature |
model # | BFS-365 |
Length | 365mm from the bottom of the head screw |
Material | PP stem and float |
Output | 240-33ohm |
Resolution | 21mm in resolution |
Float dimension | 26*26 PP |
Cable length | 250mm without connector: length is customizable |
NTC internal | at bottom of the inner PCB, to sense liquid temperature |
Hydroponics and Greenhouses:
Used to maintain optimal growing conditions by monitoring water levels and temperatures in nutrient solution reservoirs.
Environmental Monitoring:
Suitable for monitoring water bodies in ecological studies, helping track temperature variations that could impact local ecosystems.
Hydroponics and Greenhouses:
Used to maintain optimal growing conditions by monitoring water levels and temperatures in nutrient solution reservoirs.
Environmental Monitoring:
Suitable for monitoring water bodies in ecological studies, helping track temperature variations that could impact local ecosystems.
Installing a level sensor involves several key steps:
Choose the proper mounting Location:
Select an appropriate spot for the sensor where it can accurately measure the water level, avoiding obstructions.
Prepare the Site: Clean the installation area to ensure a secure fit and prevent interference.
Mount the Sensor:
Follow the manufacturer’s guidelines step-by-step to securely mount the sensor.Ensure it works in consistence with pre-defined tank's EMPTY and FULL.
Connect Wiring:
Properly connect the sensor to the power supply and control system, adhering to safety standards. We could put integrated connector in design if needed.
Test the Sensor:
After installation, test the sensor to check&ensure it responds correctly to water level changes.
Calibrate:
If necessary, calibrate the sensor according to the manufacturer’s instructions for precise readings.
Regular Maintenance: Establish a routine to check and maintain the sensor for optimal performance periodically, such as visual inspection and cleansing.
Installing a level sensor involves several key steps:
Choose the proper mounting Location:
Select an appropriate spot for the sensor where it can accurately measure the water level, avoiding obstructions.
Prepare the Site: Clean the installation area to ensure a secure fit and prevent interference.
Mount the Sensor:
Follow the manufacturer’s guidelines step-by-step to securely mount the sensor.Ensure it works in consistence with pre-defined tank's EMPTY and FULL.
Connect Wiring:
Properly connect the sensor to the power supply and control system, adhering to safety standards. We could put integrated connector in design if needed.
Test the Sensor:
After installation, test the sensor to check&ensure it responds correctly to water level changes.
Calibrate:
If necessary, calibrate the sensor according to the manufacturer’s instructions for precise readings.
Regular Maintenance: Establish a routine to check and maintain the sensor for optimal performance periodically, such as visual inspection and cleansing.