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Liquid Water Oil Fuel Diesel Lubricating Hydraulic Oil Coolant Brake Fluid Detergen Tank Measuring High Low Level Alarm Buzzer Switch

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Product Description

📋 Basic Information
Model NO.
BF-SS180-G1
Output Signal
Switching Type
Feature
Corrosion Resistant
Material
Stainless Steel
IP Rating
IP67
Thread
Bsp1.5"
Package Size
30.00cm * 10.00cm * 10.00cm
Gross Weight
1.000kg
🚀 Product Description

Revolutionize your fluid level management with our sophisticated threaded-in type float level sensor. This popular solution is meticulously designed to provide accurate fluid level measurements in tanks and reservoirs. The sensor is anchored securely through a threaded connection, ensuring a stable and dependable installation.

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Key Features:

  • Threaded Design: Engineered to screw directly into your tank, this sensor promises a durable and leak-proof connection for peace of mind.
  • Float Mechanism: Equipped with a float that dynamically moves with the liquid level, triggering a switch to indicate when pre-set levels are achieved.
  • Material Options: Select from a variety of materials, such as robust stainless steel or versatile PVC, tailored to handle different liquids.
  • Customization: Fully customizable with various float sizes, lengths, and switch configurations to suit your unique application needs.
  • Easy Installation: The threaded connection ensures a straightforward installation and hassle-free maintenance experience.
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Applications:

  • Water Tanks: Perfect for monitoring water levels in municipal, agricultural, or industrial applications.
  • Fuel Tanks: Widely used in automotive and marine sectors for precise fuel level monitoring.
  • Chemical Storage: Apt for a range of chemicals, offering flexibility in chemical management.

Liquid Level Sensors and Switches provide high reliability monitoring and detection of a wide range of fluid media, from medical reagents to food and beverage applications, hydraulic fluids, diesel fuel tanks, and wastewater.

📸 Detailed Photos - Vertical & Horizontal
📊 Product Parameters
Specifications
Materialplastic: PP, PVDF, NBR, stainless steel
Length rangePP: 30-400mm; stainless steel: 45-1000mm
Assembly positiontop-mounted, side mounted, or bottom mounted
Assembly methodby flange, by thread, by lock nut
Switch contact statenormal open or normal close
Type of mediumEdible water, oil, diesel, high temp liquid, corrosive liquid
Working voltageDC voltage (Cannot be connected directly to load)
Material Applications & Working Temperature
PPEdible water, oil, household appliances. Temp: -10 to +85ºC.
PP+NBR floatDiesel, viscous industrial oil. Temp: -10 to +85ºC.
PVDFAcid and alkali corrosion resistance. Temp: up to 100ºC.
Stainless steel 304High temperature oil and water. Temp: up to 160ºC.
SUS304 + explosion-proofLarge pools, pressure tanks. Multi-point control. Rod up to 4m.
❓ Frequently Asked Questions
1. What materials are available for the float level sensors?
We offer sensors in various materials including high-quality plastics like PP, PVDF, and NBR, as well as robust 304 stainless steel, depending on your liquid type and temperature requirements.
2. Can the switch operation be changed from Normally Open to Normally Closed?
Yes, many of our vertical liquid level indicators allow you to toggle between normally open and normally closed positions by simply removing the retainer and flipping the float.
3. What is the maximum temperature these sensors can handle?
Stainless steel 304 models can handle temperatures up to 160ºC, while PVDF models are suitable for up to 100ºC, and PP models are rated for up to 85ºC.
4. Are custom lengths and configurations available?
Absolutely. We provide fully customizable options for float sizes, rod lengths (up to 4 meters for certain models), and switch configurations to meet specific application needs.
5. Can these sensors be used in corrosive environments?
Yes, our PVDF sensors are specifically designed for acid and alkali corrosion resistance, making them ideal for chemical storage and aggressive media.
6. How are these sensors typically installed?
The sensors feature a threaded design for stable, leak-proof installation. They can be top-mounted, side-mounted, or bottom-mounted using threads, flanges, or lock nuts.

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