This float switch monitors two separate liquid levels in a tank. It's a vertical sensor with two floats on a 100mm stem. The M10 float switch is made from polypropylene. This makes it good for water and other liquids that aren't corrosive.
Features and Benefits
- Dual Float Activation - It lets you set two different trigger points. This is good for controlling a water pump to fill or empty a tank.
- Polypropylene (PP) Body - The plastic construction resists rust and corrosion. This makes it a dependable choice for many uses.
- M10 Threaded Mount - The standard M10 thread makes it simple to install this vertical liquid sensor through the top of a tank.
- 100V/220V Compatibility - This 220V float switch works with common voltages. It can directly control small pumps, relays, or alarms.
Applications
- Sump Pump Control - It turns on a pump when water reaches the high level and off at the low level.
- Tank Level Management - Use it to keep water levels steady in storage tanks. This stops overflows or tanks running dry.
- Hydroponics and Aquariums - It helps automate filling systems. This ensures a steady water supply for plants or aquatic life.
What It Is
A float switch is an automated switch designed for water level sensing. This particular model is a dual level control float switch, meaning it can detect both high and low water levels. It is constructed from polypropylene (PP plastic) and has a float length of 100mm. The switch operates within a voltage range of 100V-220V and features an M10 thread for secure installation in water tanks.
Key Uses & Applications
This Level Float Switch is primarily used for automated water level sensing in tanks. Its dual level control capability makes it suitable for applications requiring both high and low level detection. For example, it can be used to automatically start or stop pumps to maintain desired water levels, or to trigger alarms for overflow or low-water conditions. The M10 thread ensures compatibility with various tank fittings.
How to Choose
When selecting a float switch, consider the specific application and the material needed. This 100mm polypropylene float switch with an M10 thread is suitable for water level sensing. Evaluate the required voltage; this model operates from 100V-220V. For different liquids or temperatures, alternative materials like stainless steel might be necessary. Consider if a single level or dual level control float switch is needed for your specific automation requirements.
Thread Size: M10. Material: PP Plastic. Voltage: 100V-220V. Application: Water Level Sensing. Float Length: 100mm. Switch Type: Dual Level Control Float Switch. Cable Length: 52 cm. Float Diameter: 28 mm. Rod Length: 100 mm. Material: PP (Polypropylene) Plastic. Max Switching Voltage: 220V AC/DC. Operating Voltage: 100V AC/DC, 220V AC/DC. Operating Temperature: -10°C to 85°C. Max Contact Rating: 10W. Control Levels: Dual Level. Max Carry Current: 1.0A. Max Contact Resistance: 100 mΩ. Max Switching Current: 0.5A. Mounting Thread: M10. Product Type: Liquid Level Sensor. Switch Type: Float Switch. Q: What are the electrical specifications for this level sensor? A: It's rated for a max switching voltage of 100V DC or 220V AC. The maximum switching current is 0.5A, with a total carry current of 1A.. Q: What material is the sensor made from, and can it be used in hot water? A: The entire assembly, including the stem and floats, is made of polypropylene (PP). It's rated to work in liquids with temperatures up to 85°C.. Q: Does this sensor have two separate switches for high and low levels? A: Yes, it has two independent floats on a single 100mm stem. This lets you monitor or control two different levels in your tank with just one device.. Q: How long can I expect the internal reed switch to last? A: The internal switch mechanism is rated for about 1 million switching cycles. This ensures a long service life for most typical pump or valve control applications.. Q: How do I reverse the action of this float switch from normally open to normally closed? A: It's very simple to change the switch logic. Just remove the e-clip at the bottom of the float, take the float off, flip it upside down, and slide it back on..