Float Switch High Precision 75-400mm Water Level Switch Stainless Steel
Working voltage 0~220(V)
Working temperature 0~120(°C)
Working current 0.5A-1(A)
Material: Stainless Steel SUS
Cable Length: About 30cm
Working Temperature: -30°~+125°
Color: Silver Tone
This Mini float switch is a simple structure, easy installation liquid level controller. It does not have a complex circuit, will not
be disturbed, as long as the material selection, liquid, pressure or temperature can be used in any environment.
Light weight and simple working principle, high reliability.
The versatility of this vertically mounted sensor means that it can be installed either at the top or base of your tank, depending on whether you wish to detect the water`s rise or fall.
The float level switch is widely used in electronic, electrical, chemical, water treatment, drainage and other walks of life level control and alarm.
The float ball is made of stainless steel 304, the circlip is made of 316L material.
Low voltage means that the float switch can be used on a line with 0~110V DC voltage.
High voltage means that the float switch can be used on AC 0~220V, DC 0~200V lines.
High temperature means that the float switch can withstand temperature for 120 degrees for a long time.
High temperature and high pressure is white silica gel high temperature line, low pressure is ordinary black line
Note: this product can test water, petrol, alcohol, etc.
Package includes:
1X Tank Liquid Water Level Sensor
Float Switch Tank Liquid Water Level Sensor Tank Pool Flow Sensors Stainless Steel 75-400mm Double Ball Float Switch Water Level Switch Level Switch Professional High Precision
Note:
1. Delivery can be expedited with additional freight cost
2. Stock availability/ Actual order lead time will be rechecked once confirm order
3. We do not accept returns or exchanges due to Indent item unless product quality issue
4. Picture shown is for illustration purposes only, actual product may differ
5. This image is representative of the product range, actual product may differ
6. Product may vary slightly from image representation