Product description
*Resistance: Constructed from 304 stainless steel, this float switch is designed to withstand harsh environments, making it for IDEAL for use in applications where resistance to and high temperatures (up to 120°C) is essential.
*Versatile Applications: This water level sensor is perfect for a wide range of uses, including automatic irrigation systems, domestic water tanks, industrial water towers, fish tanks, and sewage tanks, providing reliable level control and overflow protection.
*Simple Installation: The straightforward design of this level sensor allows for easy installation without the need for complex wiring or power supplies, a hassle-free setup compared to traditional mechanical switches.
*Adjustable Float Mechanism: Featuring a repositionable float, this sensor can be configured as either a fill port (Normally closed) or drain port (NO) depending on the orientation of the float, offering flexibility in various level management scenarios.
*Innovative Working Principle: The level float switch utilizes a reed contact switch and a magnetic float to accurately monitor levels. As the level changes, the magnetic interaction enables precise control and indication of the status.
*Part Name:Stainless Steel Float Switch
*Material:Stailness Steel
*Contact rating (maximum): 50W
*Switching voltage: 0-220VDC / AC
*Breakdown voltage (maximum): 300V
*Carrying current (maximum): 1.5A
*Shrink resistance (maximum): 100mΩ
*Temperature rating: -30-+ 125°C
*Cable length: about 35 cm
2*Stainless Steel Float Switch 1. The control of this level switch is 10 mm, and it should be used in a clean water environment without dirt or floating objects.
2. This water level switch cannot be directly connected to solenoid valves, high-performance relays, AC contactors, etc., and must be used in conjunction with low-power relays.
1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.