Cable float level switch-LF900

- Working pressure: one atmosphere
- Operating temperature: -10~80 degrees (PP), -10~180 degrees (metal)
- rated current ：10A/220V ，SPDT（ PP ），2A/220V,SPDT （ SUS ）
- contact capacity：15A/250VAC
- Switch life：1 million times
- PTFE：PP ，SUS
- Control accuracy: ±0.05m
- Applicable medium: water, sewage, oil and medium concentration of the following acid and alkali liquid
- Cable length: 5m / 10m (special length can be customized)
- Connection: directly drop line or add flange and junction box- Imported patented integrated plastic injection molding (PP), or compressed nut and silicone joint sealing (SUS);
- simple and reasonable structure, stable and reliable performance;
- installation and use is very convenient, simple on-site adjustment;
- can be used with a variety of pumps, and widely used in water supply and drainage and containing corrosion, suspended
substance automatic control levelproduct application It is mainly used in household, factory and mine water tank, oil, acid and alkali pool, barrel, tank, irrigation container, etc.

1. Run the float switch wire through the plastic hammer.
2. Use the plastic buckle to fix the hammer on the wire at the position to set the water level.
3. Pull the wire to the control box, try to avoid the use of intermediate joints, if a joint is needed, do not immerse the joints in the liquid.
- Use brown and black wire:
When the float ball is at the liquid level, the contact is closed.
When the float is on the liquid level, the contact point is in the open state.
- Use blue and brown wires:
When the float is on the liquid level, the contact point is blocked.
When the float ball is at the liquid level, the contact point is in the open state.
- The following figure is the schematic diagram of the micro-switch inside the floating ball when the PP material cable floating ball level switch is working:
When the liquid level is at the lower side of the buoy body, the buoy droops, the brown line (collinear COM) and the black line (normally open NC) are in the disconnected state, and the brown line and the blue line (normally closed NO) are in the connected state.
When the liquid level rises, the buoy follows and rises by about 28 degrees (SUS material switch is about 10 degrees), the brown line closes with the black line, and the brown line disconnects with the blue line. So as to achieve the purpose of control.
When the liquid level drops, the buoy body will follow it down until it is about 28 degrees below the horizontal line (SUS material switch is about 10 degrees), and each control point will resume its initial state.