Motorized level sensors feature a mechanical detection system that eliminates the risk of error associated with electronic sensors, especially in dusty and variable environments.
How Does the System Work?
Free Rotation: When there is no solid material (powder/granule) inside the silo or bunker, the paddle at the tip of the sensor rotates freely and continuously with the help of the motor shaft.
Material Obstruction: When the material level reaches the point where the sensor is located, the rising raw material physically blocks and jams the rotation of the paddle.
Signal and Power Interruption: When the paddle stops, the motor inside the sensor rotates slightly around itself, triggering a mechanical micro-switch. With this triggering, the motor's own power is cut off (thereby protecting the motor's lifespan), and a "level reached" signal (alarm or stop command) is sent externally.
Restarting: When the material level drops below the paddle again, a spring-loaded mechanism returns the motor to its original position; the motor starts running again, and the paddle resumes its rotation.
Used for the low (min) and high (max) level detection of all raw materials in solid, powder, and granular forms:
| Stock Code | Capacity/Length/Type | Product Description | Piece | |
|---|---|---|---|---|
6 S1 M2 UA100 D01 |
100 Cm | 100 cm Straight Type Extension Shaft |
1
|
|
6 S1 M2 UA120 D01 |
120 Cm | 120 cm Straight Type Extension Shaft |
1
|
|
6 S1 M2 UA150 D01 |
150 Cm | 150 cm Straight Type Extension Shaft |
1
|
|
6 S1 M2 VAC220 D01 |
220 VAC Straight Type |
1
|
||
6 S1 M2 VDC024 D01 |
24 VDC Straight Type |
1
|