- Have any questions?
- +86 15953537010
- admin@wepower-electronic.com
Magnetic Liquid Level Indicator
The magnetic liquid level gauge serves as a precision-engineered, on-site indicating instrument designed to measure and monitor liquid level heights in water storage facilities. It is available in two configurations: local display and remote display for versatile application. For detailed specifications or technical support, please contact us!
What Are The Advantages Of Wepower Magnetic Liquid Level Gauge?
- Low carbon energy economy;
- High sealing;
- Leak proof;
- Easy installation;
- Less affected by the environment;
- Can be used in corrosive industry;
- High accuracy;
- Reliable quality;
- Simple maintenance.
What Is The Principle Of Wepower Magnetic Liquid Level Gauge?
- Mechanical magnetic liquid level gauge
As the liquid level rises, the magnetic float will also rise. Under the action of magnetic force, the same poles repel and opposite poles attract, the magnetic force will cause the magnetic flapper to rotate 180, allowing for a direct reading of the liquid level height of the water storage facility. When the liquid level drops, the magnetic float will also descend. Similarly, the magnetic force will cause the corresponding magnetic flip column to rotate 180°again.
- Remote transmission magnetic liquid level gauge
The magnetic level indicator is combined with the reed switch remote transmission transmitter. While the liquid level measurement height is displayed on the on-site display panel, it is also transmitted to the central control room through a 4-20mA remote transmission signal, achieving remote control, indication and recording on secondary instruments or PLC devices.
| Product Name | Magnetic liquid level gauge/ Magnetic float level meter |
| Measuring range | 150～15000mm |
| Accuracy | ±10mm |
| Working pressure | Normal pressure～25MPa |
| Working temperature: | -200～600℃ |
| Medium density | 0.5～2.0 g/cm3 |
| Medium density difference | ≥150kg/m3 (measurement boundary) |
| Environmental vibration: | frequency≤25Hz, amplitude≤0.5mm |
| Following speed: | ≤0.08m/s |
| Medium viscosity | ≤0.4Pa.S (jacket heating can be used to improve viscosity conditions) |
| Process connection | flange, or the installation method and specifications specified by the customer |
| Material: | Duct Pipe : 304; 316L; PTFE
Float : 304, 316L, PTFE; Titanium |
