High Temperature Sm2Co17 Magnet

Sanlo high temperature Sm2Co17 magnet 12*25 is production depend on customer request, it working in water system level switch with higher temperature and higher pressure. Its shape is cylindrical, saturated magnetized and weighs 2.5G. and smooth surface without pits. It is a very important accessory in float level gauges. The stability of the magnet determines whether the level gauge works properly and displays accurately, playing a crucial role. Sanlo can achieve it.

Physical photos：

Product Features

High Temperature Sm2Co17 Magnet is working in level switch /Level Gauge. It helps the liquid level gauge achieve water level control balance. When the magnetic levitation ball floats up and down along the pipeline with changes in the liquid level, the magnetic steel inside the levitation ball attracts the reed tube at the corresponding position in the sensor, causing a change in the total resistance (or voltage) of the sensor.

Then, the transmitter converts the changed resistance (or voltage) signal into a 4-20mA current signal output. Our XMT series digital control instrument (or DSB type optical column digital display instrument) can be selected to measure the liquid level remotely, and upper and lower limit alarms can be set on the display instrument to achieve positional control of the liquid level. Alternatively, other regulators can form a liquid level constant value adjustment system to achieve continuous PID adjustment of the liquid level.

How to customize high temperature Sm2Co17 magnets from Sanlo?

1. Contact Sanlo sales and explain the needs

2. Samples or drawings can be provided to Sanlo sales, and sales will ask engineers to analyze whether production is possible, or we can provide a feasible solution after analysis and communicate with customers. After confirming the production drawings, prices, and delivery time, the customer will arrange to pay a deposit.

3. Sanlo sent samples to the customer for confirmation. The customer confirmed and the order was officially produced