Installation method of input liquid level transmitter

Installation method of input liquid level transmitter

Installation method in static liquid level: When measuring the static liquid level in an open container, put the probe of the drop-in liquid level transmitter directly into the bottom of the container, and use a nylon belt or a three-leg adjustable mounting bracket at the opening of the container, etc. Just fix the cable (junction box).

Installation drawing of input liquid level transmitter

Installation method in the flowing liquid level: when measuring the liquid level in the flowing liquid, due to the large fluctuation of the medium, a Φ45mm steel pipe can be inserted into the liquid, and at the same time, several small holes are made on the pipe wall of different heights on the opposite side of the water flow direction. holes to allow liquid to flow into the tube.Another method is to install a damping device at the bottom of the liquid to filter the sediment and eliminate the influence of dynamic pressure and waves on the installation and measurement of the input level transmitter.

When the submersible liquid level transmitter should be installed in a static deep well or pool, usually a steel pipe with an inner diameter of Φ45mm (punched a number of small holes at different heights so that the water can flow into the pipe) can be vertically fixed in the water, and then the submersible The sensor part of the liquid level transmitter can be used by putting it into the steel pipe.The installation direction of the liquid level transmitter should be vertical, and the installation position should be far away from the liquid inlet and outlet and the agitator.In the occasions with large vibration, steel wire can be wound on the transmitter, and the steel wire can be used for shock absorption to avoid breaking the cable.When measuring the liquid level of flowing or agitated liquid, usually a steel pipe with an inner diameter of Φ45mm (punched several small holes at different heights on the opposite side of the liquid flow direction).