The heavy hammer level gauge is measured mechanically and the measurement results are calculated by an electronic unit, which is programmed to control the mechanical measurement. It has strong adaptability to the usage environment, is not affected by temperature, dust, vibration, etc., and has accurate measurement. It is one of the instruments for level measurement. Below, we will discuss the solutions to the common problems that may arise during the use of heavy hammer level gauges.

Burial hammer

When using automatic detection, the heavy hammer level gauge may perform timed detection during feeding. If the installation position is close to the feeding port, there is a possibility of burying the hammer. After long-term on-site practice, the company has developed a set of software for calculating the installation position of the warehouse top. Based on the measured warehouse size on site, the actual installation position is calculated. One unit is installed on each warehouse top through the matching installation flange. The heavy hammer level gauge can detect the position of the material surface in the silo, obtain the upper air value, and obtain the inventory of materials in the silo through the effective height of the silo, the height of the cone, the packing density, and the packing density algorithm, with an expected inventory of materials in the silo.

collect dust

Due to the fact that most domestic products are low-end and have poor sealing performance, the heavy hammer level gauge needs to be regularly cleaned of accumulated dust after long-term use, otherwise it will not be able to measure or affect the measurement. The submersible automated heavy hammer level gauge can overcome the main defects of ultrasonic level gauge not being able to penetrate heavy dust and radar level gauge antenna root dust accumulation, making it a choice for heavy dust measurement environments.

Chaotic rope

The heavy hammer level gauge is a mechanical instrument product with a complex internal structure. Improper use or mechanical failure may cause confusion in the steel cable and prevent measurement. We have upgraded the mechanical warehouse with a specially designed winding device to ensure that there will be no problem of tangled wires. The excellent drive motor and heavy-duty steel cable can provide strong tensile resistance.

Broken rope

The steel cable used for the heavy hammer level gauge is a two millimeter diameter steel cable. If there are rough machining areas in the mechanical transmission part, it will seriously affect the service life of the steel cable. Our steel cable is coated with a 1/16 'nylon outer layer and a 3/64' stainless steel inner core, providing a tensile strength of 123Kg.