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Capacitive Level Limit Switch NSC - KOBOLD
The KOBOLD level monitor devices model NSC are used for the monitoring of minimum and maximum levels in silos and depots. They are working on the capacitive principle and can be supplied in two different designs. They are suitable for various installation conditions. The level monitoring device NSC-R is supplied with a rigid stainless-steel probe with a PTFE coating.
This model is mostly used for monitoring the maximum level. For small silos and low bulk densities the short version can also be installed on the side for controlling of the minimum level. The level monitor device NSC-C consists of a stainless-steel probe body, which is connected to the connection box by means of a steel cable coated with polypropylene.
This model is mostly used for monitoring the maximum level. For small silos and low bulk densities the short version can also be installed on the side for controlling of the minimum level. The level monitor device NSC-C consists of a stainless-steel probe body, which is connected to the connection box by means of a steel cable coated with polypropylene.
Rotating vane level monitor NIR-9 - Kobold
The NIR-9 level monitor is suitable for wide applications for bulks and solids in silos and hoppers. Regardless of humidity and conductivity of the product, the maximum or minimum level is controlled reliably.
A motor drives a rotating vane that is extended into the tank by means of a shaft. As soon as the bulk reaches the rotating vane, it’s rotation is blocked. Hereby, a microswitch is actuated, wich gives out an alarm signal and a second microswitch turns off the motor. If the filling level decreases, the rotating vane is released again and the force of a spring pulls the motor back to its original position.
A motor drives a rotating vane that is extended into the tank by means of a shaft. As soon as the bulk reaches the rotating vane, it’s rotation is blocked. Hereby, a microswitch is actuated, wich gives out an alarm signal and a second microswitch turns off the motor. If the filling level decreases, the rotating vane is released again and the force of a spring pulls the motor back to its original position.
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