Siemens SITRANS LVS300 is a vibrating rod point level switch for high, low, or demand level detection of bulk solids. The durable single rod probe avoids bridging and withstands harsh application conditions.
The standard LVS300 detects high, low, or demand levels of dry bulk solids in bins, silos, or hoppers. A pipe extension version is available, separated by a customer sup plied 1 inch pipe. The LVS300 has a compact design and can be top, side or angle mounted. The vibrating rod design ensures the product will not be impacted by bridging of traditional forks in applications with buildup potential. A durable probe design ensures the product will withstand heavier materials without damage or bending.
A signal from the electronic circuit excites a crystal in the probe causing the rod to vibrate. If the rod is covered by material, the change in vibration is detected by the electronic circuitry which causes the output to change state after a one second delay. When the probe is free from material, full vibration resumes and the relay reverts to its normal condition.
Key Applications: dry or bulk solids with buildup potential, in bins, silos, or hoppers, such as lime, molding sand, milk powder, flour, salt, and plastic granules.
Siemens SITRANS LVS300 Vibrating Rod Point Level Switch
Siemens SITRANS LVS300 is a vibrating rod point level switch for high, low, or demand level detection of bulk solids. The durable single rod probe avoids bridging and withstands harsh application conditions.
The standard LVS300 detects high, low, or demand levels of dry bulk solids in bins, silos, or hoppers. A pipe extension version is available, separated by a customer sup plied 1 inch pipe. The LVS300 has a compact design and can be top, side or angle mounted. The vibrating rod design ensures the product will not be impacted by bridging of traditional forks in applications with buildup potential. A durable probe design ensures the product will withstand heavier materials without damage or bending.
A signal from the electronic circuit excites a crystal in the probe causing the rod to vibrate. If the rod is covered by material, the change in vibration is detected by the electronic circuitry which causes the output to change state after a one second delay. When the probe is free from material, full vibration resumes and the relay reverts to its normal condition.
Key Applications: dry or bulk solids with buildup potential, in bins, silos, or hoppers, such as lime, molding sand, milk powder, flour, salt, and plastic granules.
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