Twin Idler Belt Weigher with Adjustable Rollers

This data is commonly used for stock control, process control and in bulk material blending processes. A typical Active Weighing Solutions Single Idler Belt Weigher comprises of a full floating weigh frame, stainless steel shear beam load cell, speed encoder, trailing wheel and an EMC Modweigh 95A transmitter connected to an MW99 Display. To calculate the material flow rate the transmitter measures:

• the flow rate of material carried by the belt conveyor
• the belt loading and,
• belt speed

Weighers Configuration

Multiple ModWeigh transmitters can be connected to a single remote display. A number of factors affect the accuracy and suitability of Belt Weighers in a given situation. The following factors are considered by Active Weighing Solutions engineers in determining the appropriate configuration for a particular application.

• location of the weigh frame in the system
• conveyor length and degree of incline
• belt construction and tension
• belt troughing angle
• idler alignment
• material loading and material residence times
• ongoing maintenance and operational housekeeping

Need more information? Message Active Weighing Solutions via the form, or call and say you found them on IndustrySearch so they can best assist you.

This data is commonly used for stock control, process control and in bulk material blending processes. A typical Active Weighing Solutions Single Idler Belt Weigher comprises of a full floating weigh frame, stainless steel shear beam load cell, speed encoder, trailing wheel and an EMC Modweigh 95A transmitter connected to an MW99 Display. To calculate the material flow rate the transmitter measures:

• the flow rate of material carried by the belt conveyor
• the belt loading and,
• belt speed

Weighers Configuration

Multiple ModWeigh transmitters can be connected to a single remote display. A number of factors affect the accuracy and suitability of Belt Weighers in a given situation. The following factors are considered by Active Weighing Solutions engineers in determining the appropriate configuration for a particular application.

• location of the weigh frame in the system
• conveyor length and degree of incline
• belt construction and tension
• belt troughing angle
• idler alignment
• material loading and material residence times
• ongoing maintenance and operational housekeeping

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Need more information? Message Active Weighing Solutions via the form, or call and say you found them on IndustrySearch so they can best assist you.