The functionality of baghouse filters can be controlled and maintained to operate at optimium levels. Having the capability to identify the bagfilter or compartment in which the suspect fabric filter is fitted, down time and costs for replacing nonfaulty bags are significantly reduced. Over time, analysis of the baghouse functionality and filter deterioration can be assessed such that maintanence can be scheduled for natural shutdowns or when the process is least affected. In addition, from a regulatory perspective, prediction of faulty fabric filters can mean few or no excursions over emissions levels.

 Detects and identifies the specific bagfilter or compartment

with broken bags

 Permits comparison of filter conditions on multiple outlets

 Identification of suspect filter and indication of severity of

problem minimises downtime and reduces costs

 Effective predictive maintenance capability by overseeing

and predicting problems before they occur

 Assists in maintenance scheduling both for rework and in

budgeting for replacement parts

 Provides accurate records for regulatory purposes