• 10,000cfm – 45,000cfm Grydale JMS dust collector
• PLC controlled equipment
• Remote control operation and driven
• Auger and rotary valve discharge
• Dual dropout box
• Real time emission monitoring
• Hydraulic compressor for filter cleaning
• Hydraulic-powered extraction fan
• Six-cylinder turbo diesel motor
• Real time particle detector (also known as a broken bag detector) to examine emissions coming out of the clean air stack
• The particle detector can be tuned to meet EHP requirements on any given site. This feature is standard on all machines
• One-button start up which is remote controlled starting all critical components in a programmed order
• Remote-control operation has four programmable settings with each setting displayed and set at the desired volume of air at the touchscreen located on the dust collector
• Volume selections can be changed manually through the  PLC touch screen if required allowing the operator to use the dust collector more efficiently
• Variable speed hydraulic motor to change the volume of air required this is programmed through the touch screen on the dust collector
• Hopper discharge, compressor tracks and extraction fan are all hydraulically-driven reducing noise and vibration throughout the system
• Each component has a motion sensor to alert operator of faults if these don’t start which will reduce downtime due to blockages in the system
• Static pressure monitor to alert the operator whether it is necessary to turn the system volume up due to a long duct run or if there is a blockage in the ducting
• The dust collector is also fitted with a differential pressure monitor to alert the operator if filters are blocked
• The tracks can be changed from 3 km/h to 9 km/h if traveling long distances
• The six cylinder turbo diesel engine uses 12 litres per hour of diesel fuel from a 250 litre fuel tank

‍Patent pending Australia and the United States.