Magnum Systems  

Outgrown a Mechanical Conveying System? Consider Dilute Phase

Transfer dry bulk solid materials in an efficient and cost-effective way via dilute phase conveying, the most common form of pneumatic conveying. Dilute phase conveying systems offer a long-lasting, trouble-free alternative to mechanical conveying systems, such as screw conveyors, belt conveyors, vibratory conveyors, aeromechanical conveyors or bucket elevators.

The advantages include: 

• Easier to install and more flexibility in routing 
• Lower maintenance 
• Easier to route, especially over longer distances 
• Easier to clean 
• Self-contained with less emissions in many cases 
• Easier to expand in the future

Dilute Phase Conveying - The Basics of a System

Magnum Systems’ knowledge of products/materials and broad range of dilute phase systems and components put the right equipment in place, whether your building one from scratch, reconfiguring or repairing. Our engineers know the components and their properties by heart. An air generation device is a positive displacement blower, but occasionally a fan, regenerative blower or compressor. An airlock is most commonly a rotary valve, but can also be referred to as a butterfly valve, flapper/dump valve, knife gate, venture, or other device. Airlocks need to be located at the inlet of a pressure system and the discharge of a vacuum system. A material to air metering device may be something as simple as a material feeder such as a rotary valve, screw conveyor or vibratory feeder, or as complex as an air inlet management system. A material and air separation device is usually a pulse-jet fabric bag house of some sort. This may be felt or spun bound polyester, square or round, stand alone or in the form of a bin vent. Other less common means of separation and filtration include such items as cyclones. A conveyance medium, typically tubing, piping or hose.

Outgrown a Mechanical Conveying System? Consider Dilute Phase

Transfer dry bulk solid materials in an efficient and cost-effective way via dilute phase conveying, the most common form of pneumatic conveying. Dilute phase conveying systems offer a long-lasting, trouble-free alternative to mechanical conveying systems, such as screw conveyors, belt conveyors, vibratory conveyors, aeromechanical conveyors or bucket elevators.

The advantages include: 

• Easier to install and more flexibility in routing 
• Lower maintenance 
• Easier to route, especially over longer distances 
• Easier to clean 
• Self-contained with less emissions in many cases 
• Easier to expand in the future

Dilute Phase Conveying - The Basics of a System

Magnum Systems’ knowledge of products/materials and broad range of dilute phase systems and components put the right equipment in place, whether your building one from scratch, reconfiguring or repairing. Our engineers know the components and their properties by heart. An air generation device is a positive displacement blower, but occasionally a fan, regenerative blower or compressor. An airlock is most commonly a rotary valve, but can also be referred to as a butterfly valve, flapper/dump valve, knife gate, venture, or other device. Airlocks need to be located at the inlet of a pressure system and the discharge of a vacuum system. A material to air metering device may be something as simple as a material feeder such as a rotary valve, screw conveyor or vibratory feeder, or as complex as an air inlet management system. A material and air separation device is usually a pulse-jet fabric bag house of some sort. This may be felt or spun bound polyester, square or round, stand alone or in the form of a bin vent. Other less common means of separation and filtration include such items as cyclones. A conveyance medium, typically tubing, piping or hose.

Outgrown a Mechanical Conveying System? Consider Dilute Phase

Transfer dry bulk solid materials in an efficient and cost-effective way via dilute phase conveying, the most common form of pneumatic conveying. Dilute phase conveying systems offer a long-lasting, trouble-free alternative to mechanical conveying systems, such as screw conveyors, belt conveyors, vibratory conveyors, aeromechanical conveyors or bucket elevators.

The advantages include: 

• Easier to install and more flexibility in routing 
• Lower maintenance 
• Easier to route, especially over longer distances 
• Easier to clean 
• Self-contained with less emissions in many cases 
• Easier to expand in the future

Dilute Phase Conveying - The Basics of a System

Magnum Systems’ knowledge of products/materials and broad range of dilute phase systems and components put the right equipment in place, whether your building one from scratch, reconfiguring or repairing. Our engineers know the components and their properties by heart. An air generation device is a positive displacement blower, but occasionally a fan, regenerative blower or compressor. An airlock is most commonly a rotary valve, but can also be referred to as a butterfly valve, flapper/dump valve, knife gate, venture, or other device. Airlocks need to be located at the inlet of a pressure system and the discharge of a vacuum system. A material to air metering device may be something as simple as a material feeder such as a rotary valve, screw conveyor or vibratory feeder, or as complex as an air inlet management system. A material and air separation device is usually a pulse-jet fabric bag house of some sort. This may be felt or spun bound polyester, square or round, stand alone or in the form of a bin vent. Other less common means of separation and filtration include such items as cyclones. A conveyance medium, typically tubing, piping or hose.

Our Patented Bypass Valve Eliminates Compressed Air Line Boosters

At the heart of most high-pressure systems is a dense phase transmitter or DPT, commonly known as a pressure vessel or blow pot. The DPT is where product is filled and pressurized to begin the convey cycle. Our patented bypass valve controls our dense phase transporters and operate without cumbersome and expensive compressed air line boosters. The bypass valve controls the material-to-air ratio by diverting the convey air around the pot if convey pressures rise too high. This is usually a result of too much material in the line, causing an off-balanced material-to-air ratio. By diverting the air around the pot, material flow is slowed and the ratio is reduced by air going directly to the convey line.

More Dense Phase Conveying Benefits:

• Less susceptible to leakage and wear
• Operate at high pressure
• Integrates with batch weighing applications

APO Dual Featuers: 

• Up to 5 bpm Product agitator and clean out door are standard
• Dual augers provide bulk and dribble flow
• Inflatable spout provides positive seal during fill cycle
• Optional stainless steel contacts with food grade finish
• Optional de-aeration probe to stabilize fluidized products

Products typically handled with an APO Dual Auger Packer:

• Bakery mixes
• Flour
• Onion powder
• Seasoning blends
• Fish meal

Magnum Systems Model TE10C is an electronic, small net weigh scale designed for weighments of 2 oz to 5 lb. Specialized for coffee and candies the TE10C was designed with a timed discharge to eliminate spillage, as well as controls for single operator convenience.

VARIABLE SPEED ELECTRONIC SCALE FOR SMALL ACCURATE WEIGHTS

Features

• Vibratory feeder

• Net-weigh bucket for increased fill speed

• Conical hopper increase material flow

• Tool-less disassembly for ease of clean-up

• T4000 weigh controller for precise filling

• Stainless steel construction/contact points Optional Features

• Dual set point

• Adjustable flow boot

• Bulk accumulation for weights of 5 lbs

• Auto-zero

Materials Typically Handled

• Coffee (ground and whole bean)

• Candies