Caleffi 5463 Series 546328A DirtMag Dirt Separator With Magnet, 1 in, Sweat, 50 % Max Percentage of Glycol, Brass
- Manufacturer: Caleffi
- Brand Name: Caleffi
- Part#: CFI546328A
- MPN: 546328A
- Min. Order Qty: 1
- Qty. Interval: 1
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The versatile DIRTMAG® magnetic dirt separator removes both magnetic and non-magnetic particles continuously. In addition to removing sand and rust impurities with a glass reinforced nylon internal element in a low velocity zone chamber, the DIRTMAG® features a powerful removable external magnet around the body below the flow line for fast and effective capture of ferrous particles. The DIRTMAG® has the magnet positioned externally to maintain low pressure loss and removes up to 100% of the ferrous impurities that can form in a hydronic system.
Caleffi DirtMag Dirt Separator With Magnet, 5463 Series, 1 in Nominal, Sweat Connection, 150 psi, 32 to 250 deg F, 50 % Maximum Percentage of Glycol, 5 um Particle Separation Capacity, Brass, 5-3/4 in Dia x 8-1/4 in H
| Connection Type | : | Sweat |
| Dimensions | : | 5-3/4 in Dia x 8-1/4 in H |
| Material | : | Brass |
| Maximum Percentage of Glycol | : | 50 % |
| Nominal Size | : | 1 in |
| Particle Separation Capacity | : | 5 um |
| Pressure Rating | : | 150 psi |
| Series | : | 5463 Series |
| Temperature Rating | : | 32 to 250 deg F |
- The DIRTMAG® removes both ferrous and non-ferrous impurities continuously in a sealed hydronic heating and cooling system
- A large brass body low velocity chamber reduces the frequency of cleaning, which can also be done while the system is in operation
- A removable magnetic ring and large drain valve make the DIRTMAG® quick and easy to flush collected dirt and ferrous impurities, including magnetite
- A powerful removable external magnetic ring attracts ferrous impurities with 2-1/2 times the removal performance of a standard dirt separator
- DIRTMAG® will separate dirt particles down to 5 um (0.2 mil) and upto 100% of ferrous impurities during multiple passes of system fluid
- Low head losses reduces pumping demands compared to typical Y-strainers
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