DirtMagPro Spec Sheet

Insulation shells
The brass DIRTMAG PRO series 5463AM can be supplied with optional
insulated covers, code CBN5462xx series purchased separately, to
minimize heatloss.
Code DIRTMAG PRO Size
CBN546205
For ¾" & 1"
CBN546207
For 1" & 1½"
CBN546209
For 2"
Technical specications
Material: closed cell expanded PE-X
Thickness: 25/64" (10 mm)
Density - inner part: 1.9 lb/ft
3
(30 kg/m
3
)
- outer part: 3.1 lb/ft
3
(50 kg/m
3
)
Thermal conductivity (DIN 52612):
- at 32ºF (0ºC): 0.263 BTU·in/hr·ft
2
·ºF (0.038 W/(m·K)
- at 104ºF (40ºC): 0.312 BTU·in/hr·ft
2
·ºF (0.045 W/(m·K)
Coefficient of resistance to water vapor (DIN 52615): >1,300
Working temperature range: 32–212ºF (0–100ºC)
Reaction to fire (DIN 4102): class B2
Removing insulation and draining impurities
1. Remove the insulation jacket upper and lower sections.
2. Turn off the circulator.
3. Pull out the magnetic pull rod from drywell on top, unclip the external
barrel magnetic collar and open the purge valve to simply release the
captured magnetic impurities and purge all of the dirt.
4. When finished, replace the magnets and insulation shells.
Installation
The dirt separator must always be installed in a vertical position,
preferably on the return circuit upstream of the boiler (or chiller). This
enables it to intercept dirt particles already present in the circuit,
particularly when it is first started, before they reach the boiler (or chiller).
Flow direction for the DIRTMAG PRO dirt separators is bi-directional;
flow in either direction is permitted.
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL
Tmax 110°C
P
max
10 bar
Tmax 105°C
P
max
10 bar
BI-DIRECTIONAL