Technical data

Glycol Loop Piping
Liebert
®
Mini-Mate2
™
30
11.0 GLYCOL LOOP PIPING
Contact Emerson Application Engineering for assistance in choosing correct drycooler models. Refer
to Figure 25.
Figure 25 Heat rejection loop, multiple drycoolers and multiple indoor units
LEGEND
P:
FS
FS
HP
____(kW) ____ Per Pump @ ____(kPa)
GPM (l/s) ft.
PUMP PACKAGE
DPN000991
Rev. 0
Drycooler No. 1 Model ______
GPM (l/s) ____ P: ___ ft (kPa)
Expansion Tank
______ Gal. (L)
Drycooler No. 2 Model ______
GPM (l/s) ____ P: ___ ft (kPa)
Gate Valve
Check Valve
Relief Valve
Union
Butterfly Valve
Ball or Flow Control Valve
Flow Switch
Pressure Drop
Strainer/Filter
Notes:
1. Pressure and temperature gauges (or ports for same) are
recommended to monitor component pressure drops and performance.
2. Flow measuring devices, drain and balancing valves to be supplied
by others and located as required.
3. See product literature for installation guidelines and clearance dimensions.
4. Drawing shows dual pump package. Alternate pump packages with more
pumps may be considered; consult supplier
See Note 3
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
Cooling Unit #
Model
GPM (l/s)
P ft (kPa):
To ta l
GPM
(L/s): _____
Pipe
Diam.: _____ In. (mm)
P: _____ Ft. (kPa)