Immergas ARES 440 TEC ERP Manual

14
Technical characteristics and dimensions
e pump is not an integral part of the boiler. It is advisable to choose a
pump with a ow rate and head of approximately 2/3 of its typical curve.
ARES TEC 550 ErP
Maximum ow rate in l/h (Δt = 15 K) 30.404
Nominal requested ow rate in l/h (Δt = 20 K) 22.804
ARES TEC 900 ErP
Maximum ow rate in l/h (Δt = 15 K) 48.647
Nominal requested ow rate in l/h (Δt = 20 K) 36.487
ARES TEC 440 ErP
Maximum ow rate in l/h (Δt = 15 K) 24.326
Nominal requested ow rate in l/h (Δt = 20 K) 18.243
ARES TEC 770 ErP
Maximum ow rate in l/h (Δt = 15 K) 42.570
Nominal requested ow rate in l/h (Δt = 20 K) 31.926
ARES TEC 660 ErP
Maximum ow rate in l/h (Δt = 15 K) 36.487
Nominal requested ow rate in l/h (Δt = 20 K) 27.365
e boiler pump must have head that can ensure circulator ow rates
according to the circuit’s ∆t.
The pumps must be determined by the installer or
designer based on the data for the boiler and system.
2.4.2 DETERMINING THE PRIMARY CIRCUIT PUMP OR BOILER PUMP
EXAMPLE:
For a T 20K, of an ARES Tec ErP 900 the maximum
required ow rate is 10514 l/h.
From the head loss graph it is possible to deduce that
the pump must ensure a head of at least 1.6 m/H
2
O.
NOTE:
It is always advisable to set up a hydraulic compensator
between the boiler circuit and the system circuit. It
becomes ESSENTIAL if the system requires greater
ow rates than the maximum allowed by the boiler,
i.e. ∆t below 15K.
STD.006533/003

Immergas ARES 440 TEC ERP Specifications

General

Brand	Immergas
Model	ARES 440 TEC ERP
Category	Boiler
Language	English