Daikin LRYEQ16A7Y1 — эффективные конденсационные блоки для холодильного оборудования [48/96]

Daikin LRYEQ16A7Y1 [48/96] Ammonia and propane ʯ an a1 refrigerant therefore no special safety measurements are required
Condensing units
48
ZEAS, the smart choice for medium and low temperature refrigeration
Refrigerating capacity
. kW*
Booster
ZEAS is available in different
capacity ranges from  to 
HP and delivers the required
Refrigerating capacity to third
party equipment like open
showcases, glass door freezers
and evaporators
Flexible combination
refrigeration system
Separate groups for medium
and low temperature cooling,
each with multiple cabinets and
different temperatures. This
flexibility and energy savings of
up to % are only possible with
ZEAS-systems.
Operating range
Ambient temperatures: -°C to + °C
Evaporating temperatures: -°C to +°C
+2°C+4°C
0°C
+2°C
+4°C
+4°C
0°C
+2°C
-20°C
+2°C
* Te= -°C, Tc = -°C,  K SH, Tamb = °C
* Only Zeas. Not applicable for Mini-Zeas and Multi-Zeas
RA is a lower GWP refrigerant (less than ) than
RA and is fully F-gas compliant. It’s future proof: it
can be used even after !
R410A is also:
an easy to handle, common used refrigerant in the air conditioning world, therefore it is easy to find an installer which can work with
this refrigerant, compared to CO
, Ammonia and Propane.
an A refrigerant, therefore no special safety measurements are required.
Contributes to reducing installation cost and refrigerant charge
RA is a high pressure refrigerant which for the same swept volume can deliver
much more refrigeration capacity than standard mid pressure and low pressure
refrigerants.
This means that for the same delivered refrigeration capacity we can use smaller
main and linecomponents, thus reducing the installation cost and the amount of
refrigerant charge in the system!
Why R410A?
For a capacity of 8,4 kW
(Te = -10°C / Tamb = 32°C)
Refrigerant charge per used refrigerant
(Te = -10°C / Tamb = 32°C)
Refrigerant
Suction piping
diameter
Ra  /”
RA /”
RF /”
RA /”
RA /”
RA  /”
RA /”
CO /”
,
,
,
,
,
,
,
,
,
Refrigerant conter (kg/kW)
Refrigerant
RA RA RA
1,43 kg/kW 1,43 kg/kW
1,03 kg/kW









BANNED from 2020
onwards
Ra R RA RA RC RF RA RA RA RA RA RA RA
Refrigerant
GWP (based on IPCC report IV)
Use of refrigerant in refrigeration system with a refrigeration
lower than 40 kW
Refrigeration capacity (kW)
Swept volume (m
3
/h)








R450A
R410A
CO
2
R407A
R449A
R448A
R407F
R134a
Delivered capacity per used refrigerant

Содержание

Выберите надежные конденсационные блоки для средних и низких температур. Энергоэффективные решения для холодильных систем с высокой производительностью.

Скачать