REMKO RVS 60 H - Manual (Page 7)

System configuration
Operation
The system can be easily operated
via the fully automatic controller
μC2SE. If due to local conditions
programming via the internal con-
trol course difficulties, the system
can also be programmed via a ca-
bled remote controller (accessory)
or an external ON/OFF-Switch.
A centralised fault contact, part of
the standard equipment, can be
If a combination of letters /
numbers is shown in the dis-
play, then there is a malfunc-
tion in the unit (see chapter on
trouble-shooting and customer
service).
! CAUTION
The medium can be circulated
to the room to be cooled via the
floor, or via the ceiling depending
on where the unit is mounted.
For each of the different systems, a
minimum flow volume and a mini-
mum medium volume is needed
for safe operation.
Chilled water system
System configuration
Medium intake
Medium outlet
Indoor area 1
Outdoor area
Indoor area 2 Indoor area 3
Room temperature control Room temperature control Infrared remote control
Chilled water
appliance
Chilled water
appliance
Chilled water
appliance
Condensate drain
Condensate line (only
units with HP-function)
Condensate drain Condensate drain
Condensate collecting drain
used for the external signalling of
a fault.
The system is designed as a two
pipe system.
The system has 2 medium pipes
(supply and return) for cooling
using a cold medium or heating
using a warm medium.
Methods of operation
Centralised
fault signal
Cable
remote control
Enable contact
On/OFF Cooling/Heating
(e.g. building management
system)
(Standard equipment)
(Standard equipment)
(Accessories)
Controller μC 2 SE
(Standard equipment)
Help save on energy consump-
tion in stand-by mode! If the
device, system or component
is not in use, we recommend
disconnecting the power sup-
ply. Components with a safety
function is excluded from our
recommendation!
TIP
NOTE
The escape of refrigerant con-
tributes to climatic change. In
the event of escape, refrigerant
with a low greenhouse poten-
tial has a lesser impact on glo-
bal warming than those with a
high greenhouse potential.
This device contains refrige-
rant with a greenhouse poten-
tial of 1975. That means the
escape of 1 kg of this refrige-
rant has an effect on global
warming that is 1975 times
greater than 1 kg CO2, based
on 100 years. Do not conduct
any work on the refrigerant
circuit or dismantle the de-
vice - always enlist the help of
qualified experts.
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