Intelligent
controller with “state-of-the-art” software developed specifically
for multi-pipe units
Two refrigerant circuits and
electronic expansion valves
V-shape coils for improved air
flow and easy access
Self-adaptive defrosting system able
to intervene only in case of consistent thickness formation of ice
on the coil fins, reducing number of defrost cycles by 70%
Stainless steel (AISI 316) brazed plate evaporator and recovery
heat exchanger, externally insulated and including pressure
differential switch. Evaporator includes antifreeze protection
electric heater
Condensing and evaporating pressure control
with variable fan speed modulation for external temperature up to
-12°C
Serial card RS485 for Modbus
4 different
levels of efficiency:
SE: 50-525 kW
HE: 50-880
kW
HSE: 75-260 kW
XE: 50-880 kW
Customer benefits
Innovation and versatile solution
High efficiency and
lowest cost of ownership
Optimized comfort, simple and
safe
A sustainable solution for many applications,
simultaneously deliver heating and cooling.
Factory-mounted options
Low noise and super low noise version
Serial card
with BacNet Protocol MS/TP or TCP/IP
Gateway Modbus
LonTalk™
Soft starter (only for On/Off compressors)
Automatic circuit breakers
Control panel electric
heater with thermostat
EC fans
EC fans for
external static pressure up to 100 Pa
Protection
grilles
Different types of coil coating available
Condensing control with variable fan speed modulation
Innovative software
Two fully independent circuits
with two controller cards which communicate via Modbus, each
controlling a single circuit.
Other controller card can
independently function and secure continued operation up to 50% of
maximum.
Ability to interface with the main BMS systems via
ModBus™, BACnet™ or LonTalk™.
Dynamic Set Point integrated
to adjust leaving hot water temperature as a function of outdoor air
temperature. Set point adjustment according a climatic curve
ensuring high comfort level while optimizing energy efficiency.
Electronic expansion valves are standard to optimize unit
performance.