Thermocold present some news involving AWA range with R454B:
- AWA HP XEA/SEA, air-water heat pumps with scroll compressors
- AWA XEA/SEA, air-water chillers with scroll compressors which aim at improving performance and competitiveness of the range.
AVAILABLE VERSIONS
- AWA HP XEA -> 10 new models with heating capacity from 130 up to 340 kW
- AWA HP SEA -> 10 new models in a new high efficiency version with EC fans with heating capacity from 130 kW to 340 kW
- AWA XEA -> 12 new sizes with cooling capacity from 137 up to 420 kW
- AWA SEA -> 12 new sizes with cooling capacity from 137 up to 420 kW in the new high efficiency configuration with EC fans
SELLING POINTS
- High performances for heat pump units with an average increase of EER +7%, COP +2% and SCOP +13% compared to previous models;
- High performances for chiller units with an average EER equal to +4%, average SEER equal to +6% compared to current models;
- New THERMOLOGIC advanced controller:
High reliability of performance data;
Extensive range of available options;
Touch screen 7'';
Predictive management of the electronic expansion valve;
Additional algorithms to better protect the drive;
Graphics that can be customized by the customer to adapt the operation of the unit to specific needs;
Detail of all types of alarms;
More historical data;
More secure remote connections.
- New 2.5V design for 3 models of heat pump range from 230 to 270 kW: the sizes 061, 070, 074 thanks to the 2.5V design are able to guarantee the best compromise between performance and cost and therefore a big advantage in terms of competitiveness;
- Smaller footprint for the 338 kW (095 size) of heat pump model thanks to the transition from the 4V to 3V platform;
- Smaller footprint for the chillers models from 290 up to 420 kW (sizes from 085 up to 125) thanks to the transition from the 4V to 3V platform.
- Extended operating map: the units of AWA HP SEA and AWA HP XEA range are suitable for COMFORT and PROCESS applications and in heating mode they guarantee a perfect operation down to -18°C of external air and are capable of producing water up to at a maximum temperature of 60°C.
