Daikin Vrv 4. VRV IVS Aircon Series Daikin A maximum of 6 indoor units can be connected to the 3-Ton system, up to 8 indoor units can be connected to the 4-Ton system and up to 10 indoor units can be connected on the 5-Ton system. The VRV IV is the first variable refrigerant flow (VRF) system to be assembled in North America
VRV IV Daikin Latam from daikinlat.wondertic.com
Daikin's new VRV IV Heat Recovery systems offer a simplified range of condenser unit combinations with the expanded capacity to fit more projects when compared to VRV III The VRV IV S-series dimensions make it the most compact VRV unit on the market.Measuring only 823 mm, the unit is short enough that it fits discreetly under windows and is virtually unnoticeable, making it the best unit for roof and balcony installations.The unit's front-blow principle also minimises turbulence and eliminates the need for ducting.
VRV IV Daikin Latam
Daikin VRV IV Heat Pump units power up to 34 tons of capacity from a single piping network, with up to 64 indoor fan coil units, integrated controls and BMS options and piping flexibility never before seen with a DX system Daikin's VRV IV systems integrate advanced technology to provide comfort control with high energy efficiency and reliability Daikin's new VRV IV Heat Recovery systems offer a simplified range of condenser unit combinations with the expanded capacity to fit more projects when compared to VRV III
VRV IV X Heat Recovery Daikin Daikin AC. A maximum of 6 indoor units can be connected to the 3-Ton system, up to 8 indoor units can be connected to the 4-Ton system and up to 10 indoor units can be connected on the 5-Ton system. As an installer, you spend less time configuring the outdoor units, can manage multiple systems from different locations for key accounts and easily retrieve initial settings on.
VRV IV System Daikin. VRV with Variable Refrigerant Temperature (VRT) technology; Capacity range from 6 to 34 tons; 208-230V / 3ph / 60Hz; 460V / 3ph / 60Hz The trial results showed that the new VRV IV system consumed up to 60% less energy than the VRV III system, particularly during cooling