Silence THIN-WALL ETWW, "THINW-TBK (TERMINAL BLOCK)" version
Silence THIN WALL ETWW, water-fed wall-mounted fan coil unit, “THINW-TBK (TERMINAL BLOCK)” version, featuring a modern design and reduced depth (130 mm), ideal for any space, perfectly blending in with the furniture.
It is available in different sizes depending on the requested heat output, it can be installed on the wall and connected to “two-pipe” systems with hot or cold water.
The “THINW-TBK (TERMINAL BLOCK)” version is able to create and maintain the ideal conditions for well-being all year round, in any residential space thanks to the possibility for connection with TAE-15 (analogue) and TAD-15 (digital) room thermostat/s (supplied separately) to control the ambient temperature, fan speed, and operating mode.
The fan coil unit is equipped with the latest DC-INVERTER technology with high-performance permanent magnet fan motor, with speed and power regulation through the PWM electronic device, with noise reduction and power savings of up to 50%.
The unit is complete with air filter, condensate drain filter, and jig for wall fixing.
It is available in different sizes depending on the requested heat output, it can be installed on the wall and connected to “two-pipe” systems with hot or cold water.
The “THINW-TBK (TERMINAL BLOCK)” version is able to create and maintain the ideal conditions for well-being all year round, in any residential space thanks to the possibility for connection with TAE-15 (analogue) and TAD-15 (digital) room thermostat/s (supplied separately) to control the ambient temperature, fan speed, and operating mode.
The fan coil unit is equipped with the latest DC-INVERTER technology with high-performance permanent magnet fan motor, with speed and power regulation through the PWM electronic device, with noise reduction and power savings of up to 50%.
The unit is complete with air filter, condensate drain filter, and jig for wall fixing.
| Model | Total Cooling Capacity [kW] med (min - m... | Heating Capacity Prated,h [kW] med (min... | Air flow rate [m³/h] med (min - max) | Q.ty per pack. | Code | |
|---|---|---|---|---|---|---|
Model ETWW 240 DZ | Total Cooling Capacity [kW] med (min - max) 0,80 (0,48 - 1,07) | Heating Capacity Prated,h [kW] med (min - max) 0,94 (0,53 - 1,27) | Air flow rate [m³/h] med (min - max) 155 (84 - 228) | Q.ty per pack. 1 pcs | Code 07523024 | |
Model ETWW 260 DZ | Total Cooling Capacity [kW] med (min - max) 1,03 (0,58 - 1,65) | Heating Capacity Prated,h [kW] med (min - max) 1,26 (0,66 - 1,80) | Air flow rate [m³/h] med (min - max) 229 (124 - 331) | Q.ty per pack. 1 pcs | Code 07523034 | |
Model ETWW 280 DZ | Total Cooling Capacity [kW] med (min - max) 1,75 (0,91 - 2,31) | Heating Capacity Prated,h [kW] med (min - max) 1,98 (0,96 - 2,60) | Air flow rate [m³/h] med (min - max) 283 (138 - 440) | Q.ty per pack. 1 pcs | Code 07523044 | |
Model ETWW 240 SZ | Total Cooling Capacity [kW] med (min - max) 0,80 (0,48 - 1,07) | Heating Capacity Prated,h [kW] med (min - max) 0,94 (0,53 - 1,27) | Air flow rate [m³/h] med (min - max) 155 (84 - 228) | Q.ty per pack. 1 pcs | Code 07523124 | |
Model ETWW 260 SZ | Total Cooling Capacity [kW] med (min - max) 1,03 (0,58 - 1,65) | Heating Capacity Prated,h [kW] med (min - max) 1,26 (0,66 - 1,80) | Air flow rate [m³/h] med (min - max) 229 (124 - 331) | Q.ty per pack. 1 pcs | Code 07523134 | |
Model ETWW 280 SZ | Total Cooling Capacity [kW] med (min - max) 1,75 (0,91 - 2,31) | Heating Capacity Prated,h [kW] med (min - max) 1,98 (0,96 - 2,60) | Air flow rate [m³/h] med (min - max) 283 (138 - 440) | Q.ty per pack. 1 pcs | Code 07523144 |
Cooling performance under the following standard nominal conditions: - internal Air temperature = 27 (19) °C - Water temperature = 7/12 °C Heating performance under the following standard nominal conditions: - internal Air temperature = 20 °C - Water temperature = 45/40 °C Information requirements for fancoils according to Regulation EU 2016/2281. Performance according to EN 1397:2016, EN 16583:2015 standards. Power supply: 230 Vac/1 ph/50 Hz. Standard water connection on the left side. Note: The water circulating in the exchanger must not exceed 60 °C. |