Silox
Twin wall cylinders
Silox
Twin wall cylinders
The twin wall stainless steel cylinders from AIC feature many advantages over traditional domestic hot water storage tanks. The twin wall concept represented in SILOX cylinders is a combination of two tanks, one inside the other. The production of domestic hot water occurs when the heat from the outer primary cylinder is transferred to the inner DHW cylinder, utilising the full surface area for superior heat transfer and reheat time.
stainless steel AISI
performance 1st hr @ 60C
GENERAL
total capacity | ltr | 355 |
PRIMARY CIRCUIT
primary tank capacity | ltr | 90 |
max. primary temperature | °C | 110 |
max. operating primary pressure | bar | 3 |
SECONDARY (DWH) CIRCUIT
secondary (DHW) tank capacity | ltr | 265 |
maximum temperature of (DHW) tank | °C | 90 |
maximum pressure of (DHW) tank | bar | 8 |
PRODUCT DATA
heat transfer area | m2 | 2.2 |
standing heat loss | W | 99 |
energy efficiency class | C |
DHW PERFORMANCE DATA
peak flow at 40°C | ltr/10' | 1.148 |
peak flow at 45°C | ltr/10’ | 847 |
peak flow at 60°C | ltr/10’ | 536 |
peak flow at 40°C | ltr/60’ | 3.366 |
peak flow at 45°C | ltr/60’ | 2.411 |
peak flow at 60°C | ltr/60’ | 1.368 |
continuous flow at 40°C | ltr/h | 2.208 |
continuous flow at 45°C | ltr/h | 1.793 |
continuous flow at 60°C | ltr/h | 1.041 |
heating time (from 10 to 60°C) | min. | 23 |
primary flow rate | m3/h | 6.3 |
Primary: 85°C - DHW Inlet 10° |
DIMENSIONS
external diameter [A] | mm | 620 |
overall height [B] | mm | 1.722 |
dimension [C] | mm | 1.51 |
dimension [D] | mm | 180 |
dimension [E] | mm | 180 |
dimension [F] | mm | 845 |
empty weight | kg | 90 |
Current technical manuals (2)
Sales Brochures (1)
References (1)
Certificates (1)
BIM (1)
Key Features & Benefits
- Self-descaling
- Anti-legionella
- Stainless steel AISI - 316L
- DHW tank inspection flange
- Low heat losses according to DIN 4753/8
- Thick insulation in injected polyurethane foam (without CFC and HCFC)
- Connection provided for single electric heater (optional) in the primary water
- Maximum exchangeable power absorption from 35 to 150 kW