Description
OSO Slimline RI150 Litre Indirect Unvented Cylinder (11003003)
The OSO SLIMLINE is the slimmest domestic cylinder available at only 430 mm diameter, making the cylinder ideal for installation in tight spaces. The cylinder has a large heating coil for fast heating and also back-up electric heating from an immersion heater. Low heat loss comes from uitilising unique Vacuum insulation Panel technology with NANOPUR insulation. High flow rates provide powerful showers.
The cylinder is floor mounted and is supplied with a wall bracket for stabilization. An external expansion vessel is supplied, complete with its own wall bracket.
SLIMLINE is easy to fit and follows a similar installation technique to the OSO Delta and Ecoline cylinders. Heating coils in OSO cylinders are made of smooth coil that will not encourage lime-scale deposits and offer longer and more efficient life than finned or rippled coils. OSO coils have increased length compared to finned coils, carry more heating fluid and therefore have a greater heat transfer capacity.
Features:
- It is the slimmest domestic cylinder available at only 430 mm
- Reduce heat loss by 300 kWh* */ year with NANOPUR an VIP
- Smooth scale resistant coil
- 25 year warranty on the stainless steel tank
Advantages:
- NANOPUR – Class-leading insulation
- ULTRAWELD – Superior corrosion resistance
- INCOTEC – High durability in hard water
- SMOOTH COIL – Does not encourage limescale build-up
Technical Specifications:
| Product name | RI 150 - 3 kW / 1 × 240 V + HX 0,7 m² |
| Diameter (mm) | 430 |
| Height (mm) | 1610 |
| Weight (kg) | 43 |
| Weight empty (kg) | 43 |
| Capacity 40C (L) | |
| Volume (L) | 150 |
| Thermostat set point (C) | 60 |
| Heat loss-EN 12897 (watt) | 76 |
| Heat loss / 24 hrs – EN 12897 (kWh/day) | 1.82 |
| AEC (energy consumption) (kW/year) | |
| Energy efficiency (%) | |
| Tapping profile (3XS–XXL) | |
| Energy rating (A+–F) | C |
| Primary Heating Power (kW) | 16.5 |
| Primary coil size (mins) | 0.7 |
| Immersion Heating Power (kW) | 3 |
| Heat-up time ΔT 55°C Coil (mins) | 24 |
| Heat-up time ΔT 55°C upper element (mins) | |
| Heat-up time ΔT 55°C lower element (min) | |
| Recovery time ΔT 55°C coil 70% (mins) | 17 |
| Recovery time ΔT 55°C upper element 70 (mins) | |
| Recovery time ΔT 55°C lower element 70% (mins) |
