Technical data

REMEHA QUINTA RANGE
3
Typical boiler construction
1. Automatic air vent
2. Air supply fan
3. Gas combi-block (with governor)
4. Gas injector/venturi (not shown)
5. Cast aluminium heat exchanger
6. Temperature sensor - return
7. Air inlet tube
8. Pressure gauge (not shown)
9. Control panel
10. Facility for incorporating a rematic®
weather compensated boiler control
11. Heat exchanger inspection cover
12. Sight glass
13. Combined ignition/ionisation probe
14. Temperature sensor -
flow (not shown)
15. Pre-mix burner
7
6
3
1
10
11
12
13
2
15
9
5
Efficiency information
Annual efficiency
Up to 109% at Hi (98% at Hs) at an input of 30% and a return
temperature of 30°C.
Heat to water efficiency
a. Up to 99% at Hi (89% at Hs) at an average water temperature of 70°C
(80/60ºC) - Quinta 30, 45 & 65.
b. Up to 98% at Hi at an average water temperature of 70°C (80/60ºC)
- Quinta 85 & 115.
c. Up to 110% at Hi (99% at Hs) at an average water temperature of 35°C
(40/30ºC) - Quinta 30, 45 & 65.
d. Up to 106% at Hi at an average water temperature of 35°C (40/30ºC)
- Quinta 85 & 115.
Note: NCV = Hi, GCV = Hs
Application information
The Quinta Range can be used on all new and refurbishment projects in both
single and multiple configurations. Conventional and room-sealed flue system
capability means that the boiler can be sited almost anywhere within a
building. The Remeha weather compensators (options) are able to communicate
directly with the boiler controls (two wire) to make full use of its fully
modulating feature, ensuring that the boiler closely matches the system
demand at all times. External control systems (BMS) can be interfaced with the
boiler to provide on/off, high/low or modulating (0-10v) control options.
The wall hung
Quinta from Remeha.
More power in a
smaller space.
Quinta 45/65 illustrated
Quinta Brochure July 09 Issue 6 16/7/09 12:30 Page 3