A compact, lightweight structure makes the Gas 210 Eco Pro quick and easy to install. It has the capacity to be installed back-to-back, which provides added flexibility in space saving design. The optional secondary return feature makes this boiler particularly suitable for use with heating technologies that use low grade heat, such as heat pumps or underfloor circuits. 

  • High-efficiency boiler up to 95.2% GCV - reliable, high-performance operation
  • Extremely compact dimensions and ability to be installed back-to- back - space-saving solution, ideally suited for modular configurations
  • Low Class 5 NOx emission levels from 33mg/kWh (0% 02, dry) - Low pollutant emissions meeting all environmental legislation
  • Options for direct weather compensation - Close matching of heat demand at all times for maximum energy efficiency
  • Optional secondary return feature - Maximum efficiencies with low grade heat technologies
  • Digital diagnostic display and remote signalling options - easy operation and maintenance
  • Supplied fully assembled - quick and easy installation
  • Quiet operation less than 59 dBA -  improved comfort

LITERATURE FOR GAS 210 ECO PRO

Download all literature and product documents for the Gas 210 Eco Pro by clicking the links below.

TECHNICAL INFORMATION

Click to download the technical specification for the Quinta Ace 160 in PDF format

 

GAS 210 ECO PRO 80/3 SECTIONS

GAS 210 ECO PRO 120/4 SECTIONS

GAS 210 ECO PRO 160/5 SECTIONS

GAS 210 ECO PRO 210/6 SECTIONS

 

PERFORMANCE

Nominal heat output central heating operation @ 80/60°C kW (min-max)*

16-87   

22-120 29-166 39-200

Nominal heat output central heating operation @ 50/30°C kW (min-max)*

18-93

24-129

33-179

44-217

Nominal input (Hi) (min-max)

17-89

23-123

31-170

41-205

EFFICIENCY

SBEM seasonal efficiency GCV

95.8%

95.66%

95.5%

95.74%

Efficiency – full load 100% NCV

97.43%

97.5%

97.54%

97.6%

Efficiency – part load 30% NCV

108.6%

108.3%

108.1%

108.4%

Eco design useful efficiency @ 80/60°C (100% full load) GCV

87.7%

87.8%

87.8%

87.8%

Eco design useful efficiency @ 50/30°C (30% part load) GCV

97.7%

97.5%

97.3%

97.6%

GAS

Standard fuel

Natural gas

Natural gas

Natural gas

Natural gas

Optional fuel adjustment – see installation & service manual

LPG (propane)

LPG (propane)

LPG (propane)

LPG (propane)

Max gas consumption NG m3/h

9.4

13

18

21.7

Max gas consumption LPG m3/h

3.6

4.8

7

8.4

Min/max gas inlet pressure NG mbar

17-25

17-25

17-25

17-25

Min/max gas pressure LPG mbar

37-50

37-50

37-50

37-50

Gas connection size BSP inches

1 ¼” male thread

1 ¼” male thread

1 ¼” male thread

1 ¼” male thread

 Flame protection Ionisation Ionisation Ionisation Ionisation
 Ignition Electronic Electronic Electronic Electronic

FLUE (CONCENTRIC CONNECTION SUPPLIED AS STANDARD)

Flue diameter mm I/D

150

150

150

150

Air inlet diameter mm I/D

150

150

150

150

Mass flue gas flow rate kg/h

27-150

37-197

39-287

65-345

Max counter pressure PA

130

130

130

130

HYDRAULICS

Water content litres

12

16

20

24

Hydraulic resistance @ 11°C ΔT mbar

545

446

562

595

Hydraulic resistance @ 20°C ΔT mbar

165

135

170

180

Nominal flow rate @11°C ΔT l/s

1.89

2.5

3.61

4.35

Nominal flow rate @ 20°C ΔT l/s

1.04

1.38

1.99

2.39

Minimum flow rate I/hr

1120

1486

2142

2585

Condensate connection

Φ32mm

Φ32mm

Φ32mm

Φ32mm

Connection size BSP

1¼” male thread

1¼” male thread

1¼” male thread

1¼” male thread

Standard operating temperature °C 

20-90*

20-90*

20-90*

20-90*

Max operating temperature °C

90*

90*

90*

90*

Max water temperature °C

110*

110*

110*

110*

Max water operating pressure bar

6

6

6

6

Min water operating pressure bar

0.8

0.8

0.8

0.8

GENERAL

Dry weight kg

115

135

165

188

Dimension (WxHxD)

1190 x 1309 x 450

1190 x 1309 x 450

1190 x 1309 x 450

1190 x 1324 x 450

NOx (Dry, 0% 02) Mg/kWh

33

35

38

37

Noise levels dB(A) at 1 metre

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Eco design sound power levels LWA indoors dB

67

67

67

67

Standby heat Loss

0.21

0.21

0.21

0.21

ELECTRICAL

Nominal power supply

230v x 1Ph x 50hz

230v x 1Ph x 50hz

230v x 1Ph x 50hz

230v x 1Ph x 50hz

Start current amps

4-125

4-193

4-206

4-317

Modulating input V dc

0-10

0-10

0-10

0-10

Fuse rating amps

6.3

6.3

6.3

6.3

Controls voltage

24 (max 4va)

24 (max 4va)

24 (max 4va)

24 (max 4va)

Insulation class IP

20

20

20

20

*Open vented option maximum operating temperature 75°C

  • Abbey Hotel

    Gas 210 Eco Pro boilers ensure a warm welcome at historic hotel.

    Abbey Hotel in Bath needed to refurbish its boiler plant room to provide reliable and up-to-date levels of warmth and comfort.
  • Chatham Dockyard

    Remeha boilers ensure long-term occupation of heritage buildings.

    Chatham Historic Dockyard Trust needed to refurbish the heating in three of its heritage buildings, part of wider restoration work.
  • Merthyr Tydfil Civic Centre

    Council specifies Gas 210 Eco Pros for reliable, efficient, energy-saving heating.

    Increased energy efficiency was a key requirement to improve the energy performance of the building.
  • Oakham Co-operative

    Gas 210 Eco Pros installed at flagship, low-energy superstore.

    The Co-operative Society was keen to apply its environmentally-aware ethos to the design of its new, low energy superstore.
  • Sir William Romney’s School

    Gloucestershire school benefits from Remeha reliability.

    At the heart of the new system are four Gas 210 Eco Pro five-section 160kW boilers.
  • St George’s Hall

    Gas 210 Eco Pros provide reliable, high efficiency warmth for St George’s Hall.

    Liverpool’s iconic St George’s Hall, one of the finest neo-classical buildings in the world, needed to refurbish the heating system in its North plant room.
  • St John’s Hospital

    Gas 210 Eco Pros ensure reliable heating at Combe Park.

    St John’s Hospital’s in Bath needed to redesign its heating system to improve the heating and hot water provision.

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