Test report of the room heater SINTRA of PANADERO DENIA S.L. · Panadero Denia S.L. C/Abdon Atienza...
Transcript of Test report of the room heater SINTRA of PANADERO DENIA S.L. · Panadero Denia S.L. C/Abdon Atienza...
SGS Nederland B.V.. Malledijk 18 P.O. Box 200 3200 AE Spijkenisse The Netherlands t+31 (0)181 69 33 33 f+31 (0)181 62 35 66 www.sgs.nl
R.C. Rotterdam No. 24226722 Member of the SGS Group
All orders are executed only in accordance with the latest version of our conditions filed at the Rotterdam District Court or the General Cargo Survey and
Inspection Conditions, last version, filed at the Rotterdam District Court and at the Chamber of Commerce in Rotterdam. Upon request the conditions will be sent to you.
Test report of the room heater
SINTRA
of PANADERO DENIA S.L.
SGS registration Manufacturer
Our reference EZKA/10/015-13 Company Panadero Denia S.L.
Research period March 2010 Address
Date report August 2010
Author report J. Dekker
C/Abdón Atienza, 29
02100 Tarazona de la
Mancha
Spain
SGS Environmental Services P.O. Box 5252 NL-6802 EG Arnhem Tel : +31 (0) 26-38 44 500 Fax : +31 (0) 26-44 29 410 BTW : NL 00 44 0 77 26 B01 R.C. Rotterdam : 24226722 www.sgs.com
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Unless otherwise agreed, orders are executed in accordance with the latest version of the SGS Nederland B.V. General Conditions. Upon
simple request the conditions will again be sent to you. Attention is drawn to the limitation of liability, indemnification and jurisdiction issues
defined therein.
Any holder of this document is advised that information contained hereon reflects the company’s findings at the time of its intervention only
and within the limits of Client’s instructions, if any. The Company’s sole responsibility is to its Client and this document does not exonerate
parties to a transaction from exercising all their rights and obligations under the transaction documents. Any unauthorized alteration, forgery
or falsification of the content or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law.
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Table of contents
1 INTRODUCTION.......................................................................................................................4
1.1 SPECIFICATION OF THE TYPE TEST AND THE APPLIANCE ...............................................................4
2 RESULTS..................................................................................................................................6
2.1 ASSESSMENT OF USED MATERIALS, DESIGN AND CONSTRUCTION IN ACCORDANCE WITH
CHAPTER 4 OF NEN-EN 13240:2001 AND NEN-EN 13240-A2:2004 .........................................6
2.2 ASSESSMENT OF THE SAFETY REQUIREMENTS IN ACCORDANCE WITH CHAPTER 5 OF NEN-EN
13240:2001 AND NEN-EN 13240-A2:2004..................................................................................9
2.3 MEASUREMENTS ...........................................................................................................................10
3. AUTHENTICATION .............................................................................................................14
ANNEX A........................................................................................................................................15
ANNEX B........................................................................................................................................20
ANNEX C........................................................................................................................................23
ANNEX D........................................................................................................................................24
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1 Introduction
1.1 Specification of the type test and the appliance
Test report of a room heater fired by solid fuels in accordance with NEN EN 13240:2001 and NEN
EN 13240-A2:2004.
Laboratory
Name, address SGS Nederland BV Leemansweg 51 6827 BX Arnhem The Netherlands
Notified under EC number 0608
Manufacturer
Name, address Panadero Denia S.L.
C/Abdon Atienza 29, Tarazona de la Mancha
02100 Albaceta Spain
Appliance Sintra
Nominal heat output 10 kW
Recommended fuels Wood logs
Principal Panadero Denia S.L.
Test category
Type test based on historical data of a test on room heater
Madeira of Panadero Denia, S.L. in accordance with EN
13240 done by SGS, see report nr. EZKA/10/015-1.
Description of the room heater Sintra
Freestanding sheet metal stove with a front window door. The combustion chamber is equipped with a baffle and a grate. Primary air is led into the combustion chamber through the grate and can be regulated by moving the ash pan. At the lower end of the door an air slide is present. Between the door and the window glass a seal is present. At the top of the window a part of the seal is removed (as shown in appendix B) to provide an additional air flow in to the combustion chamber. The flue gas connection is situated at the top of the stove. Room heater Sintra is technically the same as model Madeira. The only difference is on the outside of the appliance (design of door, handle of ash pan). These changes have no influence on the technical performance of the appliance. Therefore no objections exist from the side of the test laboratory in using the data obtained with the room heater Madeira for room heater Sintra.
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Abstract of the test results
The following essential characteristics as defined in Annex ZA of EN 13240 have been tested with beech and fir timber (5*5 cm) as fuel and the results are as shown in the table below.
Essential characteristic Performance
Test fuel Beech
Fire safety Pass
Emission of combustion products, related to 13% O2
CO:
NOx:
CxHy:
Dust:
0.26
82
247
84
vol%
mg/m03
mg/m03
mg/m03
Surface temperature Pass
Thermal output 10 kW
Energy efficiency 73 %
Release of dangerous substances
Pass
Room heater Sintra is an intermittent burning appliance. The appliance is not suitable for installation on a shared flue gas system. This test report with pages 1 until 14 and the annexes A until E contain the results of the type test in compliance with NEN-EN 13240:2001 and NEN-EN 13240 A2:2004. This test report may not be published in parts or completely, with the exception of pages 1 to 5 of this report.
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2 Results
2.1 Assessment of used materials, design and construction in accordance with chapter 4 of NEN-EN 13240:2001 and NEN-EN 13240-A2:2004
Clause Approved
Production documentation
Documentation and/or drawings contain: - Specification of used materials - Nominal heat output using recommended fuels
When fitted with a boiler, specification of the: - used welding process - permissible max. operating temperature, °C - permissible max. operating pressure, bar - type test pressure, bar - water heating output, kW
4.1
yes yes
n/a n/a n/a n/a n/a
General construction requirements
No asbestos No hard solder, containing cadmium Thermal insulation materials: non-combustible, no health risk Design of spare parts ensures correct fitting Seals made of fire cement supported by adjacent metal surfaces
4.2.1
yes yes yes yes n/a
Integral boiler
4.2.2 n/a
Cleaning of heating surfaces
- all heating surfaces accessible - easy cleaning with commercially available tools or brushes - cleaning tools provided by the manufacturer
4.2.3
yes yes n/a
Flue spigot or socket
Secure and gastight connection Overlap length: D < 160 mm → > 25 mm D > 160 mm → > 40 mm Insertion depth > 25 mm
4.2.4
yes yes n/a yes
Flue ways and cleaning tools
Minimum size: - bituminous coal > 30 mm - no bituminous coals > 15 mm - easy cleaning with commercially available tools or brushes - cleaning tools provided by the manufacturer
4.2.5
n/a yes yes n/a
Ash pan and ash removal
Volume of ash pan enough for two full charges of fuel No obstruction of combustion air
4.2.6
yes yes
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Clause Approved
Bottom grate
When removable – correct assembly is ensured Capable of de-ashing without undue effort
4.2.7
n/a
Combustion air supply
Primary air inlet control: - manual or thermostatic control - adjusting control clearly visible and permanently marked - correct setting for each fuel type is identifiable - no obstruction of the air inlet control by ash or unburnt fuel
Secondary air (air wash) inlet control: - Passage of air is not restricted by fuel
4.2.8
yes yes n/a yes
yes
Control of flue gas
If flue damper is fitted: - easily operable - aperture ≥ 20 cm2 or 3% of the cross-sectional area - position of damper can be identified If draught regulator is fitted: - easily accessible for cleaning
4.2.9 n/a
Fire doors and charging doors
Large enough to fill appliance with commercially available fuels Accidental opening is prevented Positive closure
4.2.10
yes yes yes
Flue bypass device
Easy operable Position easily identifiable
4.2.11
n/a n/a
Front fire bars – deepening plate
When removable – correct assembly is ensured No accidental dislodging
4.2.12
n/a yes
Integral Boiler
Constructed from steel or cast iron Materials in accordance with table 2 to 7
4.2.2 n/a
Nominal minimum wall thickness (steels)
In accordance with table 3 Tolerances in accordance with EN 10029:1991
4.2.2.1.2 n/a
Welding and welding materials
Suitable for welding Steel material in accordance with table 2
4.2.2.1.1 n/a
Minimum wall thickness (cast iron)
Wall thickness in accordance with table 4
4.2.2.2.2 n/a
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Clause Approved
Cast iron parts subject to water pressure
Mechanical properties in accordance with table 5
4.2.2.2.1 n/a
Venting of the water sections
Water sections can be vented No undue boiling occurs
4.2.2.4.4 n/a
Water tightness
Screw holes do not open into waterways
4.2.2.4.5 n/a
Water side connections
Threads of tappings in accordance with table 6 In accordance with the ISO requirements for: - tapered threads - parallel threads Position of reducing bushes
Minimum depth of tapping and length of thread in accordance with table 7 Drain socket > ½” and in accordance with ISO 7 or ISO 228
4.2.2.3 n/a
Design of all boiler waterways
Free flow of water is ensured, no obstructions Inspection holes ≥ 70 mm x 40 mm or Ø ≥ 70 mm Sealed with gasket or cap
4.2.2.4.1 n/a
Indirect water systems
Minimum internal dimensions ≥ 20 mm Minimum internal dimensions ≥ 15 mm (when locally necessary or in areas not in direct contact with burning fuel)
4.2.2.4.2 n/a
Direct water systems
Minimum internal dimensions > 25 mm
4.2.2.4.3 n/a
Cleaning of heating surfaces
Accessible for inspection and cleaning Special cleaning tools (if necessary) supplied by the manufacturer
4.2.3
yes n/a
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2.2 Assessment of the safety requirements in accordance with chapter 5 of NEN-EN 13240:2001 and NEN-EN 13240-A2:2004
Clause Approved
Natural draught safety test
Flue draught ≥ 3 Pa If Flue draught is < 3 Pa: - CO-volume ≤ 250 dm3/10 h
5.1 n/a
Spillage of gas, discharge of embers
No escape of harmful gases Embers do not fall out
5.2
yes yes
Strength and leak tightness of boiler shells
No leakage or permanent deformation after completion of the tests
5.3 n/a
Temperature in fuel storage container (above ambient)
NOTE: Only applicable for the lower part of the storage container.
Temperature < 65 K
5.4
yes
Operating tools
Operating tools provided Touched areas without tools Temperature: metal < 35 K (above ambient) porcelain < 45 K plastics, rubber, wood < 60 K
5.5
yes n/a
Temperature of adjacent combustible materials
Temperature ≤ 65 K (above ambient) (see installation and operating manual for information about clearing distances and insulation)
5.6
yes
Thermal discharge control
If discharge control is part of appliance: opens at water temperature > 105 °C or opens at water temperature > declared value
5.7 n/a
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2.3 Measurements
Test fuel specification in accordance with table B.1 of NEN-EN 13240:2001 and NEN-EN 13240-A2:2004
Test fuel
mois-
ture
%
ash
%
Volatile matter
% dry, ash free
H
%
C
%
S
%
Hu
kJ/kg
Size, length
cm
Beech 12 1.18 84.2 4.8 44.4 0.03 16,348 30
Fir timber 12 0.98 84.5 4.92 43.9 0.04 16,247 30
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Performance test at nominal heat output in accordance with A.4.7 of NEN-EN 13240:2001 and NEN-EN 13240-A2:2004
Clause Test 1 Test 2 Test 3
Mean of
3 tests Ap-
proved
Date (mm-dd-yy) 25-03-10 25-03-10 25-03-10
Test fuel Tab. B1 beech beech beech
Total mass kg A.4.2 2.17 2.135 2.03 2.11 yes
Setting of air slide
- Primary air 1mm 1mm 1mm
- Secondary air 0% 0% 0%
Mean flue draught Pa 6.1 11.9 12.2 12.0 12.0 yes
Mean flue gas temperature (above ambient)
K 287 294 294 292
Mean CO2 concentration % 8.35 8.55 8.90 8.60
Mean CO concentration % 0.25 0.37 0.25 0.29
Mean CO concentration at 13% O2 vol% 6.3 0.23 0.33 0.22 0.26 yes
Mean CO concentration at 13% O2 mg/m03 2828 4123 2749 3240
Mean CO2 concentration during dust measurement
vol% 8.86 9.49 9.31 9.22
Dust concentration mg/m03 116 127 60 101
Dust concentration at 13% O2 mg/m03 101 102 50 84
NOx concentration mg/m03 87 87 101 92
NOx concentration at 13% O2 mg/m03 80 78 87 82
CxHy concentration mg/m03 248 383 198 277
CxHy concentration at 13% O2 mg/m03 228 339 171 247
0.72 0.75 0.75 0.74 Combustion time Dev. from required combustion time
h
% 6.5
-4 0 -1 -1 yes
Theoretical combustion time h A.4.7.3 0.72 0.70 0.68 0.70
Thermal heat losses % 24.78 24.59 24.06 24.47
Chemical heat losses % 1.8 2.7 1.8 2.1
Heat losses due to combustible constituents in the residue
%
0.5 0.5 0.5 0.5
Efficiency % 6.4.3 72.9 72.3 73.7 72.9 yes
Mean nominal heat to space kW 6.6 9.9 9.3 9.1 9.5 yes
Theoretical heating output kW A.5 9.6 9.3 9.1 9.3
Flue gas mass flow g/s 9.3 8.5 8.0 8.6
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Temperature safety test in accordance with A.4.9.1 and A.4.7 of NEN-EN 13240:2001 and NEN-EN 13240-A2:2004
§ Test Approved
Date (mm-dd-yy) 31-03-10
Test fuel
A.4.9.2.2.1 Fir timber
5*5
yes
Total load kg A.4.9.2.2.1 11.2 yes
Number of loads - 7
Settings of controls for:
- primary air
- secondary air
-
3mm
100%
Mean flue draught Pa 6.1 14.2 yes
Ambient temperature °C - 20.7
Max. surface temperature (above ambient)
Trihedron floor* K 5.6 36 n/a
Trihedron back wall (distance 70 cm) K 5.6 64 yes
Trihedron side wall (distance 60 cm) K 5.6 46 yes
Fuel storage container (bottom#) K 5.4 47 n/a
Loss of fire bed 4.2 no yes
Escape of harmful combustion gases 4.2 no yes
Damage on the appliance caused by the test 4.2 none yes
* Appliance must be placed on a non-combustible floor.
# Only one layer of wood permitted in fuel storage compartment.
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Appliance instructions in accordance with chapter 7 of NEN-EN 13240:2001 and NEN-EN 13240-A2:2004
Instructions Clause Approved
In the language of the country of intended destination
7.1 yes
Not in contradiction to the requirements and test results
7.1 yes
Contains the required information 7.2 yes (see note*)
Contains the required information 7.3 yes (see note**)
*) The following items as required in accordance with 7.2 are missing in the installation instructions: - NONE **) The following items as required in accordance with 7.3 are missing in the operating instructions:
- The use of the stove in combination with extractor fans; - The use of the stove at different weather types.
Marking in accordance with chapter 8 of NEN-EN 13240:2001 and NEN-EN 13240-A2:2004
Clause Approved
Permanently and legibly marked Readable
8 8
yes yes
Durable and abrasion proof No discoloration or detachment
8 8
yes yes
Contains the required information 8 yes (see note*)
- A copy of the type shield can be found in annex D of this test report.
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3. Authentication
Name and address of the principal:
Company Panadero Denia S.L.
Name Mr. M. Panadero
Address C/Abdon Atienza 29, Tarazona de la Mancha
Postal code and residence 02100 Albaceta
Country Spain
Names and functions of the cooperators:
J. Boot - Manager
J. Dekker - Consultant
R. van den Berg - Measurement technician
Names and establishments to which part of the research was put out to contract:
Not applicable
Date upon which, or period in which, the research took place:
March 2010
Signed by: Approved by:
J. Dekker J. Boot Consultant Manager Environmental Services
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Annex A
Installation and Operating manual of the appliance
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Annex B
Drawings of the appliance
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Annex C
Picture of the appliance
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Annex D
A copy of the type shield of the appliance
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Annex E
Measurements uncertainties Sampling/analysis methods used, measuring standards and uncertainties. Measurements marked with an asterisk are accredited by RvA Testing under no. L-092.
No. Component SGS Procedure/Standard Uncertainties 1)
Determination of the particulate
concentration
(gravimetric)
ENVI/L/05, dilution tunnel < ± 14% of measured value higher
than 5 mg/m3, when fluctuations in
gas flow > 10% may occur < ±
30%.
* Determination of the CO2
concentration (nondispersive
infrared)
EMM-006, 007, 030
conform NEN-ISO 12039
< ± 8%.
* Determination of the CO
concentration (nondispersive
infrared)
EMM-006, 008, 009, 013, 030
conform NEN-EN 15058
< ± 8%.
* Determination of the CxHy
concentration (equivalents of
C3H8) (FID)
EMM-010, 030
conform NEN-EN 13526
< ± 9%.
* Determination of the NOx
concentration (equivalents of NO2)
(Chemiluminescent)
EMM-011, 012, 030 conform
NEN-EN 14792
< ± 8%.
* Determination of the gas
temperature (thermocouple)
ENVI/L/03
conform ISO 8756, VDI/VDE 3511,
VDI/VDE 3512 Blatt 2
< ± 0.75% of the measured value
or ± 1.5 °C (largest value)
1) The stated uncertainties refer to the 95% confidence interval (2 sigma). The stated percentages are related to the
actual measurement results, unless indicated otherwise.
SGS Nederland B.V.. Malledijk 18 P.O. Box 200 3200 AE Spijkenisse The Netherlands t+31 (0)181 69 33 33 f+31 (0)181 62 35 66 www.sgs.nl
R.C. Rotterdam No. 24226722 Member of the SGS Group
All orders are executed only in accordance with the latest version of our conditions filed at the Rotterdam District Court or the General Cargo Survey and
Inspection Conditions, last version, filed at the Rotterdam District Court and at the Chamber of Commerce in Rotterdam. Upon request the conditions will be sent to you.
Informative
Clause Test 1 Test 2 Test 3
Mean of 3
tests
Mean flue spigot temperature °C 360 368 370 366
Part of report: R_10_15_13 CE final