Morsø 2B Classic 2020 Manual
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Morsø 2B Classic 2020 Manual

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Table of Contents

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CERTIFICATION TEST REPORT
Report no.:
300-ELAB-2526-EPA Rev4 110821
Requested by:
Product:
Sample:
Test period:
Procedure
Result:
Remarks:
Terms:
Issued:
Signature:
Jes Sig Andersen
2021.08.11 11:06:34 +02'00'
Company:
Address:
Postcode/town:
Country:
Email:
Web:
Wood heater type: Morsø 2B Classic 2020
Receipt at DTI, Aarhus:
Date of testing:
Testing of a wood heater in accordance with DTI method "ELAB-PP-BR-15" based on
a relevant selection of standards and methods:
ASTM E2515-11
ASTM E3053-17 (Cordwood)
US EPA Method 28R in combination with ASTM E2780-10 (Cribwood)
CSA B415.1-10
EPA Communication on alternative method for Cordwood testing
The stove/ meets the requirements of NSPS §40 CFR Part 60.
See paragraph 2 - Remarks.
Accredited testing was carried out in compliance with international requirements, and the
general terms and conditions of The Danish Technological Institute. The test results apply to
the tested products only. This test report may be reproduced in extract only if the laboratory
has approved the extract in writing. Danish Technological Institute is an EU Notified Body with
identification number 1235 and DIN Certco test laboratory, PL 168.
11. August 2021, Danish Technological Institute, Aarhus, Stoves&Boiler test lab
Jes Sig Andersen
Senior Specialist
Morsø Jernstøberi A/S
Furvej 19
DK-7900 Nykøbing Mors
Denmark
info@morsoe.com
www.morsoe.com
1. September 2020
2.-4. September 2020
Max Bjerrum
Quality Assurance
Teknologiparken
Kongsvang Allé 29
DK-8000 Aarhus C
+45 72 20 20 00
info@dti.dk
www.dti.dk
Page 1 of 49
Init.: JSA/
Order no.: 946206
No. of appendices: 35
Yes
Yes
No
Yes
Yes
Test reg. no. 300

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Summary of Contents for Morsø 2B Classic 2020

  • Page 1 DK-7900 Nykøbing Mors Country: Denmark Email: info@morsoe.com Web: www.morsoe.com Product: Wood heater type: Morsø 2B Classic 2020 Sample: Receipt at DTI, Aarhus: 1. September 2020 Test period: Date of testing: 2.-4. September 2020 Procedure Testing of a wood heater in accordance with DTI method “ELAB-PP-BR-15” based on...

  • Page 2: Table Of Contents

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 2 of 49 Introduction......................... 4 General ........................... 4 Report revision history overview ..................4 Revision 1 changes ......................4 Revision 2 changes ......................4 Revision 3 changes ......................4 Revision 4 changes ......................5 List of Issues found (ref.
  • Page 3 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 3 of 49 Remarks ..................36 Start-up operation ................36 Sampling arrangement ....................36 Fluepipe and chimney configuration................... 37 Sampling methods ......................38 Particulate extraction system.................... 38 Calculation of PM emission ....................38 Quality assurance .......................

  • Page 4: General

    4 of 49 General This report concerns testing of a free-standing cast iron wood heater, type Morsø 2B Classic 2020 The certification test report holds 35 annexes. From this 2. revision of the report, do not any longer distinguish between CBI and non-CBI reports. The same unitary report applies for all purposes, meaning only one version of the report is issued.

  • Page 5: Revision 4 Changes

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 5 of 49 • Revised annex 34, Manufacturers’ QA plan, showing on page 4 where and how to check the action of the air controls, again emphasizing that the minimum primary air controls setting is 0,75 turn corresponding to a gap between the spinner and the door on approximately 1 mm •...
  • Page 6 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 6 of 49 rate categories were properly achieved, any data not used in the calculations and, for any test runs not completed, the data that were collected and the reason that the test run was not completed.
  • Page 7 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 7 of 49 the test run and the reason(s) that the test run was not completed and why." Page 54-56, Date just This was a typo that has Annex 3 Annex 3 says, needs to be been corrected.

  • Page 8: Scope Of Testing

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 8 of 49 HF1 was If the TR is There are no fewer than 6 Clause 3.2 omitted and we being modified, references to the fact that on page 10; see the then please HF1 was excluded due to...

  • Page 9: Description Of The Wood Heater

    The stove is not equipped with a catalyst. The landscape type of firebox is deeper that its wide, accommodation up to half a meter wood logs. Variants: At the time of testing there was no known variants of the 2B Classic 2020 wood heater. Description of the wood heater Appliance Manufacturer: Morsø...
  • Page 10 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 10 of 49 Air Introduction System: Air enters the firebox through a spin-draft located at the front of the appliance at the top of the fuel-loading door. Secondary air enters the appliance through the upper back and supplies a three-step, tiered hollow baffle.

  • Page 11: Test Schedule

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 11 of 49 Test schedule The full certification test comprises three HF test runs, one MF test run and one LF test run. Date Test I Test II Remarks 2-9-2020 HF test LF test Both tests valid, however the HF filters clogged...
  • Page 12 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 12 of 49 Post The mass combusted during the last 30 minutes of the LF test was 736,6-675,2 = Check 61,4 grams, thus rendering the LF test valid with respect to the fire out criteria of no less the 50 g combusted during half an hour.
  • Page 13 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 13 of 49 CS and HF1 (#1) proportional sampling rate variation as per ASTM E2515 clause 9.8.1 300-ELAB-2526-EPA Rev4 110821...
  • Page 14 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 14 of 49 LF (#2) proportional sampling rate variation as per ASTM E2515 clause 9.8.1 CS+HF+LF Filter temperatures 02-09-2020 [ºC] Main train filters clogging Ambient Main train Spilt train 1. hour Split train remaining time Evidence of filter temperature maintained in-between 26,7-32,2 ο...

  • Page 15: Duct Traverse Data 2. September 2020

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 15 of 49 Mean Surface Surface Surface Surface Surface temp Flue gas temperature temperature temperature temperature temperature Time Temperature Right side ο ο ο ο ο ο ο Top ( Rear ( Left side ( Bottom (...

  • Page 16: Summary Of The Cs+Hf And Mf Tests The 03-09-2020

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 16 of 49 Summary of the CS+HF and MF tests the 03-09-2020 Data logger file Id: 2020-09-03_08-30-28 11:34:00 Ignition of the Cold Start part test using the gas torch for 60 seconds. The air valve is set in position 100% open (full action 3 and one quarter revolution).
  • Page 17 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 17 of 49 Medium Fire test (#4) 2020-09-03 Weight Flue T 13:14 14:26 15:38 Time [hh:mm] CS and HF2 proportional rate variation [%] 11:34 11:44 11:54 12:04 12:14 12:24 12:34 12:44 12:54 13:04...
  • Page 18 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 18 of 49 MF proportional rate variation [%] MF (#4) proportional sampling rate variation as per ASTM E2515 clause 9.8.1 CS+HF+MF Filter temperatures 03-09-2020 [ºC] 32,0 30,0 28,0 26,0 24,0 End of HF test at 13:04:51 22,0 20,0...

  • Page 19: Duct Traverse Data The 3. September 2020

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 19 of 49 Based on the evidence presented above, DTI declares test runs #3 (cold start and high fire 2) and #4 (medium fire test) were determined to be as well appropriate as valid.

  • Page 20: Summary Of Cs+Hf Test The 4-09-2020

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 20 of 49 Summary of CS+HF test the 4-09-2020 Data logger file Id: 2020-09-04_09-16-26 10:05:58 Ignition of the Cold Start part test using the gas torch for 55 seconds. The air valve is set in position 100% open (full action 3 and one quarter revolution).
  • Page 21 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 21 of 49 CS+HF3 proportional rate variation [%] 10:05 10:15 10:25 10:35 10:45 10:55 11:05 11:15 11:25 CS and HF3 (#5) proportional sampling rate variation as per ASTM E2515 clause 9.8.1 CS+HF Filter temperatures 04-09-2020 32,0 30,0...

  • Page 22: Duct Traverse Data The 4. September 2020

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 22 of 49 Surface Surface Surface Surface Surface Flue gas temperature temperature temperature temperature temperature Time Temperature Right side ο ο ο ο ο ο Top ( Rear ( Left side ( Bottom ( 11:34:00 23,4...
  • Page 23 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 23 of 49 observed that the particulate specimen was quite sticky, which is the closest we can get to an explanation why the filter clogged. On earlier occasion where we have seen the Teflon-filters clogging, it also happened close to an hour into the test, either shortly before or shortly after changing of the filters in the split sampling train.

  • Page 24: Adec 18 Aac 50.077 Compliance (Fairbanks Proof)

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 24 of 49 Summary of test results Overall Emission Overall Heat First hour emission of CO efficiency Test run Test Burn rate output emission rate (g/h) (g/MJ) (%) at number designation (Kg/h) (BT/h) at...

  • Page 25: Csa Hf1 Pm Report (#1)

    *) HF1 is discarded of in the weighted average calculations CSA HF1 PM report (#1) DTI HF1 PM calc Manufacturer: Morsø Technicians: -Jes Sig Andersen Model: 2B Classic 2020 -Rene Lyngsø Hvidberg Date: 09-02-20 Run: Control #: Fully open Test Duration:...

  • Page 26: Csa Hf1 Co, Ho, Eff Report (#1)

    26 of 49 Version 2,4 15-04-2010 CSA HF1 CO, HO, EFF report (#1) DTI, HF1 CO Calculation Manufacturer: Morsø Technicians: -Jes Sig Andersen Model: 2B Classic 2020 -Rene Lyngsø Hvidberg Date: 09-02-20 Run: Control #: Fully open Test Duration: 72,5165...

  • Page 27: Csa Lf Report (#2)

    27 of 49 Version 2,4 15-04-2010 CSA LF report (#2) DTI, LF Calculation Manufacturer: Morsø Technicians: -Jes Sig Andersen Model: 2B Classic 2020 -Rene Lyngsø Hvidberg Date: 2nd Sept 2020 Run: Control #: Closed to 3/4 rev. Test Duration: 313,0681667...

  • Page 28: Csa Hf2 Pm Report (#3)

    Page 28 of 49 CSA HF2 PM report (#3) DTI, HF2 PM Calculation Manufacturer: Morsø Technicians: -Jes Sig Andersen -Rene Lyngsø Hvidberg Model: 2B Classic 2020 Date: 09-03-20 Run: Control #: Fully open Test Duration: 91,02183333 Output Category: High fire Test Results in Accordance with CSA B415.1-10...

  • Page 29: Csa Hf2 Co, Ho, Eff Report (#3)

    Page 29 of 49 CSA HF2 CO, HO, EFF report (#3) DTI, HF2 CO Calculation Manufacturer: Morsø Technicians: -Jes Sig Andersen Model: 2B Classic 2020 -Rene Lyngsø Hvidberg Date: 09-03-20 Run: Control #: Fully open Test Duration: 69,51649999 Output Category: High fire Test Results in Accordance with CSA B415.1-10...

  • Page 30: Csa Mf Report (#4)

    30 of 49 CSA MF report (#4) DTI, MF Calculation Manufacturer: Morsø Technicians: -Jes Sig Andersen -Rene Lyngsø Hvidberg Model: 2B Classic 2020 Date: 3rd Sept 2020 Run: Control #: set at 1 and 1/4 rev open Test Duration: 203,0461667 Output Category: Medium fire Test Results in Accordance with CSA B415.1-10...

  • Page 31: Csa Hf3 Pm Report (#5)

    Page 31 of 49 CSA HF3 PM report (#5) DTI, HF3 PM Calculation Technicians: Manufacturer: Morsø -Jes Sig Andersen -Rene Lyngsø Hvidberg Model: 2B Classic 2020 Date: 09-04-20 Run: Control #: Fully open Test Duration: 86,52133334 Output Category: High fire Test Results in Accordance with CSA B415.1-10...

  • Page 32: Csa Hf3 Co, Ho, And Eff Report (#5)

    CSA HF3 CO, HO, and EFF report (#5) DTI, HF3 CO Calculation Manufacturer: Morsø Technicians: -Jes Sig Andersen -Rene Lyngsø Hvidberg Model: Date: 2B Classic 2020 Run: Control #: Fully open Test Duration: 61,0135 Output Category: High fire Test Results in Accordance with CSA B415.1-10...

  • Page 33: Weighted Avg. Calculation (Lf#2, Hf2#3, Mf#4, Hf3#5)

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 33 of 49 Weighted avg. calculation (LF#2, HF2#3, MF#4, HF3#5) Morsø 2B Classic Model name 2020 Usable Firebox Volume - ft 0,686 Convection air fan Average for Each Test Run Category Burn Rate - kg/h DB* 0,61 0,92...

  • Page 34: Test Facility Conditions

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 34 of 49 Test facility conditions DTI is located at Kongsvangs Allé 29, DK-8000 Århus Denmark, at sea level. Latitude North: 56,1374 Longitude East: 10,1864 Altitude above sea level: 15 meters Test facility room temperature, relative humidity and barometric pressure is monitored by the software TERMOGUARD REPORT Copyright Thermoguard Deutchland / Johannes Schmitt Fuel properties...
  • Page 35 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 35 of 49 Summary of test fuel load properties Core 1 Core 2 Core 3 Remainder Remainder Rem1/Rem 2 ratio [%] HF1 mass (kg) 0,598 0,633 0,700 1,224 HF1 moist. (% DB) 18,5 20,0 18,8...

  • Page 36: Remarks

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 36 of 49 Remarks The certification tests were accomplished in accordance with the manufacturers written test instruction for the lab (please find enclosed in annex 11), the ASTM E3035-17 Cordwood test standard, the EPA ALT125 letter and the ASTM E2515-11 dilution tunnel and sampling standard.

  • Page 37: Fluepipe And Chimney Configuration

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 37 of 49 Fluepipe and chimney configuration The chimney is composed by single wall uninsulated black painted steel fluepipe in combination with half insulated system steel chimney compliant with ASTM E3053-17 clause 6.3 The single wall fluepipe extends to 2,50 m above the test rig floor.

  • Page 38: Particulate Extraction System

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 38 of 49 Particulate extraction system The particulate matter is sampled in accordance with ASTM E2515-11. Two identical sampling trains are placed at angular position to each other. The sampling trains consists each of a set of front and back Pall type 1235 Al 47 mm in-line filter holders.

  • Page 39: Documentation Material

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 39 of 49 Documentation material: Assembly drawings in annex 26 Parts drawings in annex 27a Spare parts drawing in annex 27b Materials sheets in annex 28 Label(s) in annex 29 Picture(s) in annex 30 User’s manual North America in annex 31a User’s manual Canada (in French language) in annex 31b...

  • Page 40: Internal Correction Of Gasmeters

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 40 of 49 Internal correction of gasmeters The Vögtlin Red-Y gasmeters have internal correction to as well normal temperature (here 0-degree C) and to pressure (here 1013 hPa) Consequently, in the calculations, the gasmeter temperature and pressure is entered as 0 degr C respectively 1013 hPa.
  • Page 41 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 41 of 49 High fire High fire Medium High fire 3 Low fire fire Date 2-9-2020 2-9-2020 3-9-2020 3-9-2020 4-9-2020 Run Number ASTM 3053 Emission Rate g/Hr. ASTM E3053 Emissions – First Hour (g/hr) ASTM 3053...

  • Page 42: Pre-Conditioning

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 42 of 49 Pre-conditioning The stove had been aged more than 50 hours at the client’s internal test lab prior to the certification test. Please find the documentation of pre-conditioning amended in annex 2 300-ELAB-2526-EPA Rev4 110821...

  • Page 43: Data, Hf1 (#1) Test Run 2

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 43 of 49 Data, HF1 (#1) test run 2 of September 2020 Parameter Value Unit Pitot factor (F_p) 0,92 Dynamic pressure duct, Pd 30,8 Static pressure duct, Ps 48,8 Date of testing 02-09-2020 dd-mm-yyyy Start of Cold start test...

  • Page 44: Data, Lf (#2) Test Run 2

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 44 of 49 Data, LF (#2) test run 2 of September 2020 Parameter Value Unit Pitot factor (F_p) 0,92 Dynamic pressure duct, Pd 30,8 Static pressure duct, Ps 47,1 Date of testing 02-09-2020 dd-mm yyyy Start of test...

  • Page 45: Data, Hf2 (#3) Test Run 3

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 45 of 49 Data, HF2 (#3) test run 3 of September 2020 Parameter Value Unit Pitot factor (F_p) 0,92 Dynamic pressure duct, Pd 30,5 Static pressure duct, Ps 47,1 Date of testing 03-02-2020 dd-mm-yyyy Start of Cold start test...

  • Page 46: Data, Mf (#4) Test Run 3

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 46 of 49 Data, MF (#4) test run 3 of September 2020 Parameter Value Unit Pitot factor (F_p) 0,92 Dynamic pressure duct, Pd 29,8 Static pressure duct, Ps 46,0 Date of testing 03-09-2020 dd-mm-yyyy Start of test...

  • Page 47: Data, Hf3 (#5) Test Run 4

    Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 47 of 49 Data, HF3 (#5) test run 4 of September 2020 Parameter Value Unit Pitot factor (F_p) 0,92 Dynamic pressure duct, Pd 30,8 Static pressure duct, Ps 48,8 Date of testing 02-09-2020 dd-mm-yyyy Start of Cold start test...
  • Page 48 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 48 of 49 Testing was carried out at test rig C. (EPA setup) Instrument number Instrument Traceability Test rig C Scale, Mettler, 600 kg, KC 600 ELAB 270-A-1638 Thermo couples, EPA sampling train ELAB Id No.
  • Page 49 Report No.: 300-ELAB-2526-EPA Rev4 110821 Date: 11.08.2021 Initials: JSA/ Page 49 of 49 Vacuum meter (-D) DANAK 200 Id No. 145076 (Split train) Vacuum meter (-R) DANKA 200 Id No. 145077 (Room) Pressure meter (-H) DANAK 200 Id No. 145078 (Main train) Pressure meter (-D) DANAK 200...

  • Page 50: Annexes

    Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 1 Title: Alt-125 Acceptance letter of cordwood testing Pages total: 3, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 51 Annex 1 (3 pages)
  • Page 54 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 2 Title: Documentation of aging Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 55 Annex 2 Morsø 2B Classic 2020 pre-test conditioning Last 50+ hours at medium burnrate Date Time Fuel added Fuel moisture Flue gas temperature dd.mm.yyyy (hour) (kg) (% wet basis) (C°) 28.08.2020 1,53 ≈10/20,1 23,16 0,53 3,237 17,5 160,63 183,86 1,77...
  • Page 56 Annex 2 0,58 3,171 15,8 161,05 161,83 1,88 3,882 183,46 145,67 108,64 51,17 38,11 33,91 31,78 30,89 30,63 30,54 21.08.2020 1,525 ≈10/17,5 24,17 0,51 3,214 18,4 152,75 200,91 1,71 3,812 18,9 180,6 131,42 85,98 46,3 36,66 33,12 32,14 30,93 29,94 30,85...
  • Page 57 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 3 Title: Sequence of images, course of testing the 2 September 2020 Pages total: 3, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 58 Sequence of images from the tests, the 2 September 2020 Annex 3 1) Aged 2B Classic 2020 on the test rig 2) Supply of natural Beech wood logs 3) Pre-selection of wood logs 4) Measurement of surface temp (5 in total)
  • Page 59 Sequence of images from the tests, the 2 September 2020 Annex 3 9) Measurement of air velocity prior 10) Bed of embers at the end of the Cold start 11) Firebed shortly after loading the HF batch 12) Clogged first pair of HF filers 13) Bed of embers at the end of the HF test 14) Shortly after loading the LF fuel load...
  • Page 60 Sequence of images from the tests, the 2 September 2020 Annex 3 15) Temp controlled sampling lines 16) Intermediate air velocity measurement 17) Air velocity measurement at the end 18) Insulated part of the measurement section and the hood. No visible smoke detected.
  • Page 61 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 4 Title: Sequence of images, course of testing the 3 September 2020 Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 62 Sequence of images from the tests, the 3rd of September 2020 Annex 4 1) Preparation of wood logs 2) Kindling, start-up fuel and HF and MF loads 3) Arrangement of kindling and SU fuel 4) Air velocity measurement prior 5) Bed of embers at the end of the Cold Start 6) Firebed shortly after loading the HF fuel load 7) Intermediate air velocity measurement 8) Bed of embers at the end of the HF test...
  • Page 63 Sequence of images from the tests, the 3rd of September 2020 Annex 4 9) Air velocity measurement, end of the MF test 10) Platform scale, end mass of the MF test...
  • Page 64 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 5 Title: Sequence of images, course of testing the 4 September 2020 Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 65 Sequence of images from the test, the 4 September 2020 Annex 5 1) Kindling, SU fuel and HF fuel load line up 2) Record of HF fuel moisture 3) Arrangement of HF fuel load 4) Air velocity measurement prior 5) Arrangement of kindling and SU fuel 6) Ignition from the top 7) Bed of embers at the end of the Cold start 8) Air velocity measurement end of the HF test...
  • Page 66 Sequence of images from the test, the 4 September 2020 Annex 5 9) Preparation of seals 10) Sealed 2B Classic 2020 stove...
  • Page 67 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 6 Title: HF1 Cordwood fuel load calculator (Imperial and metrics) Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 68 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 10 lb/ft Nominal Load Density Imperial units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For All Usable Firebox Volumes - High Fire Test Only Nominal Required Load Density (wet basis) 10,000...
  • Page 69 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 10 lb/ft Nominal Load Density Metric units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For All Usable Firebox Volumes - High Fire Test Only Nominal Required Load Density (wet basis) 160,185...
  • Page 70 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 7 Title: LF Cordwood fuel load calculator (Imperial and metrics) Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 71 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 12 lb/ft Nominal Load Density Imperial units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For Usable Firebox Volumes up to 3.0 ft - Low and Medium Fire Nominal Required Load Density (wet basis)
  • Page 72 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 12 lb/ft Nominal Load Density Metric units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For Usable Firebox Volumes up to 3.0 ft - Low and Medium Fire Nominal Required Load Density (wet basis)
  • Page 73 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 8 Title: HF2 Cordwood fuel load calculator (Imperial and metrics) Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 74 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 10 lb/ft Nominal Load Density Imperial units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For All Usable Firebox Volumes - High Fire Test Only Nominal Required Load Density (wet basis) 10,000...
  • Page 75 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 10 lb/ft Nominal Load Density Metric units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For All Usable Firebox Volumes - High Fire Test Only Nominal Required Load Density (wet basis) 160,185...
  • Page 76 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 9 Title: MF Cordwood fuel load calculator (Imperial and metrics) Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 77 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 12 lb/ft Nominal Load Density Imperial units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For Usable Firebox Volumes up to 3.0 ft - Low and Medium Fire Nominal Required Load Density (wet basis)
  • Page 78 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 12 lb/ft Nominal Load Density Metric units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For Usable Firebox Volumes up to 3.0 ft - Low and Medium Fire Nominal Required Load Density (wet basis)
  • Page 79 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 10 Title: HF3 Cordwood fuel load calculator (Imperial and metrics) Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 80 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 10 lb/ft Nominal Load Density Imperial units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For All Usable Firebox Volumes - High Fire Test Only Nominal Required Load Density (wet basis) 10,000...
  • Page 81 Adjunct to ASTM E3053 Wood Heater Cordwood Test Method - May 10, 2017 Version Cordwood Fuel Load Calculators - 10 lb/ft Nominal Load Density Metric units Core 45-65% of Total Load Weight, Remainder 35-55% of Total Load Weight Values to be input manually For All Usable Firebox Volumes - High Fire Test Only Nominal Required Load Density (wet basis) 160,185...
  • Page 82 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 11 Title: Manufacturers instruction for testing procedure Pages total: 4, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk , phone +45 7220 2000...
  • Page 83 Annex 11 (4 pages) Manufacturers instruction for testing procedure according to ASTM E3053-17 Morsø 2B Classic 2020 High Fire Procedure Test Fuel: Recommended test fuel species is beech. The guidelines of the Cordwood standard E3053-17 are followed in regards of moisture content and weight ratios for kindling, startup, core and sub loads.
  • Page 84 Annex 11 (4 pages) If there is too much wood in the stack to comply with this, then take the remaining kindling pieces and lay next to the main stack. Front Load ignition Set the air controller at maximum setting and fully open the stove door. Maximum setting is 3¼ turns on the primary air control spinner Build the start-up and kindling wood-stack as described.
  • Page 85 Annex 11 (4 pages) High Fire Load sample High Fire Load sample Arrangement Nominal length 12’’ The High Fire fuel load consist of four pieces. The preferred configuration of the load is a bottom layer of two pieces and second layer on top with two pieces. The load should be stacked compact without much air between each piece.
  • Page 86 Annex 11 (4 pages) The usable firebox volume is 0.686199 ft (0,019431 m Low and Medium Fire loading and ignition: The Low and Medium Fire test is much like the High Fire, regarding both test procedure and load arrangement. The Low/Medium Fire fuel load consist of five pieces. The preferred configuration of the load is a bottom layer of three pieces and second layer on top with two pieces.
  • Page 87 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 12 Title: Manufacturers description of the wood heater Pages total: 1, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 88 Annex 12 (1 page) WOOD HEATER INFORMATION Appliance Manufacturer: Morsø Jernstøberi A/S Wood Stove Model: 2B Classic 2020 Type: Freestanding, radiant-type wood fired room heater. WOOD HEATER DESCRIPTION Materials of Construction: The unit is constructed primarily of cast iron with a stainless-steel secondary combustion air supplying baffle.
  • Page 89 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 13 Title: Chimney configuration Pages total: 1, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 91 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 14 Title: DTI Cordwood test procedure (CBI) Pages total: 26, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 92 Annex 14 (26 pages) EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 1 af 26 Indhold FORMÅL ............................ 2 GYLDIGHEDSOMRÅDE ......................... 2 ANSVARSFORHOLD ........................2 Procedure for partikelmåling til EPA godkendelse ................2 Indledning .......................... 2 4.1.1 Definitioner........................3 4.1.2 Prøveudtagning, emne ....................

  • Page 93: Formål

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 2 af 26 Samtidig bestemmelse af Virkningsgrad, varmeydelse og emission af CO ........14 Afrapportering ........................14 Registrering af måledata ..................... 15 Beregninger ..........................15 Beregninger for Cribwood....................15 Beregninger for Cordwood ....................15 Beregning for fortyndingstunnel (fælles) ................

  • Page 94: Definitioner

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 3 af 26 Der henvises i øvrigt til punkt 6, Referencer. 4.1.1 Definitioner -Cribwood; Prøveklodsen er sammensat af ’Cribs’, dvs savskåret Douglas træ på fast mål -Cordwood; Prøvebrændsel i form af naturlige brændekævler fra udvalgte løvtræssorter Se øvrige definitioner i de enkelte standarder.
  • Page 95 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 4 af 26 Pressure gauge, Autotran 700 ELAB 270-A-1632 (flue draught) Pressure gauge, Autotran 700 (Pd) ELAB Id No. 145065 Pressure gauge, Autotran 700 (Ps) ELAB 270-A-1634 Calibrator, Jofra 650 SE DANAK 200 270-A-0912 Scale, Mettler Toledo...

  • Page 96: Underleverandører

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 5 af 26 4.1.7 Underleverandører Der bruges kun underleverandører til kalibreringer. Opsætning af fortyndingstunnel og samplingslinje Proceduren er primært baseret på standarden ASTM E2515-11 ’Standard Test Method for Determination of Particulate Matter Emissions Collected by a Dilution Tunnel’ 4.2.1 Hastighed i fortyndingstunnel Forud for test skal der bestemmes hastighed i fortyndingstunnel indenfor intervallet 4-10 m/s (Normalt maksimalt 7 m/s).

  • Page 97: Partikelmåling

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 6 af 26 Ved den daglige kontrol af pitotrørets forbindelsesslanger efterses slanger for begyndende revnedannelse. Begges slanger fjernes fra trykmåler og blæses med trykluft for at fjerne begyndende tilstopning. 4.2.6 Partikelmåling Forud for hver prøvning skal der konditioneres og afvejes 4 stk.

  • Page 98: Klargøring Af Ovnen Generelt

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 7 af 26 4.3.1 Klargøring af ovnen generelt Der skal måles lækage på kold ovn. Herunder skal alle spjældgreb sættes i position ’lukket’. Hvis der er tilsigtede åbninger der ikke lukkes via spjæld, lukkes disse også og lækagen måles igen. Lækagen, måles ved at påføre et overtryk på...

  • Page 99: Klargøring Af Prøvebrændsel, Cordwood

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 8 af 26 Der benyttes bygningstømmer på nominelt mål 2”x4” og 4”x4”. Aktuel mål for 2”x4” skal være 38x89 mm ± 1,5 mm. Aktuel mål for 4”x4” skal være 89x89 mm ± 1,5 mm. Der skal desuden bruges afstandskloder af mål 130x40x20 mm ±...

  • Page 100: Klargøring Af Prøvestanden

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 9 af 26 For det enkelt brændestykke skal fugtindholdet ligge på 18-28% tør basis, tilsv. 15-21,3% våd basis. For den samlede brændemængde, skal middelfugtindholdet være på 19-25% tør basis, tilsv. 15,6-19,4% våd basis.

  • Page 101: Fyringsmønster Samt Betjening Af Ovnen, Cribwood

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 10 af 26 uisolerede stålrør fortsætter en isoleret sektion (25 mm isolering = halvisoleret skorsten) til en samlet højde af 4,60 m ± 0,30 m over gulvet. Måling af røgtemperatur skal foretages i en højde af 2,60 ± 0,15 m over gulvet, dvs nominelt 0,20 m oppe i den isolerede del af skorstenen.

  • Page 102: Prøveperioden

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 11 af 26 4.4.2 Prøveperioden Prøveperioden begynder når forfyringen er afsluttet som beskrevet ovenfor. Gasmålere aflæses, sonderne placeres i kanalen, vægten af grundglødelaget registreres, pumpen startes og der noters starttidspunktet. Brændeklodserne skal være påfyret senest 1 minut efter starttidspunktet, men i praksis altid hurtigst muligt, åbnes lågen og brændeklodserne arrangeres som indstuderet.

  • Page 103: Flere Prøver I Rækkefølge

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 12 af 26 8. Kontroller at ovnen har været i termisk ligevægt. Der må maksimalt være 70 graders forskel på middel overfladetemperaturen fra start til slut. 9. Kontroller at total emissionen afviger maksimalt 7,5% fra middelværdien eller forskellen på de 2 målinger er maksimalt 0,5 g/kg (Tør).

  • Page 104: Prøveperiode

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 13 af 26 Overgangen for forfyring til prøveperiode defineres ved et glødelag på 10-20% af prøvebrændets samlede masse på våd basis. Brug billed- eller video til at dokumentere glødelagets tilstand, ved overgangen fra forfyring til prøveperiode.

  • Page 105: Ekstra Prøver

    EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 14 af 26 I sjældne tilfælde er der ikke plads til at al træet kan placeres i fyrboksen. Hvis alt har været forsøgt, er det tilladt at undlade påfyring af det sidste stykke brænde, i overensstemmelse med E3053-17, clause 8.6.3.1.
  • Page 106 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 15 af 26 Registrering af måledata Flere steder kræves det at måledata skrives ned hvert 10 minut. Idet DTI benytter løbende periodisk dataopsamling, registreres alle data hver 30. sekund. Der beregnes 10 minutters værdier som middelværdi af data indenfor den pågældende 10 minutters periode.
  • Page 107 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 16 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 108 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 17 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 109 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 18 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 110 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 19 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 111 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 20 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 112 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 21 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 113 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 22 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 114 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 23 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 115 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 24 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 116 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 25 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 117 EPA procedure partikelmåling (ELAB-PP-BR-15) Procedurer CAL/INSP/TEST - Brændeovne Side 26 af 26 Dokid: 6411. Godkendt 02-11-2018 af Jes Sig Andersen...
  • Page 118 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 15 Title: Calibration certificates Pages total: 78, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 119 x ja Ja Nej 25-09-2020 09:57:22 This PDF document is only valid if digitally signed with the OCES digital signature for Max Bjerrum, Danish Technological Institute.
  • Page 123 TERMOMETRILABORATORIET TEKNOLOGISK INSTITUT Dato: 2019-09-10 Certifikat : 200-E-20811 Side: 2 af 3 KALIBRERINGSCERTIFIKAT Voltmeter: Udført på kabel mrk.1 i logger kanal 201 Område Referenceværdi Aflæsning Fejl Usikkerhed (Indstilling) 100 mV 0,000 mV 0,000 mV 1,0E-07 V 5,9E-07 V 100 mV 100,000 mV 100,004 mV 4,0E-06 V...
  • Page 124 TERMOMETRILABORATORIET TEKNOLOGISK INSTITUT Dato: 2019-09-10 Certifikat : 200-E-20811 Side: 3 af 3 KALIBRERINGSCERTIFIKAT Kalibrering af TC Type K : Udført på logger kanal 202 (*) Input Referenceværdi Aflæsning Fejl Usikkerhed (Simuleret TC-Temp.) 0,0000 mV 0,0 °C 0,3 °C 3,0E-01 °C 1,2E-01 °C 4,0920 mV 100,0 °C...
  • Page 125 Logbog/kontrol – Autotran 700/ACI tryktransmittere...
  • Page 126 Logbog/kontrol – Autotran 700/ACI tryktransmittere...
  • Page 127 Logbog/kontrol – Autotran 700/ACI tryktransmittere...
  • Page 131 x ja Ja Nej X*...
  • Page 157 å...
  • Page 196 æ æ å å æ å ” ” æ æ æ å ” ” æ æ æ å ” ” æ æ æ æ å ø å ø å å Ø...
  • Page 197 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 16 Title: HF1 ASTM PM calculations Pages total: 11, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 198 HF1 (#1) ASTM calculations Annex 16 (11 pages) Calculations PM ASTM E2780 and E2515 EN-NS-EPA-Ber 3-61 01-09-2020 MXB Manufacturer: Morsø Jernstøberi AS Type: 2 B Classic 2020 ELAB no.: 2526 Order number: #N/A Testdate: 02-09-2020 File Name: HF1 PM Calc Testrun: Fil dato og tid (Start): 02-09-20 08:43:32...
  • Page 199 HF1 (#1) ASTM calculations Annex 16 (11 pages) Total weight of fuel crip excluding nails, dry basis, kg E2780 M_Sdb 0 kg (dry basis) M_Cdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) Burn rate, kg (dry/h) E2780 M_FTAdb #REF!
  • Page 200 HF1 (#1) ASTM calculations Annex 16 (11 pages) Air velocity in tunnel at traverse measurements: E2515 1,00 (Direckt) 34,97 - 0,99 - ΔP_avg 3,14 mmVS P_Dynamisk 30,80 Pa 297,30 K T_Kanal 24,30 °C 762,01 mmHg 101601 Pa Ps_Tryk -49 Pa 29,00 g/g mole 297,30 1,00...
  • Page 201 HF1 (#1) ASTM calculations Annex 16 (11 pages) Air velocity in dilution tunnel during test charge E2515 0,9160 - 34,97 - 0,99 - Delta P_avg 3,13 mmVS P_Dynamisk 30,67 Pa 305,72 K 762,02 mmHg 29,00 g/g mole 305,72 0,9160 34,97 0,99 3,13 762,02...
  • Page 202 HF1 (#1) ASTM calculations Annex 16 (11 pages) Measurements sample train 1 entire charge E2515 0,72071 dcm 0,3855 K/mmHg 0,9953 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ...
  • Page 203 HF1 (#1) ASTM calculations Annex 16 (11 pages) Measurements sample train 2 first hour of charge E2515 0,42763 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ...
  • Page 204 HF1 (#1) ASTM calculations Annex 16 (11 pages) Measurements sample train 2 from 1 hour and rest of charge E2515 0,29852 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ...
  • Page 205 HF1 (#1) ASTM calculations Annex 16 (11 pages) Room blanc E2515 0,3855 K/mmHg V_mr 0,661741 dcm 1 Gasmåler Faktor P_bar 762,436 mmHg P_bar 1016,5 mBar Delta_H 0 mmVS 296,9059 K T_Gasmåler 23,9059 °C 762,4 13,6 V_mr(std) 0,3855 0,66174 V_mr(std) 0,65508 dscm 0,001 g/mg 1,71E-13 mg V_m_r(std)
  • Page 206 HF1 (#1) ASTM calculations Annex 16 (11 pages) Proportional Rate first 10 minutes E2515 θ 101,25 min V_mi 0,079205 l 6,60 m/s 300,6244 K T_si 304,4242 K 0,79 l V_si 6,62 m/s 305,7244 K T_mi 300,5668 K 101,25 0,08 6,60 300,6 6,62 305,7...
  • Page 207 HF1 (#1) ASTM calculations Annex 16 (11 pages) Notation and units E2780 Equation (1) M_Swb weight of all test fuel spacers, wet basis, kg FM_S average fuel moisture of all test fuel spacers, % dry basis M_Sdb weight of all test fuel spacers, dry basis, kg Equation (2) M_CPnwb weight of each test fuel piece n in fuel crip, excluding nails and spacers, wet basis, kg FM_CPn...
  • Page 208 HF1 (#1) ASTM calculations Annex 16 (11 pages) E2515 Equation (9) Adjustment factor for center of tunnel pitot tube placement Pitot Tube Constant 34,97 m/sec Pitot tube coefficient, dimentionless (assigned a value of 0.99) ΔP_avg mmVC Average velocity pressure in dilution tunnel, mm water Absolute average gas temperature in the dilution tunnel mm Hg Absolute average gas static pressure in dilution tunnel...
  • Page 209 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 17 Title: LF ASTM PM calculations Pages total: 11, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 210 Annex 17 (11 pages) Calculations PM ASTM E2780 and E2515 EN-NS-EPA-Ber 3-61 01-09-2020 MXB Manufacturer: Morsø Jernstøberi AS Type: 2B Classic 2020 ELAB no.: 2526 Order number: #N/A Testdate: 02-09-2020 File Name: LF 020920 Testrun: Fil dato og tid (Start):...
  • Page 211 Annex 17 (11 pages) Total weight of fuel crip excluding nails, dry basis, kg E2780 M_Sdb 0 kg (dry basis) M_Cdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) Burn rate, kg (dry/h) E2780 M_FTAdb #REF! kg (dry basis)
  • Page 212 Annex 17 (11 pages) Air velocity in tunnel at traverse measurements: E2515 1,00 (Direckt) 34,97 - 0,99 - ΔP_avg 3,14 mmVS P_Dynamisk 30,80 Pa 297,30 K T_Kanal 24,30 °C 760,13 mmHg 101351 Pa Ps_Tryk -49 Pa 29,00 g/g mole 297,30 1,00 34,97 0,99...
  • Page 213 Annex 17 (11 pages) Air velocity in dilution tunnel during test charge E2515 0,9160 - 34,97 - 0,99 - Delta P_avg 3,14 mmVS P_Dynamisk 30,84 Pa 302,71 K 760,15 mmHg 29,00 g/g mole 302,71 0,9160 34,97 0,99 3,14 760,15 29,00 6,59 m/s (V_scent) Average gas flow rate in dilution tunnel:...
  • Page 214 Annex 17 (11 pages) Measurements sample train 1 entire charge E2515 2,24598 dcm 0,3855 K/mmHg 0,9953 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 313,8 min V_mc 2,24598 V_mc 2,24598 dscm...
  • Page 215 Annex 17 (11 pages) Measurements sample train 2 first hour of charge E2515 0,42249 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 60 min V_mc 0,42249 V_mc...
  • Page 216 Annex 17 (11 pages) Measurements sample train 2 from 1 hour and rest of charge E2515 1,82311 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ...
  • Page 217 Annex 17 (11 pages) Room blanc E2515 0,3855 K/mmHg V_mr 2,049859 dcm 1 Gasmåler Faktor P_bar 760,5608 mmHg P_bar 1014 mBar Delta_H 0 mmVS 296,9807 K T_Gasmåler 23,9807 °C 760,6 13,6 V_mr(std) 0,3855 2,04986 V_mr(std) 2,02374 dscm 0,001 g/mg 0,1 mg V_m_r(std) 2,023737 dscm 0,001...
  • Page 218 Annex 17 (11 pages) Proportional Rate first 10 minutes E2515 θ 313,80 min V_mi 0,07871 l 6,59 m/s 300,7915 K T_si 313,1231 K 2,47 l V_si 6,67 m/s 302,7098 K T_mi 300,9513 K 313,80 0,08 6,59 300,8 6,67 302,7 102,013 -...
  • Page 219 Annex 17 (11 pages) Notation and units E2780 Equation (1) M_Swb weight of all test fuel spacers, wet basis, kg FM_S average fuel moisture of all test fuel spacers, % dry basis M_Sdb weight of all test fuel spacers, dry basis, kg Equation (2) M_CPnwb weight of each test fuel piece n in fuel crip, excluding nails and spacers, wet basis, kg FM_CPn...
  • Page 220 Annex 17 (11 pages) E2515 Equation (9) Adjustment factor for center of tunnel pitot tube placement Pitot Tube Constant 34,97 m/sec Pitot tube coefficient, dimentionless (assigned a value of 0.99) ΔP_avg mmVC Average velocity pressure in dilution tunnel, mm water Absolute average gas temperature in the dilution tunnel mm Hg Absolute average gas static pressure in dilution tunnel...
  • Page 221 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 18 Title: HF2 ASTM PM calculations Pages total: 11, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 222 Annex 18 (11 pages) Calculations PM ASTM E2780 and E2515 EN-NS-EPA-Ber 3-61 01-09-2020 MXB Manufacturer: Morsø Jernstøberi AS Type: 2 B Classic 2020 ELAB no.: 2526 Order number: #N/A Testdate: 03-09-2020 File Name: HF2 PM Calc Testrun: Fil dato og tid (Start): 03-09-20 08:30:55 Weight of test fuel spacers, dry basis, kg E2780...
  • Page 223 Annex 18 (11 pages) Total weight of fuel crip excluding nails, dry basis, kg E2780 M_Sdb 0 kg (dry basis) M_Cdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) Burn rate, kg (dry/h) E2780 M_FTAdb #REF! kg (dry basis)
  • Page 224 Annex 18 (11 pages) Air velocity in tunnel at traverse measurements: E2515 1,00 (Direckt) 34,97 - 0,99 - ΔP_avg 3,21 mmVS P_Dynamisk 31,50 Pa 299,50 K T_Kanal 26,50 °C 758,64 mmHg 101152 Pa Ps_Tryk -48 Pa 29,00 g/g mole 299,50 1,00 34,97 0,99...
  • Page 225 Annex 18 (11 pages) Air velocity in dilution tunnel during test charge E2515 0,9176 - 34,97 - 0,99 - Delta P_avg 3,11 mmVS P_Dynamisk 30,47 Pa 309,85 K 758,65 mmHg 29,00 g/g mole 309,85 0,9176 34,97 0,99 3,11 758,65 29,00 6,65 m/s (V_scent) Average gas flow rate in dilution tunnel:...
  • Page 226 Annex 18 (11 pages) Measurements sample train 1 entire charge E2515 0,6479 dcm 0,3855 K/mmHg 0,9953 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 90,85 min V_mc 0,6479 V_mc 0,6479 dscm...
  • Page 227 Annex 18 (11 pages) Measurements sample train 2 first hour of charge E2515 0,4273 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 60 min V_mc 0,4273 V_mc...
  • Page 228 Annex 18 (11 pages) Measurements sample train 2 from 1 hour and rest of charge E2515 0,22059 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ...
  • Page 229 Annex 18 (11 pages) Room blanc E2515 0,3855 K/mmHg V_mr 0,593645 dcm 1 Gasmåler Faktor P_bar 759,0607 mmHg P_bar 1012 mBar Delta_H 0 mmVS 297,1364 K T_Gasmåler 24,1364 °C 759,1 13,6 V_mr(std) 0,3855 0,59364 V_mr(std) 0,58462 dscm 0,001 g/mg -1,14E-13 mg V_m_r(std) 0,584617 dscm -1E-13...
  • Page 230 Annex 18 (11 pages) Proportional Rate first 10 minutes E2515 θ 90,85 min V_mi 0,07927 l 6,65 m/s 300,7063 K T_si 301,7788 K 0,71 l V_si 6,61 m/s 309,8505 K T_mi 301,0983 K 90,85 0,08 6,65 300,7 6,61 309,9 98,7147 -...
  • Page 231 Annex 18 (11 pages) Notation and units E2780 Equation (1) M_Swb weight of all test fuel spacers, wet basis, kg FM_S average fuel moisture of all test fuel spacers, % dry basis M_Sdb weight of all test fuel spacers, dry basis, kg Equation (2) M_CPnwb weight of each test fuel piece n in fuel crip, excluding nails and spacers, wet basis, kg FM_CPn...
  • Page 232 Annex 18 (11 pages) E2515 Equation (9) Adjustment factor for center of tunnel pitot tube placement Pitot Tube Constant 34,97 m/sec Pitot tube coefficient, dimentionless (assigned a value of 0.99) ΔP_avg mmVC Average velocity pressure in dilution tunnel, mm water Absolute average gas temperature in the dilution tunnel mm Hg Absolute average gas static pressure in dilution tunnel...
  • Page 233 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 19 Title: MF ASTM PM calculations Pages total: 11, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 234 Annex 19 (11 pages) Calculations PM ASTM E2780 and E2515 EN-NS-EPA-Ber 3-61 01-09-2020 MXB Manufacturer: Morsø Jernstøberi AS Type: 2 B Classic 2020 ELAB no.: 2526 Order number: #N/A Testdate: 03-09-2020 File Name: MF PM Calc Testrun: Fil dato og tid (Start): 03-09-20 08:30:55 Weight of test fuel spacers, dry basis, kg E2780...
  • Page 235 Annex 19 (11 pages) Total weight of fuel crip excluding nails, dry basis, kg E2780 M_Sdb 0 kg (dry basis) M_Cdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) Burn rate, kg (dry/h) E2780 M_FTAdb #REF! kg (dry basis)
  • Page 236 Annex 19 (11 pages) Air velocity in tunnel at traverse measurements: E2515 1,00 (Direckt) 34,97 - 0,99 - ΔP_avg 3,21 mmVS P_Dynamisk 31,50 Pa 299,50 K T_Kanal 26,50 °C 758,64 mmHg 101152 Pa Ps_Tryk -48 Pa 29,00 g/g mole 299,50 1,00 34,97 0,99...
  • Page 237 Annex 19 (11 pages) Air velocity in dilution tunnel during test charge E2515 0,9176 - 34,97 - 0,99 - Delta P_avg 3,03 mmVS P_Dynamisk 29,70 Pa 304,80 K 758,66 mmHg 29,00 g/g mole 304,80 0,9176 34,97 0,99 3,03 758,66 29,00 6,51 m/s (V_scent) Average gas flow rate in dilution tunnel:...
  • Page 238 Annex 19 (11 pages) Measurements sample train 1 entire charge E2515 1,42373 dcm 0,3855 K/mmHg 0,9953 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 203,6333 min V_mc 1,42373 V_mc 1,42373 dscm...
  • Page 239 Annex 19 (11 pages) Measurements sample train 2 first hour of charge E2515 0,42274 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 60 min V_mc 0,42274 V_mc...
  • Page 240 Annex 19 (11 pages) Measurements sample train 2 from 1 hour and rest of charge E2515 1,00106 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ...
  • Page 241 Annex 19 (11 pages) Room blanc E2515 0,3855 K/mmHg V_mr 1,329355 dcm 1 Gasmåler Faktor P_bar 759,0607 mmHg P_bar 1012 mBar Delta_H 0 mmVS 297,3879 K T_Gasmåler 24,3879 °C 759,1 13,6 V_mr(std) 0,3855 1,32935 V_mr(std) 1,30803 dscm 0,001 g/mg 8,53E-14 mg V_m_r(std) 1,308033 dscm 8,5E-14...
  • Page 242 Annex 19 (11 pages) Proportional Rate first 10 minutes E2515 θ 203,63 min V_mi 0,07623 l 6,51 m/s 300,9938 K T_si 312,3815 K 1,57 l V_si 6,66 m/s 304,8028 K T_mi 301,185 K 203,63 0,08 6,51 6,66 304,8 98,8951 -...
  • Page 243 Annex 19 (11 pages) Notation and units E2780 Equation (1) M_Swb weight of all test fuel spacers, wet basis, kg FM_S average fuel moisture of all test fuel spacers, % dry basis M_Sdb weight of all test fuel spacers, dry basis, kg Equation (2) M_CPnwb weight of each test fuel piece n in fuel crip, excluding nails and spacers, wet basis, kg FM_CPn...
  • Page 244 Annex 19 (11 pages) E2515 Equation (9) Adjustment factor for center of tunnel pitot tube placement Pitot Tube Constant 34,97 m/sec Pitot tube coefficient, dimentionless (assigned a value of 0.99) ΔP_avg mmVC Average velocity pressure in dilution tunnel, mm water Absolute average gas temperature in the dilution tunnel mm Hg Absolute average gas static pressure in dilution tunnel...
  • Page 245 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 20 Title: HF3 ASTM PM calculations Pages total: 11, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 246 Annex 20 (11 pages) Calculations PM ASTM E2780 and E2515 EN-NS-EPA-Ber 3-61 01-09-2020 MXB Manufacturer: Morsø Jernstøberi AS Type: 2B Classic 2020 ELAB no.: 2526 Order number: #N/A Testdate: 04-09-2020 File Name: HF3 PM Calc Testrun: Fil dato og tid (Start):...
  • Page 247 Annex 20 (11 pages) Total weight of fuel crip excluding nails, dry basis, kg E2780 M_Sdb 0 kg (dry basis) M_Cdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) M_FTAdb #REF! kg (dry basis) Burn rate, kg (dry/h) E2780 M_FTAdb #REF! kg (dry basis)
  • Page 248 Annex 20 (11 pages) Air velocity in tunnel at traverse measurements: E2515 1,00 (Direckt) 34,97 - 0,99 - ΔP_avg 2,94 mmVS P_Dynamisk 28,80 Pa 300,40 K T_Kanal 27,40 °C 759,04 mmHg 101205 Pa Ps_Tryk -45 Pa 29,00 g/g mole 300,40 1,00 34,97 0,99...
  • Page 249 Annex 20 (11 pages) Appendix 4-4 Air velocity in dilution tunnel during test charge E2515 0,9167 - 34,97 - 0,99 - Delta P_avg 3,04 mmVS P_Dynamisk 29,83 Pa 310,69 K 759,03 mmHg 29,00 g/g mole 310,69 0,9167 34,97 0,99 3,04 759,03 29,00 6,58...
  • Page 250 Annex 20 (11 pages) Measurements sample train 1 entire charge E2515 0,60994 dcm 0,3855 K/mmHg 0,9953 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 86,45 min V_mc 0,60994 V_mc 0,60994 dscm...
  • Page 251 Annex 20 (11 pages) Measurements sample train 2 first hour of charge E2515 0,42757 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ 60 min V_mc 0,42757 V_mc...
  • Page 252 Annex 20 (11 pages) Measurements sample train 2 from 1 hour and rest of charge E2515 0,18293 dcm 0,3855 K/mmHg 0,998 Gasmåler Faktor P_bar 759,9983 mmHg P_bar 1013,25 mBar Delta_H 0 mmVS 273 K T_Gasmåler 0 °C 0 m3/min 0 m3/min θ...
  • Page 253 Annex 20 (11 pages) Room blanc E2515 0,3855 K/mmHg V_mr 0,564613 dcm 1 Gasmåler Faktor P_bar 759,4358 mmHg P_bar 1012,5 mBar Delta_H 0 mmVS 297,1896 K T_Gasmåler 24,1896 °C 759,4 13,6 V_mr(std) 0,3855 0,56461 V_mr(std) 0,5562 dscm 0,001 g/mg -0,1 mg V_m_r(std) 0,556202 dscm -0,1...
  • Page 254 Annex 20 (11 pages) Proportional Rate first 10 minutes E2515 θ 86,45 min V_mi 0,077745 l 6,58 m/s 300,8502 K T_si 302,4554 K 0,67 l V_si 6,60 m/s 310,6881 K T_mi 301,1909 K 86,45 0,08 6,58 300,9 6,60 310,7 96,8647 -...
  • Page 255 Annex 20 (11 pages) Notation and units E2780 Equation (1) M_Swb weight of all test fuel spacers, wet basis, kg FM_S average fuel moisture of all test fuel spacers, % dry basis M_Sdb weight of all test fuel spacers, dry basis, kg Equation (2) M_CPnwb weight of each test fuel piece n in fuel crip, excluding nails and spacers, wet basis, kg FM_CPn...
  • Page 256 Annex 20 (11 pages) E2515 Equation (9) Adjustment factor for center of tunnel pitot tube placement Pitot Tube Constant 34,97 m/sec Pitot tube coefficient, dimentionless (assigned a value of 0.99) ΔP_avg mmVC Average velocity pressure in dilution tunnel, mm water Absolute average gas temperature in the dilution tunnel mm Hg Absolute average gas static pressure in dilution tunnel...
  • Page 257 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 21 Title: HF1 logger data the 020920 Pages total: 25, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 258 Rum - [°C] Filter-1-H - [°C] Filter-2-D1 - [°C]Filter-3-D2 - [°C]Filter-4-R - [°C] Ambient Main train Split train 1H Split train rem. Room blank Time temperature filter temp filter temp filter temp filter temp 12:19:15 Start of test 12:19:35 24,10 29,40 28,58 24,85...
  • Page 259 12:40:35 24,19 29,05 29,05 25,46 24,90 12:41:05 24,34 29,03 28,91 25,15 24,92 12:41:35 24,28 29,32 28,85 25,33 24,94 12:42:05 24,20 29,51 28,69 25,46 24,91 12:42:35 23,93 29,59 28,96 25,36 24,88 12:43:05 24,19 29,52 29,37 25,40 24,95 12:43:35 24,22 29,49 29,39 25,26 24,93 12:44:05...
  • Page 260 13:04:36 24,20 29,33 28,81 24,47 25,14 13:05:06 24,25 29,13 28,67 24,66 25,12 13:05:36 24,25 28,94 28,81 24,43 25,18 13:06:06 24,28 28,87 29,13 24,51 25,15 13:06:36 24,27 29,10 29,33 24,68 25,18 13:07:06 24,53 29,36 29,29 24,65 25,17 13:07:36 24,67 29,34 29,20 24,55 25,14 13:08:06...
  • Page 261 13:28:36 24,42 29,51 23,68 29,82 25,22 13:29:06 24,41 29,38 23,37 29,67 25,28 13:29:36 24,21 29,32 23,24 29,55 25,18 13:30:06 24,15 29,14 23,17 29,36 25,23 13:30:36 24,31 29,01 23,30 29,22 25,24 13:31:06 24,27 29,00 23,38 29,18 25,25 13:31:36 24,16 29,00 23,60 29,16 25,27 13:32:06...
  • Page 262 13:52:36 24,29 25,39 23,44 29,76 25,36 13:53:06 24,27 26,06 23,77 29,60 25,37 13:53:36 24,27 28,87 24,01 29,51 25,40 13:54:06 24,37 29,44 23,57 29,38 25,36 13:54:36 24,35 30,04 23,61 29,25 25,37 13:55:06 24,25 30,05 23,60 29,15 25,38 13:55:36 24,49 29,79 23,63 29,07 25,42 13:56:06...
  • Page 263 Køler-1-H - [°C] Køler-2-D - [°C] Gasm-H - [°C] Gasm-D - [°C] Gasm-R - [°C] Flow-H - [ln/min] Main train Split train Main train Split train Room blank Main train dryer outlet dryer outlet dry gas meter dry gas meter dry gas meter flow rate temperature...
  • Page 264 17,82 19,72 27,67 27,41 23,75 7,20 17,79 19,68 27,66 27,40 23,75 7,19 17,72 19,72 27,60 27,39 23,75 7,19 17,72 19,71 27,61 27,39 23,75 7,20 17,75 19,70 27,65 27,39 23,76 7,20 17,74 19,75 27,60 27,40 23,77 7,18 17,80 19,69 27,64 27,38 23,78 7,19 17,79...
  • Page 265 17,82 19,61 27,64 27,36 23,89 7,17 17,80 19,58 27,61 27,36 23,91 7,18 17,71 19,55 27,60 27,39 23,88 7,20 17,72 19,54 27,60 27,39 23,88 7,24 17,77 19,55 27,64 27,42 23,91 7,22 17,81 19,47 27,64 27,38 23,91 7,23 17,76 19,47 27,62 27,38 23,92 7,24 17,74...
  • Page 266 17,84 19,51 27,76 27,52 23,97 7,22 17,78 19,57 27,73 27,53 23,97 7,19 17,81 19,49 27,76 27,52 23,97 7,21 17,75 19,51 27,72 27,54 23,96 7,20 17,75 19,49 27,72 27,54 23,95 7,16 17,79 19,49 27,77 27,54 23,97 7,13 17,85 19,50 27,75 27,51 24,01 7,15 17,79...
  • Page 267 17,81 19,58 27,90 27,66 24,10 7,28 17,80 19,59 27,89 27,67 24,11 7,28 17,76 19,59 27,87 27,65 24,12 6,22 17,80 19,55 27,89 27,64 24,11 7,20 17,80 19,56 27,86 27,64 24,11 7,15 17,81 19,53 27,88 27,62 24,09 7,10 17,80 19,58 27,86 27,64 24,11 7,07 17,84...
  • Page 268 Flow-D - [ln/min] NS-Røgtemp - [°C] Ovf-Top - [°C] Ovf-Bag - [°C] Ovf-Side-1 - [°C] Ovf-Side-2 - [°C] Split train Surface Surface Surface Surface flow rate Flue gas temperature temperature temperature temperature Flow-D - [ln/min] temperature Rear Right side Left side 7,09 26,8 24,1...
  • Page 269 7,18 163,8 96,5 111,5 118,1 114,8 7,19 162,7 98,3 113,7 121,7 118,6 7,19 162,1 100,3 115,6 125,2 122,4 7,19 160,3 102,2 117,7 128,6 126,3 7,18 163,9 104,1 119,5 132,0 130,0 7,18 167,1 106,1 121,3 135,4 133,6 7,18 165,7 107,7 123,0 138,6 137,2 7,16...
  • Page 270 7,18 157,6 146,5 164,6 199,9 208,2 7,18 157,6 146,2 164,1 199,8 208,2 7,21 158,4 145,8 163,4 199,6 208,1 7,21 158,2 145,6 162,8 199,3 207,9 7,22 156,5 145,3 162,1 198,9 207,6 7,20 154,9 144,9 161,6 198,5 207,3 7,24 153,6 144,6 161,0 198,0 207,0 7,22...
  • Page 271 7,18 159,2 140,1 155,1 190,5 196,4 7,19 159,6 140,3 155,7 190,9 196,7 7,19 161,2 140,5 156,2 191,3 197,2 7,19 159,6 141,1 156,9 191,9 197,7 7,19 158,7 141,7 157,8 192,6 198,2 7,19 160,3 142,2 158,7 193,4 198,9 7,19 158,9 142,7 159,5 194,2 199,6 7,20...
  • Page 272 7,22 171,3 164,0 202,0 232,2 241,1 7,22 169,5 164,6 203,3 233,3 242,0 7,17 169,5 165,2 204,5 234,4 242,9 7,17 169,2 165,7 205,6 235,6 244,0 7,16 169,7 166,2 207,0 236,7 245,1 7,13 169,0 166,9 208,0 237,8 246,2 7,13 170,7 167,6 208,9 239,0 247,4 7,15...
  • Page 273 Kanal-EPA - [°C] Røgtræk - [Pa] Ovf-Bund - [°C] Pd Kanal - [Pa] Ps Kanal - [Pa] Vægt - [Kg] Surface Flue Duct Duct Platform temperature Duct draft dynamic static scale Bottom temperature Pascals pressure pressure reading 24,7 25,5 30,1 46,0 1,234 24,7...
  • Page 274 24,8 29,6 10,7 31,0 47,2 0,821 24,8 29,6 10,8 30,8 47,2 0,799 24,8 29,6 10,3 30,8 47,0 0,788 24,9 29,5 10,3 31,0 47,3 0,765 24,9 29,5 10,7 30,4 47,1 0,742 24,9 29,5 10,8 31,1 47,0 0,716 25,0 29,5 11,0 31,7 48,4 0,693 25,0...
  • Page 275 30,8 34,0 10,6 31,3 47,7 3,099 31,0 34,0 10,3 30,2 47,7 3,090 31,3 34,1 10,4 32,0 48,0 3,080 31,6 34,0 10,3 31,2 47,1 3,066 31,8 34,0 10,3 30,3 47,7 3,054 32,1 34,0 10,3 30,9 47,2 3,043 32,3 34,1 30,4 46,8 3,031 32,6 34,2...
  • Page 276 49,8 35,0 10,9 31,1 47,9 2,328 50,3 35,1 11,0 30,8 47,8 2,307 50,6 35,2 10,9 32,1 48,6 2,282 51,1 35,3 11,0 30,9 47,9 2,257 51,5 35,4 10,8 31,4 48,0 2,239 51,8 35,5 10,8 29,9 47,4 2,213 52,1 35,5 11,2 31,1 47,8 2,189 52,6...
  • Page 277 60,5 36,2 11,9 31,0 47,9 1,200 60,7 36,2 11,8 30,4 47,2 1,178 60,8 36,2 12,0 30,9 46,9 1,151 61,0 36,3 12,4 30,9 47,5 1,125 61,2 36,3 12,2 30,6 47,0 1,104 61,3 36,3 12,0 30,6 47,0 1,080 61,5 36,3 12,0 31,2 47,3 1,059 61,8...
  • Page 278 CO-Lav - [100ppm] CO-Høj - [%] CO2 - [%] high range range CO2 - [%] -0,01 0,01 0,08 1,54 0,01 0,49 2,03 0,02 0,41 12,18 0,12 0,42 11,55 0,11 0,44 17,32 0,17 0,49 16,84 0,17 0,50 14,69 0,15 0,65 14,88 0,15 0,73 12,68...
  • Page 279 7,69 0,07 9,17 7,41 0,07 9,51 5,09 0,05 9,13 6,05 0,07 8,92 7,68 0,06 8,96 6,94 0,06 9,30 7,83 0,08 8,86 6,10 0,07 9,19 7,01 0,07 8,85 9,22 0,07 9,12 7,81 0,07 9,89 5,68 0,06 9,18 6,11 0,06 9,00 6,18 0,07 3,89 8,02...
  • Page 280 8,84 0,09 9,35 8,86 0,08 9,59 7,06 0,07 9,53 8,84 0,08 9,44 9,57 0,10 9,33 10,21 0,11 9,61 10,29 0,11 9,17 14,01 0,14 8,32 15,32 0,16 8,34 20,94 0,21 8,95 16,83 0,17 9,00 21,61 0,22 9,39 22,44 0,29 9,66 22,44 0,27 9,66 22,44...
  • Page 281 9,17 0,08 10,08 7,16 0,07 10,23 8,52 0,08 10,19 8,86 0,08 10,30 6,94 0,08 10,20 7,35 0,09 10,25 7,32 0,08 10,24 8,09 0,08 10,20 7,40 0,08 10,29 6,42 0,07 10,32 9,17 0,06 10,34 8,51 0,07 10,38 7,62 0,07 10,41 7,07 0,05 10,47 5,94...
  • Page 282 3,08 0,03 11,46 3,27 0,03 11,47 3,51 0,03 11,53 3,56 0,03 11,49 3,14 0,03 11,51 3,40 0,03 11,41 3,96 0,04 11,27 2,91 0,04 11,03 3,91 0,04 10,81 3,88 0,04 10,42 2,65 0,03 10,36 2,50 0,05 10,35 2,46 0,04 10,27 2,86 0,03 10,28 3,63...
  • Page 283 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 22 Title: LF logger data the 020920 Pages total: 65, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 284 Datotid Rum - [°C] Filter-1-H - [°C] Filter-2-D1 - [°C] Filter-3-D2 - [°C] Filter-4-R - [°C] Ambient Main train Split train 1H Split train remain. Room blank Time temperature filter temp filter temp filter temp filter temp 14:06:00 Start of test 14:06:20 24,46 29,88...
  • Page 285 14:27:20 24,66 29,51 29,00 24,84 26,57 14:27:50 24,72 29,47 29,28 25,20 26,53 14:28:20 24,54 29,34 29,51 25,00 26,51 14:28:50 24,46 29,18 29,54 24,87 26,49 14:29:21 24,44 29,18 29,42 24,93 26,44 14:29:50 24,56 29,11 29,33 24,90 26,38 14:30:21 24,59 28,96 29,26 24,83 26,41 14:30:51...
  • Page 286 14:51:21 24,41 29,61 28,98 25,01 25,94 14:51:51 24,62 29,38 29,44 24,90 25,98 14:52:21 24,50 29,42 29,54 25,02 25,93 14:52:51 24,52 29,22 29,52 24,99 25,98 14:53:21 24,45 29,24 29,37 24,99 25,91 14:53:51 24,45 29,10 29,30 24,92 25,92 14:54:21 24,45 28,93 29,24 24,85 25,99 14:54:51...
  • Page 287 15:15:21 24,63 29,42 24,78 29,96 25,90 15:15:51 24,62 29,50 24,75 29,95 25,93 15:16:21 24,78 29,48 24,98 29,89 25,98 15:16:51 24,68 29,36 25,38 29,75 26,01 15:17:21 24,60 29,24 25,41 29,61 26,02 15:17:51 24,58 29,16 25,31 29,49 26,01 15:18:21 24,50 29,11 24,85 29,40 25,92 15:18:51...
  • Page 288 15:39:21 24,51 29,18 24,88 29,61 25,90 15:39:51 24,61 29,14 24,83 29,54 25,88 15:40:21 24,58 29,03 24,91 29,44 25,90 15:40:51 24,55 28,83 25,05 29,28 25,94 15:41:21 24,41 29,12 24,85 29,68 25,93 15:41:51 24,25 29,47 24,73 29,93 25,91 15:42:21 24,50 29,48 24,65 29,92 25,94 15:42:51...
  • Page 289 16:03:22 24,01 29,20 24,42 30,04 25,72 16:03:52 23,91 29,09 24,20 29,99 25,71 16:04:22 24,14 29,02 24,37 29,91 25,71 16:04:52 24,02 28,92 24,28 29,80 25,69 16:05:22 24,25 29,35 24,35 29,70 25,73 16:05:52 23,93 29,57 24,50 29,54 25,77 16:06:22 24,15 29,63 24,28 29,44 25,77 16:06:52...
  • Page 290 16:27:22 24,18 29,04 24,19 29,76 25,48 16:27:52 24,03 29,26 24,38 29,64 25,58 16:28:22 24,02 29,65 24,20 29,53 25,53 16:28:52 24,26 29,64 24,33 29,41 25,58 16:29:22 24,19 29,74 24,20 29,50 25,56 16:29:52 24,29 29,69 24,21 29,84 25,55 16:30:22 24,05 29,38 24,23 29,81 25,54 16:30:52...
  • Page 291 16:51:22 23,86 29,71 24,01 29,97 25,40 16:51:52 24,14 29,65 24,28 29,87 25,43 16:52:22 24,23 29,59 24,11 29,76 25,36 16:52:52 24,05 29,57 23,98 29,67 25,32 16:53:22 24,00 29,45 24,12 29,51 25,35 16:53:52 23,99 29,34 23,97 29,39 25,36 16:54:22 24,28 29,17 24,12 29,55 25,40 16:54:52...
  • Page 292 17:15:23 24,00 29,39 24,04 29,42 25,23 17:15:53 23,93 29,38 23,98 29,44 25,19 17:16:23 24,13 29,28 23,94 29,62 25,22 17:16:53 24,05 29,09 24,16 29,63 25,30 17:17:23 24,06 29,06 24,06 29,60 25,26 17:17:53 24,03 29,57 24,09 29,53 25,26 17:18:23 23,93 29,85 23,99 29,41 25,24 17:18:53...
  • Page 293 17:39:23 24,40 29,09 24,12 29,56 25,29 17:39:53 24,27 29,49 24,32 29,39 25,30 17:40:23 24,18 29,75 24,14 29,51 25,28 17:40:53 24,29 29,80 24,18 30,06 25,31 17:41:23 24,32 29,68 24,26 30,23 25,34 17:41:53 24,26 29,60 24,24 30,19 25,35 17:42:23 24,26 29,60 24,18 30,15 25,31 17:42:53...
  • Page 294 18:03:23 24,24 29,21 24,26 29,47 25,39 18:03:53 24,20 29,10 24,21 29,38 25,35 18:04:23 24,26 29,04 24,23 29,65 25,39 18:04:53 24,42 29,27 24,35 30,02 25,37 18:05:23 24,37 29,43 24,34 30,13 25,36 18:05:53 24,34 29,45 24,28 30,07 25,42 18:06:23 24,45 29,39 24,34 29,97 25,44 18:06:53...
  • Page 295 18:27:24 24,49 29,39 24,57 29,58 25,50 18:27:54 24,47 29,32 24,46 29,45 25,47 18:28:24 24,60 29,13 24,49 29,54 25,52 18:28:54 24,52 29,06 24,41 29,96 25,52 18:29:24 24,43 29,46 24,33 30,17 25,47 18:29:54 24,44 29,50 24,34 30,09 25,50 18:30:24 24,48 29,59 24,40 30,06 25,48 18:30:54...
  • Page 296 18:51:24 24,59 29,17 24,64 29,35 25,57 18:51:54 24,44 29,17 24,53 29,76 25,51 18:52:24 24,55 29,06 24,57 30,00 25,53 18:52:54 24,47 29,38 24,51 29,96 25,56 18:53:24 24,59 29,76 24,38 29,96 25,51 18:53:54 24,57 29,74 24,54 29,82 25,56 18:54:24 24,47 29,77 24,32 29,74 25,49 18:54:54...
  • Page 297 19:15:24 24,49 29,08 24,58 29,75 25,63 19:15:54 24,42 29,63 24,40 29,70 25,56 19:16:24 24,50 29,75 24,57 29,57 25,56 19:16:54 24,51 29,71 24,56 29,40 25,61 19:17:24 24,50 29,65 24,60 29,58 25,60 19:17:54 24,43 29,65 24,45 30,03 25,56 19:18:24 24,54 29,50 24,55 30,14 25,60 19:18:54...
  • Page 301 Køler-1-H - [°C] Køler-2-D - [°C] Gasm-H - [°C] Gasm-D - [°C] Gasm-R - [°C] Flow-H - [ln/min] Main train Split train Main train Split train Room blank Main train dryer outlet dryer outlet dry gas meter dry gas meter dry gas meter flow rate temperature...
  • Page 302 18,05 19,70 28,07 27,89 24,18 7,14 18,09 19,71 28,09 27,87 24,18 7,12 18,07 19,73 28,09 27,90 24,17 7,13 18,02 19,74 28,07 27,88 24,17 7,14 18,03 19,70 28,07 27,88 24,16 7,15 18,03 19,70 28,08 27,88 24,14 7,15 18,02 19,74 28,06 27,86 24,14 7,13 18,02...
  • Page 303 18,00 19,72 28,09 27,86 24,17 7,20 17,96 19,77 28,06 27,84 24,17 7,20 18,02 19,75 28,07 27,85 24,17 7,21 17,93 19,78 28,03 27,83 24,17 7,21 17,95 19,74 28,07 27,84 24,16 7,21 17,94 19,78 28,04 27,80 24,16 7,21 17,90 19,79 28,03 27,83 24,16 7,19 17,94...
  • Page 304 18,14 19,69 28,10 27,87 24,07 7,22 18,17 19,71 28,11 27,89 24,07 7,19 18,15 19,72 28,15 27,90 24,08 7,19 18,12 19,74 28,12 27,91 24,06 7,19 18,11 19,75 28,10 27,91 24,06 7,19 18,09 19,74 28,10 27,91 24,06 7,19 18,15 19,70 28,13 27,90 24,10 7,18 18,06...
  • Page 305 17,99 19,66 28,15 27,89 24,02 7,25 18,01 19,65 28,11 27,87 24,04 7,27 18,01 19,69 28,10 27,88 24,04 7,28 17,96 19,72 28,10 27,89 24,04 7,27 17,96 19,70 28,10 27,91 24,04 7,28 18,02 19,69 28,11 27,88 24,03 7,28 17,96 19,72 28,08 27,88 24,03 7,28 17,90...
  • Page 306 17,89 19,63 28,10 27,90 24,09 7,22 17,90 19,62 28,11 27,89 24,10 7,23 17,91 19,61 28,13 27,88 24,11 7,23 17,93 19,60 28,13 27,90 24,10 7,25 17,91 19,58 28,12 27,87 24,09 7,23 17,83 19,59 28,10 27,89 24,12 7,26 17,87 19,60 28,12 27,92 24,10 7,25 17,88...
  • Page 307 17,79 19,36 28,10 27,80 24,09 7,26 17,72 19,41 28,08 27,83 24,11 7,25 17,79 19,35 28,12 27,84 24,10 7,26 17,75 19,40 28,09 27,84 24,11 7,26 17,79 19,33 28,10 27,82 24,11 7,24 17,82 19,34 28,12 27,83 24,13 7,23 17,71 19,36 28,06 27,82 24,09 7,26 17,69...
  • Page 308 17,77 19,26 28,04 27,76 23,96 7,21 17,70 19,29 28,00 27,73 23,99 7,22 17,72 19,22 27,96 27,69 23,97 7,21 17,77 19,19 27,98 27,69 23,96 7,20 17,75 19,21 28,00 27,70 23,95 7,21 17,77 19,21 27,98 27,70 23,95 7,22 17,68 19,27 27,96 27,71 23,95 7,21 17,78...
  • Page 309 17,59 19,19 27,86 27,59 23,90 7,23 17,68 19,16 27,86 27,56 23,88 7,22 17,62 19,17 27,88 27,59 23,88 7,24 17,56 19,22 27,86 27,61 23,87 7,23 17,63 19,20 27,84 27,57 23,89 7,23 17,67 19,23 27,86 27,57 23,91 7,24 17,71 19,20 27,88 27,58 23,89 7,22 17,73...
  • Page 310 17,67 19,22 27,71 27,49 23,78 7,20 17,64 19,23 27,75 27,51 23,75 7,21 17,71 19,21 27,72 27,50 23,78 7,19 17,73 19,24 27,73 27,48 23,77 7,19 17,66 19,25 27,71 27,49 23,75 7,20 17,66 19,26 27,71 27,50 23,73 7,20 17,73 19,21 27,70 27,46 23,74 7,21 17,66...
  • Page 311 17,56 19,13 27,59 27,42 23,70 7,19 17,60 19,07 27,61 27,39 23,70 7,21 17,53 19,07 27,60 27,39 23,71 7,21 17,49 19,08 27,58 27,37 23,72 7,19 17,52 19,07 27,59 27,40 23,71 7,20 17,53 19,11 27,60 27,40 23,68 7,19 17,52 19,12 27,57 27,36 23,71 7,20 17,55...
  • Page 312 17,68 19,27 27,58 27,41 23,80 7,22 17,71 19,25 27,61 27,41 23,82 7,22 17,68 19,30 27,59 27,40 23,81 7,23 17,69 19,31 27,60 27,42 23,81 7,23 17,76 19,27 27,58 27,39 23,83 7,22 17,72 19,33 27,61 27,44 23,83 7,23 17,79 19,30 27,59 27,40 23,84 7,21 17,78...
  • Page 313 17,77 19,42 27,66 27,46 23,92 7,21 17,79 19,38 27,64 27,47 23,91 7,21 17,80 19,42 27,65 27,45 23,92 7,21 17,77 19,44 27,67 27,49 23,91 7,21 17,85 19,41 27,65 27,45 23,93 7,23 17,80 19,43 27,65 27,48 23,92 7,22 17,87 19,38 27,67 27,46 23,92 7,23 17,86...
  • Page 314 17,82 19,35 27,65 27,52 23,88 7,19 17,90 19,30 27,69 27,49 23,88 7,20 17,90 19,36 27,68 27,48 23,88 7,20 17,84 19,38 27,65 27,50 23,88 7,20 17,85 19,40 27,67 27,52 23,88 7,20 17,90 19,37 27,69 27,50 23,88 7,18 17,88 19,38 27,67 27,50 23,88 7,20 17,90...
  • Page 318 Kanal-EPA - [°C] Flow-D - [ln/min] NS-Røgtemp - [°C] Ovf-Top - [°C] Ovf-Bag - [°C] Ovf-Side-1 - [°C] Ovf-Side-2 - [°C] Ovf-Bund - [°C] Røgtræk - [Pa] Split train Surface Surface Surface Surface Surface Flue flow rate Flue gas temperature temperature temperature temperature temperature Duct draft Flow-D - [ln/min] temperature Top Rear...
  • Page 319 7,22 34,1 7,22 34,1 7,22 34,1 7,22 34,1 7,23 33,9 7,23 33,9 7,21 33,8 7,22 33,7 7,23 33,5 7,24 33,4 7,25 33,4 7,21 33,3 7,23 33,2 7,24 33,2 7,23 33,2 7,23 33,0 7,23 33,1 7,23 33,0 7,23 33,0 7,21 33,0 7,21 33,0 7,23...
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  • Page 321 7,20 31,9 7,22 31,9 7,23 31,9 7,23 31,9 7,22 31,9 7,21 31,9 7,21 31,9 7,23 31,8 7,21 31,7 7,22 31,7 7,23 31,6 7,21 31,7 7,20 31,7 7,23 31,8 7,21 31,7 7,21 31,7 7,21 31,7 7,23 31,6 7,21 31,6 7,23 31,6 7,22 31,7 7,21...
  • Page 322 7,18 31,1 7,18 31,1 7,18 31,0 7,18 30,9 7,18 30,9 7,18 30,9 7,18 30,8 7,18 30,7 7,29 30,7 7,29 30,7 7,29 30,7 7,28 30,7 7,28 30,7 7,30 30,7 7,30 30,5 7,29 30,4 7,29 30,4 7,26 30,3 7,30 30,3 7,28 30,2 7,26 30,3 7,29...
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  • Page 325 7,20 28,0 7,23 27,9 7,21 27,9 7,22 27,9 7,21 28,0 7,23 28,0 7,22 27,9 7,22 28,0 7,22 28,0 7,23 27,9 7,21 28,0 7,22 27,9 7,22 27,9 7,22 27,9 7,21 27,9 7,22 27,9 7,19 27,8 7,21 27,8 7,21 27,8 7,23 27,8 7,20 27,8 7,20...
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  • Page 328 7,19 27,7 7,19 27,6 7,20 27,6 7,19 27,7 7,18 27,7 7,20 27,7 7,20 27,7 7,21 27,7 7,21 27,7 7,19 27,7 7,20 27,7 7,20 27,7 7,19 27,7 7,18 27,7 7,18 27,7 7,20 27,7 7,19 27,6 7,20 27,6 7,18 27,6 7,18 27,6 7,20 27,6 7,19...
  • Page 329 7,20 27,6 7,20 27,7 7,21 27,7 7,21 27,7 7,21 27,8 7,21 27,8 7,21 27,7 7,22 27,8 7,21 27,7 7,20 27,7 7,20 27,7 7,19 27,8 7,19 27,7 7,21 27,7 7,21 27,8 7,19 27,7 7,21 27,7 7,20 27,8 7,19 27,7 7,22 27,7 7,21 27,7 7,20...
  • Page 330 7,21 27,7 7,20 27,7 7,18 27,8 7,19 27,7 7,20 27,7 7,21 27,7 7,21 27,7 7,21 27,7 7,21 27,7 7,19 27,7 7,20 27,7 7,21 27,8 7,21 27,7 7,21 27,7 7,19 27,7 7,20 27,7 7,20 27,7 7,21 27,7 7,20 27,7 7,20 27,7 7,20 27,7 7,19...
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  • Page 335 Pd Kanal - [Pa] Ps Kanal - [Pa] Vægt - [Kg] CO-Lav - [100ppm] CO-Høj - [%] CO2 - [%] Duct Duct Platform dynamic static scale low range high pressure pressure reading [100ppm] range [%] CO2 - [%] 30,5 48,3 1,557 6,91 0,07...
  • Page 336 30,2 46,5 3,478 5,00 0,06 12,35 30,2 46,8 3,460 5,25 0,06 12,24 30,7 46,0 3,442 5,11 0,06 12,21 31,1 47,2 3,427 4,55 0,06 12,11 30,0 46,9 3,411 4,22 0,06 12,12 31,2 47,1 3,393 4,07 0,05 12,25 31,3 47,1 3,377 5,08 0,07 12,31 30,3...
  • Page 337 30,5 46,7 2,641 22,44 0,28 14,54 31,1 46,9 2,623 22,44 0,26 14,45 31,3 47,5 2,608 22,44 0,27 14,57 30,6 47,3 2,590 22,44 0,28 14,58 30,3 46,0 2,575 22,44 0,27 14,58 31,5 47,0 2,559 22,44 0,29 14,63 30,3 47,0 2,542 22,44 0,29 14,69 30,5...
  • Page 338 30,1 46,1 1,856 22,44 0,92 15,23 30,0 45,7 1,841 22,44 0,97 15,42 31,2 46,5 1,825 22,44 0,95 15,33 30,1 47,4 1,810 22,44 0,97 15,36 30,7 46,2 1,796 22,44 0,94 15,26 30,4 46,7 1,780 22,44 0,95 15,31 30,3 46,3 1,764 22,44 0,98 15,26 29,8...
  • Page 339 31,8 47,4 1,299 6,46 0,08 10,18 31,3 47,7 1,293 5,82 0,07 10,22 30,5 47,7 1,291 6,40 0,08 10,16 30,9 47,4 1,285 6,97 0,09 10,04 31,9 48,3 1,280 7,58 0,09 9,99 30,7 48,4 1,277 9,33 0,11 10,00 30,1 46,8 1,271 7,90 0,09 9,93 30,3...
  • Page 340 31,7 48,3 1,169 22,44 0,70 6,97 31,4 48,4 1,168 22,44 0,70 6,95 30,6 48,6 1,167 22,44 0,70 7,02 30,9 47,8 1,164 22,44 0,69 6,97 31,2 47,4 1,163 22,44 0,69 6,95 31,6 48,5 1,162 22,44 0,69 6,99 31,2 48,5 1,160 22,44 0,69 6,99 31,7...
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  • Page 342 32,0 48,5 1,020 22,44 0,77 7,14 32,0 48,9 1,020 22,44 0,77 7,16 31,0 48,9 1,018 22,44 0,77 7,07 31,1 47,4 1,018 22,44 0,77 7,10 31,5 47,1 1,016 22,44 0,78 7,19 31,8 47,6 1,015 22,44 0,79 7,17 30,7 47,8 1,013 22,44 0,81 7,25 31,9...
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  • Page 345 30,0 46,7 0,837 22,44 0,99 7,77 30,7 46,2 0,835 22,44 0,98 7,64 31,4 47,6 0,835 22,44 0,99 7,72 30,9 46,5 0,834 22,44 1,00 7,75 29,8 46,3 0,833 22,44 1,00 7,79 30,3 46,8 0,832 22,44 1,00 7,78 30,4 46,8 0,830 22,44 1,00 7,79 30,3...
  • Page 346 31,2 46,1 0,783 22,44 1,01 7,42 29,6 46,3 0,782 22,44 1,01 7,45 30,6 46,0 0,781 22,44 1,02 7,43 29,7 46,7 0,781 22,44 1,01 7,42 30,8 46,5 0,780 22,44 1,02 7,40 30,6 47,4 0,778 22,44 1,01 7,41 31,6 46,3 0,778 22,44 1,03 7,48 30,6...
  • Page 347 31,0 46,0 0,733 22,44 1,05 7,34 30,6 45,9 0,732 22,44 1,05 7,32 30,9 46,5 0,729 22,44 1,05 7,32 30,7 46,5 0,728 22,44 1,06 7,33 31,3 46,4 0,728 22,44 1,06 7,35 30,1 46,9 0,726 22,44 1,06 7,36 30,5 46,5 0,726 22,44 1,05 7,33 30,8...
  • Page 348 30,4 46,0 0,683 22,44 0,95 6,32 31,1 46,3 0,682 22,44 0,94 6,28 29,1 45,9 0,682 22,44 0,94 6,26 30,1 47,2 0,680 22,44 0,93 6,28 30,8 46,3 0,680 22,44 0,92 6,21 31,5 46,8 0,678 22,44 0,92 6,23 30,7 46,5 0,678 22,44 0,91 6,21 32,2...
  • Page 349 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 23 Title: HF2 logger data 030920 Pages total: 24, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 350 Datotid Rum - [°C] Side-1 - [°C] Side-2 - [°C] Side-3 - [°C] Side-4 - [°C] Ambient Main train Split train 1H Split train rem. Room blank Time temperature filter temp filter temp filter temp filter temp 11:34:00 Start of test 11:33:58 23,85 29,48...
  • Page 351 11:54:58 24,15 29,23 29,33 25,13 24,97 11:55:28 24,17 29,14 29,23 24,85 24,98 11:55:58 24,21 28,93 29,22 24,82 25,00 11:56:28 24,03 28,88 29,07 24,86 25,00 11:56:58 24,18 29,23 29,02 24,89 25,08 11:57:28 24,17 29,53 28,98 24,83 25,12 11:57:58 24,13 29,64 28,77 24,90 25,09 11:58:28...
  • Page 352 12:18:58 24,49 29,44 28,89 25,24 25,47 12:19:28 24,31 29,38 28,70 25,10 25,40 12:19:58 24,39 29,32 28,71 25,01 25,48 12:20:29 24,21 29,30 28,69 25,13 25,44 12:20:59 24,03 29,14 29,01 25,25 25,46 12:21:29 24,32 29,03 29,05 25,23 25,42 12:21:59 24,43 28,94 29,18 24,98 25,52 12:22:29...
  • Page 353 12:42:59 24,52 29,30 25,06 29,72 25,62 12:43:29 24,55 29,19 25,04 29,62 25,59 12:43:59 24,61 29,19 25,03 29,55 25,68 12:44:29 24,64 29,03 25,18 29,41 25,68 12:44:59 24,53 28,99 25,14 29,33 25,62 12:45:29 24,63 28,84 25,20 29,24 25,65 12:45:59 24,53 28,80 25,15 29,14 25,59 12:46:29...
  • Page 355 Side-5 - [°C] Side-6 - [°C] Bag-7 - [°C] Bag-8 - [°C] Bag-9 - [°C] Bag-11 - [°C] Main train Split train Main train Split train Room blank Main train dryer outlet dryer outlet dry gas meter dry gas meter dry gas meter flow rate temperature...
  • Page 356 17,39 18,92 27,72 27,53 23,97 7,16 17,41 18,87 27,70 27,50 23,97 7,15 17,33 18,90 27,66 27,49 23,96 7,11 17,34 18,87 27,66 27,46 23,93 7,09 17,29 18,91 27,64 27,49 23,94 7,08 17,32 18,97 27,66 27,49 23,96 7,19 17,36 18,93 27,68 27,49 23,99 7,18 17,38...
  • Page 357 17,34 19,19 27,62 27,45 24,13 7,16 17,41 19,17 27,66 27,48 24,12 7,15 17,41 19,21 27,66 27,47 24,19 7,13 17,46 19,18 27,69 27,47 24,16 7,14 17,40 19,19 27,66 27,48 24,13 7,15 17,44 19,16 27,67 27,46 24,14 7,15 17,43 19,28 27,69 27,53 24,17 7,15 17,45...
  • Page 358 17,48 19,22 27,82 27,63 24,27 7,14 17,51 19,19 27,86 27,63 24,30 7,13 17,57 19,27 27,87 27,69 24,30 7,14 17,54 19,32 27,85 27,64 24,30 7,12 17,55 19,25 27,85 27,65 24,30 7,12 17,47 19,29 27,83 27,65 24,27 7,11 17,54 19,26 27,88 27,65 24,30 7,12 17,55...
  • Page 360 Bag-12 - [°C] NS-Røgtemp - [°C] Ovf-Top - [°C] Ovf-Bag - [°C] Ovf-Side-1 - [°C] Ovf-Side-2 - [°C] Split train Surface Surface Surface Surface flow rate Flue gas temperature temperature temperature temperature Flow-D - [ln/min] temperature Rear Right side Left side 7,20 23,9 23,3...
  • Page 361 7,07 132,9 143,5 126,7 130,2 7,07 134,8 145,3 129,9 133,6 7,07 135,8 146,4 132,9 137,0 7,05 135,8 146,4 135,8 140,3 7,04 135,9 145,9 138,5 143,5 7,24 137,3 146,4 141,1 146,6 7,22 139,2 148,1 143,6 149,5 7,22 141,6 149,9 146,0 152,1 7,20 143,9 152,6...
  • Page 362 7,09 169,5 183,2 207,3 220,5 7,10 169,3 182,7 207,4 220,7 7,12 169,1 182,3 207,6 221,0 7,10 168,7 181,8 207,6 221,2 7,10 168,5 181,6 207,6 221,5 7,10 168,2 181,4 207,7 221,7 7,12 168,0 180,8 207,7 221,9 7,10 167,7 180,4 207,6 222,1 7,09 167,6 180,0...
  • Page 363 7,14 171,7 199,8 232,8 241,0 7,13 172,0 200,7 233,8 241,7 7,12 172,3 201,3 234,7 242,6 7,13 172,6 201,9 235,6 243,2 7,12 172,8 202,6 236,4 243,8 7,13 172,5 203,1 237,3 244,3 7,09 172,2 203,7 238,0 245,0 7,12 172,2 204,3 238,7 245,6 7,12 172,3 204,7...
  • Page 365 Ovf-Bund - [°C] Kanal-EPA - [°C] Røgtræk - [Pa] Pd Kanal - [Pa] Ps Kanal - [Pa] Vægt - [Kg] Surface Flue Duct Duct Platform temperature Duct draft dynamic static scale Bottom temperature Pascals pressure pressure reading 24,5 26,5 30,7 47,9 1,774 24,5...
  • Page 366 24,6 36,6 11,8 31,3 47,0 0,573 24,7 36,7 11,7 30,5 47,1 0,548 24,8 39,1 11,7 31,3 47,2 0,757 24,8 43,5 10,3 30,9 47,3 4,362 24,8 44,9 11,4 30,1 47,6 3,660 24,9 42,7 11,9 31,7 47,6 3,632 24,9 41,0 11,9 30,4 47,2 3,602 25,0...
  • Page 367 30,4 37,8 11,5 31,1 47,5 2,682 30,6 37,8 11,5 31,0 47,3 2,664 30,9 37,7 11,2 30,3 46,7 2,647 31,1 37,7 11,3 29,4 47,0 2,632 31,3 37,7 11,6 30,9 46,4 2,613 31,5 37,6 11,3 30,6 47,3 2,597 31,7 37,6 11,4 29,8 46,6 2,581 31,9...
  • Page 368 41,2 38,2 11,9 30,2 46,9 1,643 41,4 38,4 11,8 30,2 47,6 1,621 41,7 38,4 11,5 30,2 46,6 1,601 41,9 38,3 11,8 30,6 47,5 1,578 42,1 38,3 11,6 30,5 46,5 1,557 42,3 38,3 11,6 29,9 46,7 1,538 42,5 38,2 11,5 31,0 47,2 1,519 42,8...
  • Page 370 CO-Lav - [100ppm] CO-Høj - [%] CO2 - [%] high range range CO2 - [%] 0,02 0,00 0,09 0,04 0,00 0,16 0,32 0,00 0,61 0,65 0,01 0,67 0,77 0,01 0,72 1,27 0,00 0,82 2,16 0,02 1,04 7,96 0,07 1,47 22,44 0,27 4,98 9,72...
  • Page 371 14,29 0,14 9,73 14,17 0,14 9,49 12,20 0,12 4,43 14,10 0,14 2,99 17,79 0,16 3,27 22,44 0,27 8,35 22,14 0,22 9,19 15,28 0,15 10,62 12,60 0,12 10,69 17,26 0,15 10,76 16,26 0,16 11,38 10,68 0,10 11,62 10,65 0,10 11,14 12,29 0,12 10,65 10,57...
  • Page 372 22,44 0,34 6,93 22,44 0,34 6,94 22,44 0,33 6,97 22,44 0,33 7,00 22,44 0,32 6,97 22,44 0,32 7,06 22,44 0,31 6,98 22,44 0,32 7,02 22,44 0,31 6,98 22,44 0,29 6,98 22,44 0,28 6,96 22,44 0,24 7,12 18,30 0,19 7,68 15,48 0,16 8,06 14,77...
  • Page 373 4,10 0,04 9,72 4,21 0,04 9,76 3,79 0,04 9,70 3,99 0,04 9,75 3,63 0,04 9,68 4,03 0,03 9,55 4,10 0,03 9,50 4,46 0,05 9,53 4,04 0,04 9,53 4,06 0,04 9,51 4,03 0,04 9,50 4,52 0,04 9,36 4,86 0,05 9,27 4,91 0,04 9,26 4,00...
  • Page 374 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 24 Title: MF logger data 030920 Pages total: 61, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 375 Datotid Rum - [°C] Filter-1-H - [°C] Filter-2-D1 - [°C] Filter-3-D2 - [°C] Filter-4-R - [°C] Ambient Main train Split train 1H Split train rem. Room blank Time temperature filter temp filter temp filter temp filter temp 13:14:40 Begin of test 13:14:59 24,56 29,30...
  • Page 376 13:36:00 24,48 29,51 29,38 25,65 26,06 13:36:30 24,47 29,60 29,41 25,58 25,99 13:37:00 24,49 29,45 29,38 25,73 26,00 13:37:30 24,31 29,32 29,27 25,55 25,97 13:38:00 24,40 29,28 29,09 25,51 25,94 13:38:30 24,42 29,14 29,09 25,73 25,97 13:39:00 24,50 29,20 28,95 25,74 25,98 13:39:30...
  • Page 377 14:00:00 24,26 29,52 29,06 25,46 25,83 14:00:30 24,11 29,57 28,96 25,49 25,81 14:01:00 24,45 29,41 29,00 25,70 25,93 14:01:30 24,38 29,40 29,38 25,48 25,88 14:02:00 24,41 29,23 29,51 25,41 25,88 14:02:30 24,35 29,10 29,48 25,57 25,85 14:03:00 24,43 29,05 29,32 25,51 25,82 14:03:30...
  • Page 378 14:24:00 24,92 29,51 24,32 29,48 26,20 14:24:30 24,74 29,34 24,24 29,35 26,24 14:25:00 24,66 29,26 24,53 29,28 26,20 14:25:30 24,68 29,22 24,39 29,68 26,14 14:26:00 24,68 29,07 24,39 29,79 26,17 14:26:30 24,70 29,01 24,62 29,80 26,18 14:27:00 24,96 29,01 24,80 29,81 26,26 14:27:30...
  • Page 379 14:48:00 24,45 29,18 23,86 29,73 26,24 14:48:30 24,40 29,13 23,88 29,62 26,21 14:49:00 24,33 29,00 24,25 29,48 26,22 14:49:30 24,38 28,88 23,79 29,35 26,24 14:50:00 24,45 28,83 23,74 29,29 26,18 14:50:31 24,36 29,24 23,92 29,48 26,16 14:51:01 24,49 29,48 23,90 29,82 26,20 14:51:31...
  • Page 380 15:12:01 24,45 29,31 23,13 29,43 25,81 15:12:31 24,55 29,28 23,26 29,38 25,79 15:13:01 24,62 29,22 23,36 29,42 25,80 15:13:31 24,63 29,13 23,46 29,78 25,81 15:14:01 24,55 29,02 23,47 29,88 25,79 15:14:31 24,50 29,25 23,18 29,79 25,76 15:15:01 24,54 29,66 23,55 29,72 25,77 15:15:31...
  • Page 381 15:36:01 24,62 28,96 24,65 29,38 25,90 15:36:31 24,70 29,26 24,68 29,44 25,87 15:37:01 24,70 29,45 24,72 29,73 25,87 15:37:31 24,49 29,53 24,53 29,81 25,83 15:38:01 24,40 29,61 24,59 29,82 25,79 15:38:31 24,56 29,53 24,63 29,78 25,81 15:39:01 24,58 29,43 24,65 29,67 25,83 15:39:31...
  • Page 382 16:00:01 24,33 29,34 24,63 29,87 25,79 16:00:31 24,32 29,08 24,66 29,78 25,80 16:01:01 24,54 29,07 24,51 29,75 25,78 16:01:31 24,55 29,11 24,59 29,68 25,77 16:02:02 24,55 29,55 24,58 29,57 25,79 16:02:32 24,59 29,75 24,62 29,47 25,78 16:03:02 24,64 29,68 24,79 29,34 25,86 16:03:32...
  • Page 383 16:24:02 24,41 29,14 24,66 29,63 25,78 16:24:32 24,31 29,14 24,63 29,57 25,76 16:25:02 24,27 29,08 24,51 29,47 25,72 16:25:32 24,31 29,30 24,60 29,36 25,79 16:26:02 24,16 29,61 24,44 29,51 25,72 16:26:32 24,11 29,66 24,41 29,56 25,72 16:27:02 24,10 29,65 24,38 29,53 25,71 16:27:32...
  • Page 388 Køler-1-H - [°C] Køler-2-D - [°C] Gasm-H - [°C] Gasm-D - [°C] Gasm-R - [°C] Flow-H - [ln/min] Main train Split train Main train Split train Room blank Main train dryer outlet dryer outlet dry gas meter dry gas meter dry gas meter flow rate temperature...
  • Page 389 18,1 19,8 28,2 28,0 24,4 7,13 18,1 19,8 28,2 28,0 24,3 7,14 18,1 19,8 28,2 28,0 24,3 7,13 18,0 19,8 28,2 28,0 24,3 7,12 18,1 19,7 28,2 28,0 24,3 7,13 18,0 19,7 28,2 28,0 24,3 7,12 18,1 19,7 28,2 28,0 24,3 7,11 18,1...
  • Page 390 17,9 19,5 28,1 27,9 24,2 7,05 17,9 19,5 28,2 27,9 24,2 7,10 17,8 19,6 28,2 27,9 24,2 7,11 17,9 19,6 28,2 28,0 24,2 7,08 17,8 19,6 28,1 27,9 24,2 7,07 17,8 19,6 28,1 27,9 24,2 7,06 17,8 19,5 28,2 27,9 24,2 7,09 17,8...
  • Page 391 18,1 19,7 28,1 27,9 24,3 7,06 18,1 19,7 28,1 27,9 24,2 7,04 18,1 19,7 28,1 27,9 24,3 7,05 18,1 19,7 28,1 27,9 24,2 7,02 18,0 19,7 28,1 27,9 24,2 7,05 18,0 19,7 28,1 27,9 24,2 7,03 18,0 19,7 28,1 27,9 24,3 7,05 18,1...
  • Page 392 18,0 19,7 28,1 27,9 24,3 7,06 18,0 19,7 28,1 27,9 24,3 7,06 18,0 19,7 28,1 27,9 24,4 7,07 17,9 19,7 28,1 27,9 24,3 7,04 18,0 19,7 28,1 27,9 24,3 7,05 18,0 19,7 28,1 27,9 24,3 7,05 17,9 19,7 28,1 27,9 24,3 7,06 17,9...
  • Page 393 17,7 19,5 28,1 27,9 24,3 7,05 17,7 19,5 28,1 27,9 24,3 7,06 17,8 19,5 28,1 27,9 24,3 7,06 17,8 19,5 28,1 27,9 24,3 7,06 17,8 19,5 28,1 27,9 24,3 7,05 17,7 19,5 28,1 27,9 24,3 7,05 17,8 19,5 28,1 27,9 24,3 7,05 17,8...
  • Page 394 17,8 19,4 28,0 27,8 24,5 7,02 17,8 19,4 28,0 27,8 24,5 7,01 17,8 19,4 28,0 27,8 24,5 7,00 17,8 19,3 28,0 27,8 24,5 7,00 17,8 19,3 28,0 27,8 24,4 7,01 17,8 19,3 28,0 27,8 24,5 7,01 17,8 19,3 28,0 27,8 24,5 7,02 17,7...
  • Page 395 17,8 19,2 28,0 27,8 24,6 7,02 17,7 19,2 28,0 27,8 24,6 7,03 17,8 19,2 28,0 27,8 24,5 7,02 17,8 19,1 28,0 27,8 24,6 7,03 17,8 19,1 28,0 27,8 24,6 7,02 17,8 19,1 28,0 27,8 24,6 7,00 17,7 19,2 28,0 27,8 24,6 7,02 17,7...
  • Page 396 17,8 19,3 28,0 27,8 24,6 7,02 17,8 19,3 28,0 27,8 24,6 7,03 17,9 19,3 28,0 27,8 24,6 7,02 17,8 19,3 28,0 27,8 24,6 7,00 17,9 19,2 28,1 27,8 24,6 7,02 17,8 19,2 28,1 27,8 24,6 7,03 17,8 19,2 28,1 27,8 24,6 7,05 17,8...
  • Page 401 Flow-D - [ln/min] NS-Røgtemp - [°C] Ovf-Top - [°C] Ovf-Bag - [°C] Ovf-Side-1 - [°C] Ovf-Side-2 - [°C] Split train Surface Surface Surface Surface flow rate Flue gas temperature temperature temperature temperature Flow-D - [ln/min] temperature Rear Right side Left side 7,11 170,0 158,6...
  • Page 402 7,14 145,7 165,4 226,5 245,1 251,0 7,12 145,4 165,3 226,3 245,3 251,2 7,13 143,3 165,3 225,8 245,4 251,3 7,15 144,2 165,1 225,6 245,5 251,5 7,12 146,0 165,0 225,0 245,6 251,6 7,13 145,0 164,9 224,8 245,8 251,7 7,11 144,4 164,9 224,7 245,9 251,8 7,14...
  • Page 403 7,09 141,6 165,2 223,3 259,7 265,6 7,17 142,7 165,2 223,9 260,2 266,2 7,14 143,0 165,5 224,2 260,9 266,9 7,16 142,8 165,4 224,6 261,5 267,7 7,13 142,7 165,6 224,8 262,0 268,2 7,13 142,0 165,9 224,9 262,5 268,9 7,11 142,9 166,2 225,2 263,0 269,5 7,12...
  • Page 404 7,01 132,9 168,5 226,7 272,3 280,1 7,01 131,8 168,1 226,7 272,4 280,2 7,00 133,0 168,1 226,5 272,5 280,1 7,01 130,9 167,9 226,4 272,6 280,2 7,00 132,7 167,8 226,5 272,8 280,2 7,00 131,9 167,7 226,4 273,0 280,4 7,00 131,9 167,5 226,4 273,3 280,3 6,98...
  • Page 405 7,04 94,5 136,7 191,4 247,2 252,5 7,06 93,3 135,7 190,5 246,0 251,3 7,07 92,8 134,7 189,6 244,9 250,3 7,05 92,0 133,9 188,9 243,8 249,2 7,06 92,0 133,1 188,0 242,7 248,3 7,06 92,0 132,3 187,1 241,6 247,3 7,04 92,2 131,4 186,1 240,4 246,1 7,05...
  • Page 406 7,04 71,2 101,8 154,8 201,7 208,4 7,05 70,2 101,2 154,2 201,0 207,7 7,04 71,0 100,7 153,6 200,3 207,1 7,04 70,3 100,2 153,0 199,7 206,5 7,03 69,8 99,7 152,3 199,0 205,7 7,05 69,8 99,2 152,0 198,3 205,0 7,04 68,8 98,6 151,6 197,7 204,4 7,04...
  • Page 407 7,04 59,0 84,0 135,3 179,4 185,3 7,03 59,5 83,8 134,9 179,1 184,9 7,04 58,7 83,6 134,5 178,9 184,6 7,04 58,3 83,2 134,1 178,6 184,3 7,04 59,1 83,0 133,8 178,2 184,0 7,04 58,8 82,8 133,9 178,0 183,7 7,04 58,7 82,5 133,3 177,8 183,4 7,05...
  • Page 408 7,04 53,8 74,8 123,8 170,5 175,7 7,04 53,7 74,7 123,6 170,3 175,5 7,04 53,2 74,6 123,2 170,1 175,2 7,03 53,0 74,5 123,1 169,9 175,0 7,04 53,1 74,3 122,8 169,7 174,9 7,03 53,1 74,2 122,8 169,6 174,7 7,03 52,9 74,1 122,7 169,4 174,6 7,03...
  • Page 409 7,04 49,1 69,1 116,3 161,6 166,5 7,01 49,4 69,0 116,4 161,5 166,4 7,02 49,5 68,9 116,5 161,4 166,3 7,03 49,6 68,9 116,4 161,3 166,1 7,02 49,6 68,9 116,4 161,2 166,0 7,03 49,6 68,8 116,5 161,1 165,9 7,04 49,7 68,7 116,6 161,0 165,8 7,05...
  • Page 414 Ovf-Bund - [°C] Kanal-EPA - [°C] Røgtræk - [Pa] Pd Kanal - [Pa] Ps Kanal - [Pa] Vægt - [Kg] Surface Flue Duct Duct Platform temperature Duct draft dynamic static scale Bottom temperature Pascals pressure pressure reading 54,9 39,0 31,2 47,1 2,755 55,2...
  • Page 415 63,9 34,9 10,1 30,2 47,0 3,343 64,1 34,8 10,4 31,2 47,1 3,324 64,3 34,8 10,2 31,5 47,1 3,303 64,4 34,7 10,4 31,2 46,8 3,284 64,5 34,7 10,4 31,3 47,7 3,262 64,7 34,7 10,4 29,4 48,2 3,241 64,8 34,6 10,4 29,4 47,2 3,220 64,9...
  • Page 416 68,9 34,1 10,2 30,8 46,8 2,308 69,0 34,1 10,2 29,8 45,8 2,285 69,1 34,2 30,2 46,2 2,264 69,2 34,2 29,1 45,8 2,243 69,2 34,2 10,1 30,0 46,2 2,221 69,3 34,2 27,4 43,4 2,200 69,4 34,2 10,0 30,0 46,2 2,178 69,4 34,3 10,1 30,3...
  • Page 417 70,7 34,1 29,3 44,9 1,425 70,7 34,1 29,4 44,6 1,411 70,7 34,1 29,2 45,6 1,394 70,7 34,1 29,2 45,7 1,379 70,8 34,1 30,1 45,3 1,364 70,8 34,1 29,3 44,6 1,347 70,8 34,2 28,7 44,7 1,334 70,9 34,2 28,8 44,5 1,320 70,9 34,2 29,0...
  • Page 418 72,0 31,5 30,7 46,5 1,093 72,0 31,4 30,7 45,9 1,089 72,1 31,5 29,9 45,6 1,087 72,2 31,4 30,6 46,7 1,085 72,2 31,3 29,5 45,9 1,085 72,2 31,3 29,3 46,4 1,080 72,2 31,3 29,3 45,2 1,074 72,1 31,2 29,9 45,0 1,074 72,1 31,2 30,0...
  • Page 419 71,6 29,8 27,9 42,7 0,990 71,6 29,7 27,2 42,8 0,987 71,6 29,7 28,1 42,7 0,985 71,5 29,7 27,9 42,8 0,985 71,5 29,6 32,3 48,3 0,979 71,4 29,6 31,1 47,8 0,978 71,4 29,6 32,1 48,7 0,977 71,3 29,6 29,9 47,3 0,975 71,3 29,7 31,4...
  • Page 420 70,6 29,3 29,3 45,7 0,891 70,6 29,2 28,7 44,6 0,889 70,5 29,2 29,9 45,6 0,889 70,5 29,2 28,9 44,6 0,887 70,5 29,2 28,4 44,3 0,889 70,4 29,1 29,0 44,8 0,888 70,4 29,1 29,5 44,3 0,886 70,4 29,1 29,6 44,7 0,882 70,4 29,1 28,0...
  • Page 421 69,5 28,7 29,8 45,1 0,806 69,5 28,7 28,6 45,5 0,803 69,4 28,7 29,4 44,8 0,803 69,4 28,7 28,5 44,2 0,801 69,3 28,7 28,7 44,7 0,800 69,3 28,7 31,1 47,2 0,799 69,3 28,8 30,0 46,0 0,795 69,3 28,9 29,9 44,8 0,794 69,2 28,9 31,4...
  • Page 422 67,9 28,6 32,5 48,7 0,723 67,9 28,5 32,8 49,7 0,721 67,8 28,5 31,8 48,4 0,719 67,8 28,5 31,6 48,2 0,717 67,8 28,5 32,4 47,8 0,716 67,8 28,4 30,9 48,3 0,715 67,8 28,4 29,2 44,0 0,714 67,7 28,4 28,9 44,3 0,712 67,6 28,4 28,8...
  • Page 427 CO-Lav - [100ppm] CO-Høj - [%] CO2 - [%] high range range CO2 - [%] 8,14 0,09 2,17 14,44 0,14 1,62 22,44 0,28 2,94 22,44 0,37 4,25 22,44 0,38 8,08 22,44 0,36 8,87 22,44 0,34 8,96 22,44 0,33 8,38 12,45 0,14 9,23 5,94...
  • Page 428 17,74 0,18 12,28 17,62 0,18 12,26 16,33 0,17 12,15 18,25 0,18 12,32 17,83 0,18 12,29 19,93 0,19 12,48 22,44 0,24 12,64 22,44 0,23 12,78 22,44 0,24 12,81 22,44 0,31 12,83 22,44 0,37 12,90 22,44 0,33 12,95 22,44 0,42 12,96 22,44 0,44 12,98 22,44...
  • Page 429 22,44 0,69 15,04 22,44 0,71 14,95 22,44 0,65 15,00 22,44 0,59 15,02 22,44 0,72 14,99 22,44 0,80 14,95 22,44 0,83 15,03 22,44 0,78 15,10 22,44 0,73 15,31 22,44 0,74 15,26 22,44 1,02 14,99 22,44 1,02 15,01 22,44 1,01 15,03 22,44 0,94 15,07 22,44...
  • Page 430 11,12 0,10 13,91 10,84 0,11 14,00 12,18 0,12 14,11 13,67 0,14 14,24 14,55 0,14 14,25 16,66 0,16 14,33 12,34 0,13 14,24 10,05 0,10 13,98 5,27 0,06 13,41 2,86 0,03 12,62 1,81 0,01 11,89 0,99 0,01 11,18 0,85 0,01 10,76 0,81 0,01 10,53 0,79...
  • Page 431 22,44 0,36 6,55 22,44 0,38 6,54 22,44 0,38 6,51 22,44 0,39 6,55 22,44 0,39 6,51 22,44 0,39 6,48 22,44 0,42 6,44 22,44 0,42 6,45 22,44 0,42 6,48 22,44 0,43 6,36 22,44 0,44 6,34 22,44 0,46 6,29 22,44 0,47 6,27 22,44 0,47 6,25 22,44...
  • Page 432 22,44 0,52 6,14 22,44 0,51 6,15 22,44 0,52 6,16 22,44 0,51 6,12 22,44 0,52 6,14 22,44 0,52 6,14 22,44 0,51 6,16 22,44 0,52 6,18 22,44 0,52 6,17 22,44 0,51 6,14 22,44 0,53 6,22 22,44 0,49 6,23 22,44 0,49 6,24 22,44 0,50 6,24 22,44...
  • Page 433 22,44 0,59 6,43 22,44 0,58 6,44 22,44 0,58 6,47 22,44 0,57 6,48 22,44 0,57 6,52 22,44 0,57 6,53 22,44 0,58 6,54 22,44 0,58 6,60 22,44 0,58 6,64 22,44 0,58 6,61 22,44 0,59 6,61 22,44 0,58 6,66 22,44 0,60 6,65 22,44 0,60 6,59 22,44...
  • Page 434 22,44 0,52 6,19 22,44 0,52 6,18 22,44 0,51 6,20 22,44 0,51 6,20 22,44 0,51 6,27 22,44 0,51 6,21 22,44 0,51 6,21 22,44 0,51 6,24 22,44 0,53 6,27 22,44 0,51 6,26 22,44 0,50 6,22 22,44 0,49 6,27 22,44 0,49 6,25 22,44 0,49 6,26 22,44...
  • Page 435 22,44 0,57 6,64 22,44 0,58 6,63 22,44 0,57 6,57 22,44 0,56 6,61 22,44 0,57 6,66 22,44 0,56 6,68 22,44 0,56 6,70 22,44 0,54 6,60 22,44 0,56 6,72 22,44 0,55 6,77 22,44 0,57 6,70 22,44 0,58 6,63 22,44 0,59 6,62 22,44 0,58 6,61 22,44...
  • Page 436 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 25 Title: HF3 logger data 040920 Pages total: 28, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 437 Datotid Rum - [°C] Side-1 - [°C] Side-2 - [°C] Side-3 - [°C] Side-4 - [°C] Ambient Main train Split train 1H Split train rem. Room blank Time temperature filter temp filter temp filter temp filter temp 10:05:58 Start of test 10:05:55 24,17 28,98...
  • Page 438 10:26:25 24,68 29,62 29,41 25,94 25,35 10:26:55 24,62 29,68 29,26 26,10 25,30 10:27:25 24,60 29,53 29,24 26,00 25,33 10:27:55 24,55 29,49 29,05 26,21 25,29 10:28:25 24,55 29,37 29,00 26,18 25,34 10:28:55 24,52 29,32 28,97 26,13 25,36 10:29:25 24,60 29,20 28,86 26,24 25,37 10:29:55...
  • Page 439 10:50:25 24,98 28,99 28,85 28,05 25,84 10:50:55 24,88 28,89 29,08 27,93 25,84 10:51:25 25,08 28,74 29,17 28,04 25,85 10:51:55 24,99 28,99 29,24 28,26 25,87 10:52:25 24,93 29,18 29,19 28,20 25,86 10:52:55 24,90 29,26 29,08 27,96 25,86 10:53:25 25,00 29,24 29,03 27,47 25,86 10:53:55...
  • Page 440 11:14:26 24,74 29,16 23,12 29,68 26,02 11:14:56 24,77 29,09 23,48 29,59 26,02 11:15:26 25,00 29,07 23,49 29,57 26,11 11:15:56 24,84 29,01 23,51 29,47 26,08 11:16:26 24,85 28,93 23,31 29,35 26,08 11:16:56 25,02 28,85 23,40 29,26 26,06 11:17:26 25,07 28,82 23,45 29,23 26,09 11:17:56...
  • Page 443 Side-5 - [°C] Side-6 - [°C] Bag-7 - [°C] Bag-8 - [°C] Bag-9 - [°C] Bag-11 - [°C] Main train Split train Main train Split train Room blank Main train dryer outlet dryer outlet dry gas meter dry gas meter dry gas meter flow rate temperature...
  • Page 444 17,94 19,45 27,94 27,72 24,19 7,13 17,99 19,39 27,96 27,71 24,18 7,11 17,88 19,41 27,89 27,69 24,17 7,12 17,91 19,37 27,93 27,71 24,20 7,10 17,90 19,40 27,91 27,68 24,24 7,10 17,88 19,44 27,92 27,70 24,23 7,11 17,86 19,44 27,91 27,70 24,22 7,09 17,84...
  • Page 445 18,11 19,57 28,01 27,79 24,43 7,11 18,10 19,56 27,99 27,77 24,41 7,14 18,04 19,56 27,92 27,73 24,40 7,12 18,08 19,63 27,98 27,80 24,45 7,12 18,08 19,63 27,97 27,79 24,40 7,14 18,11 19,57 27,96 27,76 24,40 7,12 18,13 19,56 27,99 27,79 24,40 7,13 18,10...
  • Page 446 18,12 19,46 27,87 27,71 24,05 6,99 18,10 19,47 27,86 27,68 24,04 6,94 18,12 19,53 27,91 27,72 24,09 6,95 18,14 19,50 27,87 27,70 24,07 7,04 18,11 19,51 27,88 27,69 24,04 7,04 18,11 19,48 27,85 27,67 24,05 7,02 18,16 19,52 27,89 27,72 24,08 7,00 18,14...
  • Page 449 Bag-12 - [°C] NS-Røgtemp - [°C] Ovf-Top - [°C] Ovf-Bag - [°C] Ovf-Side-1 - [°C] Ovf-Side-2 - [°C] Split train Surface Surface Surface Surface flow rate Flue gas temperature temperature temperature temperature Flow-D - [ln/min] temperature Rear Right side Left side 7,13 24,2 23,6...
  • Page 450 7,12 113,1 125,5 117,4 128,4 7,13 114,8 127,8 121,1 131,8 7,12 116,6 130,2 124,6 135,1 7,11 118,2 132,3 128,2 138,4 7,12 120,0 134,2 131,7 141,5 7,12 121,6 136,0 135,1 144,7 7,11 123,4 137,5 138,4 147,7 7,11 125,0 139,1 141,6 150,6 7,11 126,4 140,4...
  • Page 451 7,10 177,9 197,5 213,4 223,8 7,07 178,6 198,1 214,3 224,7 7,09 179,2 198,9 215,1 225,4 7,09 179,7 199,3 215,9 226,0 7,10 180,0 200,0 216,7 226,7 7,09 180,3 200,2 217,5 227,4 7,10 180,2 200,5 218,3 228,0 7,09 179,8 200,7 219,0 228,3 7,09 179,3 200,8...
  • Page 452 6,91 179,4 208,8 242,3 242,0 6,89 179,7 209,4 243,0 242,9 6,88 179,6 209,9 243,7 243,7 7,10 179,4 210,3 244,3 244,5 7,03 179,4 211,0 244,9 245,4 7,01 179,5 211,5 245,6 246,3 7,02 179,6 211,9 246,3 247,1 7,03 179,9 212,5 246,9 247,9 7,01 180,0 212,9...
  • Page 455 Ovf-Bund - [°C] Kanal-EPA - [°C] Røgtræk - [Pa] Pd Kanal - [Pa] Ps Kanal - [Pa] Vægt - [Kg] Surface Flue Duct Duct Platform temperature Duct draft dynamic static scale Bottom temperature Pascals pressure pressure reading 24,6 27,1 32,7 48,7 1,774 24,6...
  • Page 456 25,1 35,0 10,9 29,7 46,6 0,716 25,1 35,1 11,0 30,4 46,3 0,694 25,2 35,2 10,9 30,4 45,8 0,673 25,3 35,3 10,9 30,6 46,3 0,651 25,3 35,4 11,2 30,4 46,8 0,631 25,4 35,5 11,0 31,0 46,9 0,612 25,5 35,6 10,7 30,5 45,8 0,592 25,6...
  • Page 457 32,5 40,2 12,6 29,7 46,4 2,731 32,8 40,2 12,4 29,7 47,2 2,706 33,1 40,3 12,2 30,5 47,3 2,682 33,3 40,1 12,5 30,3 46,1 2,660 33,7 40,1 12,4 33,0 49,4 2,636 34,0 40,1 12,1 30,8 46,7 2,614 34,3 40,1 12,2 31,2 46,6 2,594 34,5...
  • Page 458 46,9 39,8 12,3 29,9 45,7 1,650 47,1 39,7 12,0 30,1 45,6 1,622 47,3 39,7 12,2 29,9 45,6 1,599 47,6 39,7 12,3 31,0 46,0 1,576 47,8 39,7 12,0 28,8 44,8 1,552 48,1 39,8 11,8 29,0 45,1 1,528 48,4 39,8 11,9 29,9 45,3 1,501 48,6...
  • Page 461 CO-Lav - [100ppm] CO-Høj - [%] CO2 - [%] high range range CO2 - [%] 0,00 0,00 0,07 0,40 0,01 0,32 2,49 0,02 0,84 3,84 0,04 1,19 4,79 0,04 1,32 5,39 0,06 1,36 14,65 0,14 1,71 10,08 0,10 1,91 6,69 0,07 2,01 7,21...
  • Page 462 17,97 0,18 9,05 18,38 0,17 9,15 12,83 0,13 9,12 12,21 0,12 9,14 11,36 0,11 9,04 11,64 0,11 8,97 11,99 0,11 9,19 12,91 0,12 8,83 13,77 0,13 8,65 13,31 0,13 3,75 20,95 0,20 2,92 22,44 0,29 4,34 22,44 0,33 5,78 22,44 0,29 6,21 16,45...
  • Page 463 22,44 0,25 8,99 19,75 0,21 9,44 20,34 0,19 9,46 22,44 0,22 8,99 22,44 0,26 8,72 22,44 0,27 8,51 22,44 0,25 8,57 22,44 0,25 8,53 22,44 0,24 8,43 22,44 0,25 8,37 19,27 0,19 8,63 21,98 0,22 8,29 22,44 0,24 8,02 22,44 0,26 7,86 22,44...
  • Page 464 2,60 0,02 10,72 3,02 0,03 10,88 2,89 0,02 10,87 3,37 0,03 11,02 3,32 0,02 10,89 3,17 0,04 11,03 3,75 0,04 11,14 3,59 0,04 11,23 3,88 0,03 11,35 3,30 0,04 11,07 3,39 0,03 11,16 3,57 0,03 11,22 4,77 0,04 11,44 3,85 0,04 11,27 4,02...
  • Page 465 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 26 Title: Assembly drawings, Morsø 2B Classic 2020 (Revised June 2021 release) Pages total: 7, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 466 " 13" 22⅞" 10 ¼" 11⅞" 22⅜" Added inches and two more views. 09.07.2010 Rev. Revisions Sign.: Date: Title: Construction: 13.11.08 Maalskitse Released: Material: 2B Classic NA Format: Weight: Scale: Morsø 2B Classic Model no. Itemno.: Drawing no.: Drawingtype: Dimension Skecth 2B-129 b Location of file: U:\udv\Tegninger\1B&2B\2B Classic &...
  • Page 467 " 13" 22⅞" 10 ¼" 11⅞" 22⅜" Added inches and two more views. 09.07.2010 Rev. Revisions Sign.: Date: Title: Construction: 13.11.08 Maalskitse Released: Material: 2B Classic NA Format: Weight: Scale: Morsø 2B Classic Model no. Itemno.: Drawing no.: Drawingtype: Dimension Skecth 2B-129 b Location of file: U:\udv\Tegninger\1B&2B\2B Classic &...
  • Page 468 Rev. Revisions Sign.: Date: Title: Construction: 17.06.2009 Isometrisk målskitse Released: Material: Format: 2B Classic NA Weight: Scale: Morsø 2B Classic Model no. Itemno.: Drawing no.: Drawingtype: Dimension Skecth 2B-134 a Location of file: U:\udv\Tegninger\1B&2B\2B Classic & 2B Standard Assembly.SLDASM This drawing is Morsø Jernstøberi A/S' property and must not be sold, lended or copied without any written authorization from the company.
  • Page 469 Firebox height : Hearth to top end of back insulation stone Firebox depth : Back insulation stone to front door frame Rev. Revisions Sign.: Date: Title: Construction: 30.08.2020 Morsø 2B Classic 2020 Released: Firebox Volume Material: Format: Weight: Scale: Model no. Itemno.: Drawing no.:...
  • Page 470 Min.: 0.75 turn = 1 mm gap between spinner and frame = 212 mm² Ash door spinner. Only for decoration. Locked in closed position. Rev. Revisions Sign.: Date: Title: Construction: 02.10.2020 Morsø 2B Classic 2020 Released: Primary air controller Material: Format: assembly Weight: Scale: Model no.
  • Page 472 Vermiculite 12 pcs. Ø3 Rev. Revisions Sign.: Date: Title: Construction: 07.10.2020 Main assembly drawing Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: Morsø 2B Classic 2020 Material: Format: Weight: Scale: Model no. Itemno.: Drawing no.: Drawingtype: Vermiculite Vermiculite 2B-511 Location of file:...
  • Page 473 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 27a Title: Parts drawings Pages total: 60, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 474 Annex 27 a (60 pages)
  • Page 479 150,8 32,9 30,9 TRUE R4 30,9 ø142 32,9 R2,5 36,8 34,8 32,9 30,9 30,9 32,9 34,8 36,8 50° Tilføjet udskæring for rysterist på den korte side. 02.12.10 Rev. Revisions Sign.: Date: Title: Construction: 13.09.02 Ristekurv 2B Dim. without indication of margin acc. to ISO Norm No.: 8062 CT9 Released: Cast Iron GG15 Crome Material:...
  • Page 482 Rev. Revisions Sign.: Date: Title: Construction: 26.05.03 Rystestang Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: Material: Rustfri Automatstål Format: 2 BU Weight: 0,06 kg Scale: Morsø 2B 542052 Model no. Itemno.: Drawing no.: Side 1 of 1 Drawingtype: Emnetegning 2B-44 a Location of file: U:\udv\Tegninger\1B&2B\2B-44 Rystestang.SLDPRT...
  • Page 485 159 0 Ændret breddemålet for 2B Classic 15.11.05 Ændret tolerancer. 13.03.97 Filnavn rettet. 28.01.97 Gamdrup Tegne teknik April 96 Rev. Revisions Sign.: Date: Title: Construction: Aa.GJ 12.02.93 Glas til Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: Material: Keramisk glas Format: 2B Classic Weight:...
  • Page 486 Rev. Revisionstekst: Sign.: Dato: Materiale: 1 mm varmgalv. plade Titel: Konstr.: 10.01.2000 Stråleplade 0,75 Bearbejdes: Frigivet: Vægt: m² Tegn.format: Overfladebeh.: Bund Mål uden toleranceangivelse Måltolerance: Målforhold: DS/ISO 2768-1 m 54137000 Ruhedstolerance: Varenr.: Tegningsnr.: Værktøjsnr.: 2b-70 Tegningstype: Emnetegning Denne tegning tilhører Morsø Jernstøberi A/S og må ikke afhændes, udlånes eller kopieres uden firmaets skriftlige tilladelse...
  • Page 487 Ændret længde på gevindstykket. 14.06.05 Ændret total længde og længde på gevindstykket. 31.05.05 Ændret længde på gevindstykket. 27.05.05 Ændret tykkelse og øget længde. 13.05.05 Rev. Revisions Sign.: Date: Title: Construction: 20.10.03 Krogbolt Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: Material: Format: SVL.
  • Page 488 Rev. Revisions Sign.: Date: Title: Construction: 20.11.03 Stagbolt Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Automatic steel Format: Weight: 0,04 kg Scale: Morsø 2B 542053 Model no. Itemno.: Drawing no.: Drawingtype: Product drawing 2B-77 a Location of file: U:\udv\Tegninger\1B&2B\2B stagbolte.SLDPRT This drawing is Morsø...
  • Page 489 Ændret længdemål 11.12.03 Rev. Revisions Sign.: Date: Title: Construction: 20.11.03 Stagbolt Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Automatic steel Format: Weight: 0,05 kg Scale: Morsø 2B 542054 Model no. Itemno.: Drawing no.: Drawingtype: Product drawing 2B-78 b Location of file: U:\udv\Tegninger\1B&2B\2B stagbolte.SLDPRT...
  • Page 490 Changed lenght and threads at both ends. 08.06.2016 Rev. Revisions Sign.: Date: Title: Construction: 20.11.03 Stagbolt Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Automatic steel Format: Staybolt Weight kg.: 0.05 Scale: Morsø 2B 542055 Model no. Itemno.: Drawing no.: Drawingtype:...
  • Page 498 148,5 SECTION A-A Revision af eksisterende modelnr. 2117 Øvrige mål, som eksisterende emne. Rev. Revisions Sign.: Date: Title: Construction: 02.06.05 Topplade 2BO Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: 07.10.05 Material: Format: Weight: 4,4 kg Scale: Morsø 2BO 342117 Model no.
  • Page 500 Rev. Revisions Sign.: Date: Title: Construction: 14.11.05 Glasbånd 2B Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: Material: 8x4mm Glasbånd m. tape Format: Weight: 0,11 kg Scale: Morsø 2B 79074500 Model no. Itemno.: Drawing no.: Drawingtype: Emnetegning 2B-94 a Location of file: U:\udv\Tegninger\1B&2B\2B-94 Glasbånd 2B Classic.SLDPRT This drawing is Morsø...
  • Page 504 13,9 298,4 25,5 Rev. Revisions Sign.: Date: Title: Construction: 17.11.05 For og bagplade Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: 2011.11.30 Material: Cast Iron GG15 overdel Format: Weight: 2,32 kg Scale: Morsø 2B 44211400 Model no. 2114 Itemno.: Drawing no.: Drawingtype: Støbetegning...
  • Page 506 A-A (1 : 1) B-B (1 : 1) Rev. Revisions Sign.: Date: Title: Construction: 16.11.05 Indvendig top Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: 2011.11.30 Material: Cast Iron GG15 Format: Weight: 2,66 kg Scale: Morsø 2B 44211600 Model no. 2116 Itemno.: Drawing no.:...
  • Page 507 68,7 68,7 Rev. Revisions Sign.: Date: Title: Construction: 16.11.05 Klap til dør Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: Material: Cast iron GG15 Format: Weight: 0,51 kg Scale: Morsø 2B 342008 Model no. 2008 Itemno.: Drawing no.: Drawingtype: Støbetegning 2B-102 Location of file:...
  • Page 508 85,1 67,1 40,7 19,3 13,7 12,5 Rev. Revisions Sign.: Date: Title: Construction: 16.11.05 Dæksel 2B overdel Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: 2011.11.30 Material: Cast Iron GG15 Format: Weight: 0,55 kg Scale: Morsø 2B 44211800 Model no. 2118 Itemno.: Drawing no.:...
  • Page 509 Rev. Revisions Sign.: Date: Title: Construction: 16.11.05 Rensedæksel Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: Material: Cast iron GG15 Format: Weight: 0,32 kg Scale: Morsø 2B 342119 Model no. 2119 Itemno.: Drawing no.: Drawingtype: Støbetegning 2B-104 Location of file: U:\udv\Tegninger\1B&2B\2B-103 Dæksel overdel 2B.SLDPRT This drawing is Morsø...
  • Page 510 Rev. Revisions Sign.: Date: Title: Construction: 16.11.05 Mellembund Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: Material: Format: Weight: 5,1 kg Scale: Morsø 2B 342112 Model no. 2112 Itemno.: Drawing no.: Drawingtype: Støbetegning 2B-105 Location of file: C:\Working\2B-105 Mellembund 2B.SLDPRT This drawing is Morsø...
  • Page 511 7 THRU 7 THRU Rev. Revisions Sign.: Date: Title: Construction: 16.11.05 Mellembund Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Cast Iron GG15 Format: Bearbejdet 1:2.5 Weight kg: 5,10 Scale: Morsø 2B 342112 Model no. 2112 Itemno.: Drawing no.: Drawingtype:...
  • Page 513 Klippemål: 274 x 278 Ændret mål. 01.05.2006 Rev. Revisions Sign.: Date: Title: Construction: 26.04.2006 Stråleplade Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: 26.04.2006 Material: Galvaniseret plade Format: bag overdel Weight: 0,6 kg Scale: Morsø 2B 54202900 Model no. Itemno.: Drawing no.: Drawingtype: Emnetegning...
  • Page 515 3 stk. Ø6 anviser Rev. Revisions Sign.: Date: Title: Construction: 21.12.06 Sideplade egern Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: 02.02.2007 Material: Støbejern GG 15 Format: Weight: 7,1 kg Scale: Morsø 2B 342003 Model no. 2003 Itemno.: Drawing no.: Drawingtype:...
  • Page 516 9 ±0,50 Rev.: Description Date Sign.: Revisions 22-09-2020 No Burrs or Sharp edges Title: Construction: Afstandstykke f. luftregulering Released: Material: AISI 304 Format: bushing f. air valve Weight kg.: 0,004 Scale: Morsø 2B 71208700 Model no. Itemno.: Drawing no.: Drawingtype: 2B-146 Location of file: This drawing is Morsø...
  • Page 517 7 THRU ALL 7 THRU ALL 7 THRU ALL 7 THRU ALL 10 THRU ALL 10 THRU ALL Changed Ø7 hole to Ø10. 09.06.2016 Rev. Revisions Sign.: Date: Title: Construction: 25.09.2015 Mellemramme 2BU Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Cast Iron GG15...
  • Page 518 M5 - 6H M5 - 6H 6 THRU M5 - 6H M5 - 6H 6,8 THRU ALL M8 - 6H THRU ALL 6,2 THRU Rev. Revisions Sign.: Date: Title: Construction: 13.09.02 Fyrdør 2B Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Cast Iron GG15...
  • Page 519 6,8 THRU ALL M8 - 6H THRU ALL Rev. Revisions Sign.: Date: Title: Construction: 15.11.05 Trækventil Mål uden toleranceangivelse i.h.t. ISO-norm nr. 8062 CT9 Released: Material: Format: Weight: 0,17 kg Scale: Morsø 2B 342022 Model no. 2022 Itemno.: Drawing no.: Drawingtype: Emnetegning 2B-96...
  • Page 520 10 THRU 10 THRU Rev. Revisions Sign.: Date: Title: Construction: 16.11.05 Topplade 2BO Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Cast Iron GG15 Format: Bearbejdet 1:2.5 Weight kg: 4.95 Scale: Morsø 2BO 342111 Model no. 2111 Itemno.: Drawing no.:...
  • Page 521 4,2 THRU ALL M5 - 6H THRU ALL 6 THRU 10 THRU 10 THRU 5,9 THRU Rev. Revisions Sign.: Date: Title: Construction: 03.03.2006 Bagplade Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: 21.04.2006 Material: Cast Iron GG15 Format: 2B Classic NA Weight kg:...
  • Page 522 10 THRU 10 THRU 10 THRU Ændret dimension fra Ø8 til Ø10 huller. 02.02.2015 Rev. Revisions Sign.: Date: Title: Construction: 21.12.06 Indv. sideplade egern Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: Cast Iron GG15 Format: Weight kg.: 7.16 Scale:...
  • Page 524 2,5:1 1x45 ø10 M6 gevind Matr.: Automatstål Titel: Sign.: Dato: Sign. Dato Rev. Revision xxxxx Knop til HCH April 96 Gamdrup TegneTeknik Tegn.form.: Målforhold 1:1/2.5:1 Tilføjet tegn.nr. rystestang 1126 20.12.96 Filnavn: Varenummer: 01.07.99 Varenr. ændret fra 752620 KD 1126-26 752619 Længdemål ændret KDU 10.08.99 morsø...
  • Page 525 M6x1.0 Spændstykke m. frihul 542631udgået. 15.06.04 Rev. Revisions Sign.: Date: Title: Construction: 02.03.88 Spændstykke Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: Material: Firkant stål Format: Weight: 0,03 kg Scale: Morsø 1126 542630 Model no. Itemno.: Drawing no.: Drawingtype: Emnetegning 1126-55 b Location of file: U:\udv\Tegninger\1126\1126-55 Spændstykke m.
  • Page 526 ' "- " " /,0- " /(0& !" 12 ,. " $ # ' - " &' # $% *+* #) &, ! "! (& "( ! "...
  • Page 527 12 - 0,2 M8 x 12,5 Påført tolerance ø12 hul 23.03.04 Rev. Revisions Sign.: Date: Title: Construction: 23.02.00 Greb 1400 Mål uden toleranceangivelse i.h.t. DS/ISO 2768-1 m Released: 02.08.00 Material: Material <not specified> Format: Barkelite handle Weight: 0,08 kg Scale: Morsø...
  • Page 528 M8 x 12,5 Rev. Revisionstekst: Sign.: Dato: Bakelite Konstr.: 23.02.2000 Materiale: Titel: Greb lille Bearbejdes: 02.08.2000 Vægt: Frigivet: m² Tegn.format: Overfladebeh.: Mål uden toleranceangivelse Måltolerance: Målforhold: DS/ISO 2768-1 m Morsø 1410 79118200 Ruhedstolerance: Varenr.: Tegningsnr.: Værktøjsnr.: 1400-194 a Tegningstype: Emnetegning Denne tegning tilhører Morsø...
  • Page 529 31,5 Rev. Revisionstekst: Sign.: Dato: Sort fladjern Konstr.: 03.03.2000 Materiale: Titel: Lus uden gevind 0,015 Bearbejdes: Vægt: Frigivet: m² Tegn.format: Overfladebeh.: Mål uden toleranceangivelse Måltolerance: Målforhold: DS/ISO 2768-1 m Morsø 1400 44256800 Ruhedstolerance: Varenr.: Tegningsnr.: Værktøjsnr.: 1400-199 a Tegningstype: Emnetegning Denne tegning tilhører Morsø...
  • Page 530 5 7 5 2 stk. anvisere for M6 Inden for ramme identisk med model 1417 Rev. Revisionstekst: Sign.: Dato: Materiale: GG15 Titel: Konstr.: 13.12.2000 Røgtud USA Vægt: 1.22 kg Bearbejdes: Frigivet: 24.09.2001 m² Tegn.format: Overfladebeh.: Mål uden toleranceangivelse Måltolerance: Målforhold: ISO-norm nr.
  • Page 531 31,5 21,5 b Ændret yderdiameter + påført tolerance. 23.03.04 Rev. Revisionstekst: Sign.: Dato: Rustfri stål Konstr.: 30.04.2002 Materiale: Titel: Overgangsstykke 14.5 g Bearbejdes: Frigivet: Vægt: m² Tegn.format: Overfladebeh.: til greb Mål uden toleranceangivelse Måltolerance: Målforhold: DS/ISO 2768-1 m Morsø 1400 75140161 Ruhedstolerance: Varenr.:...
  • Page 532 0,5 X 45° Rev. Revisions Sign.: Date: Title: Construction: 26.01.04 Ø6x35 Hængselstift Dim. without indication of margin acc. to DS/ISO 2768-1 m Released: Material: ERROR!:materiale Format: Hinge Pin Weight: 0,07 kg Scale: Morsø 2100 541808 Model no. Itemno.: Drawing no.: Drawingtype: Product Drawing 2100-174 a...
  • Page 533 Matr.: Vægt: ø8 mm automatstål Titel: Sign.: Dato: Sign. Dato Rev. Revision 30.07.98 Ildrager 11.06.99 Ombuk forlænget 70 mm Tegn.form.: Målforhold New Generation/Classic Filnavn: Varenummer: 9000-05 79900321 morsø Tegningsnummer: 9000-05 b Jernstøberi A/S...
  • Page 534 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 27b Title: Spare parts Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 535 Annex 27 b (2 pages) 53 52 35 81 83 80 Skiver tilføjet til pos. nr. 91 17.04.2012 Tilføjet pos. 56 dæksel til overdel. 25.11.2009 Rev. Revisions Sign.: Date: Title: Construction: 13.11.08 Reservedelstegning Released: Material: Format: 2B Classic 1:20 Weight kg: Scale: Morsø...
  • Page 536 Morsø 2B Classic 2020 2B Classic 2020 Pos.No. Discription SKU no. Drawing no. Squirrel Side Panel 54200321 2B-124 Rear Plate 44203821 2B-83 Smoke Valve 44200800 2B-102 Horizontal Baffle 44203600 2B-82 Front Baffle 34203800 2B-84 Front 44201521 2B-123 Side Panel for Upper Part...
  • Page 537 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 28 Title: Materials data sheets Pages total: 32, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 538 Annex 28 (32 pages) High temperature packing Basic/material E-glass. Description The basic material of the packing consists of 6-9 micron E-glass fiber strands, which are textured. The product is inorganic, sterile, refractory, and contains no toxins or heavy metals. Thanks to a high-temperature treatment, the packing can be used up to 650 °C.
  • Page 539 3.4.2019 HECKER Glaskeramik Hitzebeständiges Glas Einscheibensicherheitsglas ESG Borosilicatglas Farbglas Kaminbodenplatten Weisse … Glaskeramik NEOCERAM N-0 Technische Daten Wärmeausdehnung Lichtdurchlässigkeit Oberflächenbeschaffenheit Flache Scheiben/Beschichtete Glaskeramik/Einbaurichtlinien Technische Daten Ausdehnungs- · 10-7/K (30 - 380° C) – 6 koeffizient (30 - 750° C) – 3 Temperatur- °C wechselbeständigkeit...
  • Page 540 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 ROBAX ® Glass Ceramic Panels Home Tech SCHOTT AG ROBAX Division ® Hattenbergstrasse 10 D-55122 Mainz Tel.: +49 (0) 6131/66-2 54 31 Fax: +49 (0) 3641/2888-9162 E-mail: info.robax@schott.com www.schott.com/robax...
  • Page 541 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 2 / 24 Table of Contents: Page Description, Range of Application and Validity Description Range of Application Range of Validity Technical Features General Remarks Appearance Mechanical Characteristics 2.3.1...
  • Page 542 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 3 / 24 General Dimensional Tolerances and Material Characteristics Dimensional Tolerances Material Characteristics 3.2.1 Bubbles 3.2.2 Solid Inclusions and Stains 3.2.3 Scratches 3.2.4 Pits 3.2.5 Other Characteristics Stock-Size Sheets...

  • Page 543: Description, Range Of Application And Validity

    ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 4 / 24 Description, Range of Application and Validity Description ROBAX glass ceramic panels consist of a transparent glass ceramic material. Because of ® its material characteristics the product is designed for the use as thermal window in fireplaces.

  • Page 544: Technical Features

    ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 5 / 24 Technical Features General Remarks All data stated in this technical delivery specification are to be seen as guideline values. Those values, for which no generally valid measuring method exist or which are not generally defined (e.g.

  • Page 545: Thermal Characteristics

    ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 6 / 24 Thermal Characteristics 2.4.1 Coefficient of Mean Linear Expansion (0 ± 0.5) ´ 10 (20 – 700°C) 2.4.2 Mean Specific Thermal Capacity approx.
  • Page 546 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 7 / 24 Load temperature T Load time es, max 560°C (1040°F) 5000 hr 610°C (1130°F) 1000 hr 660°C (1220°F) 100 hr 710°C (1310°F) 10 hr 760°C (1400°F) 5 hr...

  • Page 547: Chemical Characteristics Of Base Material

    ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 8 / 24 Chemical Characteristics of Base Material 2.5.1 Acid Resistance DIN 12116 at least class S3 2.5.2 Alkaline Resistance based on ISO 695 at least class A2 2.5.3 Hydrolytic Class...
  • Page 548 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 9 / 24 General Dimensional Tolerances and Material Characteristics The following describes characteristics which are valid for all four product groups (stock-size sheets, cut-to-size panels, round bent and angular bent panels). With regard to stock-size sheets all of the following characteristics (with exception of flatness, see item 4.1) refer to the net-size as agreed on with the customer.
  • Page 549 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 10 / 24 3.2.1 Bubbles Bubbles are gaseous inclusions within the glass ceramic material. Closed bubbles can appear as low-spots on the surface depending on their size and position within the glass.
  • Page 550 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 11 / 24 3.2.3 Scratches The delivery of ROBAX ® panels totally free of scratches is not possible due to technical reasons. It has to be distinguished between slight scratches (scratches not detectable with finger nail) and strong scratches (scratches detectable with finger nail).
  • Page 551 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 12 / 24 Stock-Size Sheets Stock-size sheets are large-size glass ceramic panels without any further processing, especially without edge processing. They serve as base material for cut-to-size panels. Dimensional Tolerances Characteristics / Areas / Location Tolerance...
  • Page 552 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 13 / 24 Cut-to-Size Panels Dimensional Tolerances Characteristics / Areas / Location Tolerance Edge length l ± 1.0 mm l ≤ 500 mm ± 1.5 mm l >...
  • Page 553 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 14 / 24 < l Fig. 5.1: Squareness measurement Edge Finish The edges of flat cut-to-size panels are processed according to DIN 1249, e.g. either arrissed or round ground to size.
  • Page 554 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 15 / 24 Round Bent Panels Dimensional and Form Tolerances Characteristics / Areas / Location Tolerance Panel height h ± 1.0 mm h ≤ 500 mm ±...
  • Page 555 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 16 / 24 Table 6.2 contains the permissible overall torsion values of round bent panels. Panel Size A A ≤ 20 dm² 20 dm² < A ≤ 40 dm² 40 dm²...
  • Page 556 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 17 / 24 soll Fig. 6.2: Contour slot gauge geometry for round bent ROBAX panels ® The tolerances of the contour slot widths for round bent panels are given in table 6.3. Aperture angle Arc length l 185 mm <...
  • Page 557 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 18 / 24 Angular Bent Panels Dimension and Form Tolerances Characteristics / Areas / Location Tolerance Leg length l ± 2.0 mm Middle section length l ±...
  • Page 558 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 19 / 24 Fig. 7.1: Angular bent ROBAX panels ® Table 7.2 contains the permissible overall torsion values of angular bent panels. Panel Size A A ≤...
  • Page 559 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 20 / 24 All geometric tolerances are specified by means of a two-dimensional enveloping contour. For testing the geometric tolerances a flat plastic gauge with a defined contour slot is used. The geometry of the slot is determined by the edge lengths l , and l , by the bending...
  • Page 560 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 21 / 24 The contour slot gauge geometry as shown in fig. 7.4 is valid for double angular bent panels. Abb. 7.4: Slot gauge geometry for double angular bent ROBAX panels ®...
  • Page 561 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 22 / 24 Transport, Storage and Handling To avoid damage, it is necessary for the panels to be handled properly as well as transported and stored only vertically secured, and protected against touching each other by suitable intermediate layers (paper, cardboard, cork or PE foamfoils).
  • Page 562 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 23 / 24 Installation Guidelines The same conditions apply to the installation and the handling of ROBAX panels as are ® generally valid for handling glass and glass ceramic parts. ·...
  • Page 563 ROBAX Glass Ceramic Panels ® Technical Delivery Specification TL 1 00 05 51 - 00 Page 24 / 24 10. Procedures if Deviations Occur 10.1 Basic Action Deviations should be handled in the most cost-effective manner for both partners. Deviations are estimated according to the state of the products at time of delivery. Changes in the material which occur during further processing of ROBAX glass ceramic ®...
  • Page 564 Round packing with or without core Basic/material E-glass. Description The basic material consists of 6-9 micron E-glass fiber yarns which are texturized. The product is inorganic, sterile, refractory, and contains no toxins or heavy metals. It is a knitted glass fiber packing –...
  • Page 565 Glass tape/ladder tape Basic/material E-glass. Description The basic material consists of 6-9 micron E-glass fiber yarns which are texturized. The product is inorganic, sterile, refractory, and contains no toxins or heavy metals. A knitted fiberglass tape has a great packing surface – with less packing thickness.
  • Page 566 INSULFRAX LTX BLANKET Description Insulfrax® LTX™ Blankets are the latest addition to the Insulfrax product family. Insulfrax LTX offers the same benefits as previous Insulfrax blankets, now with physical properties enhanced to improve both thermal performance and handling. These lightweight needled blankets combine innovative proprietary technology with Insulfrax proven performance to create the best low-biopersistent Insulfrax blanket available from Insulcon today.
  • Page 567 INSULFRAX LTX BLANKET Primary Metals • Expansion joint seals • Aluminium transfer ladle covers • Backup insulation for dense refractory linings • Backup insulation for Fiberfrax® or Isofrax® linings • Maintenance blanket • Heat shields Metals Processing • Stress relieving blankets •...
  • Page 568 INSULFRAX LTX BLANKET * The maximum continuous use limit temperature for these products depends upon operating and application conditions, and also the engineered design of the insulation lining. For additional information and support regarding product performance or to identify the recommended product for your application, please contact your nearest Insulfrax Application Engineering office.
  • Page 569 V-1100 (600) Vermiculite insulating slabs for hot-face and back-up insulation - up to 1100°C (2012°F) Skamol A/S Maximum service temperature Østergade 58-60 °C 1100 DK-7900 Nykøbing Mors Denmark °F 2012 Tel: 45 9772 1533 Fax: 45 9772 4975 Bulk density, dry insulation@skamol.dk kg/m lbs/cu.ft.
  • Page 570 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 29 Title: Labels Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 571 Annex 29 (2 pages) Manufactured by: Morsø Model: 2B Classic 2020 U.S. ENVIRONMENTAL PROTECTION AGENCY Certified to comply with 2020 particulate emission standards using cord wood. SMOKE THIS MODEL (Grams Per Hour) EFFICIENCY 100% Particulate emission using ASTM E3053-17 cordwood test method: Emission 0.47 g/h...
  • Page 572 Solid Fuel Room Heater Model/Modèle: Serial No./ Fournaise de Pièce Au Gas Solide Clackamas, Oregon Nu.de Série 2B Classic 2020 Tested to/Testé à: DK-7900 Nykøbing Mors UL 1482-2011 (R2015) , ULC-S628-93 (R2016) PFS TECO Denmark Report No./Rapport Nu: F20-XXX PREVENT HOUSE FIRES: PRÉVENTION DES FEUX DE MAISON:...
  • Page 573 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 30 Title: Pictures of Morsø 2B Classic 2020 Pages total: 2, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 574 Annex 30 (2 pages)
  • Page 576 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 31a Title: User’ manual US (Revised June 2021 release) Pages: 13, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 577 Installation and Operating Instructions Morsø 2B Classic 2020 For use in North America MORSØ JERNSTØBERI A/S . DK-7900 NYKØBING MORS E-Mail: stoves@morsoe.com · Website: www.morsoe.com...
  • Page 578 Morsø has been producing some of the world’s best stoves since 1853. If you follow this in- The Morsø 2B Classic 2020 has been certified by PFS TECO. The test standards are UL-1482-2011 (R2015)for the United States and ULC-S628-93 (R2016) stallation- and operating instruction carefully, we for Canada.
  • Page 579 1.1 Unpacking the stove 1.0 Installation of your Morsø stove 2B Classic: After removing the outer packaging, flatten it and lay onto the floor close to the stove; this can then act as protective work surface during the assembly process. Installation of woodburning stoves must be safe and legal.
  • Page 580 How to fit the Smoke Cover How to fit the Vertical Baffle Place the smoke cover by the smoke vent in front of the stove. This is easily done by leading Lead the vertical baffle through the door as shown below (picture 1 & 2). Place the baffle the smoke cover down through the flue collar before fitting the pipe.
  • Page 581 1.3 The chimney / flue system 1.4 Flue Connection Note that the flue system must be independently secured and must not rely on the stove A flue collar is placed in the firebox area. for support. Use a 24 MSG black or blue chimney connector or listed double wall chimney connector. Re- fer to local codes and the chimney manufacturer’s instructions for precautions required for The stove must not be connected to a chimney flue serving any other appliance.
  • Page 582 1.6 Positioning the stove Distance to walls and lintel When the stove is positioned near combustible materials, observe all current local and na- tional building regulations with regards to clearances. Whatever regulations apply to your area, do not in any case install the stove within 8 inches of combustible materials around the sides or 16 inches above the top of the stove (fireplace installations require greater clear- ances above the stove - see below in the clearance chart).
  • Page 583 2.0 Operation 2.1 Before you start firing For use with solid wood fuel only. Do not overfire; if heater or chimney connector glows, you are overfiring. Inspect and clean chimney frequently. Under certain conditions of use, creosote buildup may occur rapidly. Because of risk of smoke and flame spillage, operate only with door fully closed.
  • Page 584 In principle Your stove is fitted with Primary and Secondary air inlets. 6. When ready to reload, use a poker to spread the embers across the firebox floor, bringing plenty towards the front of the stove. Primary Air is controlled using the spinner on the door. Open the spinner will allow a supply of preheated air to enter the firebox via the ‘airwash’...
  • Page 585 The maximum recommended weight of wood fuel per load is 3.5 kg/7 Ibs (approx 5 split 3.0 Maintenance logs). Under normal firing, the average flue temperature in the stove pipe, measured 20 cm above When perfoming maintenance on your stove, always protect yourself, using safety gog- the stove, is approx.
  • Page 586 1. Lift the door off the hinges and place it face down on a sheet of cardboard or other non- Gasket abrasive fabric. The gasket around the perimeter of the door may harden over a period of time. It should be replaced if it becomes difficult to close the doors or if air starts to leak in around the perim- 2.
  • Page 587 3.5 Parts diagram for model Morsø 2B Classic 2020 Chimney sweeping Inspect the system regularly during the heating season as part of a regular maintenance sched- ule. To inspect the chimney, let the stove cool completely. Then, using a mirror, sight up through the flue collar into the chimney flue.
  • Page 588 3.6 Parts list for model Morsø 2B Classic 2020 3.6 Parts list for model Morsø 2B Classic 2020 Pos. No. Parts SKU no. Pos. No. Parts SKU no. Squirrel Side Panel 54200321 Cover - upper part 44211800 Rear Plate 44203821...
  • Page 589 IMPORTANT! How to heat safely for the environ- ment and yourself! • Use only dry wood Use only dry (max. 20% moisture content) and untreated wood. The fuel must be split and 8 - 12 cm thick. • Light Light with dry kindling (use 1 - 2 kg). Leave the door ajar and stay close to the stove during the lighting phase.
  • Page 590 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 31b Title: User’ manual CAN (Fr) (Revised June 2021 release) Pages total: 13, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 591 Manuel d’installation et d’utilisation Morsø 2B Classic 2020 Pour utilisation en Amérique du Nord MORSØ JERNSTØBERI A/S . DK-7900 NYKØBING MORS E-Mail: stoves@morsoe.com · Website: www.morsoe.com...
  • Page 592 Morsø pour plus d’informations. ché danois, fabrique des poêles-cheminées de Le 2B Classic 2020 de Morsø a été certifié par les services d’inspection PFS TECO. haute qualité depuis 1853. En suivant les pré- Les standards du test sont UL-1482-2011 (R2015) pour les États Unis et ULC- S627-00 pour sentes instructions, nous sommes persuadés que...
  • Page 593 1.1 Déballage du poêle 1.0 Installation de votre poêle Morsø 2B Classic : après le déballage, dévissez la chambre de combustion de la palette avant de la poser tranquillement sur le côté. Pour éviter tout dommage du poêle et du sol, vous pouvez utiliser l’emballage en carton comme protection.
  • Page 594 Pose du couvercle de fumée Pose du déflecteur vertical Placez le couvercle de fumée à côté de l’échappement de fumée, sur le devant du poêle. Pour Faites passer le déflecteur vertical par la porte, comme indiqué ci-dessous (illustrations 1 le faire plus facilement, faites passer le tuyau de fumée par le collier de serrage, avant de fixer et 2).
  • Page 595 1.3 Le système de cheminée/conduit 1.4 Connexion du conduit Remarque : le système de conduit doit être sécurisé de façon indépendante et ne doit pas Un collier de serrage de tuyau est placé dans la zone du foyer. reposer sur le poêle. Utilisez un raccord de cheminée bleu ou noir de 24 MSG ou un raccord de cheminée à...
  • Page 596 1.6 Positionnement du poêle Systèmes de raccord de cheminée et autorisations des appareil de chauffage ména- gers à travers les murs inflammables Distance avec murs et linteaux Si le poêle se trouve à proximité de matériaux combustibles, consultez tous les règlements de constructions locaux et nationaux en vigueur en ce qui concernent les espacements.
  • Page 597 Exigences de protection du sol Matériaux incombustibles sous 2.0 Fonctionnement le poêle Canada 2.1 Avant d’allumer le feu A. Distance de prolongement, arrière 200 mm B. Distance de prolongement, côté droit 6” 200 mm Pour une utilisation avec des combustibles solides uniquement. Ne poussez pas trop le C.
  • Page 598 En principe: Votre poêle est équipé d’entrées d’air primaire et secondaire. L’air primaire est contrôlé grâce au levier situé sous le rebord à cendres du poêle. Pour ou- 6. Au moment de recharger, repartez les braises dans le foyer en vrir l’admission d’air, déplacer le levier de contrôle vers le bas.
  • Page 599 Le poids maximal de bois recommandé par charge est de 3.5 kg/7 lbs (environ 5 bûches). 3.0 Entretien Dans des conditions de chauffage normales, la température moyenne à l’intérieur du tuyau du poêle, mesurée à 20 cm au-dessus du poêle est d’env. 300° C (550°F). La température maximale dans le Lors de l’entretien de votre poêle, portez toujours des lunettes et des gants de protection.
  • Page 600 1. Soulevez la porte pour la sortir de ses gonds et posez-la face avant vers le bas sur des Joint d’étanchéité cartons ou tout autre tissu non abrasif. Le joint entourant le périmètre des portes peut durcir avec le temps. Remplacez-les s’il devient difficile de fermer les portes ou si l’air commence à...
  • Page 601 3.5 Schéma des pièces détachées pour le modèle 2B Classic 2020 Ramonage de la cheminée Inspectez le système régulièrement au cours de la saison de chauffage comme partie inté- grante d’un programme d’entretien régulier. Pour inspecter la cheminée, laisser le poêle re- froidir complètement.
  • Page 602 3.6 Liste des pièces détachées pour le modèle 2B Classic 2020 Pos. No. Parts SKU no. Couverture, - partie supérieure 44211800 Pièces SKU no. Porte d’acces, partie supérieure 44211921 boulon - Ø5 360 mm 542146 Panneau latéral Ecureuil 54200321 Écrou, M6 DIN 934 735006 Plaque arrière...
  • Page 603 IMPORTANT! Comment chauffer en toute sécu- rité pour l’environnement et pour vous-même! • Utiliser uniquement du bois sec Utiliser uniquement du bois sec (teneur en humidité max. de 20%) et non traité. Le combustible doit être coupé en deux et faire de 8 à 12 cm d’épaisseur. •...
  • Page 604 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 32 Title: Sample analysis data Pages total: 5, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 605 SAMPLE ANALYSIS Annex 32 (5 pages) Sample analysis, HF1 (#1), 2. September 2020 Sample analysis, test run #1 Filter series: (1-4) Gasket series: (1-4) Probe series: (A-B-C) PRIOR (mg) FINAL (mg) Main train probe 121224,4 121224,9 Main train Filters 1+2 341,1 343,2 Gaskets 1+2...
  • Page 606 SAMPLE ANALYSIS Annex 32 (5 pages) Sample analysis, LF (#2), 2. September 2020 Sample analysis, test run #2 Filter series: (1-4) Gasket series: (1-4) Probe series: (A-B-C) PRIOR (mg) FINAL (mg) Main probe 119806,5 119806,5 Main train Filter 1+2 174,8 173,6 Gasket 1+2 4907,4...
  • Page 607 SAMPLE ANALYSIS Annex 32 (5 pages) Sample analysis, HF2 (#3), 3. September 2020 Sample analysis, test run #3 Filter series: (1-4) Gasket series: (1-4) Probe series: (A-B-C) PRIOR (mg) FINAL (mg) Main probe 120160,9 120161,2 Main train Filter 1+2 168,8 170,5 Gasket 1+2 4899,0...
  • Page 608 SAMPLE ANALYSIS Annex 32 (5 pages) Sample analysis, MF (#4), 3. September 2020 Sample analysis, test run #4 Filter series: (1-4) Gasket series: (1-4) Probe series: (A-B-C) PRIOR (mg) FINAL (mg) Main probe 119806,3 119806,3 Main train Filter 1+2 169,3 170,0 Gasket 1+2 4897,7...
  • Page 609 SAMPLE ANALYSIS Annex 32 (5 pages) Sample analysis, HF3 (#5), 4. September 2020 Sample analysis, test run #5 Filter series: (1-4) Gasket series: (1-4) Probe series: (A-B-C) PRIOR (mg) FINAL (mg) Main probe 121224,9 121224,9 Main train Filter 1+2 166,9 167,9 Gasket 1+2 4898,0...
  • Page 610 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 33 Title: Firebox drawing with volume indication Pages total: 1, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...
  • Page 612 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 34 Title: Quality Assurance Plan, Morsø 2B Classic 2020 (revised June 2021 release) Pages total: 10, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk,...
  • Page 613 NSPS by taking measurements and information: checks of some key components, referred to as K-list components. For the Morsø 2B Classic 2020 woodstove the K-list components include: (i) Firebox: Dimensions. (ii) Air introduction systems: Cross-sectional area of restrictive air inlets and outlets, location, and method of control.
  • Page 614 Quality Assurance Plan 2B Classic 2020 Marts 2020 (i) Firebox: Dimensions Register measurement of • Maximum and minimum width of firebox • Maximum depth of firebox hearth • Dimension of ash grate Register measurement of • Height of side brick lining •...
  • Page 615 Quality Assurance Plan 2B Classic 2020 Marts 2020 (ii) Air introduction systems: Cross-sectional area of restrictive air inlets and outlets, location and method of control Register measurement of • Maximum primary air inlet 3.25 turns ≈ 4 mm. gap between spinner and frame (≈...
  • Page 616 Quality Assurance Plan 2B Classic 2020 Marts 2020 Register measurement of • Secondary air inlet area. Fixed. Rectangular 10 x 100 mm hole...
  • Page 617 Quality Assurance Plan 2B Classic 2020 Marts 2020 Register measurement of • Secondary air supplying baffle Location and number of nozzles holes...
  • Page 618 Quality Assurance Plan 2B Classic 2020 Marts 2020 (iii) Baffles: Dimensions and locations Register measurement of • Horizontal length of baffle • Vertical location height(s) of baffle measured from hearth Register measurement of • Width(s) of baffle...
  • Page 619 Quality Assurance Plan 2B Classic 2020 Marts 2020 (vii) Flue gas exit: Dimensions and location Register measurement of • Location of spigot...
  • Page 620 Quality Assurance Plan 2B Classic 2020 Marts 2020 Register measurement of • Horizontal location of spigot • Measurement of flue outlet diameter, Ø164 (outer), Ø154 (inner), Ø120 (passage) (viii) Door and catalyst bypass gaskets: Dimensions and fit Register that the used gaskets robes are correct sized and of same fabric according to the inventory list.
  • Page 621 Quality Assurance Plan 2B Classic 2020 Marts 2020 (ix) Outer thermal shielding and thermal coverings: Dimensions and location Register measurement of • Lengths of radiation shields • Distances from radiation shield to stove • Thickness of shields...
  • Page 622 Quality Assurance Plan 2B Classic 2020 Marts 2020 Register measurement of • Width of radiation shields...
  • Page 623 Annex to certification test report on Morsø 2B Classic 2020, ELAB #2526 Annex 35 Title: Lab hand notes 2. Sept, 3. Sept, and 4. September Pages total: 8, excl this cover page Danish Technological Institute, stoves&boiler test lab, www.dti.dk, phone +45 7220 2000...

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