FPI CI2700 Manual
  1. Manuals
  2. Brands
  3. FPI Manuals
  4. Indoor Fireplace
  5. CI2700
  6. Manual

FPI CI2700 Manual

Catalytic wood-fired fireplace insert
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
EPA Certification Test Report
The following models are EPA certified under the following attached test report:
Wood Stoves
Wood Inserts
Wood Fireplaces
Pellet Stoves
Pellet Inserts
Full US Environmental Protection Agency ("EPA") certification test reports have been reported to the
EPA. Test reports may contain sensitive, confidential business information which has been specifically
excluded and/or redacted from this publicly posted test report.
_____________________________________________________________________________________
© FPI FIREPLACE PRODUCTS INTERNATIONAL LTD
Ci2700
Model #
N/A
Ci2700
Hi500
N/A
N/A
N/A
Published May 4, 2021
E&OE

Advertisement

Chapters

Table of Contents
loading

Related Manuals for FPI CI2700

Summary of Contents for FPI CI2700

  • Page 1 Full US Environmental Protection Agency (“EPA”) certification test reports have been reported to the EPA. Test reports may contain sensitive, confidential business information which has been specifically excluded and/or redacted from this publicly posted test report. _____________________________________________________________________________________ © FPI FIREPLACE PRODUCTS INTERNATIONAL LTD Published May 4, 2021 E&OE...
  • Page 2 Fireplace Products International, Ltd. Project # 18-447 Model: CI2700 AKA: HI500 Type: Catalytic Wood-Fired Fireplace Insert February 5, 2019 Revised Date: May 4, 2021 ASTM E3053 Standard Test Method for Determining Particulate Matter Emissions from Wood Heaters Using Cordwood Test Fuel (EPA ALT-125) Contact: Mr.
  • Page 3 Project # 18-447 Model: CI2700 Revision Summary Date: February 5, 2019 – Original Issue Date: May 4, 2021 – The following revisions were made per request from EPA: -The “Notes” section was edited to clarify that the pre-test condition burns were at a medium burn setting, see page 5.

  • Page 4: Table Of Contents

    Project # 18-447 Model: CI2700 Contents Affidavit ................................. 3 Introduction ..............................4 Notes ................................. 4 Wood Heater Identification and Testing ......................5 Test Procedures and Equipment ........................6 Results ................................7 Summary Table ............................7 Test Run Narrative ............................ 8 Run 1 ..............................

  • Page 5: Affidavit

    Affidavit PFS-TECO was contracted by Fireplace Products International Ltd. (FPI) to provide testing services for the CI2700 Catalytic Wood-Fired Room Heater per ASTM E3053, Standard Test Method for Determining Particulate Matter Emissions from Wood Heaters Using Cordwood Test Fuel, which was approved for use under EPA ALT-125. All testing and associated procedures were conducted at PFS-TECO’s Portland Laboratory...

  • Page 6: Introduction

    Sebastian Button. Notes • Prior to start of testing, 50 hours of conditioning was performed by FPI Lab staff at a medium combustion air setting, in accordance with ASTM E3053. • Prior to start of testing, the dilution tunnel was cleaned with a steel brush.

  • Page 7: Wood Heater Identification And Testing

    January 30, 2019 • Test Location: PFS-TECO Portland Laboratory, 11785 SE HWY 212 - Suite 305, Clackamas, OR 97015 • Elevation: ≈131 Feet above sea level • Test Technician(s): Sebastian Button • Observers: Radu Costei of FPI. Page | 5...

  • Page 8: Test Procedures And Equipment

    Project # 18-447 Model: CI2700 Test Procedures and Equipment All Sampling and analytical procedures were performed by Sebastian Button. procedures used are directly from ASTM E3053 and ASTM E2515. See the list below for equipment used. See Appendix C submitted with this report for calibration data.

  • Page 9: Results

    Higher Heating Value efficiency of 73.7%. The average CO emission rate for the 3 tests was 1.19 g/min. The FPI CI2700 Catalytic Wood-Fired Room Heater meets the 2020 cordwood PM emission standard of ≤ 2.5 g/hr per CFR 40 part 60, §60.532 (c).

  • Page 10: Test Run Narrative

    Project # 18-447 Model: CI2700 Test Run Narrative Run 1 Run 1 was performed on 1/28/2019 as a high fire test run per ASTM E3053. Emissions sampling began from a cold start ignition of kindling and start-up fuel. The test fuel load was loaded 48 minutes into the test.

  • Page 11: Test Conditions Summary

    Project # 18-447 Model: CI2700 Test Conditions Summary Testing conditions for all runs fell within allowable specifications of ASTM E3053 and ASTM E2515. A summary of facility conditions, fuel burned, and run times is listed below. Average Preburn Relative Test Fuel...

  • Page 12: Appliance Description

    A catalyst temperature probe is provided with the appliance to monitor exit temperatures within 1” of the combustor. Fan: The CI2700 is optionally offered with a convection fan that attached to the bottom front of the appliance. Appliance design drawings can be found in Appendix D submitted with the CBI copy of this report.

  • Page 13: Firebox Volume

    Project # 18-447 Model: CI2700 Firebox Volume Page | 11...
  • Page 14 Project # 18-447 Model: CI2700 Appliance Front Appliance Left Page | 12...
  • Page 15 Project # 18-447 Model: CI2700 Appliance Right Appliance Rear Page | 13...

  • Page 16: Test Fuel Properties

    Project # 18-447 Model: CI2700 Test Fuel Properties Test fuel used was Maple cordwood, split and air-dried to the specified moisture content range. Typical fuel loads are pictured below: Typical Kindling Load Typical Startup Load Typical High Fire Load Typical Low Fire Load...

  • Page 17: Sampling Locations And Descriptions

    Project # 18-447 Model: CI2700 Sampling Locations and Descriptions Sample ports are located 16.5 feet downstream from any disturbances and 1 foot upstream from any disturbances. Flow rate traverse data was collected 12 feet downstream from any disturbances and 5.5 feet upstream from any disturbances. (See below).

  • Page 18: Sampling Methods

    Project # 18-447 Model: CI2700 Sampling Methods ASTM E2515 was used in collecting particulate samples. The dilution tunnel is 6 inches in diameter. All sampling conditions per ASTM E2515 were followed. No alternate procedures were used with the exception of caveats described in ALT-125: Pall TX40 Emfab filters were used, filter temperatures were maintained between 80 and 90°F for...

  • Page 19: Sealed Unit

    Project # 18-447 Model: CI2700 Sealed Unit Page | 17...

  • Page 20: List Of Appendices

    Project # 18-447 Model: CI2700 List of Appendices The following appendices have been submitted electronically in conjunction with this report: Appendix A – Test Run Data, Technician Notes, Sample Analysis, and Alternate Test Method Approval Appendix B – Labels and Manuals Appendix C –Equipment Calibration Records...
  • Page 21 WOOD HEATER TESTING SUMMARY SECTION 1 – Model Identification Model Name(s)/Number(s) CI2700, HI500 Manufacturer FPI - Regency Fireplaces Products Address 1 6988 Venture St. Address 2 Delta, BC V4G 1H4 Appliance Category(s) (Free-standing, Insert, etc.) Insert Usable Firebox Volume - ft 1.83...
  • Page 22 SECTION 2 – Test Conditions Summary Model Name(s)/Number(s) CI2700, HI500 Usable Firebox Volume - ft 1.83 Optional Convection Air Fan (No, Standard, Optional) Test Run # Date Tested 1/28/2019 1/29/2019 1/30/2019 Test Run Category (L, M, H) Average Barometric Pressure - in Hg 30.11...
  • Page 23 SECTION 3 – Test Run Results Summary Model Name(s)/Number(s) CI2700, HI500 Usable Firebox Volume - ft 1.83 Optional Convection Air Fan (No, Standard, Optional) Test Run # Date Tested 1/28/19 1/29/19 1/30/19 Test Run Category Burn Rate - kg/h DB 2.17...
  • Page 24 SECTION 4 - Weighted Average Summary Model Name(s)/Number(s) CI2700, HI500 Usable Firebox Volume - ft 1.83 Optional Convection Air Fan (No, Standard, Optional) Average for Each Test Run Category Burn Rate - kg/h DB 0.57 1.31 2.17 PM Emission Rate - g/h 0.54...
  • Page 25 Conditioning Data.xlsm Conditioning Data Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Date(s): 11/12/2018 - 11/20/2018 Technician: Average: 340.9 69.7 Elapsed Time Scale Reading Weight Catalyst Exit Flue (°F) Ambient (°F) (hrs) (lbs) Change (lbs) (°F) 1143 -1.8 1008 -0.2...
  • Page 26 Emission testing instructions CI2700 Volume: 1.83 cu.ft. Low and Medium High before Low and Medium – no sampling. Air set to High Setting Fan on high at 20 min after loading main fuel load Kindling ~ 3.0lb Startup fuel ~ 5.0lb Procedure Start with a couple pieces of crumbled paper in between and 1.8 lbs kindling.
  • Page 27 WOOD STOVE TEST DATA PACKET ASTM E3053/E2515 Run 1 Data Summary Client: Model: CI2700 Job #: 18-447 Tracking #: 0020 Test Date: 1/28/2019 2/1/2019 Techician Signature Date PFS-TECO Page 1 of 26...
  • Page 28 Run 1 Data.xlsm TEST RESULTS - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 2.17 Burn Rate (kg/hr): Ambient Sample Sample 1st Hour Filter Sample Train A Train B Total Sample Volume (ft 25.901...
  • Page 29 Run 1 Data.xlsm B415.1 Efficiency Results Manufacturer: Model: CI2700 Date: 01/28/19 Run: Control #: 18-447 Test Duration: Output Category: High Test Results in Accordance with CSA B415.1-09 HHV Basis LHV Basis Overall Efficiency 70.5% 75.4% Combustion Efficiency 99.0% 99.0% Heat Transfer Efficiency 71.2%...
  • Page 30 Run 1 Data.xlsm HIGH FIRE FUEL LOAD DATA - ASTM E3053 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Nominal Loading Density (lbs/ft , wet basis): Usable Firebox Volume (ft 1.83 Target Load Weight (lbs): 18.30...
  • Page 31 Run 1 Data.xlsm DILUTION TUNNEL & MISC. DATA - ASTM E3053 / E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Test Start Time: 11:17 Date: 1/28/2019 Test Type: High Fire Pre-Test Post Test Avg. Recording Interval (min): Barometric Pressure (in.
  • Page 32 Run 1 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Recording Interval (min): Run Time (min): High Fire Test Begins from Cold Start, No Preburn is Performed Temperatures (°F) Elapsed...
  • Page 33 Run 1 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 34 Run 1 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 35 Run 1 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 36 Run 1 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 37 Run 1 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 38 Run 1 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 39 Run 1 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 40 Run 1 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 41 Run 1 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 42 Run 1 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 43 Run 1 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 44 Run 1 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 45 Run 1 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 46 Run 1 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 47 Run 1 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 64.0...
  • Page 48 Run 1 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 373.2...
  • Page 49 Run 1 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 371.2...
  • Page 50 Run 1 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 379.4...
  • Page 51 Run 1 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 374.8...
  • Page 52 Run 1 Data.xlsm LAB SAMPLE DATA - ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/28/2019 TRAIN A (1st Hour) Weights Filter, Probe, or Sample Component Sample Type O-Ring # Final, mg Tare, mg Particulate, mg A.
  • Page 53 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 1 Test Date: 1/28/2019 Wood Heater Run Notes Pre-Test Notes Pre-Test Start Time: Air Control Setting: Time Notes High Fire test begins from cold start.
  • Page 54 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 1 Test Date: 1/28/2019 Test Photos Kindling Fuel Load Start-up Fuel Load High Fire Fuel Load Residual Start-up Fuel Coal Bed Technician Signature:...
  • Page 55 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 1 Test Date: 1/28/2019 High Fire Fuel Loaded Residual High Fire Load Coal Bed N/A – High Fire Only N/A – High Fire Only...
  • Page 56 WOOD STOVE TEST DATA PACKET ASTM E3053/E2515 Run 2 Data Summary Client: Model: CI2700 Job #: 18-447 Tracking #: 0020 Test Date: 1/29/2019 2/4/2019 Techician Signature Date PFS-TECO Page 1 of 19...
  • Page 57 Run 2 Data.xlsm TEST RESULTS - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 0.57 Burn Rate (kg/hr): Ambient Sample Sample 1st Hour Filter Sample Train A Train B Total Sample Volume (ft 102.681...
  • Page 58 Run 2 Data.xlsm B415.1 Efficiency Results Manufacturer: Model: CI2700 Date: 01/29/19 Run: Control #: 18-447 Test Duration: Output Category: Test Results in Accordance with CSA B415.1-09 HHV Basis LHV Basis Overall Efficiency 76.9% 82.3% Combustion Efficiency 96.5% 96.5% Heat Transfer Efficiency 79.7%...
  • Page 59 Run 2 Data.xlsm HIGH FIRE FUEL LOAD DATA - ASTM E3053 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Nominal Loading Density (lbs/ft , wet basis): Usable Firebox Volume (ft 1.83 Target Load Weight (lbs): 18.30...
  • Page 60 Run 2 Data.xlsm LOW & MEDIUM FIRE FUEL LOAD DATA - ASTM E3053 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Nominal Loading Density (lbs/ft , wet basis): Usable Firebox Volume (ft 1.83 Target Load Weight (lbs): 21.96...
  • Page 61 Run 2 Data.xlsm DILUTION TUNNEL & MISC. DATA - ASTM E3053 / E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Test Start Time: 11:04 Date: 1/29/2019 Test Type: Low Fire Pre-Test Post Test Avg. Recording Interval (min): Barometric Pressure (in.
  • Page 62 Run 2 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 63 Run 2 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 64 Run 2 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 65 Run 2 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 66 Run 2 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 67 Run 2 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 68 Run 2 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 69 Run 2 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 70 Run 2 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 71 Run 2 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 72 Run 2 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 409.2...
  • Page 73 Run 2 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 163.8...
  • Page 74 Run 2 Data.xlsm LAB SAMPLE DATA - ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/29/2019 TRAIN A (1st Hour) Weights Filter, Probe, or Sample Component Sample Type O-Ring # Final, mg Tare, mg Particulate, mg A.
  • Page 75 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 2 Test Date: 1/29/2019 Wood Heater Run Notes Pre-Test Notes Pre-Test Start Time: 8:16 Air Control Setting: Full Open Time Notes 0 min Starting with 1.9 lbs of kindling and ~6 pieces of printer paper, lit fuel with propane torch for 15...
  • Page 76 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 2 Test Date: 1/29/2019 Test Photos Kindling Fuel Load Start-up Fuel Load High Fire Fuel Load Residual Start-up Fuel Coal Bed Technician Signature:...
  • Page 77 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 2 Test Date: 1/29/2019 High Fire Fuel Loaded Residual High Fire Load Coal Bed Low Fire Fuel Load Low Fire Fuel Loaded...
  • Page 78 WOOD STOVE TEST DATA PACKET ASTM E3053/E2515 Run 3 Data Summary Client: Model: CI2700 Job #: 18-447 Tracking #: 0020 Test Date: 1/30/2019 2/4/2019 Techician Signature Date PFS-TECO Page 1 of 42...
  • Page 79 Run 3 Data.xlsm TEST RESULTS - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 1.31 Burn Rate (kg/hr): Ambient Sample Sample 1st Hour Filter Sample Train A Train B Total Sample Volume (ft 43.452...
  • Page 80 Run 3 Data.xlsm B415.1 Efficiency Results Manufacturer: Model: CI2700 Date: 01/30/19 Run: Control #: 18-447 Test Duration: Output Category: Medium Test Results in Accordance with CSA B415.1-09 HHV Basis LHV Basis Overall Efficiency 72.1% 77.1% Combustion Efficiency 94.5% 94.5% Heat Transfer Efficiency 76.3%...
  • Page 81 Run 3 Data.xlsm HIGH FIRE FUEL LOAD DATA - ASTM E3053 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Nominal Loading Density (lbs/ft , wet basis): Usable Firebox Volume (ft 1.83 Target Load Weight (lbs): 18.30...
  • Page 82 Run 3 Data.xlsm LOW & MEDIUM FIRE FUEL LOAD DATA - ASTM E3053 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Nominal Loading Density (lbs/ft , wet basis): Usable Firebox Volume (ft 1.83 Target Load Weight (lbs): 21.96...
  • Page 83 Run 3 Data.xlsm DILUTION TUNNEL & MISC. DATA - ASTM E3053 / E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Test Start Time: 12:48 Date: 1/30/2019 Test Type: Medium Fire Pre-Test Post Test Avg. Recording Interval (min): Barometric Pressure (in.
  • Page 84 Run 3 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 85 Run 3 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 86 Run 3 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 87 Run 3 Data.xlsm WOODSTOVE PREBURN DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Recording Interval (min): Run Time (min): Temperatures (°F) Elapsed Scale Stove Flue Draft Time Reading FB Left FB Right FB Back...
  • Page 88 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 89 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 90 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 91 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 92 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 93 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 94 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 95 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 96 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 97 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 98 Run 3 Data.xlsm BOX A TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Fuel Weight (lb) Temperature Data (°F) Particulate Sampling Data Dilution Orifice Elapsed Meter...
  • Page 99 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 100 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 101 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 102 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 103 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 104 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 105 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 106 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 107 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 108 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 109 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 110 Run 3 Data.xlsm BOX B TEST DATA - ASTM E3053 / ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Particulate Sampling Data Flue Gas Data Meter Gas Meter Elapsed Sample Orifice dH Meter Pro.
  • Page 111 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 419.4...
  • Page 112 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 380.8...
  • Page 113 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 368.2...
  • Page 114 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 382.0...
  • Page 115 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 340.6...
  • Page 116 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 298.6...
  • Page 117 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 267.2...
  • Page 118 Run 3 Data.xlsm WOODSTOVE SURFACE TEMPERATURE DATA Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 Temperature Data (°F) Stove Surface Elapsed Time (min) FB Left FB Right FB Back FB Top FB Bottom Catalyst Exit Average 260.2...
  • Page 119 Run 3 Data.xlsm LAB SAMPLE DATA - ASTM E2515 Client: Job #: 18-447 Model: CI2700 Tracking #: 0020 Run #: Technician: Date: 1/30/2019 TRAIN A (1st Hour) Weights Filter, Probe, or Sample Component Sample Type O-Ring # Final, mg Tare, mg Particulate, mg A.
  • Page 120 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 3 Test Date: 1/30/2019 Wood Heater Run Notes Pre-Test Notes Pre-Test Start Time: 10:14 Air Control Setting: Full Open Time Notes 0 min Starting with 1.9 lbs of kindling and ~6 pieces of printer paper, lit fuel with propane torch for 15...
  • Page 121 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 3 Test Date: 1/30/2019 Test Photos Kindling Fuel Load Start-up Fuel Load High Fire Fuel Load Residual Start-up Fuel Coal Bed Technician Signature:...
  • Page 122 ASTM E3053 Wood Heater Run Sheets Client: FPI Job Number: 18-447 Tracking #: 0020 Model: CI2700 Run Number: 3 Test Date: 1/30/2019 High Fire Fuel Loaded Residual High Fire Load Coal Bed Medium Fire Fuel Load Medium Fire Fuel Loaded...
  • Page 129 Sample Calculations – ASTM E3053 & E2515 Client: Model: CI2700 Run: Equations used to calculate the parameters listed below are described in this appendix. Sample calculations are provided for each equation. The raw data and printout results from a sample run are also provided for comparison to the sample calculations.
  • Page 130 Run 2 Data.xlsm – Weight of test fuel load, dry basis, lb (kg) Fldb ASTM E3053 equation (1) = Σ((M )(100/(100 + MC Fldb FLnwb Where, Weight of each test fuel piece, n, in test fuel load per 8.4.1, wet basis, lb (kg) FLnwb Average fuel moisture of test fuel piece, n, in test fuel load, % dry basis individual test fuel pieces that comprise the test fuel load, as applicable.
  • Page 131 Run 2 Data.xlsm – Weight of start-up fuel, dry basis, lb (kg) SUdb ASTM E3053 equation (2) = (M )(100/(100 + MC SUdb SUwb Where, Total weight of start-up fuel pieces, wet basis, lb (kg) SUwb Average fuel moisture of the piece(s) from which start-up fuel was split, % dry basis Sample Calculation: = N/A - Applicable to High Fire Tests Only SUwb...
  • Page 132 Run 2 Data.xlsm - Weight of kindling, dry basis, lb (kg) ASTM E3053 equation (3) = (M )(100/(100 + MC Where, = Weight of kindling per 8.5.6, wet basis, lb (kg); Average moisture of kindling (may be assumed 10%), % dry basis. Sample calculation: = N/A - Applicable to High Fire Tests Only = N/A - Applicable to High Fire Tests Only...
  • Page 133 Run 2 Data.xlsm - Total weight of all remaining fuel at end of high fire test run, lb (kg) FREHdb ASTM E3053 equation (4) FREHdb RSUBdb FLEHdb Where, = Weight of residual start-up fuel bed when high fire test load added, lb (kg) RSUBdb = Weight of unburned portion of test fuel load at the end of the high fire test run, lb (kg) FLEHdb...
  • Page 134 Run 2 Data.xlsm – Dry burn rate for high fire test run, from time when test fuel load is added to end of test run, lb/h (kg/h) ASTM E3053 equation (6) = 60 (M )/θ FLdb FLEHdb Where, θ = Total duration of high fire test run, from time when test fuel load is added to end of test run, min. Sample calculation: = N/A - Applicable to High Fire Tests Only FLdb...
  • Page 135 Run 2 Data.xlsm - Total weight of fuel burned during low or medium fire test run, lb (kg), dry basis TFBdb ASTM E3053 equation (7) TFBdb FLdb FREdb Where, = Total weight of fuel burned during low or medium fire test run, lb (kg), dry basis FLdb = Weight of remaining fuel at end of low or medium fire test run, lb (kg) FREdb...
  • Page 136 Run 2 Data.xlsm BR - Dry burn rate for low and medium fire test runs, lb/h (kg/h) ASTM E3053 equation (8) 60 M TFBdb BR = θ Where, = Total test run duration for low or medium fire test run, min. θ...
  • Page 137 Run 2 Data.xlsm – Average gas velocity in the dilution tunnel, ft/sec ASTM E2515 equation (9)       Where: strav Adjustment factor for pitot tube center point reading = , ASTM E2515 Equation (1) scent Dilution tunnel velocity calculated after the multi-point pitot traverse at the center, ft/sec scent Dilution tunnel velocity calculated after the multi-point pitot traverse, ft/sec strav...
  • Page 138 Run 2 Data.xlsm – Average gas flow rate in dilution tunnel, dscf/hr ASTM E2515 equation (3) 3600  −     Where: 3600 Conversion from seconds to hours (ASTM method uses 60 to convert in minutes) Water vapor in gas stream, proportion by volume; assume 2% Cross sectional area of dilution tunnel, ft Standard absolute temperature, 528 °R Absolute average gas static pressure in dilution tunnel, = P...
  • Page 139 Run 2 Data.xlsm – Volume of Gas Sampled Corrected to Dry Standard Conditions, dscf m(std) ASTM E2515 equation (6) ∆�� �� ������ 13.6 �� = �� �� �� ��(������) �� �� �� Where: 17.64 °R/in. Hg Volume of gas sample measured at the dry gas meter, dcf Dry gas meter calibration factor, dimensionless Barometric pressure at the testing site, in.
  • Page 140 Run 2 Data.xlsm – Total Particulate Matter Collected, mg ASTM E2515 Equation (12) Where: mass of particulate matter from probe, mg mass of particulate matter from filters, mg mass of particulate matter from filter seals, mg Sample Calculation: Using equation for Train A (first hour): Using equation for Train A (post-first hour): Train A aggregate: Using equation for Train B:...
  • Page 141 Run 2 Data.xlsm - Concentration of particulate matter in tunnel gas, dry basis, corrected to STP, g/dscf ASTM E2515 equation (13)  Where: Constant, 0.001 g/mg Total mass of particulate matter collected in the sampling train, mg Volume of gas sampled corrected to dry standard conditions, dscf m(std) Sample calculation: For Train 1:...
  • Page 142 Run 2 Data.xlsm – Total Particulate Emissions, g ASTM E2515 equation (15)   −  Where: Concentration of particulate matter in tunnel gas, g/dscf Concentration particulate matter room air, g/dscf Average dilution tunnel gas flow rate, dscf/hr Total time of test run, minutes θ...
  • Page 143 Run 2 Data.xlsm PR - Proportional Rate Variation ASTM E2515 equation (16)                  Where: θ = Total sampling time, min θ = Length of recording interval, min = Volume of gas sample measured by the dry gas meter during the “ith”...
  • Page 144 Run 2 Data.xlsm - Particulate emission rate for high fire test run, g/hr; ASTM E3053 equation (9) = 60(E /θ Where, Total particulate emissions for high fire test run including kindling and start-up, g θ Total duration of high fire test run, from ignition of kindling to end of test run, min. Sample Calculation: N/A - Applicable to High Fire Tests Only θ...
  • Page 145 Run 2 Data.xlsm - Particulate emission rate for low or medium fire test runs, g/hr ASTM E3053 equation (12) = 60(E /θ) Where, Total particulate emissions for low or medium fire test runs from Test Method E2515, g Sample Calculation: 7.59 θ...
  • Page 146 Sample Calculations – ASTM E3053 & E2515 Client: Model: CI2700 Run: Equations used to calculate the parameters listed below are described in this appendix. Sample calculations are provided for each equation. The raw data and printout results from a sample run are also provided for comparison to the sample calculations.
  • Page 147 Run 1 Data.xlsm – Weight of test fuel load, dry basis, lb (kg) Fldb ASTM E3053 equation (1) = Σ((M )(100/(100 + MC Fldb FLnwb Where, Weight of each test fuel piece, n, in test fuel load per 8.4.1, wet basis, lb (kg) FLnwb Average fuel moisture of test fuel piece, n, in test fuel load, % dry basis individual test fuel pieces that comprise the test fuel load, as applicable.
  • Page 148 Run 1 Data.xlsm – Weight of start-up fuel, dry basis, lb (kg) SUdb ASTM E3053 equation (2) = (M )(100/(100 + MC SUdb SUwb Where, Total weight of start-up fuel pieces, wet basis, lb (kg) SUwb Average fuel moisture of the piece(s) from which start-up fuel was split, % dry basis Sample Calculation: = 5.05 SUwb...
  • Page 149 Run 1 Data.xlsm - Weight of kindling, dry basis, lb (kg) ASTM E3053 equation (3) = (M )(100/(100 + MC Where, = Weight of kindling per 8.5.6, wet basis, lb (kg); Average moisture of kindling (may be assumed 10%), % dry basis. Sample calculation: 10.0 3.00 (100/(100+ 10.0 )
  • Page 150 Run 1 Data.xlsm - Total weight of all remaining fuel at end of high fire test run, lb (kg) FREHdb ASTM E3053 equation (4) FREHdb RSUBdb FLEHdb Where, = Weight of residual start-up fuel bed when high fire test load added, lb (kg) RSUBdb = Weight of unburned portion of test fuel load at the end of the high fire test run, lb (kg) FLEHdb...
  • Page 151 Run 1 Data.xlsm – Dry burn rate for high fire test run, from time when test fuel load is added to end of test run, lb/h (kg/h) ASTM E3053 equation (6) = 60 (M )/θ FLdb FLEHdb Where, θ = Total duration of high fire test run, from time when test fuel load is added to end of test run, min. Sample calculation: 15.32 FLdb...
  • Page 152 Run 1 Data.xlsm - Total weight of fuel burned during low or medium fire test run, lb (kg), dry basis TFBdb ASTM E3053 equation (7) TFBdb FLdb FREdb Where, = Total weight of fuel burned during low or medium fire test run, lb (kg), dry basis FLdb = Weight of remaining fuel at end of low or medium fire test run, lb (kg) FREdb...
  • Page 153 Run 1 Data.xlsm BR - Dry burn rate for low and medium fire test runs, lb/h (kg/h) ASTM E3053 equation (8) 60 M TFBdb BR = θ Where, = Total test run duration for low or medium fire test run, min. θ...
  • Page 154 Run 1 Data.xlsm – Average gas velocity in the dilution tunnel, ft/sec ASTM E2515 equation (9)       Where: strav Adjustment factor for pitot tube center point reading = , ASTM E2515 Equation (1) scent Dilution tunnel velocity calculated after the multi-point pitot traverse at the center, ft/sec scent Dilution tunnel velocity calculated after the multi-point pitot traverse, ft/sec strav...
  • Page 155 Run 1 Data.xlsm – Average gas flow rate in dilution tunnel, dscf/hr ASTM E2515 equation (3) 3600  −     Where: 3600 Conversion from seconds to hours (ASTM method uses 60 to convert in minutes) Water vapor in gas stream, proportion by volume; assume 2% Cross sectional area of dilution tunnel, ft Standard absolute temperature, 528 °R Absolute average gas static pressure in dilution tunnel, = P...
  • Page 156 Run 1 Data.xlsm – Volume of Gas Sampled Corrected to Dry Standard Conditions, dscf m(std) ASTM E2515 equation (6) ∆�� �� ������ 13.6 �� = �� �� �� ��(������) �� �� �� Where: 17.64 °R/in. Hg Volume of gas sample measured at the dry gas meter, dcf Dry gas meter calibration factor, dimensionless Barometric pressure at the testing site, in.
  • Page 157 Run 1 Data.xlsm – Total Particulate Matter Collected, mg ASTM E2515 Equation (12) Where: mass of particulate matter from probe, mg mass of particulate matter from filters, mg mass of particulate matter from filter seals, mg Sample Calculation: Using equation for Train A (first hour): Using equation for Train A (post-first hour): Train A aggregate: Using equation for Train B:...
  • Page 158 Run 1 Data.xlsm - Concentration of particulate matter in tunnel gas, dry basis, corrected to STP, g/dscf ASTM E2515 equation (13)  Where: Constant, 0.001 g/mg Total mass of particulate matter collected in the sampling train, mg Volume of gas sampled corrected to dry standard conditions, dscf m(std) Sample calculation: For Train 1:...
  • Page 159 Run 1 Data.xlsm – Total Particulate Emissions, g ASTM E2515 equation (15)   −  Where: Concentration of particulate matter in tunnel gas, g/dscf Concentration particulate matter room air, g/dscf Average dilution tunnel gas flow rate, dscf/hr Total time of test run, minutes θ...
  • Page 160 Run 1 Data.xlsm PR - Proportional Rate Variation ASTM E2515 equation (16)                  Where: θ = Total sampling time, min θ = Length of recording interval, min = Volume of gas sample measured by the dry gas meter during the “ith”...
  • Page 161 Run 1 Data.xlsm - Particulate emission rate for high fire test run, g/hr; ASTM E3053 equation (9) = 60(E /θ Where, Total particulate emissions for high fire test run including kindling and start-up, g θ Total duration of high fire test run, from ignition of kindling to end of test run, min. Sample Calculation: 11.75 θ...
  • Page 162 Run 1 Data.xlsm - Particulate emission rate for low or medium fire test runs, g/hr ASTM E3053 equation (12) = 60(E /θ) Where, Total particulate emissions for low or medium fire test runs from Test Method E2515, g Sample Calculation: N/A - Applicable to Low/Medium Fire Tests Only θ...
  • Page 166 U.S. ENVIRONMENTAL PROTECTION AGENCY CERTIFIED TO COMPLY WITH 2020 PARTICULATE EMISSION STANDARDS USING CORD WOOD.” TESTED TO ASTM E3053. MODEL REGENCY CI2700/HI500 – 1.3G /HR. THIS WOOD HEATER NEEDS PERIODIC INSPECTION AND REPAIR FOR PROPER OPERATION. CONSULT THE OWNER'S MANUAL FOR FURTHER INFORMATION. IT IS AGAINST FEDERAL REGULATIONS TO OPERATE THIS WOOD HEATER IN A MANNER INCONSISTENT WITH THE OPERATING INSTRUCTIONS IN THE OWNER'S MANUAL.
  • Page 167 Installer: Please complete the details on the back cover and leave this manual with the homeowner. Homeowner: Please keep these instructions for future reference. Report #0219WN017S 05.06.21 920-047e FPI FIREPLACE PRODUCTS INTERNATIONAL LTD. 6988 Venture St., Delta, BC Canada, V4G 1H4...
  • Page 168 The following statements are required by the Environmental Protection Agency: “This manual describes the installation and operation of the Regency CI2700 and HI500 catalytic equipped wood heater. This heater meets the 2020 U.S. Environmental Protection Agency’s crib wood emission limits for wood heaters. Under specific test conditions this heater has been shown to deliver heat at rates ranging from 8,292 BTU/hr to 29,511 BTU/hr.”...
  • Page 169 CAUTION: To avoid burns or wood splinters, when opening/closing the fuel door or adding wood to the fire, You should always wear appropriate protective gloves to protect your hands from the heat being emitted from this fireplace. CI2700/HI500 Wood Insert |...
  • Page 170 U.S. ENVIRONMENTAL PROTECTION AGENCY CERTIFIED TO COMPLY WITH 2020 PARTICULATE EMISSION STANDARDS USING CORD WOOD.” TESTED TO ASTM E3053. MODEL REGENCY CI2700/HI500 – 1.3G /HR. THIS WOOD HEATER NEEDS PERIODIC INSPECTION AND REPAIR FOR PROPER OPERATION. CONSULT THE OWNER'S MANUAL FOR FURTHER INFORMATION. IT IS AGAINST FEDERAL REGULATIONS TO OPERATE THIS WOOD HEATER IN A MANNER INCONSISTENT WITH THE OPERATING INSTRUCTIONS IN THE OWNER'S MANUAL.

  • Page 171: Dimensions

    DIMENSIONS - CONTEMPORARY FACEPLATE 28-7/8" (733mm) 18-1/2" (469mm) 40" (1016mm) 13-3/8" (340mm) 23-3/16" (589mm) 27-3/4" (750mm) ALL PICTURES / DIAGRAMS SHOWN THROUGHOUT THIS MANUAL ARE FOR ILLUSTRATION PURPOSES ONLY. ACTUAL PRODUCT MAY VARY DUE TO PRODUCT ENHANCEMENTS. CI2700/HI500 Wood Insert |...

  • Page 172: Dimensions - Cast Faceplate And Offset Flue Collar

    DIMENSIONS - CAST FACEPLATE AND OFFSET FLUE COLLAR " " " " 1045 | CI2700/HI500 Wood Insert...

  • Page 173: Dimensions - Low Profile Faceplate

    DIMENSIONS - LOW PROFILE FACEPLATE 40" [1016mm] 29" [737mm] DIMENSIONS - CAST FACEPLATE 41-3/8" 1051mm Standard Cast Faceplate shown above Oversized Cast Faceplate Dimensions: 44" W x 31" H CI2700/HI500 Wood Insert |...

  • Page 174: Dimensions - Standard Backing Plate

    DIMENSIONS - STANDARD BACKING PLATE DIMENSIONS - OVERSIZED BACKING PLATE | CI2700/HI500 Wood Insert...

  • Page 175: Installation

    Rbrick = 1/C = 1/1.25 = 0.80 1/8" mineral board of k = 0.29, therefore Thermal Resistance: Rmin.bd. = 1/0.29 x 0.125 = 0.431 )(hr)( )(K) Total R = Rbrick + Rmineral board = 0.8 + 0.431 = 1.231. CI2700/HI500 Wood Insert |...

  • Page 176: Installation Into A Masonry Fireplace

    7. Do not connect the insert to a chimney system servicing another appliance or an air distribution duct. When referencing installation or connec- tion to masonry fireplaces or chimneys, the masonry construction must or shall be code complying. 10 | CI2700/HI500 Wood Insert...

  • Page 177: Installation Into A Factory Built Fireplace

    9. Inserts that project in front of the fireplace must be supplied with appropriate supporting means. 10. Installer must mechanically attach the supplied label to the inside of the firebox of the fireplace into which the insert is installed. CI2700/HI500 Wood Insert |...

  • Page 178: Installing Your Insert

    Remove Fork 4. From inside the firebox - remove 7/16" bolt at back of firebox to remove the flue collar. B- Combustor Flame Shield - loosen 2 x 7/16" bolts to remove. E- Bottom Shield 12 | CI2700/HI500 Wood Insert...
  • Page 179 When the shield parts are in place - slide to the back. 10. Reinstall "Fork" (removed in Step 4) on the bypass plate. Ensure the letter "F" stamped into the Fork is facing towards the front of the unit. E- Upper Shield - orientation for reinstall CI2700/HI500 Wood Insert |...

  • Page 180: Digital Catalytic Combustor Monitor

    DIGITAL CATALYTIC COMBUSTOR MONITOR The CI2700/HI500 is equipped with a provision to accept a catalytic tempera- 3. Reinstall the plate removed in Step 1 and insert the temperature probe ture monitoring device. Please follow instructions below for the installation of through the plate and into the hole created by removing the bolt in Step 2.

  • Page 181: Levelling Bolts

    Leveling Bolt Remove Bricks 2. Remove the three side bricks on each side then remove the corner bottom/side cut brick to gain access to the rear leveling bolts. You can adjust using a 9/16" wrench or socket. CI2700/HI500 Wood Insert |...

  • Page 182: Optional Cast Grill Installation

    Firebrick is included to extend the life of your insert and radiate heat more evenly. Check to see that all firebricks are in their correct positions and have not become misaligned during shipping. 16 | CI2700/HI500 Wood Insert 919-400 01.13.15...

  • Page 183: Optional Backing Plate Installation

    1. Slide the backing plate over unit. Line up flange on backing plate with flange on unit and secure with 2 screws from the underside as shown below. Proceed with Faceplate install. Backing Plate Screws Diagram 4 CI2700/HI500 Wood Insert | Completed backing plate shown with Optional Hampton faceplate...

  • Page 184: Contemporary Faceplate Installation

    3. Install the left and right of the fascia panels using four 7/16’’ bolts. Back view of Top Fascia Panel lining up with the brackets installed in Step 1 Fascia side panels installed with Bolts 919-321 06/11/20 18 | CI2700/HI500 Wood Insert...
  • Page 185 7. With door in closed position, take the bottom fascia and line up the wheels and rails with the rails on the unit. Once lined up lift up and into the rail system and slide into position. Rail System CI2700/HI500 Wood Insert |...

  • Page 186: Low Profile Faceplate Installation

    Handle / Tool holder 2. Install the upper left and right brackets using the four 7/16" bolts. Identify proper orientation below before installing. Dummy Plate 5. With fan cassette in position—take the fan switch assembly (attached to the fan cassette wiring harness) and install into opening created by dummy plate removal. Ensure fan switch assembly is fully seated onto faceplate and secure with 2 screws from Step 4. Brackets with Bolts Left Bracket Right Bracket 3. Remove the bypass knob on the bypass rod by turning counter clock- wise - pull bypass rod forward to the open position. Install fan switch assembly Remove bypass knob from the bypass rod 919-322a 06/16/20 20 | CI2700/HI500 Wood Insert...
  • Page 187 CI2600 installation 8. Ensure the left and right side bolts on the top of the Low Profile Face- 6. A pply the flat self adhesive to the face of the unit just above the fan plate are spaced evenly. The spacing of these bolts is critical to ensure opening. Install the seal /cushion to line up with the top of the bottom of the faceplate slides into the brackets installed in Step 1. the low profile faceplate. NOT EXACTLY AS SHOWN Gasket 7/16" bolts on back of 7. G ently slide the bypass rod through the center hole within the fascia and Faceplate also guide the primary air control through the slot in the bottom of the fascia. Push the faceplate towards the unit, ensuring the bolts in Step 2 slide into the brackets installed in Step 1. 9. Tighten the 7/16’’ bolts on the back of the Flat Faceplate 10. Re-install bypass knob and door. Final Install CI2700/HI500 Wood Insert |...

  • Page 188: Cast Faceplate Installation

    If screw holes already present on unit, line up deflector with corre- sponding screw holes and secure with 2 screws on locations shown below. Cast Panel Shown Fan deflector screw locations 919-323b 06/16/20 22 | CI2700/HI500 Wood Insert...
  • Page 189 Lift the fascia panel up slightly - push back to engage the brackets installed on Note: If installing optional cast grill - follow installation instructions in this Step 1. manual. Self adhesive gasket CI2700/HI500 Wood Insert | 919-323b 06/16/20...
  • Page 190 If screw holes already present on unit, line up deflector with corre- sponding screw holes and secure with 2 screws on locations shown below. 3. Identify left and right side panels Left Panel/ Back Side Right Panel/ Back Side Fan deflector screw locations 919-411 06/11/20 24 | CI2700/HI500 Wood Insert...

  • Page 191: Oversize Cast Faceplate Installation

    Back view of Top Fascia Panel lining up with the brackets on Side Panels 8. Re-install bypass rod and bypass knob. Gasket Completed Optional Hampton Rail System Oversize Cast Faceplate Note: If installing optional cast grill - follow installation instructions in the manual. CI2700/HI500 Wood Insert | 919-411 06/11/20...

  • Page 192: Optional Fan/Blower Installation

    Cast Faceplate to lower fas- and left sides. cia before sliding faceplate into position. Fan switch assembly NOTE: Avoid disconnecting wires from switch during installation. 26 | CI2700/HI500 Wood Insert 919-320b 05.02.18...
  • Page 193 Label all wires prior directly into a properly grounded to disconnection when servicing three-prong receptacle. Do not controls. Wiring errors can cause cut or remove the grounding improper and dangerous operation. prong from this plug. 919-320b 05.02.18 CI2700/HI500 Wood Insert |...

  • Page 194: Removable Door Handle

    REMOVABLE DOOR HANDLE The CI2700/HI500 has a removable door handle that can be stored when not in use. All the faceplates have a storage hook on the left side that accommodates the handle. Hook Handle The cool to touch door handle is designed to be inserted from the bot- tom up and slide off when not held in place.

  • Page 195: Operating Instructions

    Two dry pieces banged together sound hollow; wet pieces sound solid and dull. • Dry wood weighs much less than wet wood. • Split a piece of wood. If the exposed surface feels damp, the wood is too wet to burn. CI2700/HI500 Wood Insert |...

  • Page 196: Operating Instructions

    - slide to the left to open, and to decrease - slide to WARNING: Never build a roaring fire in during the curing process. This may result in the right to close. The CI2700/HI500 Wood Insert a cold wood insert. Always warm your damage to your paint finish.

  • Page 197: Ash Disposal

    10. Do not use grates, andirons or other methods or green wood. Seasoned wood that has been "Manual" or "High" to "Low" may be done at any time. for supporting fuel. Burn directly on the bricks. dried at least one year must be used. CI2700/HI500 Wood Insert |...
  • Page 198 Burning coal will cause a sulfur-based compound to coat the catalyst. Revert to burning wood and fire the combustor to elevated temperatures for one hour. 32 | CI2700/HI500 Wood Insert...

  • Page 199: Catalytic Combustor (Part # 106-534)

    A clean flue helps prevent chimney flue fires. 14.000 Mass = 4.649 pounds TOTAL AREA FOR AIR FLOW = 37.396 3RD ANGLE PROJECTION NOTE: SCREW METAL WRAP CI2700/HI500 Wood Insert | TOGETHER CAREFULLY BY HAND INSIDE B TO PREVENT DAMAGE TO CATALYST. DO NOT UNIT SCALE AVOID USING POWER TOOL.

  • Page 200: Combustor Assembly Removal/Replacement

    Bypass Door Gasket Replacement. NOTE: Replacement combustors can be retrieved from Applied Ceramics or Contact your local Regency Dealer for details. DO NOT OPERATE THE APPLIANCE IF COMBUSTOR BECOMES INACTIVE - DO NOT OPERATE WITHOUT COMBUSTOR. 34 | CI2700/HI500 Wood Insert...

  • Page 201: Bypass Door Gasket Replacement

    3. Lift off bypass plate, remove bypass gasket and replace with a new one. A- Primary Air Shield - loosen 2 x 7/16" bolts - slide forward to remove. Bypass plate Bypass gasket B- Combustor Flame Shield - loosen 2 x 7/16" bolts to remove. CI2700/HI500 Wood Insert |...

  • Page 202: Maintenance

    When the shield parts are in place - slide to the back. E- Upper Shield - orientation for reinstall Upper Shield - center between 2 vertical pins 6. Reinstall Combustor/Flame Combustor Shield / Primary Air Shield and Bypass Rod. 36 | CI2700/HI500 Wood Insert...

  • Page 203: Door Gasket

    The bypass should be moved all the way outward so any creosote will fall onto the firebox floor when being cleaned. We highly recommend that the chimney cleaning be done by a professional as they will have the necessary tools such as a proper sized brush and special vacuum cleaner designed to deal with fine particles. CI2700/HI500 Wood Insert |...

  • Page 204: Secondary Air Tube Removal/Installation

    Align tab on right side air channel with notch on right hand end of air tube. Firmly grip center of air tube with vise grips, use hammer to tap vise grips from left to right until the tube bottoms out into the air channel on right. 38 | CI2700/HI500 Wood Insert...

  • Page 205: Cast Bypass Top Plate Removal/Installation

    REMOVE the bolts on the cast bypass prior to supporting the weight to avoid damage and injury. Cast bypass opening Bottom shield View of inside top of stove 7. Remove the cast bypass opening top plate and replace. 8. Reverse steps to reinstall. CI2700/HI500 Wood Insert |...

  • Page 206: Sweeping The Flue From The Top Down

    7. Reverse steps 1-3 to reinstall the combustor, combustor flame shield and primary air shield. Combustor Flame Shield - loosen 2 x 7/16" bolts to remove. 3. Remove the catalyst combustor Combustor- remove with pliers Tilt down and forward to ease removal. 40 | CI2700/HI500 Wood Insert...

  • Page 207: Parts List

    * Part not Shown 106-561 Catch Assembly 106-131F 106-131F Door Catch Shims (Each) 106-043 Andirons (ea) 106-042 Andiron Bracket (Each) 106-016 Bypass rod 106-122B Bypass knob (Matt Black) 106-122MJE Bypass knob (Timberline brown) 106-143 Bottom shield CI2700/HI500 Wood Insert |...
  • Page 208 42 | CI2700/HI500 Wood Insert...

  • Page 209: Brick Layout

    BRICK LAYOUT 106-960 Brick Set - Complete CI2700/HI500 Wood Insert |...

  • Page 210: Warranty

    Warranty protects against defect in manufacture or FPI factory assembled components only, unless herein specified otherwise. Any part(s) found to be defective during the warranty period as outlined above will be repaired or replaced at FPI’s option through an accredited distributor, dealer or pre-approved and assigned agent provided that the defective part is returned to the distributor, dealer or agent for inspection if requested by FPI.
  • Page 211 Minor movement, expansion and contraction of the steel is normal and is not covered under the terms of this warranty. FPI is not liable for the removal or replacement of facings or finishing in order to repair or replace any appliance in the field.
  • Page 212 Customers should contact the authorized selling dealer to obtain all warranty and service. In the event the authorized selling dealer is unable to provide warranty / service, please contact FPI by mail at the address listed on the next page. Please include a brief description of the problem and your address, email and telephone contact information.
  • Page 213 For fireplace care and tips and answers to most common questions please visit our Customer Care section on our Web Site. Please feel free to contact your selling dealer if you have any questions about your Regency product. CI2700/HI500 Wood Insert |...
  • Page 215 Any and all claims for catalytic combustor must be filed by the consumer directly with their authorized Regency Dealer. FPI/Regency does not handle these claims directly with consumers. Please follow the instructions below for your catalytic combustor under warranty. To learn more about the care and maintenance or the catalytic combustor, please visit our website: www.firecatcombustors.com.
  • Page 216 50 | CI2700/HI500 Wood Insert...
  • Page 217 CI2700/HI500 Wood Insert |...
  • Page 218 Dealer Name & Address: ______________________________________________ ___________________________________________________________________ Installer: ___________________________________________________________ Phone #: ___________________________________________________________ Date Installed: ______________________________________________________ Serial #: ____________________________________________________________ Regency is a trademark of FPI Fireplace Products International Ltd. Printed in Canada © Copyright 2021, FPI Fireplace Products International Ltd. All rights reserved.
  • Page 223 Dry Gas Meter Calibration Meter Manufacturer: Apex Model: Apex-AK-600 Lab ID #: Serial #: 810016 Calibration Date: 6/15/2018 Calibration Expiration: 6/15/2019 Barometric Pressure: 29.83 in. Hg Reference Standard DGM Unit Under Test Previous Calibration Manufacturer: Apex Date 1/18/2017 Model: SK25DA γ...
  • Page 229 Bulletin D-57 Model 1430 Microtector Electronic Point Gage ® Installation and Operating Instructions Model 1430 Microtector ® Portable • Three-point mounting, dual leveling Electronic Point Gage combines mod- adjustment, and circular level vial assure rapid setup ern, solid-state integrated circuit elec- •...

Table of Contents