Fire Test Report API Standard 607, 4th Edition

Transcription

1 Fire Test Report API Standard 607, 4th Edition Performed for ValvTechnologies, Inc. 4 inch Class 300 Ball Valve Product Code: V5CC-RF-FP-B ZZ Project Number: February 22, 2011 Performed by YARMOUTH RESEARCH AND TECHNOLOGY, LLC 434 Walnut Hill Road North Yarmouth, ME USA (207) info@yarmouthresearch.com

2 Customer: ValvTechnologies, Inc. Date: 2/22/2011 Specification: API 607, Fourth Edition, May 1993 Product Description: 4 inch Class 300 Ball Valve Project Number: PN Comments: Model:V5CC-RF-FP-B ZZ 0 Yarmouth Engineer: Matthew J. Wasielewski, P.E. Equipment Confirmed to be in Calibration to NIST Standards: Yes Burn and Cool Down Test Burn Start Time: 11:56:00 Average Pressure During Burn: 31 psig Seat Leak Rate During Burn: 51.3 ml/min Allowable Seat Leak Rate: 400 ml/min External Leak Rate During Burn/Cool Down: 0.7 ml/min Allowable External Leak Rate: ml/min Were the Valve Leakages Below the Allowables? Yes Operational Test Average Pressure During Test: 31 psig Seat Leak Rate After Operating: 0 ml/min Allowable Seat Leak Rate: 80 ml/min External Leak Rate After Operating: 0 ml/min Allowable External Leak Rate: ml/min Were the Valve Leakages Below the Allowables? Yes s Valve Pass or Fail the Test Standard? PASS Witnesses Page 2 of 15

3 Pressure verses Time Chart Test Pressure-psig Test Time - min:sec Page 6 of 15

4 Temperature verses Time Chart Temperature - C 600 Bonnet 400 Body Bonnet Flame 200 Body Flame 0 Test Time - min:sec Page 5 of 15

5 YARMOUTH RESEARCH AND TECHNOLOGY, LLC Fire Test Information Sheet Valve Manufacturer s Name: Valve Manufacturer s Address: Did valve meet all required hydrostatic, leakage and other production pressure tests? Valve Product Code: Valve Description Size: Pressure Rating: Pressure Rating at 100F: Type: Weight: Reduced or Full Bore: Body/Bonnet Material: Trim Material: Seat Material: Stem / Body Seal Material: Bolting Material: Is valve considered Soft-Seated? Valve Markings Nameplate Information: Casting Markings: Assembly Drawing Number / Revision / Date of Issue: Assembly Drawing sent to Yarmouth: Valvtechnologies 5904 Bingle Road Houston, Texas Yes V5CC-RF-FP-B ZZ 4 300# 740 psi Seat supported Ball valve 180 lb Full Bore ASME SA-105 ASME SA-182 Grade 316 ASME SA-182 Grade 316 ASME SA-479 Grade 316 ASME SA193 Gr. B7M/SA-194 Gr. 2HM NO V5CC-RF-FP-B ZZ NA Yes If valve is fitted with gearbox, state gearbox manufacturer, model number and mechanical advantage: If valve is non-symmetric, state direction of flow for test: Exeeco Gearbox IW-4, ME: 23 +/- 10% Direction of flow is from the high pressure end of the valve high pressure end tag is attached to the inlet flange. NA For double-seated valves, state maximum allowable cavity pressure: Manufacturer s Contact Name /Date: Jonathan Jones / 02/22/11

6 dwg:Uncontrolled Current Copy as of 02/23/ of 3

7 , LLC Valve During Burn

8 , LLC Valve During Burn

9 Fire Test Information Customer: ValvTechnologies, Inc. Date: 2/22/2011 Product Code: 4 inch Class 300 Ball Valve Project Number: PN Fire Test Raw Data Pressure Water Bonnet Body Bonnet Body Average Time (psig) Volume Flame Flame Flame (mls) Temp-C Temp-C Temp-C Temp-C Temp-C 11:56: :56: :56: :56: :57: :57: :57: :57: :58: :58: :58: :58: :59: :59: :59: :59: :00: :00: :00: :00: :01: :01: :01: :01: :02: :02: :02: :02: :03: :03: :03: :03: :04: Page 9 of 15

10 Fire Test Data - continued 12:04: :04: :04: :05: :05: :05: :05: :06: :06: :06: :06: :07: :07: :07: :07: :08: :08: :08: :08: :09: :09: :09: :09: :10: :10: :10: :10: :11: :11: :11: :11: :12: :12: :12: :12: :13: :13: :13: :13: :14: :14: :14: :14: Page 10 of 15

11 Fire Test Data - continued 12:15: :15: :15: :15: :16: :16: :16: :16: :17: :17: :17: :17: :18: :18: :18: :18: :19: :19: :19: :19: :20: :20: :20: :20: :21: :21: :21: :21: :22: :22: :22: :22: :23: :23: :23: :23: :24: :24: :24: :24: :25: :25: :25: Page 11 of 15

12 Fire Test Data - continued 12:25: :26: :26: :26: :26: :27: :27: :27: :27: :28: :28: :28: :28: :29: :29: :29: :29: :30: :30: :30: :30: :31: :31: :31: :31: :32: :32: :32: :32: :33: :33: :33: :33: :34: :34: :34: :34: :35: :35: :35: :35: :36: Page 12 of 15

13 Leakage Summary for Burn and Cool Down Periods All pressure transducers and thermocouples are in calibration per YRT's QA program. Seat leakages were collected manually. External leakage was collected electronically. Total Through Seat Leakage Collected Over 30 Minute Duration: 1540 mls Average Leak Rate Over 30 Minute Duration: 51.3 ml/min Allowable Leak Rate: 400 ml/min Total Through Seat Leakage Collected Over 10 Minute Cool Down: 500 mls Total Water Volume Lost Over 40 Minute Burn and Cool Down: 2068 mls Water Collected in System Relief Valve: 0 mls Calculated External Leakage During 40 Minute Duration: 28 mls Average Leak Rate Over 40 Minute Duration: 0.7 ml/min Allowable Leak Rate: 100 ml/min Were the Valve Leakages Below the Allowables? Yes Maximum Cavity Pressure During Burn: 0 Page 13 of 15

14 Summary of Test Parameters During Burn and Cool Down Periods Amount of Time Pressure Dropped Below 50%: 0.0 minutes Maximum Allowable Low Pressure Time: 2.0 minutes Maximum Pressure During Burn/Cool Down: 32.8 psig Average Pressure During Burn/Cool Down: 31.3 psig Minimum Pressure During Burn/Cool Down: 29.4 psig Note Maximum Body Flame Temperature During Burn: deg. C Average Body Flame Temperature During Burn: deg. C Maximum Bonnet Flame Temperature During Burn: deg. C Average Bonnet Flame Temperature During Burn: deg. C Average of Both Flame Temperatures During Burn: deg. C Were Test Conditions Within Compliance? Yes Page 14 of 15

15 Post-Burn Seat Test Information Customer: ValvTechnologies, Inc. Date: 2/22/2011 Product Code: 4 inch Class 300 Ball Valve Project Number: PN Test Data Leakages were collected manually. Pressure Cal Block Time (psig) Temp - C 12:55: :55: :56: :56: :56: :56: :57: :57: :57: :57: :58: :58: :58: :58: :59: :59: :59: :59: :00: :00: :00: Total Seat Leakage Collected Over 5 Minute Duration: 0 mls Average Leak Rate Over 5 Minute Duration: 0 ml/min Allowable Leak Rate: 80 ml/min Total External Leakage Collected Over 5 Minute Duration: 0 mls Average Leak Rate Over 5 Minute Duration: 0.0 ml/min Allowable Leak Rate: 100 ml/min Was the Valve Leakage Below the Allowable? Yes Page 15 of 15