For Salisbury by Honeywell

Transcription

1 Hugh Hoagland Consulting, Inc. Electric rc Exposure Tests For Salisbury by Honeywell Hood Salisbury by Honeywell Lift Front Hood, Style LFH, Paulson Lens, Two Layers Milliken Fabric System Report Number: 110F01, Revision: 00 October 31, 01 Tests Conducted at Kinectrics High Current Laboratory Toronto, Ontario, Canada Eastpoint Park lvd Suite E, Louisville, KY 403 Phone: , Page 1 of 6

2 Electric rc Exposure Report STM F17808 Standard Test Method for Determining the rc Rating and Standard Specification for Eye or Face Protective Products General t the request of David Sklodowski electric arc exposure tests were conducted on hoods for Salisbury by Honeywell. David Sklodowski arranged with rcwear.com to facilitate testing by the High Current Laboratory of Kinectrics in Toronto and to review test data. The tests documented in this report were conducted in accordance with: STM F17808 Standard Test Method for Determining the rc Rating and Standard Specification for Face Protective Products Test Samples Hood test samples (were) received on October 1, 01. Samples were tested as received. washing or any other preparation is required by the standard. Test Results The test program includes minimum of ten twomannequin arc trials. The test data set is evaluated using logistic regression method. Following test data was recorded for each trial: arc exposure electrical conditions: arc trial number, RMS arc current, peak arc current, arc voltage, arc duration, energy dissipated in arc, plots of arc current and arc voltage temperature rise response from two monitor and four face sensors for each instrumented mannequin head in each trial, plot of Incident energy distribution Ei from bare shot analysis photographs of exposed material panels video bove mentioned test data is part of report and is available for download from rcwearonline.com arc testing website. Test data is accessible only to and protected with Salisbury by Honeywell unique password. Essential test data and test results are presented in the table below and on the attached data pages as follows: arc rating TPV or ET or both and plots of the burn injury probability (TPV) or breakopen probability (ET) or both versus Ei test specimen description and order of layers for fabric system and faceshield distance from an arc center line to the panel surface Eastpoint Park lvd Suite E, Louisville, KY 403 Phone: , Page of 6

3 subjective evaluation heat attenuation factor (HF) and plot of HF on Ei ignition probability value (if determined during testing) Rating Rating resulted from Hood arc testing is TPV = 43 cal/cm² Rating resulted from Hood Fabric System previous testing is TPV = 41.3 cal/cm² Hood system specified in the Table 1 below received final arc rating as: Customer Manufacturer, Part/Model Number General Design Layer 1 Layer Manufacturer, Design Layer 1 Material, Color, Thickness Layer 1 Material, Color, Thickness Manufacturer, Part/Model Number TPV = 41.3 cal/cm² Table 1 Salisbury by Honeywell Salisbury by Honeywell Lift Front Hood, Style LFH, Paulson Lens, Two Layers Milliken Fabric System Hood fabric system Milliken, Style S/155590L, 9 oz/yd² 306 g/m² Plain, 88% Cotton 1% Nylon, Gray Milliken, Style S/155590, 9 oz/yd² 306 g/m² Plain, 88% Cotton 1% Nylon, Navy lue Hood faceshield system Paulson Lift Front Two Layers Lens Polycarbonate, Green, Thickness 0.06 inch, mm Polycarbonate, Clear, Thickness 0.0 inch, 0.5 mm Hard Hat rth, Style 79, Class E The order of layering is numbered starting from the outer layer listed first. Requested by: David Sklodowski pproved by Hugh Hoagland rcwear.com Neither Hugh Hoagland Consulting, Inc. dba/rcwear, nor its affiliates, nor any person acting on behalf of any of them: a) makes any warranty, express or implied, with respect to the use of any information, apparatus, method, or process disclosed in this report or that such use may not infringe privately owned rights; or b) assumes any liabilities with respect to the use of, or for damages resulting from the use of, any information, apparatus, method, or process disclosed in this report Eastpoint Park lvd Suite E, Louisville, KY 403 Phone: , Page 3 of 6

4 Report # Samples Received: OCT 1, 01 K F01 Tested for Hugh Hoagland rcwear.com Phone: arctesting@arcwear.com Samples Tested: OCT 31, 01 Test Report Kinectrics Inc., 800 Kipling venue, Unit Toronto, Ontario, Canada Tel: , Contact information for item tested: David Sklodowski Salisbury by Honeywell david.sklodowski@honeywell.com ISO Test item description Salisbury by Honeywell, Lift Front Hood, Style LFH, Lens: Paulson, Outer, Thickness.06 in, Polycarbonate, Green, Inner, Thickness,.0 mm, Polycarbonate, Clear, Mounting racket: Paulson, Part WS, Transparent Chin Protector, Hardhat, rth, Style 79, Class E, Fabric: Two Layers, Milliken, Style S/155590L, 9 oz/yd² 306 g/m² Plain, 88% Cotton 1% Nylon, Gray over Milliken, Style S/155590, 9 oz/yd² 306 g/m² Plain, 88% Cotton 1% Nylon, Navy lue, rcwear# 110F01 Reference Standard STM F17808 Standard Test Method for Determining the rc Rating and Standard Specification for Eye and Face Protective Products Test Parameters: Test current: rc Gap: Distance to Fabric: 8 k 30 cm 30 cm rc Rating, TPV = 43 Cal/cm² Heat ttenuation Factor, HF = 95% Number of samples analysed: Incident Energy Range: 0 9 to 53 cal/cm² Summary The rc Rating of this material is intended for use as part of a flame resistant garment or system for workers exposed to electric arcs. The samples were tested by Kinectrics as received. The test result is applicable only to the Test Item, other material or color may have different protection level. ctual performance of the complete garment may vary depending on the final design and assembly of the garment. The rc Rating was calculated based on the data obtained and analysed in accordance with the latest version of the applicable standards. The individual test sheets, graphs, photographs of the samples and video of every test are provided in digital format to the Client for review. s of ugust 1, 010, the arc testing performed to the above mentioned Standard is accredited by the Standards Council of Canada to conform to the requirments of CNP4E (ISO/IEC 1705:005) by QMI, a division of SI Global and rth merica's leading QMS registrar. dherence to this standard provides one of the strongest assurances of service quality available. s a minimum, since July 1998 all work at Kinectrics is performed to meet the requirements of ISO Kinectrics Inc takes reasonable steps to ensure that all work performed shall meet the industry standards as set out in Kinectrics Inc.'s Quality Manual, and that all reports shall be reasonably free of errors, inaccuracies or omissions. KINECTRICS INC. DOES NOT MKE NY WRRNTY OR REPRESENTTION WHTSOEVER, EXPRESS OR IMPLIED, WITH RESPECT TO THE MERCHNTILITY OR FITNESS FOR NY PRTICULR PURPOSE OF NY INFORMTION CONTINED IN THIS REPORT OR THE RESPECTIVE WORKS OR SERVICES SUPPLIED OR PERFORMED Y KINECTRICS INC. Kinectrics Inc. does not accept any liability for any damages, either directly, consequentially or otherwise resulting from the use of this report. te The test performed does not apply to electrical contact or electrical shock hazard. n unsigned copy of this report is an unofficial reporting of information. Report must be signed to validate test data and comform Performed by: pproved by: Joe Ogrodowczyk Station Operator High Current Laboratory Ph: Claude Maurice, Lab Manager High Current Laboratory hcl@kinectrics.com Page 4 of 6

5 Date: OCT 31, 01 Report # K F01 Determination of TPV by performing logistic regression on panel burn response as indicated in Summary Table Test Performed in accordance with : STM F17808 ISO Fabric Description: Salisbury by Honeywell, Lift Front Hood, Style LFH, Lens: Paulson, Outer, Thickness.06 in, Polycarbonate, Green, Inner, Thickness,.0 mm, Polycarbonate, Clear, Mounting racket: Paulson, Part WS, Transparent Chin Protector, Hardhat, rth, Style 79, Class E, Fabric: Two Layers, Milliken, Style S/155590L, 9 oz/yd² 306 g/m² Plain, 88% Cotton 1% Nylon, Gray over Milliken, Style S/155590, 9 oz/yd² 306 g/m² Plain, 88% Cotton 1% Nylon, Navy lue, rcwear# 110F Determination of TPV Incident Energy (cal/cm²) 54 TPV = 43 cal/cm² Probability 5% 10% 0% 30% 40% 50% 60% 70% 80% 90% Ei # Pts = 0 # Pts above Stoll = 8 # Pts reakopen = 0 # Pts always >STOLL = 6 # Pts always <STOLL = 7 # Pts within 0% = 1 # Pts in mix zone = Determination of HF Data pts est Fit 95% CI HF = 95 % Confidence Intervals 95% CI = 94.5, % CI pts Incident Energy (cal/cm²) 54 Page 5 of 6

6 Date: OCT 31, 01 Report # K F01 Summary Table Test Performed in accordance with : STM F17808 ISO Fabric Description: Salisbury by Honeywell, Lift Front Hood, Style LFH, Lens: Paulson, Outer, Thickness.06 in, Polycarbonate, Green, Inner, Thickness,.0 mm, Polycarbonate, Clear, Mounting racket: Paulson, Part WS, Transparent Chin Protector, Hardhat, rth, Style 79, Class E, Fabric: Two Layers, Milliken, Style S/155590L, 9 oz/yd² 306 g/ m² Plain, 88% Cotton 1% Nylon, Gray over Milliken, Style S/155590, 9 oz/yd² 306 g/m² Plain, 88% Cotton 1% Nylon, Navy lue, rcwear# 110F01 Test # Panel Test Current Cycles of 60Hz Ei Cal/cm² SCD Cal/cm² Summary of measured energy and observations HF % urn reak Open blation fter Flame sec. Omit Comment 1 K K K K K K K K REK OPEN LENSE 9 K K NO NO URN, NOISE ON TEMPERTURE TRCE; RCKET IGNITION 11 K K K K K K K K K K REK OPEN LENSE Eastpoint Park lvd Suite E Louisville, KY 403 Phone: , Page 6 of 6