Customer Support: 131 242

  • There are no items in your cart
We noticed you’re not on the correct regional site. Switch to our AMERICAS site for the best experience.
Dismiss alert

SAE J 1737 : 2013

Superseded
Superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

View Superseded by
superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

TEST PROCEDURE TO DETERMINE THE HYDROCARBON LOSSES FROM FUEL TUBES, HOSES, FITTINGS, AND FUEL LINE ASSEMBLIES BY RECIRCULATION
Superseded date

29-08-2019

Published date

01-01-2013

1 Scope
2 References
3 Background Information
   3.1 General Comments - This Procedure
   3.2 Other Measurement Techniques
   3.3 Measuring Steady-State Conditions
        3.3.1 Time to Reach Steady-State
        3.3.2 Determining Steady-State
   3.4 Test Conditions
        3.4.1 Temperature
        3.4.2 Type of Fuel
        3.4.3 Pressure
        3.4.4 Wall Thickness
        3.4.5 Construction of the Part
        3.4.6 Moisture Content
        3.4.7 Variation of Test Specimen
   3.5 Units of Measurement
        3.5.1 Types of Units of Measurement
        3.5.2 Cautions About Units of Measurement
4 Apparatus and Equipment
   4.1 Elements of Apparatus
        4.1.1 Inert Gas for Pressurizing Fuel
        4.1.2 Pressure Regulator and Gauge
        4.1.3 Fuel Container
        4.1.4 Heater for the Test Fuel
        4.1.5 Recirculation Pump and Regulator for Fuel
               Flow Rate
        4.1.6 Tubing to Route Test Fuel
        4.1.7 Test Cell
        4.1.8 Test Specimen-General
        4.1.9 Mounting Test Specimen
        4.1.10 Length Change Measurement
        4.1.11 Heating Mantle for Test Cell
        4.1.12 Carrier Gas for Fuel Vapors
        4.1.13 Tubing for Carrier Gas
        4.1.14 Pump and Flow Regulator for Carrier Gas
        4.1.15 Pressure Regulator
        4.1.16 Collection Device
        4.1.17 Activated Charcoal
   4.2 Other Equipment
        4.2.1 Balance
        4.2.2 Fuel Handling Items
        4.2.3 Tools
        4.2.4 Safety Items
5 Chemicals
   5.1 Fuel Mixtures
   5.2 Nitrogen (Dry)
   5.3 Activated Charcoal
6 Safety Equipment and Facilities
   6.1 Vapor Control Device
   6.2 Gloves
   6.3 Safety Glasses
   6.4 Temperature Controls
   6.5 Pressure Controls
7 Test Procedure
   7.1 Test Specimen Preparation
   7.2 Preconditioning Test Specimen
   7.3 Mounting Test Specimen
   7.4 Preparing Charcoal Canisters
        7.4.1 Charcoal Adsorptive Capacity
        7.4.2 Dry The Charcoal
        7.4.3 Charcoal Into The Canisters
        7.4.4 Weight The Canisters
        7.4.5 Attach Canisters to Apparatus
   7.5 Preparing Fuel Mixture
   7.6 Fuel Flow
   7.7 Set Test Temperature
        7.7.1 Typical Test Temperatures
        7.7.2 Record the Test Temperature
        7.7.3 Suggested Procedure for Using Temperatures Less
               than 60 degree C
   7.8 Pressure the Test Fuel
   7.9 Starting Test
   7.10 Conducting the Test
        7.10.1 First 8 Hours
        7.10.2 Weigh the Charcoal Canisters
   7.11 Shutting Down the Test Apparatus
8 Calculations
   8.1 Weight Gain
   8.2 Confirm Dimensions at End of Test
   8.3 Calculate Permeation Rate at End of Test
9 Reporting Results
   9.1 Units of Measurement
   9.2 Identifying Results
   9.3 Additional Information
10 Notes
   10.1 Marginal Indicia
Appendix A
   A.1 Calculation of Adsorptive Capacity of the Charcoal
        A.1.1 Test Preparation
        A.1.2 Test Procedure
        A.1.3 Adsorptive Capacity
  A.2 Determination of Adsorptive Efficiency of Canisters

Intends for the determination of the losses of hydrocarbon fluids, by permeation through component walls as well as through 'microleaks' at interfaces of assembled components while controlling temperature and pressure independently of each other.

DocumentType
Standard
PublisherName
SAE International
Status
Superseded
SupersededBy
Supersedes

SAE J 30 : 2012 FUEL AND OIL HOSES
14/30293931 DC : 0 BS ISO 19013-2 - RUBBER HOSES AND TUBING FOR FUEL CIRCUITS FOR INTERNAL COMBUSTION ENGINES - SPECIFICATION - PART 2: GASOLINE FUELS
SAE J 2599 : 2003 FUEL FILLER PIPE ASSEMBLY DESIGN PRACTICE TO MEET LOW EVAPORATIVE EMISSION REQUIREMENTS
BS ISO 19013-2:2005 Rubber hoses and tubing for fuel circuits for internal combustion engines. Specification Gasoline fuels
SAE J 2587 : 2005(S2019) OPTIMIZED FUEL TANK SENDER CLOSURE
SAE J 2045 : 2012 PERFORMANCE REQUIREMENTS FOR FUEL SYSTEM TUBING ASSEMBLIES
ISO 19013-2:2016 Rubber hoses and tubing for fuel circuits for internal combustion engines Specification Part 2: Gasoline fuels
SAE J 2260 : 2004 NONMETALLIC FUEL SYSTEM TUBING WITH ONE OR MORE LAYERS
SAE J 2659 : 2012 TEST METHOD TO MEASURE FLUID PERMEATION OF POLYMERIC MATERIALS BY SPECIATION

SAE J 1527 : 2011 MARINE FUEL HOSES
SAE J 1681 : 2000 GASOLINE, ALCOHOL, AND DIESEL FUEL SURROGATES FOR MATERIALS TESTING
SAE J 30 : 2012 FUEL AND OIL HOSES

View more information
Sorry this product is not available in your region.

Access your standards online with a subscription

Features

  • Simple online access to standards, technical information and regulations.

  • Critical updates of standards and customisable alerts and notifications.

  • Multi-user online standards collection: secure, flexible and cost effective.

Need help?
Call us on 131 242, then click here to start a Screen Sharing session
so we can help right away! Learn more