FORD ESR-M13P4-A-2014 LUBRICANT SILICONE - GENERAL PURPOSE TO BE USED WITH FORD WSS-M99P1111-A .pdf

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1、 ENGINEERING MATERIAL SPECIFICATION Material Name Specification Number Date Para. No. Revisions 2014 12 01 N Status No longer used G. Weber, NA 1978 12 08 Metricated, Renumbered and Retyped CPH22-815800-3 1969 06 12 Released PY22-291 Page 1 of 5 LUBRICANT, SILICONE - GENERAL PURPOSE ESR-M13P4-A NOT

2、TO BE USED FOR NEW DESIGN 1. SCOPE This specification defines the performance and product requirements for a general purpose, semi-solid automobile lubricant. 2. APPLICANT This specification was released originally for material for use on rubber, metal, glass and plastic, and is not intended to sati

3、sfy the requirements of specialized greases, such as U-joint lubricant, steering lubricant, etc. It is not intended to limit general purpose lubricating grease to a specific material, but rather defines the performance of the entire system. 3. REQUIREMENTS 3.1 GENERAL 3.1.1 Shall be of such composit

4、ion that it will meet all requirements described in this specification. It must be capable of being used as packaged. 3.1.2 Shall have suitable characteristics for ease of application. If the material is an aerosol, it shall be dispensed rapidly, uniformly and shall have a minimum of spray-back. If

5、the material is dispensed from a tube, the components must remain homogeneous and of gel-like consistency. 3.1.3 Shall tolerate some degree of contamination without a significant change in characteristics. 3.1.4 Shall resist leakage, dripping or throw-off from lubricated surfaces. 3.1.5 No objection

6、able odor either during or after application. 3.1.6 Must be reasonably safe to apply and must meet all federal, state and local regulations. The material must be formulated to minimize health hazards due to toxic or otherwise injurious ingredients. 3.2 PERFORMANCE 3.2.1 Shall have the ability of for

7、ming and maintaining a coating which prevents the entrance of corrosive or harmful material. ENGINEERING MATERIAL SPECIFICATION ESR-M13P4-A Page 2 of 5 Test Method: The determination of surface damage due to the inclusion of moisture by the material is tested by the following method: Steel panels ar

8、e prepared according to FLTM BJ 6-1. Coat the panel uniformly with no more than 1/16 in (1.6 mm) of the lubricating material. Place in a humidity cabinet at 38 +/- 2 C for 168 h. No pitting and/or rusting are allowed. (Disregard any corrosion less than 1/4 in (6.4 mm) from edges of panel.) 3.2.2 Sha

9、ll impart a coating which resists the solvent action of water. Test Method: Water Washout Characteristics of Lubricating Greases (ASTM D 1264) Water Washout - 1 % maximum. 3.2.3 Shall remain semi-solid after application over a wide range of temperature, i.e. from -29 to 204 C. Test Methods 3.2.3.1 A

10、pparent Viscosity of Lubricating Greases (ASTM D 1092) - Apparent viscosity modified for -29 C. 3.2.3.2 Dropping Point of Lubricating Grease (ASTM D 566) - Dropping Point 177 C minimum. 3.2.4 Shall be compatible with elastomer seals and shall have no detrimental effect on natural or synthetic rubber

11、. Test Method: Change in Properties of Elastomeric Vulcanizates Resulting from Immersion in Liquids (ASTM D 471). Tests are conducted on standard samples of buna, butyl and natural rubber. An increase of 10 % in volume or weight is the maximum limit. Use a durometer for measuring a change in hardnes

12、s. A 4 % change in hardness is the allowable limit. 3.2.5 Shall maintain a lubricating film after extended periods of use. Test Method: Film Strength Durability (Timken Machine). Spindle Speed: 800 rpm. Lever Arm Load: 10 lb (4.5 kg) Test Time: 5 h minimum. Coat Timken cup and block with 0.35 - 0.55

13、 g of grease. Break in for 30 s with no load. When aerosol lubricants are tested, sufficient time must elapse after application to allow escape of propellant. ENGINEERING MATERIAL SPECIFICATION ESR-M13P4-A Page 3 of 5 3.2.6 Shall have no detrimental effect on exterior automobile finishes. Test Metho

14、d: Prepare paint panels according to FLTM BI 3-2. Paint colors to be used are black, white and metallic blue in each of the following qualities: ESR-M2P100-A (both lacquer and enamel), ESB-M30J100-A and ESB-M32J100-A. To each of the twelve panels, apply the lubricant to a 2 in2 (13 cm2) area. Expose

15、 the test panels in a convection oven at 70 +/- 2 C for 24 h. Remove the panels, wash off the grease. Observe the effects on painted surfaces. 3.2.7 Shall retain its “parting action“ at low temperatures. Test Methods: 3.2.7.1 Place the following items in contact with each other: . A 5 in (127 mm) le

16、ngth of flat, sponge rubber door gasket material lubricated with the material being tested, and . A smooth paint panel prepared according to FLTM BI 3-2. Paints to be used are ESB-M30J100-A and ESB-M32J100-A quality materials. A 2,000 g weight is then applied to keep the above surfaces in contact. T

17、he assembly is placed in a cold box at -32 +/- 2 C for 24 h. The assembly is then removed from the cold box and the parts separated. If the lubricant provides proper parting action, the pieces should separate easily. 3.2.7.2 Repeat above test with the following modification: Before assembly is place

18、d in cold box, separate the gasket and panel. Cover 75 % of the gasket contact area with water. Place the lubricated surface of the gasket in contact with the wetted area of the panel and apply a 2,000 g weight to keep the surfaces in contact. Place assembly in cold box as above. The introduction of

19、 water should cause no change in parting action. 3.3 STORAGE AND STABILITY 3.3.1 Must be capable of storage without any detrimental effect for an extended period of time. Test Method: Oxidation Stability of Lubricating Greases by the Oxygen Bomb Method (ASTM D 942). This method is used to determine

20、the resistance of lubricating grease to oxidation under static conditions. A drop of 15 psi (103 kPa) or less in 300 h is considered satisfactory. ENGINEERING MATERIAL SPECIFICATION ESR-M13P4-A Page 4 of 5 3.3.2 Supplier shall furnish all necessary information on types of material required for packa

21、ging and on the storage life of the material in each of the product packages supplied. For any particular size package or container for the product, the supplier shall furnish information on safe storage practice and recommendations as to maximum and minimum ambient temperatures and direct sun load

22、conditions at which the product may be stored without any adverse effect. If the package is considered unsafe for storage in an automotive vehicle, the package shall be labeled accordingly and the safe storage conditions specified. For all aerosol containers, the supplier shall furnish all pertinent

23、 information on pressures and propellants and any precautions in storing, handling, and use. 3.4 CHEMICAL AND PHYSICAL PROPERTIES Specific chemical and physical properties are not specified herein, but an Engineering Quality Control Supplement will be issued to cover each approved material. The sele

24、cted engineering approved source shall furnish appropriate chemical and physical properties along with the production tolerance limits that apply to the material(s) upon which approval was given. The agreed upon values and limits will be issued to Quality Control by the affected product engineering

25、office. These values will then be used by Quality Control for ongoing quality verifications. The Quality Control Supplement is an integral requirement of this specification. If more than one source supplies material to this specification, a Quality Control Supplement will be issued for each approved

26、 material. 3.5 LABELING 3.5.1 Provisions of this specification are applicable when material is used according to labeling directions. Any precautions involved in the use of the material must be clearly stated on the product label. 3.5.2 The label(s) for the material(s) must comply to the Federal Haz

27、ardous Substances Act and all other provisions under the Consumer Product Safety Commission and all other applicable federal, state and local regulations. Supplier shall furnish the affected product engineering office with the label(s). 3.5.3 Supplier shall furnish certification that the composition

28、 of his product has been examined and that the label recommended is in compliance with the Federal Hazardous Substances Act and all other provisions under the Consumer Product Safety Commission. Completed Material Health and Safety Data Sheets and Hazardous Substances Data Sheets must be submitted b

29、y the supplier to the Ford Motor Company toxicologist. ENGINEERING MATERIAL SPECIFICATION ESR-M13P4-A Page 5 of 5 3.5.4 If applicable, supplier shall furnish a copy of the laboratory report wherein the product was evaluated under the procedures required by the Federal Hazardous Substances Act. 3.5.5

30、 Supplier must furnish detailed application instructions and specific usage information for container labels. This portion of the label information must be approved by the affected product engineering office. 3.5.6 If the label submitted by the supplier contains any advertising claims, suitable corr

31、oborative testing data must also be furnished. Such claims and data are encouraged. 3.6 MARKING Containers and cartons must be marked with a code indicating source and compounding date of the material. Supplier must furnish this code to the affected product engineering office. Container marking may

32、be waived if approved in writing by the affected product engineering office. 3.7 SUPPLIERS RESPONSIBILITY Material supplied to this specification must be equivalent to that originally approved. Changes in formulation or processing shall not be made without prior approval as described in Supplier Pro

33、cedure I-A. 3.7 The test report data furnished by the supplier showing compliance with this specification shall give the specific test methods followed and shall give specific answers to generalized requirements. 3.8 Generally accepted test methods (American Society for Testing and Materials, Societ

34、y of Automotive Engineers and Ford Laboratory Test Methods are preferred) and procedures should be followed where such methods are known, otherwise the methods of evaluation should be explained in detail. 4. APPROVAL OF SUPPLIERS Suppliers to this specification must be approved by the affected produ

35、ct engineering office. Procedure for gaining approval of a specific material to a new/existing ES-M specification is contained in Supplier Procedure I-A. Approved new suppliers will be added to the Engineering Materials Approved Source List. 5. GENERAL INFORMATION This data is for information only and is not a requirement. 5.1 Comparative performance data ratings utilizing the requirements outlined above, comparing the proposed material(s) to presently marketed Ford Motor Company products, are encouraged.