This standard specifies the model marking, technical requirements, test methods, data collection, inspection rules and marking, packaging and storage of fixed flow cycloidal rotor lubrication pumps. This standard is applicable to lubrication pumps with refined mineral oil as the working medium. JB/T 8376-1996 Fixed flow cycloidal rotor lubrication pump JB/T8376-1996 Standard download decompression password: www.bzxz.net

Machinery Industry Standard of the People's Republic of China
JB/T 8376—1996
Constant Flow Cycloidal Rotor Lubricating Pump
1996-04-22 Issued
Ministry of Machinery Industry of the People's Republic of China
1996-07-01 Implementation
JH/T8376-1996
Since the overload rotor sea slide is similar to the low-pressure gear, the test method of the low-pressure gear was considered when drafting the standard, and the test method of the low-pressure gear was considered in accordance with the standards such as G/T2316-88 Hydraulic and Pneumatic Systems and Components Nominal Force System 3. GB/T2347-60 Hydraulic Pumps and Motors Nominal Ranking Series, and full coordination was carried out to make it consistent with relevant national standards and industry standards. Appendix A and Appendix F of this standard are the appendices for reminders. This standard is proposed and managed by Guangzhou Machine Tool Research Institute of the Ministry of Machinery Industry. The drafting of this standard is Guangzhou Machine Tool Research Institute of Qianqiu Pump Factory. The main drafters of this standard are: Zhang Yangjie, Mi Junbiao, Dui Fengxin. 1 Scope
Machinery Industry Standard of the People's Republic of China
Fixed Flow Cycloidal Rotor Lubricating Pump
JB/TH37h1996
This standard specifies the marking, technical requirements, test methods, data collection, and supervision regulations of fixed flow cycloidal rotor lubrication system (hereinafter referred to as fixed flow cycloidal rotor lubrication system); marking, and also installation and commissioning.
This standard specifies the process of using refined mineral oil as the working medium. References: 2 Reference standards
The following standards include the following documents, which are all the only documents of this machine. At the time of publication, the versions shown in the following standards are all the versions of the standard. All standards will be revised - the use of this international certificate should be discussed and the possibility of new versions of the net products, C3/T#9190
Packaging please read the instructions mark
GR/T793587
General pressure components applicable to the six conditions
G3/T13384-93 Mechanical and electrical product packaging general pressure technical conditions GB/T【4039-9 Filter pressure system working medium solid inspection light pollution level code 3 model mark
Lubrication system model consists of product name, structure code and main number: if necessary, you can also add entries after the above parameters! Butterfly oil code and manufacturer code, oil inlet code (fine thread number XM, taper screw number 7), nL/r, rated pressure, MPa1MPa or less A)
average code (1, 2, 3...)
product name code (fixed flow direction swing rotor) 4 Technical requirements
4.1 Lubrication pumps should be manufactured according to the specifications and the drawings and technical documents submitted by the approval group. 1.2 The performance of lubrication system components should comply with the provisions of Table 1. 1.3 The surface of the components should not have defects such as rust, mold damage, pitting and looseness, and the components without consultation shall not be used for assembly. 4.4 Before assembly, all new parts should be carefully cleaned and heated. 4.5 After assembly, the transmission shaft of the lubrication pump should be rotated by hand gently and flexibly. There should be no sticking phenomenon. 4.6 The pump body should be smooth and the relative misalignment should not exceed the specified value of B/17935. Approved by the Ministry of Machinery Industry on April 22, 1999
Implementation on July 1, 1906
Nominal displacement
40--63
Normal displacement
JB/T B376-1996
Variable 1 Lubricating grease sleeve number table
Turn over fixed output
Self-performance
Volume efficiency car
4. After the product trend inspection, each impact "I should be opened and oil-resistant cold-proof plugged, and the rail end should be protected by adhesive tape or whole material sleeve. Cleanliness
4.8 The exposed processed table should be selected and the burnt table should be continued. The layers should be smooth, and the outside should be smooth and light, and there should be no defects such as damage, flow, air flow, and self-destruction.
4.9 The label should be sold in China.
Test method
.1 Test record
5.1.1 The test oil should be 32-30% or more of the filter oil. The pool wave should be finely filtered, and the solid content should not exceed 5BT14C3 l Plan appropriate 16/16: .1.2 Test for the continental temperature should be controlled at 1. = level. 5.1.3 The accuracy of the submeter used for inspection is not less than: 1. = level, or 1. ~ 2 times the rated pressure of the tested pump, 5.1.4 Measure the temperature, the difference is not more than 1.
5.1.5 Recording point location
The setting of the pressure point should be designed as large as possible and as close as possible to the test point, except for the outlet: at: | |tt||Limited value Note: The number of measuring points on the surface with a radius of 1 is not limited. 10 should be evenly distributed.
5.1.6 Test principle See reference A (disturbing record) 5.3 Appearance test
Test 4.5~1.11.
5.3 Running test
Abandon the six-point transfer, start with the complete combat force and gradually load, graded running 5.4 No-load displacement test
Under no-load condition, measure the no-load displacement under the condition of high speed, which should reach 95% of the nominal displacement. 5.5 Efficiency test
Under nominal speed, increase the speed, and measure the flow rate at the plate pressure of about 10%, 55%, and 1CD respectively. Measure the flow rate of the above test pressure points. Note: When checking, only the efficiency test is carried out. 5.6 Self-priming test
Under nominal speed and no-load pressure condition, measure the displacement when the suction port vacuum is equal. Based on this, increase the inlet pressure, and directly measure the displacement drop. Measure its vacuum degree 5.7 Overload test
At the nominal speed, make a continuous operation test at 125% of the rated pressure. The continuous operation time is more than 11 seconds, and there should be no external fullness and abnormality.
JB/T8376-1996
Note: During factory inspection, the continuous operation time is not less than 1 minute. 5.8 Reverse test
Under the condition of constant pressure, make the drum test instrument make 500 consecutive forward and reverse reversing rotations. The reversing frequency is 1 time/min (-forward, reverse times>), and the oil output response time after reversing is not more than 56 seconds. Note: For factory inspection, the instrument makes 10 forward and reverse rotations. 5.9 Noise test
At the nominal speed, measure the peak sound value of at least 6 pressure points from no-load pressure to rated pressure range. 5.10 The internal cleanliness inspection shall comply with the relevant standards. The data after the test shall be sorted and filled in the record table in Appendix B (suggested Appendix). Calculation formula: Volumetric efficiency: Total efficiency: Output liquid power: Input machine power: Where: 94. E nx100%
X×100%
pl.praXgo
60-000
Outlet flow of the box at no-load pressure, L/min: Output flow at test pressure, 1/min: Input flow at test pressure. L/min: Speed ​​at test pressure, r/min
Speed ​​at no-load pressure, r/mitn+
Displacement at test positive. mL/
·Displacement at no-load positive, L/t+
.—Test pressure kPa
—Input pressure Nm
7 Inspection and testing
\1 Inspection and adjustment classification
Product inspection is divided into factory inspection and type inspection, 7. 2 Factory Inspection
Factory Inspection: The product is inspected by the quality inspection department of the manufacturer before it is allowed to leave the factory. 7.21 The external quality shall comply with the provisions of 4, 5~4.9. 7.2.2 Performance test: The product shall comply with 5.4, 5.5, 5.7 and 5.9. 7.3 Type inspection Type inspection refers to the comprehensive assessment of product quality, that is, comprehensive inspection according to the inspection contents specified in the standard. 7.3.1 In the following cases, special inspection shall be generally carried out: (JB/T-8376-18 No. 6) a) New products or old products shall be strictly tested and identified: 6) After formal production, if there are major changes in structure, materials, and processes, which may affect product performance; 7) During normal production, regular inspection (usually 6 years) or periodic inspection after a certain amount of production; 8) After a product has been discontinued for a long time, when it resumes production, if the results of the factory inspection are significantly different from those of the last type inspection, 9) Samples for type inspection shall be selected from the qualified products, and the number of samples to be inspected shall not be less than 3, of which 1 shall be cleaned and replaced for inspection: If one item fails in the test, the item shall be doubled for inspection. If it still fails.Then the product type inspection is judged to be unsatisfactory. 8. Labeling, packaging and storage
Daily. 1 Each product shall be labeled in a position for observation, which is generally located in the container. a) Product model, name;
b) Nominal displacement, nL/r;
Rated pressure MPe:
Rotation indicator arrow! bzxZ.net
) Manufacturer's name:
E) Date of manufacture
8.2 Packaging
Multiple Z. 1 The packaging shall be reliable and have anti-vibration, anti-condensation and other potentials. The manufacturing price of the product packaging box shall comply with the provisions of <Jiangsu/T13384>. 83.2 When the product is shipped, the following documents shall be packed into plastic bags before being packed together: 1) Product certificate, 2) Product instruction manual, 3) Product manual, 4) Product manual, 5) Product manual, 6) Product manual, 7) Product manual, 8.2.3 When multiple products are packed in a box, each product shall be separated to avoid collision. 8.2.4 The following marks shall be clearly marked on the outside of the box in words: 1) Product name and model: ||b Quantity
e> Gross, kg:
d) Packing shape size:
) Name of manufacturer:
) Packing port:
g) Name of the delivery note, place of return and the name of the destination station; the package shall be marked with the transportation diagram according to GB/191.
8.3 The product shall be stored in a ventilated, dry warehouse that does not contain corrosive materials. JE/T8376—1996
Appendix
Testing system principle diagram
(suggestive appendix)
JH/T 8376-1996
Appendix B
Testing record format change
(suggestive appendix)
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