Some standard content:
ICS23.080
Machinery Industry Standard of the People's Republic of China
JB/T 9088—1999
Reciprocating impurity pump
Reciprocating impurity pump
1999-07-12 Issued
State Bureau of Machinery Industry
2600-01-01 Implementation
JBT 9088-1999
This standard is a revision of the technical conditions for reciprocating impurity pumps ZB J71 006—88. Compared with ZB J71 00688, the main technical contents of this standard are as follows:
The isolation tank is manufactured according to the provisions of GB150
The full penetration should comply with the provisions of JB6913: The flow plate 2-(0.95-110)2 period
The filter pressure and leakage test of pump parts should comply with the provisions of 9090. This standard is applicable to the replacement of 1006-1. This standard was proposed and managed by the National Pump Standard Promotion Technical Committee. The responsible drafting unit of this standard: Benjin Water System Factory, the main drafter of this standard: 1: Li.
! Scope
China Machinery Industry Standard
Reciprocating Inpurity Pump
Reciprocating Inpurity Pump
8/9088-1999
Generation Z.J7100688
This standard specifies the technical requirements, test methods and inspection specifications, marking, packaging and inspection for reciprocating inpurity pumps. This standard is applicable to reciprocating inpurity pumps with a maximum particle size of no more than 3r, a particle size fraction higher than 50%, a temperature below 0, a moving material speed not exceeding 5mm*/s, a non-exhaust pressure of no more than 20MPa, and a discharge flow rate of no more than 300m3 (hereinafter referred to as the standard) 2 Reference Standards
The provisions contained in the following standards constitute the provisions of this standard by being cited in this standard: When this standard is published, the version shown is effective, all standard parts will be revised, and the parties using this standard should discuss the use of the following standards according to the latest version. GB 1501998
GB2555—1481
GB/2556-1981
GH/' 7784:-1987
GB/T133061991
GB:T 13384-1992
JE/T6913—1993
JHT9090—1999
1 Technical requirements
Steel pressure vessels
General purpose flange connection dimensions
General purpose flange seal shape and size
Test methods for motor-driven reciprocating pumps
General technical conditions for packaging of electromechanical products
Pump product cleaning
Volume change parts pressure and end test
3.! The pump shall meet the requirements of this standard and be manufactured according to the drawings and technical documents approved by the prescribed procedures. If there are special requirements, it can be manufactured in series.
3.2 The pump shall meet the reverse working system under rated conditions (continuous working means that the pump runs continuously for 8~24 hours a day under rated conditions) 3.1 The pump shall be able to operate safely under safe pressure and constant speed 3.4 The pump shall be equipped with appropriate discharge pressure device, and the unevenness of the discharge pressure regulator outlet pressure shall not exceed 8% of the average pressure to ensure the health of the discharge system
3.5 The leakage of the material in the environment during the operation of the pump shall comply with the provisions of 1, and other sealing parts shall not leak 3.6 The operating performance under rated conditions shall meet the following requirements: a) Flow rate Q0.95--1.10
b) System clean water efficiency B2%;
The required net positive suction head shall not be higher than the specified value. Approved by Guohao Machinery Industry Bureau on 1999-0-12
Implementation on 2000-01-0
1-150
JB/T9088-1999
The machine should run smoothly under rated conditions without abnormal sound or alarm. The noise during operation under rated conditions should meet the requirements of 2. 3.8
Rated output pressure MPa
System function
Pressure level ()
Uncontrolled operation1.010% of rated flow rate
Unfrequent operation6.H169% of rated flow rate
76-300
3.9 In accordance with the multiple F parts of each operation, the first overhaul period should be not less than 8000h (replaceable parts) 3.10 The inlet and outlet flanges of the pump should comply with the requirements of GR 2555 and Japanese T25.56. .20u
The opening force of the system safety valve should be adjusted to 1.1~1.25 times the rated non-discharge pressure, and the discharge pressure should not be higher than 1.1 times. 3.1
The filter pressure and full-scale test of pump parts should comply with the provisions of /T9090. 3.12
3.13 The inspection holes and shaft extensions of the machine should be sealed. 3.【4 The bearings of the main and passive shafts should be installed, and the couplings, transmission membranes and other moving parts should be equipped with protective covers with a service life of not less than 25000h. 3.15
The equipment should be easy to install, and there should be special tools for installation. 3.17 For objects that can rotate, the rotation direction should be marked at a conspicuous position near the system input shaft. 3.18 The pump should be equipped with a pressure gauge, and its screening degree should not be lower than level 1.5. 3.19
When the pump is at a rated discharge pressure of 20 MPa, the replacement interval of major disposable parts shall not be less than that specified in Table 3. Table 3
Name of wearing parts
3.20 Oil sound insulation drag is manufactured according to the filter specification of 6B150, and the replacement time is
501. Especially for fault operation:
3.21 For oil isolation pump: the oil sticking plate of the right meter of fluid material conveyed is 9% (the oil consumption refers to the net oil consumption carried away by the conveyed material! 3.22 The complete set of fast delivery tickets should include
a complete set:
b) original machine, 1 set:
wearing parts are not less than 12 sets:
special tools! Partition:
1 set,
[B/T90A8-1999
3.23 If the user complies with the instructions for use and the conditions specified, the manufacturing! These are guaranteed within 1 week from the date of delivery Use, years (including small parts), within the warranty period, if the product is damaged or cannot be properly operated due to poor quality, the manufacturer shall be responsible for free repair or replacement of related parts.
4 Test methods and inspection rules
. Each system shall be inspected and qualified by the quality inspection department and accompanied by a product certificate! 4.2 Pump test force method shall comply with the relevant provisions of GB/T7784. 4.3 The various tests of the system shall be carried out in accordance with the items specified in Table 4. Table 4
Operation test
Operation test
Continuation test
Performance test
Rated point test
Safety test, valve source test
Activity cavity production
Type test
Method: The table should be Tests are conducted, and the x table is not tested. 4.4. Type test
4.4.1 New product prototypes should be subjected to type tests
Sampling testwwW.bzxz.Net
Out-of-print test
4.4.2 When there are major changes in the design, technology and materials of mass-produced tables (affecting the quality), type tests shall be conducted. 4.4.3 For new products in a series, only prototypes of the same series shall be subjected to type tests; after the test is qualified, prototypes of new products with lower power and lower discharge force than the selected products may no longer be subjected to type tests.
4.5 Random inspection test
4.5, 1 Mass-produced objects should be subjected to regular random inspection tests. The total number of random inspections shall be calculated according to the annual output of each variety, and shall not be less than 1/5. The random inspection period shall be evenly distributed throughout the year.||tt| |4.5.2 The basic prototype of the new product series has been subjected to type test, and other products should be subjected to random inspection test. 4.5.1 If the product of random inspection test is not qualified, double differential test should be carried out; if there is still non-compliance, it should be subjected to factory test. 4.6 Factory test
4.1 The purchased products should be subjected to factory test. For products with relatively large batches, stable process and stable quality (referring to the return rate less than 2%), at least 1/3 of the units in each batch of production units can be selected for factory test (the return rate is the ratio of the number of units of the same specification that have passed the production and assembly test to the total number of units), and the remaining pumps should be subjected to running test. 4.62 If the pump station product is small, the remaining products should be subjected to factory test. If the return rate is less than 2% during the test, random inspection can be resumed.
4. If the manufactured test equipment does not meet the test requirements, it is allowed to be tested at the user's site. The specific test sequence and requirements can be agreed upon by the manufacturer and the user.
4.If the user requires a representative to be present during the pump test or requires the manufacturer to provide a test or inspection report, the manufacturer can negotiate with the nearest factory. The pump should try its best to meet the user's requirements.
4.9 Requirements for the whole machine
4.91 The pump is run under rated conditions. After the temperature is balanced, the oil pool temperature rise at the friction pair of the bearing (rolling bearing) and the crosshead shall not exceed 40°C. The temperature of the oil pool shall not exceed 75°C. 4.9.2 Cleanliness of the moving end 4.J0 should be neat, smooth and beautiful. The oil and water pipelines should be arranged neatly, clearly distinguished, and without leakage marks. 4.11 The oil color should meet the requirements of the drawing.
4.12 The parameters of the supporting equipment should match the object, and the accessories should have a certificate of conformity. 5.1 The label of the system should be placed in a conspicuous position of the system. The size and technical requirements of the label should comply with the provisions of GB/113306. The materials of the label and the corresponding parts should be selected according to the working environment of the pump. The label should include the following contents: manufacturer's name and trademark: b) model and name; c) main technical adjustments: rated flow, m/h; rated discharge pressure, MPa, rated suction, MPa; speed, rim; prime mover power, kw; pump weight, kg; e) factory number: e) year of production. 5.2 registered trademarks of the products; 5.3 important outsourced supporting equipment of the pump should be labeled. 5.4 the pump company should remove the liquid in the pump before packaging and do anti-rust treatment. All connections with the atmosphere! 1. When the flange is sealed, the groove should be as shown in the shell.
5.5 The packaging of the product should comply with the provisions of GB/T13384. 5. The additional documents accompanying the pump include:
a) Instruction manual;
b) Product certificate;
c) Installation list;
d) Installation drawing.
The documents should be packed in plastic bags. Is the sheet inside the packaging? Under normal storage conditions, the pump will not rust for 6 months from the date of shipment.
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