SY/T 5097-1996 Technical requirements for multi-parameter instruments for drilling (repair) wells
Some standard content:
SY/T 5097-1996, Petroleum and Natural Gas Industry Standard of the People's Republic of China
Technical Conditions for Drilling (Repair) and Multi-parameter Instruments
Published on December 31, 1996
China National Petroleum Corporation
Implemented on September 1, 1997
This standard is a revision of the original petroleum and natural gas industry standard SY/T5097-91. Since SY/T5097-91 was implemented, the use of drilling multi-parameter instruments has expanded from land drilling to offshore oil drilling and workover rig sidetracking drilling. Therefore, the original standard can no longer fully meet the actual needs and should be revised.
The revised standard retains the applicable parts of SY/T5097-91. This standard replaces SY/T5097-91 from the date of entry into force. This standard is proposed and managed by the Petroleum Instruments and Meters Professional Standardization Committee. Drafting unit of this standard: Chongqing Instrument Factory of Sichuan Petroleum Administration Bureau The main drafters of this standard are Cao Jianli and Zhou Shengming 1 Scope
Petroleum and Natural Gas Industry Standard of the People's Republic of China Technical Conditions for Multi-parameter Instruments for Drilling (Repairing) Wells
SY T 5097-1996
Replaces SY/T5097--91
This standard specifies the model, composition, requirements, test methods, inspection rules and marking, packaging, transportation and storage methods of multi-parameter instruments for drilling (repairing) wells (hereinafter referred to as instruments) used in conjunction with oil drilling rigs and repairing machines. This standard applies to the design, manufacture and acceptance of multi-parameter instruments for drilling (repairing) wells. 2 Referenced Standards
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When this standard is published, the versions shown are all valid. All standards will be revised. All parties using this standard should explore the possibility of using the latest versions of the following standards: GB191-1990 Pictorial marking for packaging, storage and transportation GB/T24233-1993 Basic environmental testing procedures for electric and electronic products Test Ca: Steady-state damp heat test method GB/T 2423 S--199S Basic environmental testing procedures for electric and electronic products Part 2: Test methods Test Ea and conduction test rules: Shock GB/T2423.38-1990 Basic environmental testing procedures for electric and electronic products Test R: Water test method GB/T2828-1987 Batch inspection counting sampling procedures and sampling tables (for inspection of consecutive batches) GB/T6388-1986 Shipping packaging delivery and receipt marking SY/T5134--93 Basic environmental test methods for Shixiu exploration and development instruments Test G: Vibration (sinusoidal) test SY/T 5230-91
1 Basic environmental test piece method test C for petroleum exploration and development instruments: Salt spray test
·7.BY003-84 General technical conditions for instrument packaging 3 Model and composition
3.1 Model
3.2 Composition
Factory designation H for offshore drilling and workover rigs;
Applicable to drilling rigs or workover rigs;
Parameter quantity,
Drilling and workover service parameter instrument;
(Z indicates drilling parameter instrument;
X indicates workover parameter instrument.
The instrument consists of various drilling parameter measurement and detection sensors, a display table that can centrally display multiple parameters, a multi-channel recorder (mechanical recorder or electrical recorder) and auxiliary equipment.
Approved by China National Petroleum Corporation on December 31, 1996 and implemented on September 1, 1997
SY/ T 5097-1996
Note: Mechanical recorder is an instrument that records the parameter changes by mechanical means (spring tube, mechanical amplification mechanism, etc.) from the mechanical signal obtained from the mechanical sensor. Electrical recorder is an instrument that records the parameter changes after amplifying and converting the electrical signal obtained from the pressure sensor (mechanical-electrical conversion) through electrical connection. 4 Requirements
4.1 Instrument main parameter measurement system
The instrument mainly has the following parameter measurement systems: hook hanging weight, well depth-drilling time, rotary table torque, rotary table speed, drilling and drilling times, standpipe pressure, drilling fluid outlet flow, tongs torque and guy wire tension. 4.2 Environmental conditions
4.2.1 Environmental temperature:
a) Transmitters, display meters and other equipment working outdoors: -30℃～+50℃; h) Recorders and other equipment working indoors: 15℃～+50℃. 4.2.2 Environmental humidity:
For equipment working indoors such as recorders, the relative humidity shall not exceed 90%. 4.2.3
Equipment such as sensors and display meters working in the open air shall be able to withstand the sun, rain and corrosion of drilling fluid. The impact indicators that the instrument shall be able to withstand are: acceleration 490m/s, pulse duration 11ms. 4.2.4
4.2.5The vibration indicators that the instrument shall be able to withstand are: frequency range 5Hz~100Hz~5Hz, amplitude 294ms2. Sweep rate 1oct/min, three-axis sweep, duration not less than 30min. 4.2.6The instrument shall be able to withstand working in an atmospheric environment saturated with seawater salt spray. This article is only used for marine drilling and repair parameter instruments, 4.2.7Power supply
Input voltage 178V~240V rate 4s1z~~52Hz. 4.3 Appearance
Instrument surface defects, parts installation and tightening, panel text and symbols are clear and correct, 4.4 Performance indicators of each parameter measurement system
4.4.1 Large hook hanging weight:
) Measurement range
Maximum dead rope
Fast group number
Measurement specification
See Table 1;
Table! Large hook hanging weight measurement range
34002800
Jiang Plastic No. refers to the large Jun Yi instrument model
b) Measurement error
Display error. ± 1.5%;
Recording error: 5% (mechanical recorder): = 2.5% (electrical recorder)
Sensitivity,
See Table 2.
Indicator sensitivity
4.4.2 During well exploration and drilling,
SY/ T 50971996
Human hook sensitive needle sensitivity meter
Measuring range of well depth: 0m99999m
Drilling 0mn/m～600mn/m;
Measurement error
Drill depth and drill bit position error: ±1%;
Drilling and stop drilling error: 1%;
c) Record and display the depth, drill bit position, initial parameters and year, month and month. Record times per meter edge ruler, for 10m line printing well depth one drilling time square chart,
4.4.3 Turntable torque:
) Measuring star pressure, 0~40kN:m, display: 0~500, b) Repeatability
Pot display error ±5%
Recording error: 15% (mechanical recorder); =25% (electrical recorder).
4.4.4 Standpipe pressure
a) Measuring range: 0-35MPa,
b) Measuring error,
Display error
: ±5% (mechanical recorder);
Recording error
125% (electrical recorder)
4.4.5 Rotating table speed
a) Measuring range: 0--300r/min
b) Measuring error,
Display error
Recording error: ±5% (mechanical recorder);
≤25% (electrical recorder).
4.4.6 Drilling pump stroke
0～200 strokes/min;
) Measurement range
b) Measurement error
Display error 25%:
Recording error = 5% (mechanical recorder):
±25% (electrical recorder)
4.4.7 Clamp torque
a) Measurement range: (in terms of rope tension). 0～100kN, b) Measurement error. ± 2s%.
4.4.8 Drilling fluid outlet flow rate:
SY/ T 5097-1996
a) Measuring range: 0~100L/s: Display mode: 0~100%: b) Repeatability error: 5%
4.4.9 Tension of guy wire:
Measuring range: 0~100kN;
b) Measuring error: ±2.5%
5 Test method
Test equipment and instruments
Piston pressure gauge, error ±0.05%: range 0.1MPa~6MPa; hydraulic tensile machine, tension indicator error = 0.4%, range is 130%~140% of the measured instrument range; speed calibration table, indicator error ±0.4%; an impact test bench;
a vibration test bench:
a low temperature box:
a high temperature box
a salt spray test chamber:
a turntable torque test bench,
5.2 Environmental condition test
5.2.1 Temperature test
The low temperature test of the electronic components of the instrument is carried out in a low temperature box by a temperature gradient method, and the high temperature test is carried out in a high temperature box by a temperature gradient method. The test is carried out after 2 hours at the limit temperature specified in 4.2.1. The instrument can work normally! 5.2.2 Damp heat test:
The damp heat test of the electrical components in the instrument is carried out according to the GB/T2423.3 method. At the limit relative humidity specified in 4.22, the test duration is not less than 48 hours. During the test, the instrument can work normally. 5.2.3 Rain Test
The parts of the instrument working in the open air are subjected to a drip test according to the method specified in GB/T242338. The rainfall intensity is (10020) m1m/h and the duration is 30m1n. After the test, it is tested to be able to work normally. 5.2.4 Impact Test
The impact test of the electrical parts in the instrument is carried out according to the method of GB/T2324.5. The instrument is tested in a non-working soft state. The result should meet the requirements of 424.
5.2.5 Vibration Test
The vibration test of the instrument is carried out according to the method specified in SY/T5134. The instrument is tested in a non-working state and should meet the requirements of 425.
5.2.6 Salt spray test
Put the instrument in the salt spray test room and conduct the salt spray test according to the method specified in SY/T5230: The aging time shall comply with the provisions of item C in Table 1 of SY/T5230-91. After the test, it shall be tested according to the method specified in SY/T5230. 5.2.7 Power supply adaptability test:
The adaptability test of the instrument to the power supply uses a voltage regulating transformer to adjust the voltage and a frequency converter to change the frequency. Under the conditions specified in 4.2, the instrument can work normally.
5.3 Appearance inspection
Inspect by visual inspection, and it shall meet the requirements of 4.3. 5.4 Test of each parameter measurement system
5.4.1 The big hook is: weight:
SY/ T 5097---1996
Fix the dead rope fixture, connect the sensor with the indicator and the recorder, use the tension machine to apply tension to the dead rope fixture rope wheel according to the working state of the instrument to simulate the hanging weight signal, test according to the graded test in Table 1 and record the test data, the result should meet the requirements of 441. 5.4.2 When drilling at a depth of one well
Use the rate to guide the measurement rope to move, and simulate the drilling rig drilling movement at a speed of 100n1/h50111.2511/: the displayed value corresponds to the drilling signal: the result should meet the requirements of 4.42. 5.4.3 Turntable torque
Connect the sensor to the indicator and recorder, and adjust the sensor rocker arm to the standard height: Use the turntable torque test bench to apply vertical force to the sensor wheel to simulate the turntable torque signal. When the force applied to the test bench lever is 0~36354N, the corresponding display value and recorded value are 0~500 scale. Continuous test times, the error should meet the requirements of table 443. 5.4.4 Standpipe pressure
Connect the sensor pressure input end to the piston pressure gauge, and the pressure output end to the display and recorder. Use the piston pressure gauge to send 0MPa~35MPa pressure signal, and the corresponding display value and recorded value are 0-~35MPa. The result should meet the requirements of 44.4. 5.4.5 Turntable speed
Connect the sensor to the indicator and recorder, and use the speed calibration bench to drive the sensor. Change the speed of the sensor at a given ratio, and the displayed value and recorded value of the speed correspond. The test results shall meet the requirements of 4.4.5. 5.4.6 Drilling pump test method is the same as 545, and the test results shall meet the requirements of 446. 5.4.7 Clamp torque, connect the sensor to the display meter, use the hydraulic tension machine to apply 0~100√ tension to the sensor, and the display value is 0kV~100kN. The result shall meet the requirements of 44.7. 5.4.8 Drilling outlet flow rate, fix the sensor on the test bench and take pictures with the indicator and recorder. After the instrument is electrically connected, the display value and the recorded value of the opening and closing height of the gear should be the same. Test three times in a row, and the test results shall meet the requirements of 44. 5.4.9 Tension group tension. The test method is the same as 547 clamp torque, and the result shall meet the requirements of 449! 6 Inspection rules
Instrument inspection is divided into factory inspection and type inspection. 6.1 Factory inspection
Instrument factory inspection items and methods shall be carried out in accordance with the factory inspection training specified in Table 3. 6.2 Type inspection
6.2.1 Type inspection shall be carried out promptly in the following situations: l) Trial design when new products or old products are transferred to factory production; after formal production: when there are major changes in structure, materials, and processes that may affect product performance; b)
c) During normal production, after a cumulative production of [00 sets of instruments; d) When the instrument is put into production again after being discontinued for two years; d) When the factory inspection results are significantly different from the last type inspection, the relevant national technical supervision agency proposes to carry out type inspection. 6.2.2 The month and method of type inspection shall be carried out in accordance with the provisions of the current type inspection. The random sampling plan shall comply with G1/T2828·198? The sampling plan shall be determined according to the provisions of 41146: the sampling plan shall be checked normally in Table 3 and the sampling plan shall be determined by the push-stop method in Table 4 of this mark. 6.3 Judgment rules
SY/T 5097—1996
) All mandatory inspection items shall be carried out and they can only leave the factory after passing the inspection. Unqualified items are allowed to be returned for repair and re-inspected as required. They can only leave the factory after passing the re-inspection.
6.3.2 If any item in the type inspection is unqualified, double sampling inspection should be carried out: if there are still unqualified items, the type test of this batch of products shall be judged to be unqualified
Table 3 Inspection Items
Temperature Test
Wet Heat Test
And Shower Test
Impact Test
Vibration Test
Salt Spray TestbZxz.net
Power Supply Adaptability Test
Appearance Inspection
Test on Measurement System of Various Parameters
Technical Requirements
Lack of Fog Test is only used for offshore drilling. Parameters of the instrument 2
Required inspection items () Sample inspection items
Test method
Table 4 Recommended table for type inspection
Production batch number
4 ~ 16
17～52
7 Marking, packaging, transportation and storage
7.1 Marking
Least sample
Type test
7.1.1 The instrument shall be marked with the manufacturer's name, product model, name, factory date and factory number. Inspection category
Export inspection
Least sample
7.1.2 Packaging, storage and transportation markings, the markings on the outer packaging of the instrument shall comply with the relevant provisions of GB/T6388 and GB191. 7.2 Packaging
7.2.1 The packaging of the instrument shall comply with the provisions of ZBY003. However, the recorder and other accessories installed in the instrument room and shipped together with the instrument room do not need to be packaged separately. 7.2.2 Random Documents
Instruction manual
b) Factory certificate:
c) Instrument matching list.
The instrument is suitable for all modes of transportation
SY/ T 50971996
The instrument can be stored in a warehouse without corrosive gas at -30℃-+50℃ and relative humidity not more than 90%.5 Vibration test
The vibration test of the instrument shall be carried out in accordance with the method specified in SY/T5134. The instrument shall be tested in a non-working state and shall meet the requirements of 425.
5.2.6 Salt spray test
Put the instrument in a salt spray test room and conduct a salt spray test in accordance with the method specified in SY/T5230: The evaporation time shall meet the requirements of item C in Table 1 of SY/T5230-91. After the test, it shall be tested in accordance with the method specified in SY/T5230. 5.2.7 Power supply adaptability test:
The adaptability test of the instrument to the power supply shall be carried out by using a voltage regulating transformer to adjust the voltage and a frequency converter to change the frequency. Under the conditions specified in 4.2, the instrument can work normally.
5.3 Appearance inspection
Inspect by visual inspection and it shall meet the requirements of 4.3. 5.4 Test of each parameter measurement system
5.4.1 The big hook is: weight:
SY/ T 5097---1996
Fix the dead rope fixture, connect the sensor with the indicator and the recorder, use the tension machine to apply tension to the dead rope fixture rope wheel according to the working state of the instrument to simulate the hanging weight signal, test according to the graded test in Table 1 and record the test data, the result should meet the requirements of 441. 5.4.2 When drilling at a depth of one well
Use the rate to guide the measurement rope to move, and simulate the drilling rig drilling movement at a speed of 100n1/h50111.2511/: the displayed value corresponds to the drilling signal: the result should meet the requirements of 4.42. 5.4.3 Turntable torque
Connect the sensor to the indicator and recorder, and adjust the sensor rocker arm to the standard height: Use the turntable torque test bench to apply vertical force to the sensor wheel to simulate the turntable torque signal. When the force applied to the test bench lever is 0~36354N, the corresponding display value and recorded value are 0~500 scale. Continuous test times, the error should meet the requirements of table 443. 5.4.4 Standpipe pressure
Connect the sensor pressure input end to the piston pressure gauge, and the pressure output end to the display and recorder. Use the piston pressure gauge to send 0MPa~35MPa pressure signal, and the corresponding display value and recorded value are 0-~35MPa. The result should meet the requirements of 44.4. 5.4.5 Turntable speed
Connect the sensor to the indicator and recorder, and use the speed calibration bench to drive the sensor. Change the speed of the sensor at a given ratio, and the displayed value and recorded value of the speed correspond. The test results shall meet the requirements of 4.4.5. 5.4.6 Drilling pump test method is the same as 545, and the test results shall meet the requirements of 446. 5.4.7 Clamp torque, connect the sensor to the display meter, use the hydraulic tension machine to apply 0~100√ tension to the sensor, and the display value is 0kV~100kN. The result shall meet the requirements of 44.7. 5.4.8 Drilling outlet flow rate, fix the sensor on the test bench and take pictures with the indicator and recorder. After the instrument is electrically connected, the display value and the recorded value of the opening and closing height of the gear should be the same. Test three times in a row, and the test results shall meet the requirements of 44. 5.4.9 Tension group tension. The test method is the same as 547 clamp torque, and the result shall meet the requirements of 449! 6 Inspection rules
Instrument inspection is divided into factory inspection and type inspection. 6.1 Factory inspection
Instrument factory inspection items and methods shall be carried out in accordance with the factory inspection training specified in Table 3. 6.2 Type inspection
6.2.1 Type inspection shall be carried out promptly in the following situations: l) Trial design when new products or old products are transferred to factory production; after formal production: when there are major changes in structure, materials, and processes that may affect product performance; b)
c) During normal production, after a cumulative production of [00 sets of instruments; d) When the instrument is put into production again after being discontinued for two years; d) When the factory inspection results are significantly different from the last type inspection, the relevant national technical supervision agency proposes to carry out type inspection. 6.2.2 The month and method of type inspection shall be carried out in accordance with the provisions of the current type inspection. The random sampling plan shall comply with G1/T2828·198? The sampling plan shall be determined according to the provisions of 41146: the sampling plan shall be checked normally in Table 3 and the sampling plan shall be determined by the push-stop method in Table 4 of this mark. 6.3 Judgment rules
SY/T 5097—1996
) All mandatory inspection items shall be carried out and they can only leave the factory after passing the inspection. Unqualified items are allowed to be returned for repair and re-inspected as required. They can only leave the factory after passing the re-inspection.
6.3.2 If any item in the type inspection is unqualified, double sampling inspection should be carried out: if there are still unqualified items, the type test of this batch of products shall be judged to be unqualified
Table 3 Inspection Items
Temperature Test
Wet Heat Test
And Shower Test
Impact Test
Vibration Test
Salt Spray Test
Power Supply Adaptability Test
Appearance Inspection
Test on Measurement System of Various Parameters
Technical Requirements
Lack of Fog Test is only used for offshore drilling. Parameters of the instrument 2
Required inspection items () Sample inspection items
Test method
Table 4 Recommended table for type inspection
Production batch number
4 ~ 16
17～52
7 Marking, packaging, transportation and storage
7.1 Marking
Least sample
Type test
7.1.1 The instrument shall be marked with the manufacturer's name, product model, name, factory date and factory number. Inspection category
Export inspection
Least sample
7.1.2 Packaging, storage and transportation markings, the markings on the outer packaging of the instrument shall comply with the relevant provisions of GB/T6388 and GB191. 7.2 Packaging
7.2.1 The packaging of the instrument shall comply with the provisions of ZBY003. However, the recorder and other accessories installed in the instrument room and shipped together with the instrument room do not need to be packaged separately. 7.2.2 Random Documents
Instruction manual
b) Factory certificate:
c) Instrument matching list.
The instrument is suitable for all modes of transportation
SY/ T 50971996
The instrument can be stored in a warehouse without corrosive gas at -30℃-+50℃ and relative humidity not more than 90%.5 Vibration test
The vibration test of the instrument shall be carried out in accordance with the method specified in SY/T5134. The instrument shall be tested in a non-working state and shall meet the requirements of 425.
5.2.6 Salt spray test
Put the instrument in a salt spray test room and conduct a salt spray test in accordance with the method specified in SY/T5230: The evaporation time shall meet the requirements of item C in Table 1 of SY/T5230-91. After the test, it shall be tested in accordance with the method specified in SY/T5230. 5.2.7 Power supply adaptability test:
The adaptability test of the instrument to the power supply shall be carried out by using a voltage regulating transformer to adjust the voltage and a frequency converter to change the frequency. Under the conditions specified in 4.2, the instrument can work normally.
5.3 Appearance inspection
Inspect by visual inspection and it shall meet the requirements of 4.3. 5.4 Test of each parameter measurement system
5.4.1 The big hook is: weight:
SY/ T 5097---1996
Fix the dead rope fixture, connect the sensor with the indicator and the recorder, use the tension machine to apply tension to the dead rope fixture rope wheel according to the working state of the instrument to simulate the hanging weight signal, test according to the graded test in Table 1 and record the test data, the result should meet the requirements of 441. 5.4.2 When drilling at a depth of one well
Use the rate to guide the measurement rope to move, and simulate the drilling rig drilling movement at a speed of 100n1/h50111.2511/: the displayed value corresponds to the drilling signal: the result should meet the requirements of 4.42. 5.4.3 Turntable torque
Connect the sensor to the indicator and recorder, and adjust the sensor rocker arm to the standard height: Use the turntable torque test bench to apply vertical force to the sensor wheel to simulate the turntable torque signal. When the force applied to the test bench lever is 0~36354N, the corresponding display value and recorded value are 0~500 scale. Continuous test times, the error should meet the requirements of table 443. 5.4.4 Standpipe pressure
Connect the sensor pressure input end to the piston pressure gauge, and the pressure output end to the display and recorder. Use the piston pressure gauge to send 0MPa~35MPa pressure signal, and the corresponding display value and recorded value are 0-~35MPa. The result should meet the requirements of 44.4. 5.4.5 Turntable speed
Connect the sensor to the indicator and recorder, and use the speed calibration bench to drive the sensor. Change the speed of the sensor at a given ratio, and the displayed value and recorded value of the speed correspond. The test results shall meet the requirements of 4.4.5. 5.4.6 Drilling pump test method is the same as 545, and the test results shall meet the requirements of 446. 5.4.7 Clamp torque, connect the sensor to the display meter, use the hydraulic tension machine to apply 0~100√ tension to the sensor, and the display value is 0kV~100kN. The result shall meet the requirements of 44.7. 5.4.8 Drilling outlet flow rate, fix the sensor on the test bench and take pictures with the indicator and recorder. After the instrument is electrically connected, the display value and the recorded value of the opening and closing height of the gear should be the same. Test three times in a row, and the test results shall meet the requirements of 44. 5.4.9 Tension group tension. The test method is the same as 547 clamp torque, and the result shall meet the requirements of 449! 6 Inspection rules
Instrument inspection is divided into factory inspection and type inspection. 6.1 Factory inspection
Instrument factory inspection items and methods shall be carried out in accordance with the factory inspection training specified in Table 3. 6.2 Type inspection
6.2.1 Type inspection shall be carried out promptly in the following situations: l) Trial design when new products or old products are transferred to factory production; after formal production: when there are major changes in structure, materials, and processes that may affect product performance; b)
c) During normal production, after a cumulative production of [00 sets of instruments; d) When the instrument is put into production again after being discontinued for two years; d) When the factory inspection results are significantly different from the last type inspection, the relevant national technical supervision agency proposes to carry out type inspection. 6.2.2 The month and method of type inspection shall be carried out in accordance with the provisions of the current type inspection. The random sampling plan shall comply with G1/T2828·198? The sampling plan shall be determined according to the provisions of 41146: the sampling plan shall be checked normally in Table 3 and the sampling plan shall be determined by the push-stop method in Table 4 of this mark. 6.3 Judgment rules
SY/T 5097—1996
) All mandatory inspection items shall be carried out and they can only leave the factory after passing the inspection. Unqualified items are allowed to be returned for repair and re-inspected as required. They can only leave the factory after passing the re-inspection.
6.3.2 If any item in the type inspection is unqualified, double sampling inspection should be carried out: if there are still unqualified items, the type test of this batch of products shall be judged to be unqualified
Table 3 Inspection Items
Temperature Test
Wet Heat Test
And Shower Test
Impact Test
Vibration Test
Salt Spray Test
Power Supply Adaptability Test
Appearance Inspection
Test on Measurement System of Various Parameters
Technical Requirements
Lack of Fog Test is only used for offshore drilling. Parameters of the instrument 2
Required inspection items () Sample inspection items
Test method
Table 4 Recommended table for type inspection
Production batch number
4 ~ 16
17～52
7 Marking, packaging, transportation and storage
7.1 Marking
Least sample
Type test
7.1.1 The instrument shall be marked with the manufacturer's name, product model, name, factory date and factory number. Inspection category
Export inspection
Least sample
7.1.2 Packaging, storage and transportation markings, the markings on the outer packaging of the instrument shall comply with the relevant provisions of GB/T6388 and GB191. 7.2 Packaging
7.2.1 The packaging of the instrument shall comply with the provisions of ZBY003. However, the recorder and other accessories installed in the instrument room and shipped together with the instrument room do not need to be packaged separately. 7.2.2 Random Documents
Instruction manual
b) Factory certificate:
c) Instrument matching list.
The instrument is suitable for all modes of transportation
SY/ T 50971996
The instrument can be stored in a warehouse without corrosive gas at -30℃-+50℃ and relative humidity not more than 90%.7. Clamp tension,
Connect the sensor to the display meter, and use the hydraulic tension machine to apply 0~100√ tension to the sensor. The display value is 0kV~100kN. The result should meet the requirements of 44.7. 5.4.8. Drilling and outlet flow
Fix the sensor on the test bench and take pictures with the indicator and recorder. After the instrument traces the opening and closing height of the gear, the display value and the recorded value should be the same. Test three times in a row. The test results should meet the requirements of 44. 5.4.9. Tension.
The test method is the same as that of 547 lifting clamp torque. The result should meet the requirements of 449! 6. Inspection rules
Instrument inspection is divided into factory inspection and type inspection. 6.1. Factory inspection
Instrument factory inspection items and methods shall be carried out according to the factory inspection training specified in Table 3. 6.2 Type inspection
6.2.1 Type inspection shall be carried out promptly in the following cases: 1) Trial design of new products or old products after formal production: b) When there are major changes in structure, materials, and processes that may affect product performance; c) During normal production, after a total of [00 sets of instruments have been produced: d) When the instrument is put into production again after being discontinued for two years: d) When the factory inspection results are significantly different from the last type inspection, the national technical supervision agency proposes to conduct type inspection. 6.2.2 The month and method of type inspection shall be carried out in accordance with the provisions of the current type inspection. The random sampling plan shall comply with G1/T2828·198? The sampling plan shall be determined according to the provisions of 41146: the sampling plan shall be checked normally in Table 3 and the sampling plan shall be determined by the push-stop method in Table 4 of this mark. 6.3 Judgment rules
SY/T 5097—1996
) All mandatory inspection items shall be carried out and they can only leave the factory after passing the inspection. Unqualified items are allowed to be returned for repair and re-inspected as required. They can only leave the factory after passing the re-inspection.
6.3.2 If any item in the type inspection is unqualified, double sampling inspection should be carried out: if there are still unqualified items, the type test of this batch of products shall be judged to be unqualified
Table 3 Inspection Items
Temperature Test
Wet Heat Test
And Shower Test
Impact Test
Vibration Test
Salt Spray Test
Power Supply Adaptability Test
Appearance Inspection
Test on Measurement System of Various Parameters
Technical Requirements
Lack of Fog Test is only used for offshore drilling. Parameters of the instrument 2
Required inspection items () Sample inspection items
Test method
Table 4 Recommended table for type inspection
Production batch number
4 ~ 16
17～52
7 Marking, packaging, transportation and storage
7.1 Marking
Least sample
Type test
7.1.1 The instrument shall be marked with the manufacturer's name, product model, name, factory date and factory number. Inspection category
Export inspection
Least sample
7.1.2 Packaging, storage and transportation markings, the markings on the outer packaging of the instrument shall comply with the relevant provisions of GB/T6388 and GB191. 7.2 Packaging
7.2.1 The packaging of the instrument shall comply with the provisions of ZBY003. However, the recorder and other accessories installed in the instrument room and shipped together with the instrument room do not need to be packaged separately. 7.2.2 Random Documents
Instruction manual
b) Factory certificate:
c) Instrument matching list.
The instrument is suitable for all modes of transportation
SY/ T 50971996
The instrument can be stored in a warehouse without corrosive gas at -30℃-+50℃ and relative humidity not more than 90%.7. Clamp tension,
Connect the sensor to the display meter, and use the hydraulic tension machine to apply 0~100√ tension to the sensor. The display value is 0kV~100kN. The result should meet the requirements of 44.7. 5.4.8. Drilling and outlet flow
Fix the sensor on the test bench and take pictures with the indicator and recorder. After the instrument traces the opening and closing height of the gear, the display value and the recorded value should be the same. Test three times in a row. The test results should meet the requirements of 44. 5.4.9. Tension.
The test method is the same as that of 547 lifting clamp torque. The result should meet the requirements of 449! 6. Inspection rules
Instrument inspection is divided into factory inspection and type inspection. 6.1. Factory inspection
Instrument factory inspection items and methods shall be carried out according to the factory inspection training specified in Table 3. 6.2 Type inspection
6.2.1 Type inspection shall be carried out promptly in the following cases: 1) Trial design of new products or old products after formal production: b) When there are major changes in structure, materials, and processes that may affect product performance; c) During normal production, after a total of [00 sets of instruments have been produced: d) When the instrument is put into production again after being discontinued for two years: d) When the factory inspection results are significantly different from the last type inspection, the national technical supervision agency proposes to conduct type inspection. 6.2.2 The month and method of type inspection shall be carried out in accordance with the provisions of the current type inspection. The random sampling plan shall comply with G1/T2828·198? The sampling plan shall be determined according to the provisions of 41146: the sampling plan shall be checked normally in Table 3 and the sampling plan shall be determined by the push-stop method in Table 4 of this mark. 6.3 Judgment rules
SY/T 5097—1996
) All mandatory inspection items shall be carried out and they can only leave the factory after passing the inspection. Unqualified items are allowed to be returned for repair and re-inspected as required. They can only leave the factory after passing the re-inspection.
6.3.2 If any item in the type inspection is unqualified, double sampling inspection should be carried out: if there are still unqualified items, the type test of this batch of products shall be judged to be unqualified
Table 3 Inspection Items
Temperature Test
Wet Heat Test
And Shower Test
Impact Test
Vibration Test
Salt Spray Test
Power Supply Adaptability Test
Appearance Inspection
Test on Measurement System of Various Parameters
Technical Requirements
Lack of Fog Test is only used for offshore drilling. Parameters of the instrument 2
Required inspection items () Sample inspection items
Test method
Table 4 Recommended table for type inspection
Production batch number
4 ~ 16
17～52
7 Marking, packaging, transportation and storage
7.1 Marking
Least sample
Type test
7.1.1 The instrument shall be marked with the manufacturer's name, product model, name, factory date and factory number. Inspection category
Export inspection
Least sample
7.1.2 Packaging, storage and transportation markings, the markings on the outer packaging of the instrument shall comply with the relevant provisions of GB/T6388 and GB191. 7.2 Packaging
7.2.1 The packaging of the instrument shall comply with the provisions of ZBY003. However, the recorder and other accessories installed in the instrument room and shipped together with the instrument room do not need to be packaged separately. 7.2.2 Random Documents
Instruction manual
b) Factory certificate:
c) Instrument matching list.
The instrument is suitable for all modes of transportation
SY/ T 50971996
The instrument can be stored in a warehouse without corrosive gas at -30℃-+50℃ and relative humidity not more than 90%.
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