This standard specifies the file structure, data format and relevant details of the contents of each item of the annual report of agricultural meteorological observation data of agricultural meteorological stations across the country. The standard data format is applicable to the collection, storage, transmission, information processing, etc. of agricultural meteorological observation data, so as to realize the standardized management and information sharing of agricultural meteorological data. GB/T 19807-2005 Preparation of combined test pieces of plastic pipes and fittings Polyethylene pipes and electric fusion fittings GB/T19807-2005 Standard download decompression password: www.bzxz.net
This standard specifies the file structure, data format and relevant details of the contents of each item of the annual report of agricultural meteorological observation data of agricultural meteorological stations across the country. The standard data format is applicable to the collection, storage, transmission, information processing, etc. of agricultural meteorological observation data, so as to realize the standardized management and information sharing of agricultural meteorological data.

FCS 83. 140. 30
National Standard of the People's Republic of China
GB/T 19807—2005
Plastics pipes and fittings-Preparation of test piece assemblies between apolyethylene (PE) pipe and an electrofusion fitting(IS0 11413:1996,M0D)
Issued on March 23, 2005
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Administration of Standardization of the People's Republic of China
Implementation on October 1, 2005
This standard modifies the International Standard 15011113:1999 Preparation of plastics pipes and fittings (English version)
GB/T 19807—2005
Polyethylene pipes and electric fusion fittings According to my country's national conditions and the requirements of standard compilation, this standard adopts IS011113:1996, with some modifications: the relevant technical differences are incorporated into the text, and the relevant clauses are separated by blanks. The table of these technical differences and their origins is given in the Appendix for reference. The technical differences are as follows: The reference to [International Standard ISO 1501/CD 12093* Plastic Pipes and Fittings - Polyolefin Electric Fusion Fittings] in Chapter 2 is deleted. Technical data of manufacturers:
This standard no longer refers to ISO 1501/CD 12093 in 3.4, and it is now required for manufacturers to explain in the technical documents - Appendix D D.1 and D.2 do not refer to ISO 1501/CD 12093. 12393, changed to the manufacturer providing R and R estimates, added Appendix 10 table of resolution and accuracy of electric sieves; - added the technical differences and H sources between this standard and IS (11113; 1996). For ease of use, this standard has also made the following editorial changes: 1) "This international standard" is changed to "this standard" b) Use decimal point "" instead of "" as a decimal point: r) Add the foreword of the international standard
Please note that some contents of this standard may involve patents: the issuing organization of this standard does not assume the responsibility of identifying these patents. Appendix A, Appendix [3, Appendix: of this standard are normative appendices. Appendix T) and Appendix E are informative appendices. This standard was proposed by China Light Industry Federation. This standard applies to the Technical Committee on Standardization of Plastics Products - Plastic Pipes, Fittings and Valves - Sub-Technical Committee (T.48/SC3) of the China Association for Standardization of Plastic Products [Drafting units of this standard: Hong Kong Hua Hui Xin Engineering Plastics (Zhongshan) Co., Ltd., Yaren Plastic Products Co., Ltd. Main drafters of this standard: He Jianwen, Li Shihong, Zhiwei, Zou Libang, etc., TKANTKAca
1 Scope
Preparation of combined test pieces of polyethylene pipes and electric fusion fittings
GB/T 19807—2005
This standard specifies the methods for the preparation of test pieces of polyethylene (PF) pipe spigots and electric fusion fittings (for example: box fittings such as sleeves, or capped fittings).
This standard specifies the preparation rules for combined test pieces, including parameters such as environmental temperature, welding conditions, dimensions of pipes and fittings, and pipe shapes, and takes into account the restrictions on the use conditions in relevant product standards. 2 Normative reference documents
The clauses in the following documents become the clauses of this standard through reference in this standard. All subsequent amendments (excluding errata) or revisions of dated reference documents are not applicable to this standard. However, parties that reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For any undated referenced documents, the latest version shall apply to this standard. G/T 3663 Polyethylene (PE) pipes for water supply (G/T 13663-2000, nc IS0 1227:1996) GB15558.1 Polyethylene (PE) underground pipeline systems for gas Part 1: Pipes (GB15558.1-2003.ISO) 4437-1997.M0D) G 15558.2 Polyethylene (PE) underground pipeline systems for gas Part 2: Pipes (GB15558.2-2095, IS0) 8085-2:2001, IS0 8085-3:2001.M0D)1S0)12175-2:2000 Plastic pipes and fittings Polyethylene system welding equipment Part 2: Electrical penetration connection 3 Symbols
3.1 General symbols (see Figure A, 1)
D.: Average inner diameter of the cross-section molten zone at the distance L-0.5L from the end face of the pipe fitting. Dimex: The maximum theoretical value of D,n declared by the pipe fitting manufacturer. D Maximum inner diameter of the molten zone of the pipe fitting.
D: Minimum inner diameter of the molten zone of the pipe fitting.
l: Outside diameter of the plug end of the pipe or fitting.
d: Average outer diameter of the plug end of the pipe or fitting. Consistent with the definition in the product standard, calculated using the measured circumference. The average outer diameter of the plug end of the material or fitting after scraping and separation from the surface lip. The circumference of the molten zone of the virtual combined test piece is the radial section of the distance from the socket end of the pipe fitting to the outer edge of the molten zone. The nominal length of the molten zone specified by the pipe manufacturer is calculated by measuring the circumference. The nominal length from the socket end of the pipe fitting to the outer edge of the molten zone is the scraping depth from the pipe surface or the thickness of the residual layer. 3.2 Spacing
3.2.1 Socket fittings
C: The gap between the inner hole of the pipe fitting and the outer wall of the unscraped pipe is calculated according to formula (1). Ci \ D-deu
(: The gap between the inner hole of the pipe fitting and the outer wall of the scraped pipe is calculated according to formula 2) C.. = (1 1 2.
GB/T 19807—2005
Note 1: The unscraped flat outer diameter can be obtained by mechanical correction from d to d.. m is calculated according to formula (3).n Din C.
C3: The maximum theoretical gap between the inner hole of the pipe fitting and the outer wall of the unscraped material is calculated according to formula (4). C. - D. - d.
C: The maximum theoretical gap between the inner hole of the pipe fitting and the outer wall of the scraped pipe is calculated according to formula (5). C.- . +?e.
..... 5)
Note 2; L can also be obtained by mechanical correction by adding L to dm from the average outer diameter of the unscraped pipe pair with d.. d is calculated according to formula (6). d.mp)mc.
3.2.2 Saddle fittings
The gap between the saddle fitting and the pipe is assumed to be zero. 3.3 Ambient temperature
T.: The ambient temperature during the welding of the combined test piece. Note 3: The ambient temperature can be any temperature between the lowest temperature and the lowest temperature specified in the product label (or agreed upon by the supply and demand parties). TR: Base temperature, 23℃→2℃,
Tn: The maximum ambient temperature allowed during the welding of the combined test piece. Tm: The minimum ambient temperature allowed during the welding of the combined test piece. 3.4 Welding parameters
Base time: The theoretical welding time at the base ambient temperature, given by the parts manufacturer. +++++t 6
Welding energy: The total electrical energy provided to the pipe fitting during the welding process. At a given ambient temperature T, measured from the pipe fitting terminal, the electrical parameters of the pipe fitting should be within the tolerance range declared by the manufacturer. It is generally required that the pipe fitting manufacturer state in its technical documents the functional relationship between the welding energy required for the pipe fitting and the ambient temperature when the ambient temperature changes between TniTx. 1. Conventional energy: The welding energy input to the pipe fitting when welding with nominal welding parameters at the reference temperature. The nominal welding parameters are given by the pipe fitting manufacturer. 2. Reference energy: The standard energy required for welding according to the nominal resistance of the fitting. The nominal resistance is given by the fitting manufacturer. 3. Maximum energy: The maximum value of the welding energy under a given ambient temperature T. 4. Minimum energy: The minimum value of the welding energy under a given ambient temperature T. 4 Preparation of combined test pieces
4.1 General
The materials or socket fittings used in the preparation of combined test pieces shall comply with the provisions of GB/T1315558.1, GB/T13663 or GB15558.2. The fusion fittings used shall comply with the provisions of GB15558.2. The preparation of combined test pieces shall comply with the written specifications provided by the fusion fittings. Unless the manufacturer recommends a higher value, the minimum scraping depth e is 0.2 mm. 4.2 Steps
Perform the following steps, where the least steps) and) are performed in a controlled environment large enough to accommodate the pipes, fittings and fixtures - the temperature control accuracy is 2°C. Parts that are less than 170 hours after manufacture should not be used. a) Measure the parts to be combined at the reference temperature T: to determine 3.1 (as shown in Figure A.1): h) At the reference temperature T, prepare the pipe according to the provisions of 3.2 to achieve the required gap conditions; c) Assemble the pipe and the fittings according to the manufacturer's operating instructions: d) At the ambient temperature T specified in Appendix (, condition the above components and related devices for at least 1h) After condition: measure the resistance of the heating wire and determine the electrical parameters required for welding according to Appendix (and Appendix D. When measuring the resistance, the pipe fittings are still in the above state adjustment temperature, and the ambient temperature of the ambient temperature where the electric meter is placed is the reference temperature Tk; ") According to the energy level specified in Appendix (, prepare the combined test piece for welding according to the operating instructions of the pipe fitting manufacturer: g) Cool the combined test piece to ambient temperature, TKANKAca=
I2\-·Nominal length of the molten zone:
1.. .-.The non-suppressed heat length of the one-end, D.-( P.0/2
C---·Circumference of the scraped pipe,
Circumference of the processed pipe:
Appendix A
【Normative Appendix】
Dimensional symbols of electric fusion socket
t, - ted...c. ???
Dimensional symbols of electric fusion socket
GB/T19807—2005
44-(A.1)
...A23
GB/T 19807—2005
Appendix B
【Normative Appendix}
Schematic diagram of the change of welding energy at different ambient temperatures Figure B. 1, Figure B. 2, Figure B. 3 is a schematic curve of different energy change modes (see Appendix C) 5.
Curve for continuous energy adjustment
Curve for constant energy
Curve for step-by-step energy adjustment
KNKAca-
Ambient temperature T(3.3)
(Normative Appendix)
Preparation conditions for combined test pieces
Preparation conditions for pipes and fittings
Pipe shape
Coil or straight pipe
Coil or straight pipe||t t||Disc or straight
Disc or straight tube
Disc or straight back
Simple (3.2)
Energy (3.4)
GB/T19807-2005
Assembly carrier
Normal value
Minimum value
Maximum value
Minimum value
Maximum value
Minimum value
Maximum value
Note: Conditions 1 to 5 apply to the energy curves shown in Figure R.1 and Figure B.2 in Appendix B, and conditions 1 to 3 and 5 to 9 apply to Figure B.3 The energy coil shown.
The saddle-shaped pipe fittings below should be 2 mm apart.
Applicable to the reverse connection of the relatively large pipe fittings with controllable assembly load. It is located on the side of the reference temperature of the energy band curve, corresponding to the maximum energy breakpoint and the temperature closest to the limit temperature change CB/T19807--2005
Appendix D
(Informative Appendix)
Determination of welding electrical parameters
(Energy, voltage or current tolerances comply with IS012176-2) D.1 Maximum input energy at ambient temperature I Welding machine operating in energy control mode: Energy - nominal energy + tolerance
Welding machine operating in voltage control mode T:
Working voltage - U. VR/R..
Welding machine operating in current control mode T:
Working current - mxR7R
m... Maximum rated voltage of welding machine, volts (nominal value) tolerance: I nik
- Maximum rated current of welding machine in amperes (nominal value + ampere) R.--· Minimum resistance value of the fitting at base temperature T provided by the manufacturer before manufacturing, in ohms (2): Raux
Minimum resistance value of the fitting at base temperature T provided by the manufacturer: in ohms (α); (D. 1)
The resistance value of the fitting measured by a double-arm bridge type meter after status adjustment at ambient temperature T. The working characteristics of the resistance meter meet the requirements of Table D). 1.
1. 2 Minimum input energy at ambient temperature T. 1. Welding machine working in energy control mode:
Nominal energy tolerance
Welding machine working in voltage control mode:
1. Operating system -- VR/Rx
Welding machine controlled by current:
E Operating current - VR/R
L --- Minimum rated voltage of welding machine, in V (nominal value - tolerance) Minimum rated current of welding machine, in ampere (A) (nominal value: tolerance): R.
The minimum resistance value of the pipe fittings provided by the manufacturer at the reference temperature, in ohm (0): The maximum range resistance value of the pipe fittings provided by the manufacturer at the reference temperature, in ohm (1). 1 )
At ambient temperature, after state adjustment, the resistance value of the pipe fittings and the resistance meter measured by the double-tube bridge electric accessory instrument meet the requirements of Table 13.:
When measuring resistance, the ambient temperature at the instrument should be within the accuracy of 23°C. The pipe should be connected to the specified state conditioning (for example, m or 1 product). If the pipe is removed from the state conditioning environment to measure resistance, the time shall not exceed 3: Table D.1 Working characteristics of resistance measuring instrument
Range/
Load/~0
KNKAca
2.5% of reading
2.5% of reading
2. 5% of reading
Appendix E
(Informative Appendix)
Technical differences between this standard and IS0 11413:1996 and their reasons Table E.1 gives a list of the technical differences between this standard and IS0 11413:1996 and their reasons. Table E.1 Technical differences between this standard and IS0 11413: 1996 and their reasons Article number of this standard
Appendix D
Appendix D
Technical differences
Deleted [ISO/CI) E2093. Added ISI)12176-2:2000. The rest adopts the national standards corresponding to the international standards.
ISO/CE 12093 is no longer quoted. The regulations shall be stated by the manufacturer in the technical documents.
ISO/CE 12093 is no longer quoted in D. 1 and D. 2. Instead, the R. and Rx values ​​provided by the manufacturer are recorded. The sugar content and accuracy of the electric cathode measuring instrument in Table [. 1 in D. 1 have been modified. The resolution has been changed from 0.1mQ to 1mo, 1ma to 1mn, and mn to 1001ItS2. The accuracy has been changed from 0.25% of the reading to 2.5% of the reading.
GB/T 19807-2005
International standard ISO/CF12093 has no official text so far; ISO ()12176 2 is added for the convenience of reuse and to comply with the national standard abbreviation regulations, emphasizing the consistency with GI3/T 1. 1.
International standard ISO/CU) 12093 has not yet been officially published, and it is not easy to unify. Therefore, this standard stipulates that the manufacturer should explain it in the technical documents, which is in line with my country's national conditions and convenient for use.
The reason is the same as above.
Taking into account the operability and the actual production situation in my country.???
Dimensional symbols of electric fusion socket
GB/T19807—2005
44-(A.1)
...A23
GB/T 19807—2005
Appendix B
【Normative Appendix}
Schematic diagram of the change of welding energy at different ambient temperatures Figure B. 1, Figure B. 2, Figure B. 3 is a schematic curve of different energy change modes (see Appendix C) 5.
Curve for continuous energy adjustment
Curve for constant energy
Curve for step-by-step energy adjustment
KNKAca-
Ambient temperature T(3.3)
(Normative Appendix)
Preparation conditions for combined test pieces
Preparation conditions for pipes and fittings
Pipe shape
Coil or straight pipe
Coil or straight pipe||t t||Tube or straight
Tube or straight
Tube or straight
Simple (3.2)
Energy (3.4)
GB/T19807-2005
Assembly core
Normal value
Minimum value
Maximum value
Minimum value
Maximum value
Minimum work
Maximum value
Note: Conditions 1 to 5 apply to the energy curves shown in Figure R.1 and Figure B.2 in Appendix B, and conditions 1 to 3 and 5 to 9 apply to the energy coil shown in Figure B.3.
For saddle fittings, the spacing should be 2.
Applicable to the reverse connection of relatively large pipe fittings with controllable assembly load. It is on the side of the reference temperature of the energy band curve, corresponding to the maximum energy breakpoint and the temperature closest to the limit temperature change CB/T19807--2005
Appendix D
(Informative Appendix)
Determination of welding electrical parameters
(Energy, voltage or current tolerance conforms to IS012176-2) D.1 Maximum input energy at ambient temperature I Welding machine operating in energy control mode: Energy - nominal energy + tolerance
Welding machine operating in voltage control mode:
Working current - mxR7R
m... Maximum rated voltage of welding machine, volts (nominal value) tolerance: I nik
-The maximum rated current of the welding machine is in amperes (nominal value + ampere) R.--·The minimum resistance value of the fittings at the base temperature T provided by the manufacturer before manufacturing, in ohms (2): Raux
The minimum resistance value of the fittings at the base temperature T provided by the manufacturer: in ohms (α); (D. 1)
The resistance value of the fittings measured by the double-arm bridge type meter after the state is regulated at the ambient temperature T. The working characteristics of the resistance meter meet the requirements of Table D). 1.
1. 2 Minimum input energy at ambient temperature T in energy control mode. 1. Test machine:
Measurement nominal energy tolerance
Welding machine working in voltage control mode:
1. Working system-- VR/Rx
Welding machine controlled by current:
E Working current - VR/R
L---Minimum rated voltage of welding machine, in V (nominal value - tolerance): Minimum rated current of welding machine, in ampere (A) (nominal value: tolerance): R.
The minimum resistance value of the pipe fittings provided by the system at the reference temperature, in ohm (0): The maximum range resistance value of the pipe fittings provided by the system at the reference temperature, in ohm (1). 1)
At ambient temperature, after state adjustment, the resistance value of the pipe fittings and the resistance value measured by the double-tube bridge type meter as the working part meet the requirements of Table 13.
When measuring resistance, the ambient temperature at the instrument should be within the accuracy of 23°C. The pipe should be connected to the specified state conditioning (for example, m or 1 product). If the pipe is removed from the state conditioning environment to measure resistance, the time shall not exceed 3: Table D.1 Working characteristics of resistance measuring instrument
Range/
Load/~0
KNKAca
2.5% of reading
2.5% of reading
2. 5% of reading
Appendix E
(Informative Appendix)
Technical differences between this standard and IS0 11413:1996 and their reasons Table E.1 gives a list of the technical differences between this standard and IS0 11413:1996 and their reasons. Table E.1 Technical differences between this standard and IS0 11413: 1996 and their reasons Article number of this standard
Appendix D
Appendix D
Technical differences
Deleted [ISO/CI) E2093. Added ISI)12176-2:2000. The rest adopts the national standards corresponding to the international standards.
ISO/CE 12093 is no longer quoted. The regulations shall be stated by the manufacturer in the technical documents.
ISO/CE 12093 is no longer quoted in D. 1 and D. 2. Instead, the R. and Rx values ​​provided by the manufacturer are recorded. The sugar content and accuracy of the electric cathode measuring instrument in Table [. 1 in D. 1 have been modified. The resolution has been changed from 0.1mQ to 1mo, 1ma to 1mn, and mn to 1001ItS2. The accuracy has been changed from 0.25% of the reading to 2.5% of the reading.
GB/T 19807-2005
International standard ISO/CF12093 has no official text so far; ISO ()12176 2 is added for the convenience of reuse and to comply with the national standard abbreviation regulations, emphasizing the consistency with GI3/T 1. 1.
International standard ISO/CU) 12093 has not yet been officially published, and it is not easy to unify. Therefore, this standard stipulates that the manufacturer should explain it in the technical documents, which is in line with my country's national conditions and convenient for use.
The reason is the same as above.
Taking into account the operability and the actual production situation in my country.???
Dimensional symbols of electric fusion socket
GB/T19807—2005
44-(A.1)
...A23
GB/T 19807—2005
Appendix B
【Normative Appendix}
Schematic diagram of the change of welding energy at different ambient temperatures Figure B. 1, Figure B. 2, Figure B. 3 is a schematic curve of different energy change modes (see Appendix C) 5.
Curve for continuous energy adjustment
Curve for constant energy
Curve for step-by-step energy adjustment
KNKAca-
Ambient temperature T(3.3)
(Normative Appendix)
Preparation conditions for combined test pieces
Preparation conditions for pipes and fittings
Pipe shape
Coil or straight pipe
Coil or straight pipe||t t||Tube or straight
Tube or straight
Tube or straight
Simple (3.2)
Energy (3.4)
GB/T19807-2005
Assembly core
Normal value
Minimum value
Maximum value
Minimum value
Maximum value
Minimum work
Maximum value
Note: Conditions 1 to 5 apply to the energy curves shown in Figure R.1 and Figure B.2 in Appendix B, and conditions 1 to 3 and 5 to 9 apply to the energy coil shown in Figure B.3.
For saddle fittings, the spacing should be 2.
Applicable to the reverse connection of relatively large pipe fittings with controllable assembly load. It is on the side of the reference temperature of the energy band curve, corresponding to the maximum energy breakpoint and the temperature closest to the limit temperature change CB/T19807--2005
Appendix D
(Informative Appendix)
Determination of welding electrical parameters
(Energy, voltage or current tolerance conforms to IS012176-2) D.1 Maximum input energy at ambient temperature I Welding machine operating in energy control mode: Energy - nominal energy + tolerance
Welding machine operating in voltage control mode:
Working current - mxR7R
m... Maximum rated voltage of welding machine, volts (nominal value) tolerance: I nik
-The maximum rated current of the welding machine is in amperes (nominal value + ampere) R.--·The minimum resistance value of the fittings at the base temperature T provided by the manufacturer before manufacturing, in ohms (2): Raux
The minimum resistance value of the fittings at the base temperature T provided by the manufacturer: in ohms (α); (D. 1)
The resistance value of the fittings measured by the double-arm bridge type meter after the state is regulated at the ambient temperature T. The working characteristics of the resistance meter meet the requirements of Table D). 1.
1. 2 Minimum input energy at ambient temperature T in energy control mode. 1. Test machine:
Measurement nominal energy tolerance
Welding machine working in voltage control mode:
1. Working system-- VR/Rx
Welding machine controlled by current:
E Working current - VR/R
L---Minimum rated voltage of welding machine, in V (nominal value - tolerance): Minimum rated current of welding machine, in ampere (A) (nominal value: tolerance): R.
The minimum resistance value of the pipe fittings provided by the system at the reference temperature, in ohm (0): The maximum range resistance value of the pipe fittings provided by the system at the reference temperature, in ohm (1). 1)
At ambient temperature, after state adjustment, the resistance value of the pipe fittings and the resistance value measured by the double-tube bridge type meter as the working part meet the requirements of Table 13.
When measuring resistance, the ambient temperature at the instrument should be within the accuracy of 23°C. The pipe should be connected to the specified state conditioning (for example, m or 1 product). If the pipe is removed from the state conditioning environment to measure resistance, the time shall not exceed 3: Table D.1 Working characteristics of resistance measuring instrument
Range/
Load/~0
KNKAca
2.5% of reading
2.5% of reading
2. 5% of reading
Appendix E
(Informative Appendix)
Technical differences between this standard and IS0 11413:1996 and their reasons Table E.1 gives a list of the technical differences between this standard and IS0 11413:1996 and their reasons. Table E.1 Technical differences between this standard and IS0 11413: 1996 and their reasons Article number of this standard bZxz.net
Appendix D
Appendix D
Technical differences
Deleted [ISO/CI) E2093. Added ISI)12176-2:2000. The rest adopts the national standards corresponding to the international standards.
ISO/CE 12093 is no longer quoted. The regulations shall be stated by the manufacturer in the technical documents.
ISO/CE 12093 is no longer quoted in D. 1 and D. 2. Instead, the R. and Rx values ​​provided by the manufacturer are recorded. The sugar content and accuracy of the electric cathode measuring instrument in Table [. 1 in D. 1 have been modified. The resolution has been changed from 0.1mQ to 1mo, 1ma to 1mn, and mn to 1001ItS2. The accuracy has been changed from 0.25% of the reading to 2.5% of the reading.
GB/T 19807-2005
International standard ISO/CF12093 has no official text so far; ISO ()12176 2 is added for the convenience of reuse and to comply with the national standard abbreviation regulations, emphasizing the consistency with GI3/T 1. 1.
International standard ISO/CU) 12093 has not yet been officially published, and it is not easy to unify. Therefore, this standard stipulates that the manufacturer should explain it in the technical documents, which is in line with my country's national conditions and convenient for use.
The reason is the same as above.
Taking into account the operability and the actual production situation in my country.
Welding machine operating in current control mode T:
Working current - mxR7R
m... Maximum rated voltage of welding machine, volts (nominal value) tolerance: I nik
- Maximum rated current of welding machine in amperes (nominal value + ampere) R.--· Minimum resistance value of the fittings at base temperature T provided by the manufacturer before manufacturing, in ohms (2): Raux
Minimum resistance value of the fittings at base temperature T provided by the manufacturer: in ohms (α); (D. 1)
The resistance value of the fittings measured by a double-arm bridge type meter after state adjustment at ambient temperature T. The working characteristics of the resistance meter meet the requirements of Table D).1.
1. 2Minimum input energy at ambient temperature T. 1. Welding machine operating in energy control mode:
Nominal energy tolerance
Welding machine operating in voltage control mode:
1. Operating system -- VR/Rx
Welding machine controlled by current:
E Operating current - VR/R
L --- Minimum rated voltage of welding machine, in V (nominal value - tolerance) Minimum rated current of welding machine, in ampere (A) (nominal value: tolerance): R.
Minimum resistance value of pipe fittings provided by the manufacturer at reference temperature, in ohm (0): Maximum range resistance value of pipe fittings provided by the manufacturer at reference temperature, in ohm (1). 1 )
At ambient temperature, after state adjustment, the resistance value of the pipe fittings and the resistance meter measured by the double-tube bridge electric accessory instrument meet the requirements of Table 13.:
When measuring resistance, the ambient temperature at the instrument should be within the accuracy of 23°C. The pipe should be connected to the specified state conditioning (for example, m or 1 product). If the pipe is removed from the state conditioning environment to measure resistance, the time shall not exceed 3: Table D.1 Working characteristics of resistance measuring instrument
Range/
Load/~0
KNKAca
2.5% of reading
2.5% of reading
2. 5% of reading
Appendix E
(Informative Appendix)
Technical differences between this standard and IS0 11413:1996 and their reasons Table E.1 gives a list of the technical differences between this standard and IS0 11413:1996 and their reasons. Table E.1 Technical differences between this standard and IS0 11413: 1996 and their reasons Article number of this standard
Appendix D
Appendix D
Technical differences
Deleted [ISO/CI) E2093. Added ISI)12176-2:2000. The rest adopts the national standards corresponding to the international standards.
ISO/CE 12093 is no longer quoted. The regulations shall be stated by the manufacturer in the technical documents.
ISO/CE 12093 is no longer quoted in D. 1 and D. 2. Instead, the R. and Rx values ​​provided by the manufacturer are recorded. The sugar content and accuracy of the electric cathode measuring instrument in Table [. 1 in D. 1 have been modified. The resolution has been changed from 0.1mQ to 1mo, 1ma to 1mn, and mn to 1001ItS2. The accuracy has been changed from 0.25% of the reading to 2.5% of the reading.
GB/T 19807-2005
International standard ISO/CF12093 has no official text so far; ISO ()12176 2 is added for the convenience of reuse and to comply with the national standard abbreviation regulations, emphasizing the consistency with GI3/T 1. 1.
International standard ISO/CU) 12093 has not yet been officially published, and it is not easy to unify. Therefore, this standard stipulates that the manufacturer should explain it in the technical documents, which is in line with my country's national conditions and convenient for use.
The reason is the same as above.
Taking into account the operability and the actual production situation in my country.
Welding machine operating in current control mode T:
Working current - mxR7R
m... Maximum rated voltage of welding machine, volts (nominal value) tolerance: I nik
- Maximum rated current of welding machine in amperes (nominal value + ampere) R.--· Minimum resistance value of the fittings at base temperature T provided by the manufacturer before manufacturing, in ohms (2): Raux
Minimum resistance value of the fittings at base temperature T provided by the manufacturer: in ohms (α); (D. 1)
The resistance value of the fittings measured by a double-arm bridge type meter after state adjustment at ambient temperature T. The working characteristics of the resistance meter meet the requirements of Table D).1.
1. 2Minimum input energy at ambient temperature T. 1. Welding machine operating in energy control mode:
Nominal energy tolerance
Welding machine operating in voltage control mode:
1. Operating system -- VR/Rx
Welding machine controlled by current:
E Operating current - VR/R
L --- Minimum rated voltage of welding machine, in V (nominal value - tolerance) Minimum rated current of welding machine, in ampere (A) (nominal value: tolerance): R.
Minimum resistance value of pipe fittings provided by the manufacturer at reference temperature, in ohm (0): Maximum range resistance value of pipe fittings provided by the manufacturer at reference temperature, in ohm (1). 1 )
At ambient temperature, after state adjustment, the resistance value of the pipe fittings and the resistance meter measured by the double-tube bridge electric accessory instrument meet the requirements of Table 13.:
When measuring resistance, the ambient temperature at the instrument should be within the accuracy of 23°C. The pipe should be connected to the specified state conditioning (for example, m or 1 product). If the pipe is removed from the state conditioning environment to measure resistance, the time shall not exceed 3: Table D.1 Working characteristics of resistance measuring instrument
Range/
Load/~0
KNKAca
2.5% of reading
2.5% of reading
2. 5% of reading
Appendix E
(Informative Appendix)
Technical differences between this standard and IS0 11413:1996 and their reasons Table E.1 gives a list of the technical differences between this standard and IS0 11413:1996 and their reasons. Table E.1 Technical differences between this standard and IS0 11413: 1996 and their reasons Article number of this standard
Appendix D
Appendix D
Technical differences
Deleted [ISO/CI) E2093. Added ISI)12176-2:2000. The rest adopts the national standards corresponding to the international standards.
ISO/CE 12093 is no longer quoted. The regulations shall be stated by the manufacturer in the technical documents.
ISO/CE 12093 is no longer quoted in D. 1 and D. 2. Instead, the R. and Rx values ​​provided by the manufacturer are recorded. The sugar content and accuracy of the electric cathode measuring instrument in Table [. 1 in D. 1 have been modified. The resolution has been changed from 0.1mQ to 1mo, 1ma to 1mn, and mn to 1001ItS2. The accuracy has been changed from 0.25% of the reading to 2.5% of the reading.
GB/T 19807-2005
International standard ISO/CF12093 has no official text so far; ISO ()12176 2 is added for the convenience of reuse and to comply with the national standard abbreviation regulations, emphasizing the consistency with GI3/T 1. 1.
International standard ISO/CU) 12093 has not yet been officially published, and it is not easy to unify. Therefore, this standard stipulates that the manufacturer should explain it in the technical documents, which is in line with my country's national conditions and convenient for use.
The reason is the same as above.
Taking into account the operability and the actual production situation in my country.
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