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Position: Chinese Standard in English/GB/T 1032-2012
GB/T 1032-2012   Test procedures for three-phase induction motors (English Version)
Standard No.: GB/T 1032-2012 Status:superseded remind me the status change

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Language:English File Format:PDF
Word Count: 40000 words Price(USD):350.0 remind me the price change

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Implemented on:2012-11-1 Delivery: via email in 1 business day
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Standard No.: GB/T 1032-2012
English Name: Test procedures for three-phase induction motors
Chinese Name: 三相异步电动机试验方法
Chinese Classification: K22    Asynchronous machine
Professional Classification: GB    National Standard
Issued by: AQSIQ;SAC
Issued on: 2012-6-29
Implemented on: 2012-11-1
Status: superseded
Superseded by:GB/T 1032-2023 Iron ores—Determination of specific surface area—Test method using air-permeability apparatus (Blaine)
Superseded on:2024-4-1
Superseding:GB/T 1032-2005 Test procedures for three-phase induction motors
Language: English
File Format: PDF
Word Count: 40000 words
Price(USD): 350.0
Delivery: via email in 1 business day
1 Scope This standard specifies the test requirements and test methods for three-phase induction motors. This standard is applicable to three-phase induction motors. 2 Normative References The following referenced documents are indispensable for the application of this document. For dated reference, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. GB 755-2008 Rotating Electrical Machines-Rating and Performance GB 10068-2008 Mechanical Vibration of Certain Machines with Shaft Heights 56mm and Higher - Measurement Evaluation and Limits of Vibration Severity GB/T 10069.1-2006 Measurement of Airborne Noise Emitted by Rotating Electrical Machines and the Noise Limits - Part 1: Method for the Measurement of Airborne Noise Emitted by Rotating Electrical Machines GB/T 21211-2007 Rotating Electrical Machines - Equivalent Loading and Super-position Techniques - Indirect Testing to Determine Temperature Rise GB/T 22715-2008 Impulse Voltage Withstand Levels of Form-wound Stator Coils for Rotating a.c. Machines GB/T 22719.1-2008 Interturn Insulation of Random-wound Winding for AC Low-voltage Electrical Machines - Part 1: Test Methods GB/T 22719.2-2008 Interturn Insulation of Random-wound Winding for AC Low-voltage Electrical Machines - Part 2: Test Limits JB/T 7836.1-2005 Electric Heater for Electrical Machine - Part 1: General Technique Specifications JB/T 10500.1-2005 Embedded Thermometer Resistance for Electrical Machines - Part1: General Specification, Measuring Methods and Examine Rule IEC 60034-2-1:2007 Methods for Determining Losses and Efficiency of Rotating Electrical Machinery from Tests (Excluding Machines for Traction Vehicles) 3 Main Symbols cosφ——the power factor f——the supply frequency, Hz I1——the stator line current, A I0——the no-load line current, A IK——the locked-rotor line current, A IN——the rated current, A K1——the reciprocal of the resistance temperature coefficient for conductor material of stator winding at 0℃ For copper, K1=235; For aluminum, K1=225, unless otherwise specified; If other materials are used, K1 will be separately specified. K2——the reciprocal of the resistance temperature coefficient for conductor material of rotor winding at 0℃ For copper, K2=235; For aluminium, K2=225, unless otherwise specified; If other materials are used, K2 will be separately specified. J——the moment of inertia, kg•m2 n——the rotational speed measured during test, r/min ns——the synchronous speed, r/min p——the number of pole pairs P1——the input power, W P2——the output power, W PN——the rated (output) power, W
Foreword III 1 Scope 2 Normative References 3 Main Symbols 4 Test Requirements 4.1 General 4.2 Test Power Supply 4.3 Test Instruments and Measurement Requirements 5 Test Preparation 5.1 Determination of Insulation Resistance 5.2 Determination of DC Terminal Resistance and Phase Resistance of Winding under Actual Cold State 6 Thermal Test 6.1 Purpose 6.2 General Description 6.3 Determination of Coolant Temperature during Thermal Test 6.4 Determination of Coolant Temperature at the End of Test 6.5 Temperature Measurement of Winding and Other Parts of Motor 6.6 Thermal Test Methods 6.7 Temperature Rise 6.8 Determination of working temperature of winding, θw, at rated load 6.9 Determination of the specified temperature θs for efficiency calculation 7 Load Characteristic Test 7.1 General 7.2 Load Test 7.3 Determination of the Corrected Value of Torque Reading Tc 7.4 Shaft Torque 7.5 Shaft Power 8 No-load Test 8.1 Determination of No-load Current and No-load Loss 8.2 Determination of friction and windage losses Pfw 8.3 Determination of iron loss PFe 9 Determination of Locked-rotor Current and Locked-rotor Torque 9.1 Locked-rotor Test at Rated Frequency 9.2 Low Frequency Locked-rotor Test 10 Determination Methods of All the Losses 10.1 General 10.2 Determination of the I2R Loss of Stator at Test Temperature 10.3 Determination of the I2R Loss of Stator Winding at Test Temperature 10.4 Determination of Friction and Windage Losses Pfw 10.5 Determination of Iron Loss PFe 10.6 Determination of Stray-load Loss Ps 10.7 Determination of Total Losses and Output Power 11 Determination of Efficiency 11.1 General 11.2 Method A —— the Input - Output Method 11.3 Method B——the Loss Analysis Method for Measuring Input Power and Output Power 11.4 Method C——Loss Analysis Methods of Dual Supply Back-to-back Test for Motors in Pair 11.5 Method E or Method E1——the Loss Analysis Method for Measuring Input Power 11.6 Method F or F1——Equivalent Circuit Method 11.7 Method G or G1——Reduced Voltage Load Method 11.8 Method H——Circle Diagram Method 12 Other Test Items 12.1 Determination of Maximum Torque 12.2 Determination of Minimum Torque 12.3 Determination of Rotational Inertia 12.4 Short-time Over Torque Test 12.5 Interturn Impulse Withstand Voltage Test 12.6 Power Frequency Withstand Voltage Test 12.7 Determination of Rotor Voltage 12.8 Overspeed Test 12.9 Noise Determination 12.10 Vibration Determination 12.11 Determination of Bearing Voltage 12.12 Determination of Bearing Current Annex A (Normative) Correction Methods for Instrument Loss and Error Annex B (Normative) Calculation of Values for Eh-star Method (No-load Test of Winding in Star Connection on Unbalanced Voltage) Annex C (Informative) Linear Regression Analysis References
Referred in GB/T 1032-2012:
*GB 755-2008 Rotating Electrical Machines - Rating and Performance
*GB 10068-2008 Mechanical vibration of certain machines with shaft heights 56 mm and higher-measurement evaluation and limits of vibration severity
*GB/T 10069.1-2006 Measurement of airborne noise emitted by rotating electrical machines and the noise limits Part 1: Method for the measurement of airborne noise emitted by rotating electrical machines
*GB/T 21211-2007 Roating electrical machines - Equivalent loading and super-position techniques - Indirect testing to determine temperature rise
*GB/T 22715-2008 Impulse voltage withstand levels of form-wound stator coils for rotating a.c. machines
*GB/T 22719.1-2008 Interturn insulation of random-wound winding for AC low-voltage electrical machines - Part 1: Test methods
*GB/T 22719.2-2008 Interturn insulation of random-wound winding for AC low-voltage electrical machines - Part 2: Test limits
*JB/T 7836.1-2005 Electric heater for electrical machine Part 1:General technique specifications
*JB/T 10500.1-2005 Embedded thermometer resistance for electrical machines Part1: General specification,measuring methods and examine rule
GB/T 1032-2012 is referred in:
* GB 18613-2012 Minimum allowable values of energy efficiency and energy efficiency grades for small and medium three-phase asynchronous motors
* GB/T 18159-2008 Specifications of Amusement Rides Coaster Category
* GB/T 18161-2008 Specifications of Amusement Rides Fly Tower Category
* GB 18613-2006 Minimum Allowable Values of Energy Efficiency and the Energy Efficiency Grades for Small and Medium Three-phase Asynchronous Motors
* GB 18613-2012 Minimum allowable values of energy efficiency and energy efficiency grades for small and medium three-phase asynchronous motors
* GB/T 18159-2008 Specifications of Amusement Rides Coaster Category
* GB/T 18161-2008 Specifications of Amusement Rides Fly Tower Category
* GB 25958-2010 Minimum allowable values of energy efficiency and values of efficiency grade for small-power motors
* JB/T 10447-2004 Specification for Y3 Series (IP55) Three-Phase Induction Motor (Frame Size 63~355)
* JB/T 10447-2004 Specification for Y3 Series (IP55) Three-Phase Induction Motor (Frame Size 63~355)
* JB/T 7565.3-2004 Specification of flameproof three phases asynchronous motor Part 3:
* JB/T 7565.4-2004 Specification of flameproof three phases asynchronous motor Part 4:Series YB2 flameproof (Exd Ⅱ CT1~T4) three phases asynchronous motor (Frame size 63 to 355)
* JB/T 6226-2005 Specifications of the Motors Used For Fans in Lager Thermal Power Equipments
* GB 18165-2000 Specifications of Amusement Rides Fairy Train Category
* GB 18164-2000 Specifications of Amusement Rides Wonder Wheel Category
* JB/T 7565.5-2004 Specification of flameproof three phases asynchronous motor Part 5:Series YBF2 flameproof three phases asynchronous motor for fan (Frame size 63 to 355)
* MT 451-2011 General specification for low voltage three phase flameproof induction motor for coal mine
* GB/T 25386.2-2010 Wind turbine generator system variable speed constant frequency control system—Part 2:Test method
* GB/T 13957-2008 Technical requirement for the fundamental series of three-phase large asynchronous motor
* GB/T 19410-2008 Screw refrigerant compressors
* GB/T 32077-2015 Wind turbine generator system pitch system
*JB/T 10600-2006 Vertical self-priming pumps
*GB/T 19071.2-2003 Asynchronous generator for wind turbine generator systems—Part 2:Test method
*JB/T 12968-2016 Three-phase induction motor for variable frequency speed adjusting control for shield machine-Specification
*QC/T 1068-2017 Asynchronous drive motor system for electric vehicles
*GB/T 7784-2018 Test methods for power reciprocating pump
*JB/T 8091-2014 Test Method for Screw Pumps
*GB/T 19071.1-2018 Wind turbines—Asynchronous generator—Part 1:Technical conditions
*GB/T 25389.2-2018 Wind turbines-Permanent magnet synchronous genertor-Part 2:Testing methods
*GB/T 23479.1-2009 Wind turbine double-fed asynchronous generator - Part 1: Technical specification
*GB/T 23479.2-2009 Wind turbine double-fed asynchronous generator - Part 2: Testing methods
*GB 18613-2020 Minimum allowable values of energy efficiency and values of efficiency grades for motors
*GB/T 19071.2-2018 Wind turbines—Asynchronous generatorg—Part 2:Testing methods
*GB/T 23479-2023 Wind turbine―Doubly-fed induction generator
*GB/T 22670-2018 Test procedures for converter-fed three phase cage induction motors
*TB/T 3238-2017 Rolling stock electric machines-Asynchronous traction motor for EMU
*GB/T 12974.1-2023 General specification for a.c. lift motor—Part 1: Three-phase asynchronous motor
Code of China
Standard
GB/T 1032-2012  Test procedures for three-phase induction motors (English Version)
Standard No.GB/T 1032-2012
Statussuperseded
LanguageEnglish
File FormatPDF
Word Count40000 words
Price(USD)350.0
Implemented on2012-11-1
Deliveryvia email in 1 business day
Detail of GB/T 1032-2012
Standard No.
GB/T 1032-2012
English Name
Test procedures for three-phase induction motors
Chinese Name
三相异步电动机试验方法
Chinese Classification
K22
Professional Classification
GB
ICS Classification
Issued by
AQSIQ;SAC
Issued on
2012-6-29
Implemented on
2012-11-1
Status
superseded
Superseded by
GB/T 1032-2023 Iron ores—Determination of specific surface area—Test method using air-permeability apparatus (Blaine)
Superseded on
2024-4-1
Abolished on
Superseding
GB/T 1032-2005 Test procedures for three-phase induction motors
Language
English
File Format
PDF
Word Count
40000 words
Price(USD)
350.0
Keywords
GB/T 1032-2012, GB 1032-2012, GBT 1032-2012, GB/T1032-2012, GB/T 1032, GB/T1032, GB1032-2012, GB 1032, GB1032, GBT1032-2012, GBT 1032, GBT1032
Introduction of GB/T 1032-2012
1 Scope This standard specifies the test requirements and test methods for three-phase induction motors. This standard is applicable to three-phase induction motors. 2 Normative References The following referenced documents are indispensable for the application of this document. For dated reference, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. GB 755-2008 Rotating Electrical Machines-Rating and Performance GB 10068-2008 Mechanical Vibration of Certain Machines with Shaft Heights 56mm and Higher - Measurement Evaluation and Limits of Vibration Severity GB/T 10069.1-2006 Measurement of Airborne Noise Emitted by Rotating Electrical Machines and the Noise Limits - Part 1: Method for the Measurement of Airborne Noise Emitted by Rotating Electrical Machines GB/T 21211-2007 Rotating Electrical Machines - Equivalent Loading and Super-position Techniques - Indirect Testing to Determine Temperature Rise GB/T 22715-2008 Impulse Voltage Withstand Levels of Form-wound Stator Coils for Rotating a.c. Machines GB/T 22719.1-2008 Interturn Insulation of Random-wound Winding for AC Low-voltage Electrical Machines - Part 1: Test Methods GB/T 22719.2-2008 Interturn Insulation of Random-wound Winding for AC Low-voltage Electrical Machines - Part 2: Test Limits JB/T 7836.1-2005 Electric Heater for Electrical Machine - Part 1: General Technique Specifications JB/T 10500.1-2005 Embedded Thermometer Resistance for Electrical Machines - Part1: General Specification, Measuring Methods and Examine Rule IEC 60034-2-1:2007 Methods for Determining Losses and Efficiency of Rotating Electrical Machinery from Tests (Excluding Machines for Traction Vehicles) 3 Main Symbols cosφ——the power factor f——the supply frequency, Hz I1——the stator line current, A I0——the no-load line current, A IK——the locked-rotor line current, A IN——the rated current, A K1——the reciprocal of the resistance temperature coefficient for conductor material of stator winding at 0℃ For copper, K1=235; For aluminum, K1=225, unless otherwise specified; If other materials are used, K1 will be separately specified. K2——the reciprocal of the resistance temperature coefficient for conductor material of rotor winding at 0℃ For copper, K2=235; For aluminium, K2=225, unless otherwise specified; If other materials are used, K2 will be separately specified. J——the moment of inertia, kg•m2 n——the rotational speed measured during test, r/min ns——the synchronous speed, r/min p——the number of pole pairs P1——the input power, W P2——the output power, W PN——the rated (output) power, W
Contents of GB/T 1032-2012
Foreword III 1 Scope 2 Normative References 3 Main Symbols 4 Test Requirements 4.1 General 4.2 Test Power Supply 4.3 Test Instruments and Measurement Requirements 5 Test Preparation 5.1 Determination of Insulation Resistance 5.2 Determination of DC Terminal Resistance and Phase Resistance of Winding under Actual Cold State 6 Thermal Test 6.1 Purpose 6.2 General Description 6.3 Determination of Coolant Temperature during Thermal Test 6.4 Determination of Coolant Temperature at the End of Test 6.5 Temperature Measurement of Winding and Other Parts of Motor 6.6 Thermal Test Methods 6.7 Temperature Rise 6.8 Determination of working temperature of winding, θw, at rated load 6.9 Determination of the specified temperature θs for efficiency calculation 7 Load Characteristic Test 7.1 General 7.2 Load Test 7.3 Determination of the Corrected Value of Torque Reading Tc 7.4 Shaft Torque 7.5 Shaft Power 8 No-load Test 8.1 Determination of No-load Current and No-load Loss 8.2 Determination of friction and windage losses Pfw 8.3 Determination of iron loss PFe 9 Determination of Locked-rotor Current and Locked-rotor Torque 9.1 Locked-rotor Test at Rated Frequency 9.2 Low Frequency Locked-rotor Test 10 Determination Methods of All the Losses 10.1 General 10.2 Determination of the I2R Loss of Stator at Test Temperature 10.3 Determination of the I2R Loss of Stator Winding at Test Temperature 10.4 Determination of Friction and Windage Losses Pfw 10.5 Determination of Iron Loss PFe 10.6 Determination of Stray-load Loss Ps 10.7 Determination of Total Losses and Output Power 11 Determination of Efficiency 11.1 General 11.2 Method A —— the Input - Output Method 11.3 Method B——the Loss Analysis Method for Measuring Input Power and Output Power 11.4 Method C——Loss Analysis Methods of Dual Supply Back-to-back Test for Motors in Pair 11.5 Method E or Method E1——the Loss Analysis Method for Measuring Input Power 11.6 Method F or F1——Equivalent Circuit Method 11.7 Method G or G1——Reduced Voltage Load Method 11.8 Method H——Circle Diagram Method 12 Other Test Items 12.1 Determination of Maximum Torque 12.2 Determination of Minimum Torque 12.3 Determination of Rotational Inertia 12.4 Short-time Over Torque Test 12.5 Interturn Impulse Withstand Voltage Test 12.6 Power Frequency Withstand Voltage Test 12.7 Determination of Rotor Voltage 12.8 Overspeed Test 12.9 Noise Determination 12.10 Vibration Determination 12.11 Determination of Bearing Voltage 12.12 Determination of Bearing Current Annex A (Normative) Correction Methods for Instrument Loss and Error Annex B (Normative) Calculation of Values for Eh-star Method (No-load Test of Winding in Star Connection on Unbalanced Voltage) Annex C (Informative) Linear Regression Analysis References
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Keywords:
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