This standard specifies the general requirements for secluded pole synchronous motors, and specifies the special requirements for air-cooled, hydrogen-cooled or liquid-cooled and gas turbine-driven synchronous motors. This standard also specifies matters needing attention for hydrogen-cooled generators, including rotating exciters driven by synchronous generators, auxiliary equipment required for generator operation, and areas in the plant where hydrogen gas may accumulate. This standard applies to three-phase secluded pole synchronous generators with a capacity greater than 10 MVA (or MW), and it is a supplement to GB 755. All matters not specified in this standard shall comply with the provisions of GB 755. This standard does not include inverter continuous power supply motors and imported generators. This standard is an important basis for users and manufacturers to sign technical agreements. If there are special requirements for specific products, they can be negotiated separately by both parties.
GB/T 7064-2008 Referenced Document
DL/T 596 Rules for preventive testing of electrical equipment
DL/T 651 Hydrogen humidity technical requirements for hydrogen-cooled generators
DL/T 705 Quality of seal oil for hydrogen-cooled generators in operation
GB 10069.3 Noise determination methods and limits for rotating electrical machines - Part 3: Noise limits
GB 50150 Electric equipment installation engineering-standard for hand-over test of electric equipment*, 2016-04-15 Update
GB 755 Rotating electrical machines.Rating and performance
GB/T 10069.1 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 1029 Test procedures for three-phase synchronous machines*, 2021-05-21 Update
GB/T 11348.1 Mechanical vibration of non-reciprocating machines--Measurements on rotating shafts and evaluation criteria--Part 1: General guidelines
GB/T 11348.2 Mechanical vibration.Evaluation of machines vibration by measurements on rotating shafts.Part 2:Land-based steam turbine-generators in excess of 50MW with normal operating speeds of 1500r/min,1800r/min,3000r/min and 3600r/min*, 2012-11-30 Update
GB/T 20140 Measurement method and evaluation criteria of dynamic characteristic and vibration on stator end windings of cylindrical synchronous generators*, 2016-02-24 Update
GB/T 20160 Recommended practice for testing insulation resistance of rotating machinery
GB/T 20835 Guidelines for Magnetization Test of Generator Stator Core*, 2016-09-01 Update
GB/T 7409.3 Excitation system for synchronous electrical machines Technical requirements of excitation system for large and medium synchronous generators
JB/T 10392 Dynamic characteristic and vibration test methods of turbo-generators on stator frame & core and evaluation criteria*, 2013-12-31 Update
JB/T 10499 Design application guide of turbo generators under abnormal operation
JB/T 6204 Specifications for withstand voltage test on stator coil and winding insulation of high voltage AC machines
JB/T 6227 Inspection method and evaluation of gas tightness of hydrogen-cooled motor*, 2021-05-17 Update
JB/T 6228 Checking methods and evaluation of water circuit within the winding of turbo generator*, 2014-05-06 Update
JB/T 6229 Methods and limits for checking the direct gas ventilation cooling system of non-salient pole synchronous generator rotor*, 2014-05-06 Update
JB/T 7608 Test method for measuring loss tangent of high voltage alternating current dynamo coil and limit value
JB/T 7784 Technical requirements of AC exciter for turbine-type synchronous generators
JB/T 8446 Measuring methods of interturn short-circuit in the rotor windings for cylindrical rotor synchronous generators*, 2013-12-31 Update
JB/T 8991 The tin-solder checking method for generator
GB/T 7064-2008 history
2018GB/T 7064-2017 Technical requirements for hidden pole synchronous generators
2008GB/T 7064-2008 Specific requirements for cylindrical rotor synchronous machines
2002GB/T 7064-2002 Requirements for turbine type synchronous machine