title>JB/T 1505-1975 Semiconductor power converter model compilation method - JB/T 1505-1975 - Chinese standardNet - bzxz.net
Home > JB > JB/T 1505-1975 Semiconductor power converter model compilation method
JB/T 1505-1975 Semiconductor power converter model compilation method

Basic Information

Standard ID: JB/T 1505-1975

Standard Name: Semiconductor power converter model compilation method

Chinese Name: 半导体电力变流器 型号编制方法

Standard category:Machinery Industry Standard (JB)

state:in force

Date of Release1975-07-01

Date of Implementation:1975-07-01

standard classification number

Standard Classification Number:Electrical Engineering>>Power Transmission and Transformation Equipment>>K46 Power Semiconductor Devices and Components

associated standards

Publication information

publishing house:Mechanical Industry Press

Publication date:1975-07-01

other information

Drafting unit:Xi'an Rectifier Research Institute

Focal point unit:Xi'an Power Electronics Institute

Proposing unit:Xi'an Rectifier Research Institute

Publishing department:Ministry of Machinery Industry of the People's Republic of China

Introduction to standards:

This standard applies to power transformer products that meet 7B. JB/T 1505-1975 Semiconductor power converter model compilation method JB/T1505-1975 Standard download decompression password: www.bzxz.net

Some standard content:

Mechanical Industry Standard of the People's Republic of China
JB/T1505-1975www.bzxz.net
Semiconductor Power Converter
Model Compilation Method
Issued by the First Ministry of Machinery Industry of the People's Republic of China and implemented by the First Ministry of Machinery Industry of the People's Republic of China on July 1, 1975
Mechanical Industry Standard of the People's Republic of China
Semiconductor Power Converter
Model Compilation Method
JB/T1505 - 1975
1. This method applies to various power converter products that meet the requirements of JB1500-75 "General Technical Conditions for Semiconductor Power Converters".
2. The product model consists of a series code, design serial number, specification code and special environmental condition code, which are arranged as follows:
Series code
Design serial number
Specification code
3. The series code consists of four pinyin letters (1) The first letter indicates the type of component: Special environmental condition code
Special environmental conditions (Table 3)
Characteristic data (item 4)
Design serial number (item 6)
Cooling method (Table 2)||t t||Application (Table 1)
Component material (Article 3)
Component type (Article 3)
K, indicates controlled rectifier element and fast controlled rectifier element; B, indicates rectifier element (when it does not cause confusion, the letter Z can be omitted) N: indicates reverse conduction controllable element;
S: indicates bidirectional controllable element;
G, indicates turn-off controllable element
(2) The second letter indicates the material of the semiconductor element used in the converter. Single crystal silicon is represented by G. Proposed by Xi'an Rectifier Research Institute
The First Ministry of Machinery Industry of the People's Republic of China approved the draft
Xi'an Rectifier Research Institute started
1975-07-01 implementation
JB/T1505-1975
(3) The third letter indicates the main purpose of the product, see Table 1:
Use indicated
General industrial use
Charging
Electroplating
Electrothermal metallurgy
Movie projection
High voltage rectification
Electrochemical use
Asynchronous motor series speed regulation
Electromagnetic control protection
Use indicated
Excitation
Frequency conversion speed regulation
Medium frequency power supply
Traction
Transmission|| tt||For floating charge
For electrical machining
Special purpose
(4) The fourth letter indicates the cooling method of the semiconductor components used in the main circuit of the converter, see Table 2: Table 2
Cooling method indicated
Natural air cooling
Oil-immersed natural air cooling
Air cooling
Air circulation air cooling
Oil-immersed air cooling
Liquid circulation air cooling
Cooling method indicated
Evaporative air cooling
Water cooling
Air circulation water cooling
Oil-immersed water cooling
Liquid circulation water cooling
Evaporative water cooling
Note: The pinyin letters in the series code have different meanings even if they are the same letter in different positions. Please pay attention to this when compiling and identifying.
4. The specification code is composed of the characteristic data of the converter: (1) The characteristic data of the rectifier is:
Rated output current (ampere)/rated output voltage (volt) (2) The characteristic data of the inverter is:
Rated output frequency (hertz)/rated output voltage (volt) × rated output current (ampere) (3) The characteristic data of the medium frequency induction heating power supply is: rated output frequency (hertz or kilohertz)/rated output power (kilowatt) (4) The characteristic data of the asynchronous motor excitation speed control device is: speed ratio/rotor voltage (volt) × rotor current (ampere) JB/T1505-1975
Note: For converters with voltages higher than 1000 volts, kilovolts are allowed to be used as the voltage unit. 5. The special environmental condition code is composed of pinyin letters, see Table 3. For products that meet the normal use conditions in JB1500-75 "General Technical Conditions for Semiconductor Power Converters", this code is not included in the model. Table 3
Special environmental conditions represented
For ships
For dusty areas
Corrosion-resistant type
For plateau areas
For general mining
Safety type for mining
Special environmental conditions represented
Desiccation-proof type for mining
For humid tropical areas
For dry tropical areas
Anti-salt spray type
Anti-coal explosion type
Anti-cyst type
6. The design serial number consists of Arabic numerals to distinguish products of the same series, specifications and use conditions but with different characteristics (such as main structural characteristics, working characteristics, circuits, etc.). The design serial number is managed by the relevant industry unit.
7. For new uses not included in Table 1, the letters to be used shall be determined and managed by the relevant industry unit. 8. The following are examples of model writing methods:
(1) The converter is used as an electroplating power source. The semiconductor components used are thyristor rectifier components and are cooled by water. The use conditions of the converter meet the normal use conditions requirements of Article 1 of JB1500-75 "General Technical Conditions for Semiconductor Power Converters". Its rated output voltage is 12 volts and its rated output current is 1000 amperes. The design number obtained by the industry unit is 01. The model should be: KGDS011000/12
(2) The converter is an electrolytic aluminum power source. The semiconductor components used are thyristor rectifier components and are cooled by air. The equipment is installed and used in the use environment of humid tropical electrical products specified in JB830--66. Its rated output current is 2000 amperes and its rated output voltage is 230 volts. The design number obtained by the industry unit is 02. The model should be:
KGHF02-2000/230-TH
People's Republic of China
Mechanical Industry Standard
Semiconductor Power Converter
Model Compilation Method
JB/T1505-1975
Published and Distributed by the Mechanical Science Research Institute
Printed by the Mechanical Science Research Institute
(No. 2, Shouti South Road, Beijing
Format 880×1230|| tt||19XX, XX, Edition X
Print run 1-xXX
Postal code 100044)
Sheet X/X
Word count XXX,XXX
19XX, XX, Print run X
Price XXX.XX Yuan
XX-XXX
Mechanical Industry Standard Service Network: http://www.JB.ac.cnS61 - SOSI F
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.