This standard specifies the method for compiling industrial boiler product models. JB/T 1626-2002 Method for compiling industrial boiler product models JB/T1626-2002 Standard download decompression password: www.bzxz.net

ICS27.060
Machinery Industry Standard of the People's Republic of China
JB/T1626—2002
Replaces JB/T1626—1992
Modeling for industrial boiler products
Modeling for industrial Issued on 2002-12-27
Implementation on 2003-04-01
Issued by the State Economic and Trade Commission of the People's Republic of ChinaForeword,
2 Model composition
2.1 Model composition of industrial boiler products:
2.2 Model composition of electric heating boiler products
2.3 Model composition of dual-purpose steam and water industrial boilers 3 Examples
Figure 1 Schematic diagram of model composition of industrial boiler productsFigure 2 Schematic diagram of model composition of electric heating boiler productsTable 1 Boiler body type code
Combustion equipment type or combustion mode code
Fuel type code
JB/T1626—2002
This standard replaces JB/T1626—1992 "Method for compiling product models of industrial boilers". Compared with JB/T1626-1992, the main changes of this standard are as follows: The applicable scope of JB/T1626-2002
standard has been adjusted: the pressure of steam boilers has been changed from no more than 2.5MPa in the original standard to greater than 0.04MPa, but less than 3.8MPa, and the rated evaporation capacity has been changed from no more than 65t/h in the original standard to no less than 0.1t/h: the rated water outlet pressure of hot water boilers has been increased to greater than 0.1MPa (Chapter 1 of the 1992 edition; Chapter 1 of this edition): - The body type code of vertical tubeless boilers has been added, and the body type code of vertical and horizontal boilers has been cancelled (Table 2 of the 1992 edition: Table 1 of this edition):
- The type code of movable hand-cranked grate and vibrating grate combustion equipment has been cancelled, The codes for rolling grate combustion equipment types and circulating fluidized bed combustion methods have been added (Table 3 of the 1992 edition: Table 2 of this edition); the codes for inferior coal, anthracite and oil shale fuel types have been cancelled, the codes for water-coal slurry fuel types have been added, and the oil and gas in the fuel types are no longer classified (Table 4 of the 1992 edition; Table 3 of this edition); the "T" for other fuel types in Table 4 of the 1992 edition has been changed to be compiled in accordance with the principles of 2.1.3 (2.1.4 of this edition); the provisions that enterprises can compile product models on their own when the product body type, combustion equipment type or combustion method exceeds the provisions of this standard have been added (2.1.4 of this edition);
The method for compiling product models of electric heating boilers has been added (2.2 of this edition): This standard is jointly issued by the China Machinery Industry Federation This standard is under the jurisdiction of the National Technical Committee for Boiler Standardization (CSBTS/TC73). This standard was drafted by the Shanghai Industrial Boiler Research Institute. The main drafters of this standard are Qian Fenghua and Tian Yaoxin. The previous versions of the standards replaced by this standard are: JB1626-1975, JB1626-1983, and JB/T1626-1992. m
1 Scope
Method for compiling industrial boiler product models
This standard specifies the method for compiling industrial boiler product models. JB/T1626-2002
This standard applies to fixed steel steam boilers with water as the medium and a rated working pressure greater than 0.04MPa but less than 3.8MPa, and a rated evaporation capacity of not less than 0.1t/h. Steam boilers and fixed steel hot water boilers with rated outlet water pressure greater than 0.1MPa. 2 Model composition
2.1 Industrial boiler product model composition
The product model of industrial boilers (except electric heating boilers) consists of three parts, and each part is connected by a short horizontal line (see Figure 1). The contents of each part are as follows:
a) The first part of the model indicates the boiler body type and combustion equipment type or combustion method and boiler capacity, which is divided into three sections. The first section uses two capital Chinese pinyin letters to represent the boiler body type (see Table 1): The second section uses a capital Chinese pinyin letter to represent the combustion equipment type or combustion method (see Table 2): The third section uses Arabic numerals to indicate the rated evaporation capacity of the steam boiler in t/h or the rated thermal power of the hot water boiler in dry MW. Each section is written continuously. b) The second part of the model indicates the medium parameters. Steam boilers are divided into two sections, connected by a slash in the middle. The first section uses Arabic numerals to indicate the rated steam pressure in MPa; the second section uses Arabic numerals to indicate the superheated steam temperature in C. When the steam temperature is the saturated temperature, the second part of the model has no slash and second section. Hot water boilers are divided into three sections, also connected by a slash in the middle. The first section uses Arabic numerals to indicate the rated outlet water pressure in MPa; the second section and the third section use Arabic numerals to indicate the rated outlet water temperature and the rated inlet water temperature in ℃, respectively. c) The third part of the model indicates the type of fuel. Capital Chinese pinyin letters are used to represent the fuel crystals, and Roman numerals are used to represent different types of the same fuel variety and are listed in parallel (see Table 3). If several fuels are used at the same time, the main fuel is placed in front, separated by the rating number in the middle.
When the boiler body type, combustion equipment type or combustion method, and fuel type exceed the provisions of Table 1, Table 2 and Table 3, the enterprise can refer to the above provisions to compile the product model by itself. Rated evaporation capacity W or rated heat power MW Combustion equipment type or combustion avoidance method code Exhaust furnace body type code X×/X××/X×-× Combustion type code Hot water furnace rated inlet water temperature ℃ Steam boiler superheated steam temperature Rated outlet water temperature of hot water boiler Rated steam pressure or rated outlet water pressure MP Figure 1 Schematic diagram of industrial boiler product model composition JB/T1626—2002 Shell boiler
Water tube boiler
Table 1 Code for boiler body type
Boiler body type
Vertical water tube
Vertical fire tube
Vertical tubeless
Horizontal external combustion
Horizontal internal combustion
Single boiler vertical
Single volute longitudinal type
Single boiler horizontal type
Double boiler longitudinal type
Double boiler horizontal type
Forced circulation type
Note: For water-fire tube mixed boiler, the main heating surface of the boiler adopts the shell boiler or water tube boiler body type code, but the words "water-fire tube" are clearly written in the boiler name.
Combustion equipment
Fixed grate
Fixed double-layer grate
Chain grate
Reciprocating grate
Exciting grate
Down-feed grate
Coal thrower
Bubbling fluidized bed combustion
Circulating fluidized bed combustion
Chamber furnace
Note: The code for the down-feed grate is adopted for the drawer item. Fuel type
Class II anthracite
Class I anthracite Bituminous coal
Type I bituminous coal
Type II bituminous coalbzxZ.net
Type III bituminous coal
Water-coal slurry
Cabbage residue
Combustion equipment type or combustion method code
Table 3 Fuel type code
2.2 Electric heating boiler product model composition
JB/T1626—2002
Electric heating boiler product model consists of two parts, each part is connected by a short horizontal line (see Figure 2). The contents of each part are as follows:
a) The first part of the model indicates the boiler body type and the electric heating boiler code and boiler capacity. It is divided into three sections. The first section uses a capital Chinese Pinyin letter to indicate the boiler body type. The boiler body type is divided into horizontal and vertical types. W represents horizontal type and L represents vertical type. The second section uses the Chinese Pinyin letter DR to indicate the code of the electric heating boiler. The third section uses Arabic numerals to indicate the rated evaporation capacity of the steam boiler as a certain t/h or the rated thermal power of the hot water boiler as a certain MW. Each section is written continuously. b) The second part of the model indicates the medium parameters of the boiler. The steam boiler uses Arabic numerals to indicate the rated steam pressure as a certain MPa. The hot water boiler is divided into three sections, and each section is connected by a slash. The first section uses Arabic numerals to indicate the rated outlet water pressure as a certain MPa. The second and third sections use Arabic numerals to indicate the outlet water temperature and inlet water temperature as a certain C, respectively. A
Rated combined output
Vb or rated heat
energy rate MW
Electric heating boiler code
Boiler body type code
XX/XX/XX
Rated water inlet temperature
Rated water outlet humidity ℃
Rated steam pressure or rated water outlet pressure MPFigure 2 Schematic diagram of electric heating boiler product model composition 2.3 Composition of product model of dual-purpose industrial boilers If an industrial boiler is a dual-purpose boiler for steam and hot water, the product model is compiled based on the main function of the boiler, but the words "dual-purpose" should be written on the boiler name.
3 Example
3.1LSG0.5-0.4-AI
Indicates a steam boiler with a vertical water tube fixed grate, a rated evaporation capacity of 0.5t/h, a rated steam pressure of 0.4MPa, a steam temperature of saturation temperature, and burning Class IIIII bituminous coal.
3.2DZL4—1.25—WII
indicates a steam boiler with a single-drum longitudinal water tube or horizontal water-fire tube chain grate, a rated evaporation capacity of 4t/h, a rated steam pressure of 1.25MPa, a saturated steam temperature, and burning Class I anthracite. 3.3SZS101.6/350-Y, Q
indicates a steam boiler with a double-boiler longitudinal chamber combustion, a rated evaporation capacity of 10/h, a rated steam pressure of 1.6MPa, a superheated steam temperature of 350℃, and both oil and gas can be used, mainly using oil. 3.4SHX202.5/400H
indicates a steam boiler with a double-boiler horizontal circulating fluidized bed combustion, a rated evaporation capacity of 20t/h, a rated steam pressure of 2.5MPa, a superheated steam temperature of 400℃, and burning coal. 3.5QXW2.8-1.25/95/70—AII
indicates a hot water boiler with forced circulation reciprocating grate, rated thermal power of 2.8MW, rated outlet water pressure of 1.25MPa, rated outlet water temperature of 95C, rated inlet water temperature of 70℃, and burning Class II bituminous coal. If a tube rack (or angle tube) structure is adopted, Chinese description can be used on the nameplate to show its boiler characteristics.
JB/T1626—2002
LDR0.5—0.4
indicates a vertical electric heating boiler, a steam boiler with a rated evaporation capacity of 0.5v/h and a rated working pressure of 0.4MPa. 3.7
WDR0.7—1.0/95/70
indicates a horizontal electric heating boiler with a rated thermal power of 0.7MW, a rated water outlet pressure of 1.0MPa, a rated water outlet temperature of 95C, and a rated water inlet temperature of 70℃.
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