JB/T 5912.1-1991 Support type and basic parameters of electrostatic precipitator

JB/T 5912.1-1991 Support type and basic parameters of electrostatic precipitator JB/T5912.1-1991 Standard download decompression password: www.bzxz.net

Mechanical Industry Standard of the People's Republic of China
Support for Electrostatic Precipitator
Type and Basic Parameters
Subject Content and Scope of Application
This standard specifies the code and basic parameters of the support for electrostatic precipitator, JB5912.1-91
This standard is applicable to the support with working temperature of -40~+80℃. Other supports for large buildings such as pipelines, bridges, heat exchangers, etc. can also be used for reference.
Symbols and Explanations
A: Width of base;
B: Distance between the anchor bolt holes of the base;
D: Outer diameter of dust cover;
H: Support height;
H1: Height from the bottom of the base to the top of the middle seat; d: Diameter of the anchor bolt hole and the top plate bolt hole;
C. Length of the top plate of the sliding support;
F: Width of the top plate of the sliding support;
E Amount of unilateral movement.
3 Classification
Bearings can be divided into two types according to the friction type: rolling type and sliding type. According to the moving direction, they can be divided into three types: unidirectional, universal and fixed. See Figures 1 to 6.
Approved by the Ministry of Machinery and Electronics Industry on December 25, 1991 and implemented on October 1, 1992
JB5912.191
JB5912.1—91
Figure 3 Sliding fixed bearing
Rolling unidirectional bearing
Figure 5 Rolling universal bearing
4 Model
JB5912.1-91
Figure 6 Rolling fixed bearing
The code of the bearing consists of three parts: the front section, the middle section and the rear section. The front section represents the bearing, which is represented by Z. The middle section represents the friction type and the moving direction, which is represented by the code specified in Table 1. The latter part indicates the vertical bearing capacity and unilateral movement, expressed in six Arabic numerals (except for fixed bearings). The first four digits indicate the vertical bearing capacity (in kN). If the number is less than four digits, the first few digits are filled with zeros, and the last two digits indicate the unilateral movement (in mm). Fixed bearings use four Arabic numerals to indicate the vertical bearing capacity. The expression is as follows: Z
Vertical bearing capacity and unilateral movementwwW.bzxz.Net
Friction type and movement direction
Support code
Model example:
Example 1: ZGD080050, indicating a vertical bearing capacity of 800kN, a unilateral movement of 500mm, and a rolling unidirectional bearing. Example 2: ZHG1500, indicating a vertical bearing capacity of 1500kN, and a sliding fixed bearing. Table 1
Friction type
Rolling type
5Basic parameters
Basic parameters are shown in Tables 2 and 3.
ZGD040030
ZGD060040
ZGD080050
ZGD100060
ZGD120060
Sliding
ZGW040030
ZGW060040
ZGW080050
ZGW10006 0
ZGW120060
Rolling bearing
Vertical bearing
Load capacity
ZGG0400
ZGG0600
ZGG0800
ZGG1C00
ZGG1200
Note: Unilateral movement E and overall dimension D are applicable to unidirectional and universal rolling bearings. Moving direction
Single side movement
Momentum E
Overall dimensions
Support model
ZHD050025
ZHW050025
ZHG0500
ZHD100035
ZHW100035
ZHG1000
ZHD150040
ZHW150040
ZHG1500
ZHD2 00045
ZHW200045
ZHG2000
ZHD250050
ZHW250050
ZHG2500
Additional instructions:
Vertical load
Horizontal thrust
JB5912.1—91
Table 3 Sliding bearing
Single-side displacement
Momentum E
This standard was proposed and managed by Zhejiang Zhuji Electrostatic Precipitator Research Institute. This standard was drafted by Zhejiang Xinchang Bearing General Factory. The main drafters of this standard were Chen Yuyue and Zhang
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