HG/T 2113-1991 Horizontal vulcanization tank test method HG/T2113-1991 standard download decompression password: www.bzxz.net

Chemical Industry Standard of the People's Republic of China
HG/T 2113-
Detection Method of Horizontal Vulcanization Tank
Published on August 19, 1991
Ministry of Chemical Industry of the People's Republic of China
Implementation on January 1, 1992
Chemical Industry Standard of the People's Republic of China
Detection Method of Horizontal Vulcanization Tank
Subject Content and Scope of Application
This standard specifies the detection methods of the main items of horizontal vulcanization tanks. This standard is applicable to the detection of horizontal vulcanization tanks. This standard is used in conjunction with the HG2265 "Horizontal Vulcanization Tank" product standard. 2 Main detection items and detection methods
Detection items
Temperature difference in the working area of ​​the tank under pressure
Detection method
Hang the thermometer at the measuring point position shown in Figure 1. After maintaining the pressure for 20 minutes at the rated steam pressure, record the temperature difference between the upper and lower parts of the indirect heated vulcanizer at each measuring point. Calculate the difference between the arithmetic mean of the temperatures of the two measuring points at the upper part of each section and the arithmetic mean of the temperatures of the two measuring points at the lower part. This value is the temperature difference between the upper and lower parts of the section. Take the larger temperature value of the three sections as the temperature difference between the upper and lower parts of the tank: b. Temperature difference at both ends of the tank. Calculate the difference between the arithmetic mean of the temperatures of the 5 measuring points in the front section and the arithmetic mean of the temperatures of the 5 measuring points in the rear section, and take this value as the temperature difference at both ends of the tank.
2 Directly heated vulcanizing tank
Calculate the average temperature of each
measuring point in each section of the figure respectively, and take the difference between the maximum and minimum values ​​of the three average values ​​as the temperature difference value of the inner working area
Ministry of Chemical Industry of the People's Republic of China 1991-08-19 Approved o
HG/T2113-91
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Coagulation meter
1992-01- 01 Implementation
Test items
For Class B welds
joint, in the circumferential
formed
correction angle E
Test method
HG/T2113
1 For longitudinal welds, the inner arc radius
and the outer radius of the tested shell must be consistent as the template
and the quotient of the weld joint misalignment (3
2-1) shall be measured with a feeler gauge, and the value b shall be read, which is the longitudinal weld joint misalignment amount.
: For circumferential welds, take the main product end face of the welding shuttle test ruler
as the measurement base surface, and measure in cooperation with the goniometer (Figure 2-2).
The scale value of the main scale part aligned with the goniometer scale is the misalignment of the circumferential weld
Use the sample shown in Figure 3-1,
For the protruding correction angle, use the inner sample with the same outer arc radius as the inner circle radius of the measured cylinder close to the inner surface of the cylinder (Figure
3-2). Insert the tip of the movable ruler of the sample to the lowest
position of the concave drop of the two parent materials of the weld in turn, and measure E! respectively through the movable ruler.
E" value, take the larger value as the correction angle E
formed between the rings due to welding
. For the larger angle of the concave drop, use the outer
with the inner radius
and the outer radius of the measured cylinder according to the above method to lubricate (Figure
sample,
Figure 2-2
Figure 3-1
angle measurement only
outer sample pot
||Activity!
Activity length
Inner sample
Gley 1
plate, outer sample
serial number, inspection items
connection, formed in the axial
direction
according to price E
HG/T2113--91
Outer sample
Figure 3-2
Figure 3-3
Inner sample
Moveable ruler
Moveable ruler
When D<1800mm,
take B300mm;
When D≥1800mm, take Bz
Use a measuring ruler with a length of not less than 300mm (Figure 4-1) to measure
For protruding edges and corners, use the
edge of the measuring ruler to rest against the inner surface of the cylinder (Figure 4-2), insert the tip of the movable ruler in the inspection to the sinking point of the door material on both sides of the weld in turn, and measure the E
E\ values ​​respectively through the movable ruler. Take the larger value as the larger angle of the angle E
formed by the gear welding
on the axis dog to the sinking, and use the
reference surface of the inspection ruler to close to the outer surface of the cylinder (Figure 4-3), and measure the
inspection ruler according to the above method. t||Sliding ruler
Figure 4-1
Reference surface
Testing tool
Inspection ruler
No.:Testing item
Testing method
HG/T2113—91
Inspection rulerSliding ruler
Figure 4-2
Inspection ruler
Welding inspection ruler for weld undercut depth
Engraved Measure, take the main scale end face of the welding inspection ruler as the measuring base, insert the tip of the movable ruler II into the valley bottom of the weld undercut (Figure 5), and align the zero line of the cursor on the main ruler with the scale value of the movable ruler II I, which is the weld undercut depth
Undercut continuous length steel ruler dosage
Active ruler
Figure 4-3
Active ruler II
Detection tool
Inspection ruler,||tt| |Test Items
Reinforcement height of Class B weld
Testing method
HG/T2113-91
The reinforcement height of longitudinal welds shall be measured with the sample shown in Figure 6-1. For the longitudinal seams on the outer surface of the cylinder, the outer sample with the same diameter shall be tightly attached to the weld in turn. || On the arc surface of the parent material on both sides of the weld, the distances e” and e” from the top of the weld to the circular strength surfaces of the parent material on both sides of the weld are obtained by a movable ruler (Figure 6-2). The larger value is taken as the residual height of the longitudinal weld on the outer surface of the cylinder. For the residual height of the longitudinal weld on the inner surface of the cylinder, the outer arc semi-light and the inner semi-light of the cylinder to be measured are aligned with the inner arc semi-light: the inner sample is measured according to the above method (Figure 6-2).
2. The residual height of the circumferential coal seam is measured by welding inspection ruler. For the circumferential coal seams on the inner and outer surfaces of the cylinder, the main scale end faces of the welding inspection ruler are pressed against the parent material surfaces on both sides of the weld in turn, and the distance from the top of the weld to the parent material surfaces on both sides of the weld is measured by movable ruler 1, and the e" value (Figure 6-3) is taken as the residual height of the circumferential weld. Moving rulerwwW.bzxz.Net
Moveable ruler
Moveable ruler I
External sample
Inner sample
External sample
Inner sample
Figure 6-2
Testing tools
Testing items
Testing methods
Inner diameter measurement method
HG/T2113-91
Use an inner diameter ruler to measure the oxygen tank in the shape of a "M".
Body. The inner diameter values ​​at four places on the surface of the tank are as follows: the difference between the maximum inner diameter D and the reduced inner diameter Dm is the roundness error of a single section (Figure 7): along the length of the tank body, measure the roundness error of each section (and at least measure the front, middle and rear sections of the entire length), and take the larger one as the roundness error of the tank body: 2 External diameter measurement method: Use a caliper to measure the vertical quotient of the tank body on the ground according to the above method.At 5
, the noise m,
is 1m
away from the autoclave horizontally. Use a sound level meter to measure the background noise of each measuring point and the noise A during the operation of the vulcanizer according to the marked points
as shown in Figure 8, and correct them according to the background noise margin values ​​listed in the following table:
Background noise margin value table
The A sound level measured during operation is different from the background noise level A sound level. The noise correction value K should be removed. The measurement is invalid. The average sound pressure level on the wing disc surface is expressed as: 101g[-] The average sound pressure level on the measured surface is dB (the standard value is 20 μPa);
The most measured A level at the ith point, dB (the reference value is
20.μPa):
The correction value of the noise at the first point
, dB:
Total number of measuring points.
In Figure 8, =0
, the symbol 0\ represents the secondary point
Detection tool
, Carbe
Detection item
Detection method
HG/T2113-91
Take the average A sound level LpA
of the measuring surface as the noise value during the vulcanization operation. When the value variation range of
(LeA-K,) does not exceed 5dB, the arithmetic mean of the corrected A
sound level of each measuring point can be taken as the noise value during the vulcanization operation
.
If the difference between the A sound level
(before correction) of two adjacent measuring points exceeds 5dB (A), an additional point should be added between the two measuring points
Note: The test items listed in this standard should still be tested in accordance with the requirements of relevant standards and product drawings. Additional remarks:
This standard is proposed by China National Chemical Equipment Corporation. Brief
This standard is under the jurisdiction of the Rubber Machinery Standardization Technical Committee of the National Rubber and Plastic Machinery Standardization Technical Committee. This standard was drafted by Guangdong Zhanjiang Alkali Machinery Factory. The main drafter of this standard is He Junming,
Testing tools
People's Republic of China
Chemical Industry Standard
Horizontal vulcanization tank test method
HG/T2113---91
Editor Chemical Industry Standard Editorial Department
(Standardization Research Institute of Ministry of Chemical Industry)
Postal code: 100013
Printing Chemical Industry Standardization Research Institute
Copyright reserved. No reproduction allowed
Format 880×12301/16. Printing sheet 34 Number of words 14000 First printing in September 1992
First edition in September 1992
Printing number 1-500
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