HG/T 21563-1995 Stirring drive system combination, selection and technical requirements HG/T21563-1995 standard download decompression password: www.bzxz.net

Stirring drive system combination, selection and technical requirements HG21563-95
1 Subject content and scope of application
This standard specifies the system combination, selection and technical requirements of stirring drive (imported). This standard is applicable to stirring drive devices of stirring vessels (such as reaction kettles) with a design pressure of PN-0.11.6MPa (-1~16bar) and a design temperature of -20~+300℃, which are used to achieve stirring functions. Note: This standard does not include stirring paddles in kettles, stirring shafts in kettles and their supporting structures in kettles (such as intermediate bearings and bottom bearings in kettles, etc.). 2
HG/T 20569
HG 21537.7
HG21537.8
HG21564
HG21565
HG21566
HG21567
HG21568
HG 21569.1|| tt||HG 21569,2
HG 21570
HG21571
HG21572
"Mechanical stirring equipment"
Referenced standards
"Stirring transmission device-carbon steel stuffing box""Stirring transmission device-stainless steel stuffing box""Stirring transmission device-flange"
"Stirring transmission device-installation bottom cover"
"Stirring transmission device-single-pivot frame""Stirring transmission device-double-pivot frame""Stirring transmission device-drive shaft"
"Stirring transmission device-with short-section coupling""Stirring transmission device-one-piece elastic coupling""Stirring transmission device-coupling"
"Stirring transmission device-mechanical seal"
"Stirring transmission device-mechanical seal circulation protection system" 3 System composition of stirring transmission device
The system composition of stirring transmission device shall be in accordance with the provisions of Figures 3-1~4 and Tables 3-1~4. 10
Figure 3-2
Figure 3-3
Figure 3-4
Electric motor
Reducer
Stirring transmission device with mechanical seal and single-pivot frame System combination name
Single-pivot frame
(Outside the kettle) with short coupling
Mechanical seal
Transmission shaft《Note）
(Inside the kettle) coupling
Installation bottom cover
Flange
Circulation protection system
According to relevant standards and manufacturer samples
According to relevant standards and manufacturer samples
According to HG21566
According to HG 21569.1
According to HG 21571
Without inner bearing
2001.2003, 2004, 2006, 2008
According to HG21568
AXX type
Flange type
Clamshell type
According to HG21570 (C type)
According to HG21570 (D type)bzxz.net
With built-in bearing
2002, 2005.2007
Bxx type
Welded flange typeAccording to HG21570 (E type)
Integral flange typeAccording to HG 21568 (AXF, BXF type) according to HG21565
according to HG21564
according to HG21572
Note: If an integral shaft is used, item 7 will be cancelled and the length of item 6 transmission shaft will be lengthened and used as a stirring shaft (the designer should put forward the size requirements of the stirring shaft in the signature).
Electric motor
Reducer
System combination name of stirring transmission device with packing seal and single-pivot frame
Single-pivot frame
(Outside the kettle) with short coupling
Stuffing box
Drive shaft ()
(Inside the kettle) coupling
Installation bottom cover
Flange flange
According to relevant standards and manufacturer's samples
According to relevant standards and manufacturer's samples
According to HG21566 (Type B)
According to HG21569.1 (Type B)
According to HG21537.7HG21537.8
According to HG21568BX× type
Convex Flange type
Clamshell type
According to HG21570 (C type)
According to HG21570 (D type)
Welded flange typeAccording to HG21570 (E type)
Integral flange typeAccording to HG21568 (BXF type)According to HG21565
According to HG21564
Table 3-2
Note: If an integral shaft is used, item 7 is cancelled, and the length of item 6 transmission shaft is lengthened and used as a stirring shaft (the designer should propose the size requirements of the stirring shaft in the signature.
Motor
Reducer
System combination name of a stirring transmission device using mechanical seal and double-pivot frame
Double-pivot frame
Block-type elastic coupling
(outside the kettle) with short coupling
mechanical seal
drive shaft (seat)
(inside the kettle) coupling
install bottom cover
flange flange
circulation protection system
according to relevant standards and manufacturer samples
according to relevant standards and manufacturer samples
according to HG21567
according to HG21569.2
according to HG21569.1
according to HG21571
without built-in bearing
2001, 2003.2004, 2006.2008
according to HG21568
AXX type
convex Flange type
Clamp type
According to HG21570 (Type C)
According to HG21570 (Type D)
Welded flange typeAccording to HG21570 (Type E)
Table 3-3
With built-in bearing
2002, 2005.2007
BX× type
Integral flange type
According to HG21568 (AXF, BXF type)
According to HG21565
According to HG21564
According to HG21572
Note: If an integral shaft is used, item 8 will be cancelled, and the length of the drive shaft of item 7 will be lengthened to serve as the stirring shaft (the designer should propose the size requirements of the stirring shaft in the signature).
Electric motor
Reducer
System combination name of stirring transmission device with packing seal and double-pivot frame
Double-pivot frame
Block-type elastic coupling
(Outside the kettle) with short-section coupling
Stuffing box
Drive shaft (chain)
(Inside the kettle) coupling
Installation bottom cover
Flange flange
According to relevant standards and manufacturer's samples
According to relevant standards and manufacturer's samples
According to HG21567 (Type B)
According to HG21569.2
According to HG21569.1 (Type B)||tt ||According to HG21537.7.HG21537.8
According to HG21568BXX type
Four-edge type
Clamp type
According to HG21570 (C type)
According to HG21570 (D type)
Welded flange type
According to HG21570 (E type)
Integral flange typeAccording to HG21568 (BXF type)According to HG21565
According to HG21564
Table 3-4
Note: If an integral shaft is used, item 8 is cancelled, and the length of the drive shaft of item 7 is lengthened and used as a stirring shaft (the designer should propose the size requirements of the stirring shaft in the signature).
4 Selection
4.0.1 The flange is generally welded to the head of the mixing container and is used to connect the mixing transmission device. It can also be used as a hole for installation, maintenance and inspection.
The nominal diameter of the flange is DN200~900mm. The type is shown in Table 4.0.1 (according to HG21564). Flange flange type (HG21564)
..Table 4.0.1
Sealing surface type
Structural type
4.0.2 The installation bottom cover is connected to the flange flange with tight fittings such as studs, which is the main connection between the entire mixing transmission device and the container.
The type of the installation bottom cover is based on the structure (integral or lining), the sealing surface type (raised surface or convex surface) and the installation type of the drive shaft (top or bottom), according to Table 4.0.2 Select (HG21565). The nominal true diameter of the mounting bottom cover is the same as that of the flange. When selecting the type, attention should be paid to the matching of the sealing surface with the flange (raised surface with raised surface, convex surface with concave surface).
After the type is determined, the structural dimensions of the mounting bottom cover are determined by the nominal diameter of the mounting bottom cover, the nominal diameter of the frame and the shaft diameter (d) of the transmission shaft.
Installation bottom cover type (HG21565)
Sealing surface type
Transmission shaft installation type
Top installation (S)
Bottom installation (X)
Raised surface (R)
Lining (L)
Convex surface (M)
Lining (L)
4.0.3 The lower end of the frame is connected to the installation bottom cover with studs. The nominal diameter of the frame is equal to or less than the nominal diameter of the installation bottom cover. It is selected according to Table 4.0.3-1 (as shown in Figures 4.0.3-1 and 4.0.3-2). 11
Stuffing box (or mechanical seal)
Installation bottom cover
Flange
Figure 4.0.3-1 Top-mounted transmission shaft and its shaft-resting device (the example is that the nominal diameter of the frame is the same as the installation bottom cover) Stuffing box (or mechanical seal)
Figure 4.0.3-2 Bottom-mounted transmission shaft and its shaft-cutting device (the example is that the nominal diameter of the frame is smaller than the installation bottom cover) Installation bottom #
Upper flange
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