CB/T 3897-1999 Marine 16~125A plugs, sockets and connectors

CB/T 3897-1999 Marine 16~125A plugs, sockets and connectors CB/T3897-1999 Standard download decompression password: www.bzxz.net

UDC621.316.541:629.12
National Standard of the People's Republic of China
GB1232190
CBh 3897-1999
Marine 16～125A plugs, socket-outletsand couplers
1990-04-20 Issued
State Bureau of Technical Supervision
1990-12-01 Implementation
Subject content and scope of application……
2 Reference standards
3 Terms…
4 Product classification…
5 Technical requirements
6 Test methods
7·Inspection rules·
8 Marking, packaging, transportation and storage.
Appendix A Grounding contact position diagram (supplement) Table of contents
Appendix B Schematic diagram of plugs, sockets and connectors (reference) Times
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National Standard of the People's Republic of China
Marine 16~125A plugs, socket-outlets and couplers
1 Subject content and scope of application
GB12321-90
This standard specifies the classification, technical requirements, test methods and inspection rules for marine 16~125A plugs, socket-outlets and couplers. This standard applies to plugs, sockets and connectors with an AC voltage of 50Hz or 60Hz, a rated voltage not exceeding 440V or a DC rated voltage not exceeding 220V, and a rated current of 16 to 125A, used in general ships, refrigerated containers and docks. However, it is not applicable to places with explosion hazards.
2 Reference standards
GB2099
Packaging storage and transportation pictorial signs
Technical conditions for single-phase and three-phase plugs and sockets
GB2423.10
GB2423.16
GB2423.17
Basic environmental test regulations for electrical and electronic products are test A: low temperature test method
Basic environmental test regulations for electrical and electronic products Basic environmental test regulations for electrical and electronic products Basic environmental test regulations for electrical and electronic products Basic environmental test regulations for electrical and electronic products Basic environmental test procedures for electronic products GB4942.2
Protection level of low-voltage electrical enclosures
3 Terms
3.1 Interlocking device
Test B: High temperature test method
Test Db: Alternating damp heat test method
Test Fc: Vibration (sinusoidal) test method Test J: Mildew test method
Test Ka: Salt mildew test method
It refers to a mechanical structure that prevents the plug pin from being energized before the plug and socket or connector are plugged in, and can also prevent the plug pin from being pulled out when energized.
3.2 Retention device
It refers to a mechanical structure that keeps the plug or connector in the normal working position when it is plugged in to prevent accidental disengagement. 4 Product classification
4.1 See Table 1 for basic parameters.
Approved by the State Administration of Technical Supervision on April 20, 1990, and implemented on December 12, 1990
Rated current
3P+N++
312321-90
50 or 60
50 or 60
50 or 60
Rated voltage
110 or 220
250 or 440
Grounding contact
Clock position
Note: ① The position of the grounding contact is determined by comparing the front of the socket with the clock face, setting the key slot position at 6 o'clock (6h), and then according to the clock position of the grounding socket, see Appendix A (supplement). 250V or 440V is only for refrigerated containers. 4.2
The arrangement diagram of the socket and the pin of the plug is shown in Figures 1 and 2. Current level
Socket 5
Grounding hole Φ7
Socket 6
Grounding hole 8
Socket electric 8
Grounding hole Φ10
Socket 10
Grounding hole 12
Auxiliary publication
Auxiliary hole
GB12321—90
Socket $5
Grounding no 7
Socket 46
Grounding hole 8
Socket 8
|Grounding hole 10
Socket $10
Grounding hole $12
Auxiliary hole
Auxiliary hole
Schematic diagram of socket socket arrangement
Socket 5
Grounding hole 7
Socket 46
Grounding hole Φ8
Socket 8
Grounding hole 10
Socket 10
Grounding hole 12
Current level
Pin $5
Grounding pin $7
Broadcast pin 46
Ground pin 8
Pin 18
Ground pin center 10
Pin 10
Ground pin center 12
Assistance pin
GB1232190
Pin $5
Ground pin 47
Pin: 6
Ground pin center 8
Pin 48
Ground pin 410
Pin 10
Ground pin 412|| tt||End auxiliary pin
Figure 2 Schematic diagram of the pin arrangement of the plug
Pin $5
Grounding pin
Pin 46
Grounding pin 48
Pin 48
Grounding pin 410
3P+N+→
Pin 410
Anding pin 12
GB12321—90
4. The structure and dimensions of 316A and 32A sockets and connector sockets are shown in Figure 3 and Table 2. h
R3.5±0.2
2P+↓
3P+↓
3P+N++
3P+N++
3P+↓
3P+↓
3P+N+→
Figures 316A and 32A sockets and connector sockets
Chamfer of socket sleeve
Phase and neutral line plug plate
Earthing socket
3P+N+1
GB1232190
Continued Table 2
Note: 1) Within the distance specified by ts, d and L should be within the limit. If ts is exceeded, d and L can be greater than the specified value. 2) The dimensions of the socket d and d do not have to be circular, which is related to the pin. 3) For the socket with 3P+N++10 poles, the value of dimension h for the neutral line socket is 16.0mm. 4.4 The construction and dimensions of 16A and 32A plugs and connector plugs are shown in Figure 4 and Table 3. End of the plug
Phase and neutral line plugs
Insulating bushing
Figure 416A and 32A plugs and connector plugs
Earthing plug
3P+N++
2P+↓
3P+↓
3P+N+↓
3P+N+G
3P+N++
3P+↓
3P+N++
Note: 1) Applicable to plugs with metal shells. d2
GB12321-90
2) Applicable to plugs with non-metallic shells. Limit
Limit deviation
Basic sizewwW.bzxz.Net
Basic size
GB12321-90
4.The structure and dimensions of the sockets and connector sockets of 563A and 125A without auxiliary jacks are shown in Figure 5 and Table 4. 15min
R05min
Figure 563A and 125A sockets and connector sockets without auxiliary holes Table 4
3P+N++
3P+N++
3P+N++
Chamfer of socket
Phase and neutral sockets
Earthing socket
+1 03)
With electrical interlock
With mechanical interlock
21 or 40
Note: 1) Within a distance of 15mm, d and L should be within the limit value. If it exceeds 15mm, d and L can be greater than the specified value. 2) The dimensions of the socket d and dg do not have to be round, which is related to the pin. 3) For sockets with 3P+N+Pole, the depth h of the neutral contact should be less than the depth of the phase contact and greater than the depth of the grounding contact. 8
No interlock
21 or 40
GB12321-90
4.663A and 125A sockets and connector sockets with auxiliary jacks have a structure and dimensions shown in Figure 6 and Table 4. h,
63A and 125A sockets and connector sockets with auxiliary jacks Figure 6
Chamfer of socket sleeve
Phase and neutral socket
Auxiliary socket sleeve
Grounding socket
4.763A and 125A plugs and connector plugs without auxiliary pins have a structure and dimensions shown in Figure 7 and Table 5. hg
End of pin
Phase and neutral pins
Earth pin
Figure 763A and 125A Plugs and connectors without auxiliary pins Plug insulation food
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