GB/T 2851.5-1990 Die sliding guide die frame intermediate guide column die frame

This standard specifies the structural type, specifications and technical conditions of the intermediate guide column mold frame of the die sliding guide mold frame. This standard is applicable to the mold frame for the die mold. GB/T 2851.5-1990 Die sliding guide mold frame intermediate guide column mold frame GB/T2851.5-1990 Standard download decompression password: www.bzxz.net

National Standard of the People's Republic of China
Sliding guide die sets for press tools
Center guide pillar sets
Subject content and scope of application
GB/T 2851.5--90
Replaces GB 2851.5-81
This standard specifies the structural type, specifications and technical conditions of the intermediate guide pillar sets of sliding guide die sets for press tools. This standard applies to die sets for press tools. Reference standards
GB/T2854
Technical conditions for die frame
GB/T2855.9 Die sliding guide die seat intermediate guide column upper die seat GB/T2855.10 Die sliding guide die seat intermediate guide column lower die seat GB/T2861.1 Die guide device
A-type guide column
GB/T2861.6 Die guide device A-type guide sleeve 3
Structural type, specifications and technical conditions of die frame 3.1 Technical conditions shall comply with the provisions of GB/T2854. 3.2 Structural type and specifications are shown in the figure and table.
Approved by the State Administration of Technical Supervision on July 23, 1990 440
Implementation on May 1, 1991
3.3 Marking example:
GB/T 2851.5—90
Die perimeter L=250mm, B=200mm, closing height H=200~245mm, intermediate guide column mold frame with grade 1 accuracy: mold frame 250×200×200~245IGB/T2851.5441
Die perimeter
Closing height
(reference)
140［165
Upper mold base
GB/T 2851.5--80
Part number, name and standard number
Lower die seat
JGB/T 2855.9|GB/T 2855.10
63 × 50 × 20
63 × 50 × 25
63 × 63 × 20
63 × 63 × 25
80 × 63 × 30
100 × 63 × 25
100 × 63 × 30
80 × 80 × 25
80 × 80 × 30
100 × 80 × 25
63 × 50 ×25
63×50×30
63 ×63 × 25
63×63×30
80×63×30
80 ×63×40
100 ×63×30
100×63×40
80×80×30
80 ×80 × 40
100×80×30
GB/T 2861.1
20 × —
GB/T 2861.6
60×18
65×23
60×18
65×23
65×23| |tt||70×28
65×23
70×28
60×18
65×23
60 ×18 | ×23
Mold perimeter
Closed height
(reference)
GB/T 2851.5--90
Part number, name and standard number
Lower die seat
GB/T 2855.9 /GB /T 2855.10
100× 80 ×30
125 × 80 × 25
125 × 80 ×30
100×100×25
100× 80×40
125×80×30
GB/T 2861.1
125 × 80 × 40
100 × 100 × 30
100 × 100 × 30
125 × 100 × 30
125×100 ×35
160×100×35
160×100 × 40
100×100× 40
125×100×35
125×100 ×45
160100×40
160×100 × 50
200×100×35
200×100×40
200×100×4G
20×100×50
22 ×—
GB/T 2861.6
70 × 28
65 ×23
70 ×28
65×23
70 ×28
80 × 28
70 ×28
65×23
22 × -
70×28
65×23
70×28
80×28
80×33
80 ×33
85×33
90×38
85×33
90×38
85×33
90×38
85×33
90 ×38
Same mold perimeter
Closing height
(reference）
Upper mold base
GB/T 2851.5-90
Part number, name and standard number
Lower mold base
GB/T2855.9
125×125 × 30
GB/T 2855.10
125×125×35
125×125×35
125 ×125 × 45
160 × 125 × 35160 ×125 × 40160 35
200×125×40
250×125×40
250×125×45
160 × 160 × 40
160×160× 45
200 ×160×40
160×125×50
200 ×125 × 40
200 ×125×50
250×125×45
250×125×55
160 2861.1
32 × —
GB/T 2861.6
80 ×28
85 ×33
85×33
95×38
128 ×
85×33|| tt||95×38
100 × 38
110×43
28 ×-
100×38
110×43
80 ×28
85×33
85×33
95×38
85×33
95×38
100×38
110×43
100 ×38
110×43
100×38）
100×38
die perimeter
250250
closed height| |tt||(Reference)
Upper die base
GB/T 2851.5--90
Part number, name and standard number
Lower die base
GB/T 2855.9 IGB/T 2855.10
200 × 160 × 45
250 × 160 × 45
250 × 160 × 50
200 × 200 × 45
200 ×200 ×50
250 × 200 × 45
250 × 200 × 50
315×200×45
315×200 × 50
GB/T 2861.1
28× 200
200 ×160 ×55
250 × 160 ×50
250 × 160 ×60
200 × 200 ×50
200×200 ×60
250×200 ×50
250 × 200 ×60
315×200×55
315×200×65
/ 35×-
250×250×55
250 × 250 × 45
250×250× 50
250 × 250 ×65
40 ×
GB/T 2861.6
28×110×4332×110×43
105×43
115 ×48
105×43
115×48
105×43
115× 48
115 × 43
125 × 48
105×43
115× 48
105×43
115×48
105×43
115×48
115×43
125×48| |tt||115×43
125 ×48
115×43
125×48
Mold training perimeter
Closing height
(Reference)
Upper die base
GB /T 2855.9
315 × 250 × 50
315×250×55
400×250×50
400×250× 55
315×315×50
GB/T 2851 .5--90
Part number, name and standard number
Lower die base
GB/T2855.10
1315×250 ×60||tt| |315 × 250 × 70
400 ×250 ×60
400 × 250 × 70
315×315×60
315×315×55||tt| |400 × 315 × 55
400 ×315 ×60
500 ×315×55
500×315×60
400×400×55
315×315× 70
400 × 315 ×65
400×315×75
GB/T2861.1
500 × 315 × 65
500 ×315×75
400 × 400 × 65
GB/T 2861.6
125×48
140×53
125x48
140x53
45 ×
125×48
140×53
125×48
140×53
140×53
150×58|| tt||140×53
150 ×58
140×53
125x48
140×53
125x48
140x53
140×53
150 ×58
140×53
150x58
140x53
die perimeter
Additional instructions:
Closed height||tt| |(Reference)
GB/T 2851.5—90
Part number, name and standard number
GB/T 2855.9 GB/T 2855.10
400 ×40 0 ×60
630 × 400 × 55
630 × 400 ×65
500×500×55
500×500×65
400 × 400 × 75
630× 400×65
630 × 400 × 80
500 × 500 × 65
500×500×80
This standard is proposed by the Ministry of Machinery and Electronics Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Mould Standardization. This standard was drafted by the Mould Branch of Guilin Electrical Science Research Institute of the Ministry of Machinery and Electronics Industry. The main drafters of this standard are Wang Huachang and Qin Guangwei. 50x
This standard is entrusted to the mold branch of Guilin Electric Science Research Institute of the Ministry of Machinery and Electronics Industry for interpretation. 5
GB/T 2861.6
45×150×5850×150×58|| tt||150×53
160×63
150×53
160×63
150×53
160×63||tt| |150×53
160×631
28× 200
200 ×160 ×55
250 × 160 ×50
250 × 160 ×60
200 × 200 ×50| |tt||200×200 ×60
250×200×50
250 × 200 ×60
315×200×55
315×200×65
/ 35× -
250×250×55
250 × 250 × 45
250×250× 50
250 × 250 ×65
40 ×
GB/T 2861.6
28×110×4332×110×43
105×43
115 ×48
105×43
115×48
105×43
115× 48
115 × 43
125 × 48
105×43
115× 48
105×43
115×48
105×43
115×48
115×43
125×48| |tt||115×43
125 ×48
115×43wwW.bzxz.Net
125×48
Mold training perimeter
Closing height
(Reference)
Upper die base
GB /T 2855.9
315 × 250 × 50
315×250×55
400×250×50
400×250× 55
315×315×50
GB/T 2851 .5--90
Part number, name and standard number
Lower die seat||tt| |GB/T2855.10
1315×250×60
315×250×70
400×250×60
400×250×70||tt| |315×315×60
315×315×55
400 × 315 × 55
400 ×315 ×60
500 ×315×55
500×315×60
400×400×55
315×315×70
400 × 315 ×65
400 ×315×75
GB/T2861.1
500 × 315 × 65
500 ×315×75
400 × 400 × 65
GB/T 2861.6
125×48
140×53||tt ||125x48
140x53
45 ×
125×48
140×53
125×48
140×53
140×53
150×58|| tt||140×53
150 ×58
140×53
125x48
140×53
125x48
140x53
140×53
150 ×58
140×53
150x58
140x53
die perimeter
Additional instructions:
Closed height||tt| |(Reference)
GB/T 2851.5—90
Part number, name and standard number
GB/T 2855.9 GB/T 2855.10
400 ×40 0 ×60
630 × 400 × 55
630 × 400 ×65
500×500×55
500×500×65
400 × 400 × 75
630× 400×65
630 × 400 × 80
500 × 500 × 65
500×500×80
This standard is proposed by the Ministry of Machinery and Electronics Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Mould Standardization. This standard was drafted by the Mould Branch of Guilin Electrical Science Research Institute of the Ministry of Machinery and Electronics Industry. The main drafters of this standard are Wang Huachang and Qin Guangwei. 50x
This standard is entrusted to the mold branch of Guilin Electric Science Research Institute of the Ministry of Machinery and Electronics Industry for interpretation. 5
GB/T 2861.6
45×150×5850×150×58|| tt||150×53
160×63
150×53
160×63
150×53
160×63||tt| |150×53
160×631
28× 200
200 ×160 ×55
250 × 160 ×50
250 × 160 ×60
200 × 200 ×50| |tt||200×200 ×60
250×200×50
250 × 200 ×60
315×200×55
315×200×65
/ 35× -
250×250×55
250 × 250 × 45
250×250× 50
250 × 250 ×65
40 ×
GB/T 2861.6
28×110×4332×110×43
105×43
115 ×48
105×43
115×48
105×43
115× 48
115 × 43
125 × 48
105×43
115× 48
105×43
115×48
105×43
115×48
115×43
125×48| |tt||115×43
125 ×48
115×43
125×48
Mold training perimeter
Closing height
(Reference)
Upper die base
GB /T 2855.9
315 × 250 × 50
315×250×55
400×250×50
400×250× 55
315×315×50
GB/T 2851 .5--90
Part number, name and standard number
Lower die seat||tt| |GB/T2855.10
1315×250×60
315×250×70
400×250×60
400×250×70||tt| |315×315×60
315×315×55
400 × 315 × 55
400 ×315 ×60
500 ×315×55
500×315×60
400×400×55
315×315×70
400 × 315 ×65
400 ×315×75
GB/T2861.1
500 × 315 × 65
500 ×315×75
400 × 400 × 65
GB/T 2861.6
125×48
140×53||tt ||125x48
140x53
45 ×
125×48
140×53
125×48
140×53
140×53
150×58|| tt||140×53
150 ×58
140×53
125x48
140×53
125x48
140x53
140×53
150 ×58
140×53
150x58
140x53
die perimeter
Additional instructions:
Closed height||tt| |(Reference)
GB/T 2851.5—90
Part number, name and standard number
GB/T 2855.9 GB/T 2855.10
400 ×40 0 ×60
630 × 400 × 55
630 × 400 ×65
500×500×55
500×500×65
400 × 400 × 75
630× 400×65
630 × 400 × 80
500 × 500 × 65
500×500×80
This standard is proposed by the Ministry of Machinery and Electronics Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Mould Standardization. This standard was drafted by the Mould Branch of Guilin Electrical Science Research Institute of the Ministry of Machinery and Electronics Industry. The main drafters of this standard are Wang Huachang and Qin Guangwei. 50x
This standard is entrusted to the mold branch of Guilin Electric Science Research Institute of the Ministry of Machinery and Electronics Industry for interpretation. 5
GB/T 2861.6
45×150×5850×150×58|| tt||150×53
160×63
150×53
160×63
150×53
160×63||tt| |150×53
160×636
125×48
140×53
125x48
140x53
45 ×
125×48
140×53
125×48
140×53
140×53
150×58|| tt||140×53
150 ×58
140×53
125x48
140×53
125x48
140x53
140×53
150 ×58
140×53
150x58
140x53
die perimeter
Additional instructions:
Closed height||tt| |(Reference)
GB/T 2851.5—90
Part number, name and standard number
GB/T 2855.9 GB/T 2855.10
400 ×40 0 ×60
630 × 400 × 55
630 × 400 ×65
500×500×55
500×500×65
400 × 400 × 75
630× 400×65
630 × 400 × 80
500 × 500 × 65
500×500×80
This standard is proposed by the Ministry of Machinery and Electronics Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Mould Standardization. This standard was drafted by the Mould Branch of Guilin Electrical Science Research Institute of the Ministry of Machinery and Electronics Industry. The main drafters of this standard are Wang Huachang and Qin Guangwei. 50x
This standard is entrusted to the mold branch of Guilin Electric Science Research Institute of the Ministry of Machinery and Electronics Industry for interpretation. 5
GB/T 2861.6
45×150×5850×150×58|| tt||150×53
160×63
150×53
160×63
150×53
160×63||tt| |150×53
160×636
125×48
140×53
125x48
140x53
45 ×
125×48
140×53
125×48
140×53
140×53
150×58|| tt||140×53
150 ×58
140×53
125x48
140×53
125x48
140x53
140×53
150 ×58
140×53
150x58
140x53
die perimeter
Additional instructions:
Closed height||tt| |(Reference)
GB/T 2851.5—90
Part number, name and standard number
GB/T 2855.9 GB/T 2855.10
400 ×40 0 ×60
630 × 400 × 55
630 × 400 ×65
500×500×55
500×500×65
400 × 400 × 75
630× 400×65
630 × 400 × 80
500 × 500 × 65
500×500×80
This standard is proposed by the Ministry of Machinery and Electronics Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Mould Standardization. This standard was drafted by the Mould Branch of Guilin Electrical Science Research Institute of the Ministry of Machinery and Electronics Industry. The main drafters of this standard are Wang Huachang and Qin Guangwei. 50x
This standard is entrusted to the mold branch of Guilin Electric Science Research Institute of the Ministry of Machinery and Electronics Industry for interpretation. 5
GB/T 2861.6
45×150×5850×150×58|| tt||150×53
160×63
150×53
160×63
150×53
160×63||tt| |150×53
160×63
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