Register system for printing

This standard specifies the terminology and dimensional specifications of the printing positioning system. This standard applies to the positioning of platemaking, printing and related materials in the printing process, and also applies to machines and equipment that punch holes in materials and use positioning systems. Materials include various types of photosensitive films, paper for platemaking and plate-loading, metal, film plates, etc. GB/T 15110-1994 Printing positioning system GB/T15110-1994 Standard download decompression password: www.bzxz.net
This standard specifies the terminology and dimensional specifications of the printing positioning system. This standard applies to the positioning of platemaking, printing and related materials in the printing process, and also applies to machines and equipment that punch holes in materials and use positioning systems. Materials include various types of photosensitive films, paper for platemaking and plate-loading, metal, film plates, etc.

National Standard of the People's Republic of China
Register system for printing
Register system for printing CB/T 15110-.94
This standard is equivalent to the three-pin system part of the international standard IS011084 Image technology-Register system for photosensitive materials, metal foils, and paper.
1 Subject content and scope of application
This standard specifies the terminology and dimensional specifications of the registration system for printing. This standard applies to the registration of platemaking, printing and related materials in the printing process, and also applies to machines and equipment that punch holes and use registration systems on materials, including various photosensitive films, platemaking, paper for plate loading, metal, film plates, etc. 2 Terminology
2.1 Register bzxz.net
In the printing process, through a series of operations, the accuracy of the position required for the details is achieved. 2.2 Register system
A system for obtaining accurate positioning reference.
2.3 Register hole
Hole on the material that matches the register pin:
2.4 Register pin
A pin that is axially aligned with the carrier,
2.5 Register pin carrierThe base on which the register pin is mounted.
Note: All the pins in the system can be mounted on a connecting rod, or can be mounted on separate carriers, or integrated with the printing equipment. 2.6 Register hole punchA device used to punch out the register carrier.
3 Dimensions
3.1 Platemaking registration system
3.1.1 The non-distribution position of the registration hole and the registration pinThe registration system is centered with a longitudinal long circular hole and symmetrically arranged transverse long circular holes on both sides. The dimensions of the registration pin and the registration pin relative to the center line of the material (with the narrowest meter as the unit) are shown in Figure 1. The maximum width of the material in the figure is 500mm. For materials with a width exceeding 500mm, the corresponding hole spacing can be increased by 200mm pitch. The perforation line is a straight line parallel to the edge of the material. National Technical Supervision Week 1994-07-08 Approved 1995-01-01 Implementation
GB/T 15110-94
3.1.2 Positioning hole
GB/T15110-94
3.1.2.1 Center positioning hole
The center positioning hole is located at the center of the perforation line, so that the material can be positioned in the direction parallel to the perforation line. Hole shape and size (in millimeters, see Figure 2.
Punch line
Figure 2 Center positioning hole
3.1.2.2 Positioning hole pair
The fixed false hole pair is arranged along the punch line so that the material can be positioned in the direction perpendicular to the punch line. Hole shape and size (in millimeters, see Figure 3. Gmin
Punch line
Figure 3 Fixed hole pair
3.1.3 Positioning pin
According to the cross-sectional shape of the part inserted into the positioning hole, there are two types of positioning pins. One cross-section is oblong and the other is circular, and the size is in millimeters, see Figure 4.
3.2 Plate setting optimization system
3.2.1 Arrangement of plate positioning and observation holes Figure 1 Positioning pin
This standard uses two U-shaped holes as plate positioning holes. Two circular viewing holes are set in a single-sheet offset printing press. The web offset press is not equipped with observation holes.
The size of the plate mounting positioning hole and the observation hole relative to the edge of the plate (in pen meters) is shown in Figure 5. GB/T 15110—94
GB/T 15110—94
In the figure, I is the center distance of the plate positioning hole, L, and L, which are calculated as follows: = + 32
L= L + 52
3.2-2 Plate mounting positioning hole
The function of the plate mounting positioning hole is to fix the printing plate on the set position tube: the hole shape, size (in millimeters) is shown in Figure 6. -09
Figure Plate mounting positioning hole
3. 2. 3 Observation hole
The hole shape and size (in millimeters) of the observation hole are shown in Figure 7. AS
Observation hole
3.2.4 Plate mounting positioning pin
The cross section of the positioning pin is circular, the size (unit is mm) is shown in Figure &, the center is he
Center positioning pin
Additional instructions:
This standard is proposed by the Press and Publication Administration of the People's Republic of China. This standard is under the jurisdiction of the National Printing Standardization Technical Committee. This standard is drafted by the Beijing Institute of Graphic Communication, and the main drafter of this standard is Marigan.
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.