The Technical Conditions for Iron Waste Bins are formulated in accordance with the requirements of the Ministry of Construction's Document No. 214 (1992) "Regarding the 1992 Ministry of Construction Industrial Product Standard Measurement Procedures and Revision Project Plan". This standard is specially formulated because the specifications and shapes of waste produced in various parts of the country are inconsistent, the materials are different, there is no unified standard, and they cannot be interchanged, which affects the use of supporting facilities and does not meet the needs of industry technology. Relevant domestic and foreign data were referenced during the formulation of the standard. This standard specifies the definition, model, basic parameters and technical requirements of waste bins for public places. This standard applies to iron waste bins located in outdoor public places, and waste bins made of other materials and indoor waste bins can be implemented as a reference. This standard does not apply to special containers such as garbage containers, garbage cans, and garbage buckets. CJ/T 5026-1998 Technical Conditions for Iron Waste Bins CJ/T5026-1998 Standard download decompression password: www.bzxz.net

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Town construction industry standard of the People's Republic of China CJ/T5026—1998
Technical provisions of iron waste bin
Technical provisions of iron waste binConstruction standards
1998-02-20Released
Engineering construction standards full-text information system
Released by the Ministry of Construction of the People's Republic of China
1998-08-01
Engineering construction standards full-text information system
CJ/T5026-1998
"Technical provisions of iron waste bin" is formulated according to the requirements of the Ministry of Construction's Construction Standard (1992) No. 214 document "About the 1992 Ministry of Construction's industrial product standard measurement regulations formulation and revision project plan". This standard is specially formulated because the specifications and shapes of waste bins produced in various parts of the country are inconsistent, the materials are different, there is no unified standard, and they cannot be interchanged, which affects the use of their supporting facilities and does not meet the needs of industrial technological progress. Relevant domestic and foreign materials were referred to during the formulation of the standard.
This standard is proposed by the Standard and Quota Research Institute of the Ministry of Construction. This standard is under the jurisdiction of the Shanghai Municipal Environmental Sanitation Administration, the technical unit responsible for urban sanitation standards of the Ministry of Construction. This standard is drafted by the Guiyang Environmental Sanitation Science Research Institute. The main drafters of this standard are Zhang Wenfu, Li Danian, and Zou Ping. Engineering Construction Standards Full-text Information System
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Technical provisions of iron waste bins of the People's Republic of China Urban Construction Industry Standards
Technical provisions of iron waste bin1Scope
CJ/T5026—1998
This standard specifies the definition, model, basic parameters and technical requirements of waste bins for public places (hereinafter referred to as waste bins). This standard applies to iron waste bins located in outdoor public places. Waste bins made of other materials and indoor waste bins can be implemented as a reference. This standard does not apply to special containers such as garbage containers, garbage cans, and garbage buckets. 2 Referenced standards
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When this standard is published, the versions shown are valid. All standards will be revised, and the parties using this standard should explore the possibility of using the latest versions of the following standards. JB8—82 Product Label
JB1644—81 General Technical Conditions for Casting Machinery CJ28.1—91 Graphic Symbols for Environmental Sanitation Facilities and Equipment Facility Signs 3 Definitions
This standard adopts the following definitions:
3.1 Waste Bin Waste Bin
A container for collecting and temporarily storing domestic waste placed by people in public places. 3.2
2Public waste
Public waste refers to the waste such as peels, paper scraps, cigarette butts, small waste plastics, small packaging materials, etc. generated by people in public places.
3.3Nominal volumenominalvolume
The total volume of the box.
3.4Effective volumeeffectivevolume
The volume from the bottom edge of the input to the bottom of the box that actually accommodates waste. 3.5Input
The entrance where waste is put into the waste box. 3.6Dumpout
The exit where waste is discharged from the waste box. 4Product classification
4.1According to the setting method, there are two types of waste bins: fixed and movable. 4.2According to the material, there are cast iron, carbon steel, and stainless steel waste bins. Approved by the Ministry of Construction of the People's Republic of China on February 20, 1998, and implemented on August 1, 1998. 5 Model and Marking 5.1 Model The model of the waste bin consists of type, material, main parameter, and improvement or variant code. a) The type code is represented by the uppercase printed Chinese phonetic letter G (fixed) and Y (mobile); b) The material code is represented by the uppercase printed Chinese phonetic letter Z (cast iron), T (carbon steel), and B (stainless steel); c) The main parameter refers to the nominal volume (L), which is represented by Arabic numerals; d) The improvement or variant code is represented by A, B, C.. 1. Improvement and variant code
Main parameter code
5.2 Marking example
T Carbon steel
-B: Stainless steel
G Fixed type
Y: Movable type
F: Waste bin
FG·T—110 indicates a fixed carbon steel waste bin with a nominal volume of 110L. 6 Basic parameters
6.1 Nominal volume series: 90L, 110L, 125L. 6.2 Effective volume: should not be less than 75% of the nominal volume, preferably 70L, 85L, 100L series. 6.3 The allowable error of volume is ±3%.
6.4 The plate thickness of steel parts should not be less than 1.5mm, the plate thickness of stainless steel parts should not be less than 0.8mm, and the plate thickness of cast iron parts should not be less than 6mm. 6.5 The total height of the box body should not be greater than 1000mm.
6.6 The height from the lower edge of the input port to the ground should not be less than 600mm. 6.7 The short side dimension of the input port should not be less than 110mm; the diameter of the circular port should not be less than 150mm. 6.8
The rectangular dimension of the discharge port should not be less than 200mm×250mm (see Figure 1a, b) Figure 1 Discharge port
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The bottom of the waste bin with a discharge port should be set with an inclined surface with an angle of not less than 10° with the bottom edge plane (horizontal plane) (see Figure 2). Box
Inclined surface
Discharge fork
Bottom edge plane horizontal plane)
Figure 2 Inclined surface
7 Technical requirements
7.1 General technical requirements
7.1.1 Waste bins shall be manufactured in accordance with drawings and technical documents approved by the prescribed procedures. 7.1.2 Waste bins are composed of top cover (plate), box (cylinder) body, base (or bracket), etc. The design should have a reasonable structure, beautiful shape, and reliable performance; the standardization, generalization and serialization level of the product should be improved. 7.1.3 The main body of the box should be a simple geometric body. 7.1.4 The waste bin should have sufficient strength and rigidity, and should not be significantly deformed under certain external force collision and extrusion. 7.1.5 It is not allowed to make or attach spittoons and ashtrays on the top cover (plate) of the waste bin, and the top cover should be smooth and free of water accumulation. 7.1.6 For waste bins that use plastic bags to store waste, a container for placing plastic bags or a device for fixing plastic bags should be installed inside the bin. Ensure that the plastic bags can be placed and taken out easily.
7.1.7 There should be no water accumulation at the bottom of the bin.
7.1.8 The input port should be located on the side of the bin. 7.2 Materials and processing
7.2.1 The selected materials should meet the design requirements. 7.2.2
The cast iron waste bin should meet the requirements of this standard and the relevant provisions of JB1644. 7.2.3 The welded parts should meet the requirements of the drawings after welding, and the welds should be flat and smooth, without obvious defects such as burn-through, cracks, pores, slag inclusions, etc. 7.2.4
The outer surface of the bin and the top cover should be smooth, without burrs and obvious cracks, sand holes, etc. 7.2.5 The edges of the input port and the discharge port should be smooth and free of burrs. 7.2.6 The inner and outer surfaces of carbon steel and cast iron waste bins shall be painted with anti-corrosion paint or treated with non-corrosive and highly flame-retardant materials. The surface color shall be coordinated with the environment and bright, without wrinkles, bubbles, shedding and other defects. 7.2.7 The words "waste bin" may be marked in the middle of the bin with paint that is in sharp contrast with the color of the bin. 7.2.8 The graphic logo of the waste bin shall be drawn in a conspicuous position on the bin and shall comply with the provisions of Article 3.7 of CJ28.1. The frame size shall not be less than 100mmX100mm, and the color of the graphic logo shall be in sharp contrast with the color of the bin. 7.2.9 The installation of the discharge port shall be firm and reliable, shall not leak waste, and shall be flexible to open and close. 7.3 Installation and fixing of waste bins
7.3.1 The connection of modular waste bins shall be firm and reliable. 7.3.2 Fixed waste bins should be installed with anchor bolts, and the installation shall be firm and reliable. 7.3.3 The movable waste container should be placed on a firm and flat ground and have sufficient stability to prevent it from tipping over. Engineering Construction Standard Full Text Information System
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Test Method
8.1 Dimension inspection, use ordinary measuring tools. 8.2 Appearance inspection, use normal eyesight to inspect vertically. 9 Inspection rules
Waste bins can only leave the factory after being inspected piece by piece by the manufacturer and issued with a certificate of conformity. Inspection shall be carried out in accordance with the technical requirements of Chapter 7. Marking, packaging, and transportation
10.1 Each waste bin shall be equipped with a product label in a conspicuous position, and the label size shall comply with the provisions of JB8. 10.2 Contents of the label:bZxz.net
a) Product name;
b) Product model;
c) Main parameters of the product;
d) Manufacturing date and production number;
e) Standard code;
f) Name of the supervision unit;
g) Name of the manufacturer.
10.3 Packaging and transportation
The packaging and transportation methods must be based on the different shapes, specifications, and transportation distances of the products. The supply and demand parties shall sign a specific agreement, and the packaging and transportation shall be carried out in accordance with the agreement to ensure that no damage is caused. Engineering Construction Standards Full-text Information System
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