This standard specifies the definition, classification, technical requirements, test methods, inspection rules, marking, packaging, transportation and storage requirements for on-site mixed explosive vehicle mobile ground auxiliary facilities products. This standard applies to mobile ground auxiliary facilities for on-site mixed explosives vehicles. Including living vehicles, power vehicles, raw material preparation vehicles, raw material transport vehicles, etc., this facility is suitable for on-site mixed explosive vehicles. JB 10173-2000 On-site mixed explosives truck mobile ground auxiliary facilities JB10173-2000 standard download and decompression password: www.bzxz.net

ICS 73. 100. 30
De2
JB
Mechanical Industry Standard of the People's Republic of China
JB10173-2000
On-site mixed explosives truck||tt ||Mobile ground auxiliaries for site mixedandcharged explosivetruck
Released on 2000-03-30
National Machinery Industry Bureau
Released
Implemented on 2000-10-01
3B10173-2000
This standard is a mandatory standard for the machinery industry. Foreword
This standard is proposed and coordinated by the National Mining Machinery Standardization Technical Committee. The responsible drafting unit of this standard is: Shanxi Special Automobile Manufacturing Factory. The main drafters of this standard: Feng Youjing, Tai Qisheng, Zhang Dongsheng, Yang Xianli, Huang Jialin. 1 Scope
Machinery Industry Standard of the People's Republic of China
On-site mixed explosive truck
Mobile ground auxiliary facilities
Mobileground suxfliaries forsitemixedand charged explosive truck
JB10173 -2000
This standard specifies the definition, classification, technical requirements, test methods, inspection rules, marking, packaging, transportation and storage requirements for mobile ground auxiliary facilities products for on-site mixed explosive vehicles. This standard applies to mobile ground auxiliary facilities for on-site mixed explosive vehicles. This facility includes living vehicles, power vehicles, raw material preparation vehicles, raw material transport vehicles, etc. This facility is suitable for on-site mixed explosive vehicles. 2 Referenced standards
The provisions contained in the following standards are construed as provisions of this standard by being quoted in this standard. At the time of publication, the editions indicated were valid. All standards are subject to revision and parties using this standard should explore the possibility of using the latest version of the standard listed below. GB191—1990
GB/T2820—1990
GB 57491985
GB/T 13306—1991
GB/T 13384—1992
GB50057-1994
GB50058—1992
GBJ16-—1987
JB/T5995—1992
JB8433—1996
3 Definitions
This standard adopts The following definitions.
Packaging, storage and transportation pictorial mark
General technical conditions for power frequency diesel generator sets Urban residents drinking water standards
Signs
General technical conditions for mechanical and electrical product packaging||tt| |Building Lightning Protection Design Code
Design Code for Electrical Devices in Explosive and Fire Hazardous Environments Building Design Fire Protection CodeWww.bzxZ.net
Provisions for Writing Instructions for Mechanical and Electrical Products
On-site Mixed Explosive Vehicle Ground Auxiliary Facilities| |tt||3.1 Site Mixed and Charge Explosive Truck Site Mixed and Charge Explosive Truck is a special vehicle that integrates the transportation of explosive raw materials, on-site mixing, and loading of blast holes. 3.2 Mobile ground auxiliary facilities for site mixed and charged explosive trucks rnobilegroundauxiliariesforsitemixedandchargedexplosivetruck
·is a mobile facility for supporting, storing and processing semi-finished explosive raw materials for on-site mixed explosive trucks. The facility is a mobile raw material processing plant with equipment mounted on several semi-trailers. The National Machinery Industry Bureau approved the implementation on 2000-10-01 on 2000-03-30
Classification and naming
4.1 classification
JB10173-2000
On-site mixed explosives truck movement Type ground auxiliary facilities (hereinafter referred to as mobile ground stations) are divided into three types according to the types suitable for on-site mixed explosive vehicles (hereinafter referred to as explosive vehicles). Various types of equipment combinations are shown in Table 1.
Table 1
Equipment name
traction truck
living vehicle
power vehicle
raw material preparation vehicle
Type A Raw material preparation vehicle
Type 1 raw material transport vehicle
Type 2 raw material transport vehicle
Oil tank truck
Hand push fire extinguisher
Applicable charge car
note
BYDR
o
o
o
o
o
o| |tt||o
BCRH series
1 "O" is the equipment required for the corresponding ground station. BYDZ
o
o
o
o
o
o
o
BCZH series
BYDL
o
o
o
o
o
BCLH series
2 when When using the BCZH series heavy beryllium droplet charging vehicle, the latex matrix can also be provided by the BCRH series charging vehicle. 4.2 Naming
4.2.1 Mobile ground station model representation method: BY
D port||tt ||口口
Product improvement serial number (A, B, C...)
Single shift annual production capacity, kt
Special functions
It has Preparation of latex matrix function
With porous ammonium nitrate feeding device
Type code: R is suitable for BCRH series charging trucks Z is suitable for BCZH series charging trucks
L is suitable for BCLH series of charging vehicles
Applicable to the above three types of charging vehicles ground station (ground) when no code is marked
Mobile (moving)
Charging equipment category||tt| |4.2.2 Mobile ground station component equipment model representation method: JB10173-2000
Product improvement serial number (A, B, C)
Equipment main parameters
Function code: S is Living vehicle, D is the power vehicle, Y is the raw material preparation vehicle ground station (ground)
Mobile (moving)
Cracking explosive equipment
4.2.3 Mobile ground station raw materials Transport vehicle model representation method: 9XXH
5 technical requirements
5.1 basic requirements
0
口
design serial number (1, 2, 3·… ·)
Main parameter, t
van
·Vehicle category code
Company name code
5.1.1 Mobile ground station should comply with This standard requires manufacturing in strict accordance with drawings and technical documents approved through prescribed procedures. 5.1.2 The equipment equipped with the mobile ground station must meet the preparation and transportation requirements of the various component materials required for mixed emulsion explosives, heavy ammonium fuel oil explosives and porous granular ammonium fuel oil fuel explosives.
5.1.3 Parts in contact with corrosive media should use corresponding anti-corrosion materials. 5.1.4 The water, steam, and oil pipelines and components of the equipment must not have defects such as water leakage, steam leakage, and oil leakage. 5.1.5 The electrical switches and buttons of the equipment should be flexible and reliable. 5.2 Working conditions
5.2.1 The ambient temperature suitable for the mobile ground station is -40~+40℃. 5.2.2 The working site of the mobile ground station should be leveled and compacted, with a sandstone or cement concrete structure on the surface, and a compressive strength of not less than 90kPa. 5.2.3 The temperature of the aqueous solution must be 10~15°C higher than the crystallization point. 5.3 The main equipment of the power vehicle includes generators, boilers and surface water purification devices. 5.3.1 The generator should be selected according to GB/T2820, and the power should not be less than 50kW. 5.3.2 The power distribution panel should meet the dual requirements of generator power supply and grid power supply. 5.3.3 The thermal power of the boiler should not be less than 372kW. 5.3.4 Power vehicles should be equipped with water storage tanks. When using surface water as a water source, a water treatment device should be installed, and the purified water quality should comply with the regulations of GB57493
.
JB10173—2000
5.4. The main equipment of the raw material preparation vehicle includes water phase preparation tanks, water phase storage tanks, crushers, screw conveyors, oil phase preparation chains, micro-basin element preparation chains, etc. The main technical parameters of each equipment should comply with the provisions of Table 2. Table 2
Equipment name
Water phase storage tank
Water phase storage tank
Crusher
Screw conveyor
Oil phase Preparation inlay
Micro element tight preparation tank
Latex matrix preparation device
Note
Main technical parameters
Effective volume
Tiltation efficiency
effective volume
breaking capacity
conveying capacity
effective volume
effective volume
emulsification efficiency
unit|| tt||m
m
th
Vh
m
kg/min
1 The values ??listed in the table are for a single shift The main technical parameters of each equipment when the annual production capacity of the working system is 4ki. 2. When the raw material preparation vehicle is equipped with a latex matrix preparation device, evaluate its emulsification efficiency. 5.5 The carrying capacity of the raw material transport vehicle is not less than 40t. Value
6~7
3.5
9-10
4-6
68
1.52.5
0.20.4
200
5.6 The mobile ground station should be equipped with a laboratory. The equipment and instruments configured in the laboratory must meet the inspection and process quality inspection of each component of the explosive prepared by the mobile ground station.
5.7 Health, safety and environmental protection
5.7.1 Station area planning and internal and external distances should comply with the Class A fire protection regulations in CBJ16. 5.7.2 Both raw material preparation vehicles and power vehicles should be equipped with sewage collection tanks, and the sewage should be treated, oil separated and precipitated. 5.7.3 A dust removal device should be installed in the ammonium nitrate crushing room, and an exhaust fan should be installed in each workroom. 5.7.4 Lightning protection should comply with the requirements of Class II lightning protection in GB50057. 5.7.5 Electrical devices should comply with the requirements of GB50058 fire hazard environment. 5.7.6 Mobile ground stations should formulate corresponding safety production and operating procedures. 5.8 The appearance requirements should comply with the provisions of 4.11 of JB8433-1996, and the test method
of the mobile ground station should comply with the provisions of Chapter 5 of JB8433--1996. 7 Inspection rules
The inspection rules for mobile ground stations should be in accordance with the provisions of Chapter 6 of JB8433-1996. 8 Logo and instruction manual
8.1 Mobile ground stations should have product signs fixed at obvious locations, and the sign type should comply with the regulations of GB/T13306. 8.2 The product label and instructions for use should indicate the following contents 4
a) Product name and product standard number:
b) Production company name and detailed address:
JB10173-2000|| tt||c) According to the characteristics and usage requirements of the product, indicate the type, specification, model and main parameters of the equipment. d) Warning instructions should be indicated for improper use that may easily cause harm to people, products, equipment or environmental pollution. 8.3 Packaging markings should comply with the regulations of GB191. 8.4 The drafting and presentation of product labels and instructions for use should comply with the provisions of JB/T5995. 9 Packaging, transportation and storage
9.1 The packaging of the product should comply with the regulations of GB/T13384. 9.2 Technical documents that come with the product:
a) Instructions for use, production safety and operating procedures; b) Product certificate;
c) List of spare parts and accessories that come with the product:
d) Packing Single;
e) floor plan;
f) parts manual.
9.3 The technical documents of the random product should be placed in a special plastic bag and placed in a packaging box marked "Documents are in this box". 9.4 Products must meet the requirements for land and water transportation. 9.5 When transporting, hoisting (unloading) the product, it shall not be damaged. 9.6 When storing products, they should be placed in a flat place, and effective anti-rust, anti-corrosion and anti-freeze measures should be taken.
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