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GB 10395.9-2014: Machinery for agriculture and forestry -- Safety -- Part 9: Equipment for sowing
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GB 10395.9: Evolution and historical versions
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Machinery for agriculture and forestry -- Safety -- Part 9: Equipment for sowing
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GB 10395.9-2014
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Tractors and machinery for agriculture and forestry -- Technical means for ensuring safety -- Part 9: Equipment for sowing, planting and distributing fertilizer
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Tractors and machinery for agriculture and forestry--Technical means for ensuring safety--Part 9: Equipment for sowing, planting and distributing fertilizer
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PDF similar to GB 10395.9-2014
Basic data
| Standard ID | GB 10395.9-2014 (GB10395.9-2014) |
| Description (Translated English) | Machinery for agriculture and forestry -- Safety -- Part 9: Equipment for sowing |
| Sector / Industry | National Standard |
| Classification of Chinese Standard | B91 |
| Classification of International Standard | 65.060.20 |
| Word Count Estimation | 20,241 |
| Date of Issue | 7/24/2014 |
| Date of Implementation | 5/1/2015 |
| Older Standard (superseded by this standard) | GB 10395.9-2006 |
| Quoted Standard | GB 10395.1-2009; GB/T 15706-2012; GB 23821-2009; GB/T 25078.1; GB/T 25078.2 |
| Adopted Standard | ISO 4254-9-2008, MOD |
| Regulation (derived from) | National Standards Bulletin No. 19, 2014 |
| Issuing agency(ies) | General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China |
| Summary | This standard specifies the design and manufacture of agricultural and horticultural hanging, semi-mounted, trailed and self-propelled seeder (including planting, fertilizing the joint working machine) safety requirements and determination methods. The st |
GB 10395.9-2014: Machinery for agriculture and forestry -- Safety -- Part 9: Equipment for sowing
---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
Machinery for agriculture and forestry.Safety.Part 9. Equipment for sowing
ICS 65.060.20
B91
National Standards of People's Republic of China
Replacing GB 10395.9-2006
Agricultural and forestry machinery - Safety - Part 9. Seed Drill
Agriculturalandforestrymachinery-Safety-Part 9. Seeddrils
(ISO 4254-9.2008, MOD)
Issued on. 2014-07-24
2015-05-01 implementation
Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China
Standardization Administration of China released
Foreword
All technical content in this section is mandatory.
GB 10395 "Forestry Machinery Safety" is divided into the following sections.
--- Part 1. General;
--- Part 2. Dump trailer;
--- Part 3. manure applicator;
--- Part 4. Forest winch;
--- Part 5. driven garden equipment;
--- Part 6. Equipment for crop protection;
--- Part 7. Combine harvesters, forage and cotton harvesters;
--- Part 8. Irrigation pumps and crew;
--- Part 9. Seed Drill;
--- Part 10. hand (micro) tiller;
--- Part 11. Power lawn mower;
--- Part 12. Portable powered hedge trimmers;
--- Part 13. - behind and hand-held lawn trimmers and lawn edge trimmers;
--- Part 14. Powered Shredders and shredding machine;
--- Part 15. power with rigid cutting means trimmer;
--- Part 16. Potato harvester;
--- Part 17. Beet harvesters;
--- Part 18. traction winch sprinkler hose;
--- 19 parts. center pivot irrigation machines, and translation;
--- Part 20. pickup balers;
--- Part 21. Power tedders and rakes;
--- Part 22. pre-loading device;
This section GB of Section 910 395.
This section drafted in accordance with GB/T 1.1-2009 given rules.
This Part replaces GB 10395.9-2006 "Tractors and machinery for agriculture and forestry - Safety requirements - Part 9. Equipment for sowing, planting and fertilizing
mechanical".
This section compared with GB 10395.9-2006, major changes as follows.
--- Original standard name "Tractors and machinery for agriculture and forestry - Safety requirements - Part 9. Equipment for sowing, planting and fertilizing machinery" was changed to
"Agricultural and forestry machinery - Safety - Part 9. Seed Drill";
--- Increasing the standard introduction;
--- Preface clear specification models, increased security requirements and compliance determination method;
--- Increasing the terms and definitions;
--- Increasing the safety requirements of the operating mechanism;
--- Increased power driven rotating or moving parts fold safety requirements;
--- Refine the loading dock safety technical requirements;
--- Artificial increase in the loading position into the maintenance position or ladder safety requirements;
--- Increasing the fan requirements;
--- Increased noise reduction requirements;
--- Increased security requirements and compliance determination method.
This part redrafted Law Amendment uses ISO 4254-9.2008 "Agricultural machinery - Safety - Part 9. Drills."
This part of ISO 4254-9.2008 technical differences and the reasons are as follows.
--- On normative references, this part has been adjusted technical differences, in order to adapt our technical conditions, the adjusted situation
Focus is reflected in the status of Chapter 2, "Normative references", the specific adjustments are as follows.
● Modify with international standards of GB 10395.1-2009 instead of ISO 4254-1.2008;
● equivalents adoption of international standards GB/T 15706-2012 instead of ISO 12100-1.2003, ISO 12100-2.2003;
● equivalents adoption of international standards GB 23821-2009 instead of ISO 13852.1996;
● equivalents adoption of international standards GB/T 25078.1 instead of ISO /T R11688-1.1995;
● equivalents adoption of international standards GB/T 25078.2 instead of ISO /T R11688-2.1998.
Editorial changes.
Consistent with the existing standard series, the standard name will be changed to "agricultural and forestry machinery - Safety - Part 9. Seed Drill";
--- Delete references [1] ISO /T R11688-2, acoustic practice low noise machinery and equipment design - Part 2. Physical
Learn low-noise design entry.
This part is proposed by China Machinery Industry Federation.
This part of the National Standardization Technical Committee (SAC/TC201) Agricultural machinery centralized.
This section drafted by. Chinese Academy of Agricultural Mechanization Sciences, Modern Agricultural Equipment Co. Limited service.
The main drafters of this section. Yangzhao Wen, Zhang Xian Sheng, Yang Xuejun, Chen Jun Bao.
This part of the standard replaces the previous editions are.
--- GB 10395.9-1996; GB 10395.9-2006.
Introduction
Machinery safety standard framework for.
a) A Class standard (basic safety standards) give basic concepts apply to all mechanical, design principles and general characteristics.
b) Class B standards (generic safety standards), the provisions of a security feature or mechanical specifications of a wide class of security guards;
Bl --- class, specific security features (such as. safety distance, surface temperature, noise) standard;
--- B2 class, safety devices (eg. hands controls, interlocking devices, pressure sensitive devices, guards).
c) C class standards (machine safety standards), for a particular machine or group of machines shall specify detailed safety standard requirements.
GB 10395 of the present section is a Class C standard GB/T 15706 requirements.
If the provisions of the standard class C and Class A or Class B standard regulations are inconsistent, subject to the Class C standard mechanical design and manufacturing, according to priority
C class standards.
GB 10395 includes the present section gives the degree of risk associated with the machinery, hazardous situations and events specific to these dangers sowing
mechanical.
GB 10395.1 provides all the important risk common agricultural machinery (self-propelled, hanging, semi-mounted and trailed).
Agricultural and forestry machinery - Safety - Part 9. Seed Drill
1 Scope
GB 10395 of the provisions of this part of the design and manufacture of agricultural and horticultural hanging, semi-mounted, trailed and self-propelled seeder (package
Including planting, fertilizing the joint working machine) safety requirements and determination methods. This section also provides class manufacturer shall provide the safe operation of information
Type (including residual risk). In the implementation of this section should be performed simultaneously GB 10395.1.
When the requirements of this section GB 10395 and GB 10395.1 inconsistent, this section takes precedence GB 10395.1.
GB 10395 specifies the use of this part of the manufacturer under foreseeable conditions planter associated significant risk (listed in Appendix A
Out), hazardous situations and events, but it does not contain the dangerous situation caused by the following.
--- Electrical equipment external influences;
--- Energy supply failure;
--- Control system failure or malfunction;
--- Damaged high-speed rotating components;
--- Seed (fertilizer) loading equipment.
This section does not apply to crop sowing combined machine with a driven soil member and not separable (see 3.2).
This section does not include electromagnetic compatibility and environmental hazards, including relevant nor dangerous professional service and maintenance.
Note. This section does not involve the danger of road traffic management.
This section does not apply to prior to publication of this document produced planter.
2 Normative references
The following documents for the application of this document is essential. For dated references, only the dated version suitable for use herein
Member. For undated references, the latest edition (including any amendments) applies to this document.
GB 10395.1-2009 agriculture and forestry machinery - Safety - Part 1. General (ISO 4254-1.2008, MOD)
GB/T 15706-2012 Safety of machinery - General principles for design risk assessment and risk decreases (ISO 12100.2010, IDT)
GB 23821-2009 Safety of machinery - Safety distances to prevent danger zones being reached on the lower limbs (ISO 13857.2008, IDT)
GB/T 25078.1 low - noise machinery and equipment design and implementation of the recommendations - Part 1. Planning (ISO /T R11688-1.
1995, IDT)
GB/T 25078.2 low - noise machinery and equipment design and implementation of the recommendations - Part 2. Physical basis of low-noise design
(ISO /T R11688-2.1998, IDT)
3 Terms and Definitions
GB 10395.1 and GB/T 15706 and defined by the following terms and definitions apply to this document.
3.1
Planter seeddril
Sow the seeds of a continuous machine.
Note. For example, cereal crops are planted this way.
3.2
Tillage sowing combined machine with a driven soil seeddril withintegratedand member and not separable
inseparablepoweredsoil-workingtools
At the same function with seeding and tillage function and planter both functions can not be used alone.
3.3
Seeder singleseeddril
Each sow the seed, and the seed evenly spaced planter.
Note 1. For example, sugar beet is planted in this way.
Note 2. Appendix B gives an example of such a planter.
3.4
Seeding and fertilization combined machine combinedseedandfertilizerdril
While sowing the seeds and fertilizers machine.
4 Safety requirements and/or protective measures
4.1 Basic requirements
Planter should comply with the provisions of the safety requirements and/or protective measures. Unless otherwise provided in this section, shall comply with the GB 10395.1
Provisions.
Chapter 5 should be required to check the security of the measurement requirements and/or protective measures.
4.2 operating mechanism
4.2.1 In the driving force of the tool installed in the rear part of the tillage planter manual operating mechanism shall meet the following requirements.
a) should stop planter can be adjusted;
b) Manual control mechanism should be placed so that the operator does not need to be able to manipulate the position in front of the machine. As an operator standing on the ground, and the bit
Outside the shaded area of Figure 1 can be manipulated, it is considered to meet the requirements. Planter outside the boundary is not included rowing [see 6.1a)].
Millimeters
Explanation.
1 --- planter outer boundary;
2 --- should not be set manually operable regional bodies;
3 --- forward direction;
4 --- mount point machine (if any).
Figure 1 should not be set manually operated regional organizations (in the rear of the driving force of farming tools installed planter)
4.2.2 For other types of planter position, manually operated mechanism shall meet the following requirements.
a) should stop planter can be adjusted;
Case b) the tractor operator driving position directly in front of the planter machine is not observed, the position of the manual control mechanism should be
Provided on the operator standing on the ground or steps can be adjusted to provide maintenance or loading accessible position and should be set in
Outside the shaded area (see Fig. 2).
Millimeters
a)
b)
Explanation.
1 --- planter outer boundary;
2 --- around under mount points;
3 --- operating mechanism should regional settings.
Figure 2 should not be set manually operable regional bodies
4.3 rotating and folding member
4.3.1 In any operating state or transport position or folded away or open working parts, if more than 4m high working parts should mention
For safety signs and information prevent dangerous high-voltage winding. It should be specified in the instructions for use and the risk of contact with high-voltage warning.
4.3.2 When rotating or moving parts folded using a power drive control means should be used to maintain control, and should be located in the rotation or folding area
Outside the domain.
4.3.3 to reduce transport width moving parts and/or folding or rotating height should be set to maintain the position of the transport means. The position Paul
Holding means may be mechanical, hydraulic means, or gravity self-locking, or other.
4.3.3.1 The position holding device shall comply with the provisions of 4.8 in GB 10395.1-2009.
4.3.3.2 The position holding means if no hydraulic lock is mounted directly on the cylinder, between the hydraulic cylinders and hydraulic hoses and piping valves
Burst pressure at least four times the rated working pressure of the hydraulic system.
4.3.3.3 mechanical locking device shall be capable of withstanding power folding or rotation control means.
4.3.3.4 unlock and open the folding or rotating parts by means of different actions are controlled.
4.4 bins
4.4.1 bins should cover material. To avoid material lid closes unexpectedly cut and squeeze danger generated (eg by the wind), the mass is greater than
10kg of material cover material should be kept open lid device, and should be set to handle. Handle and lid material can be manufactured as a whole, to take appropriate
When designed and easy to identify (eg. shape or color).
4.4.2 In the box there is material extruding or shearing points or moving parts (such as. stirring or conveying screw), should take the following measures.
a) stirring and conveying augers safe distance should be consistent with GB 23821-2009 Table 1, Table 3, Table 4 and Table 6 of the regulations. If the
Stirring or conveying screw planter only when the ground motion is rotated or stirred during rest or planter conveyor screw
Fault diagnosis can only be described in the specification are specialized in the rotation, this provision does not apply.
b) planter bins should be able to fly on their own, or to provide one or more auxiliary emptying means (such as a hand rake). Should be provided in the filling area
Storage location for these devices.
See also 6.1b), 6.1i) and 6.1j).
4.5 loading
4.5.1 loading station channel
4.5.1.1 for use with manual loading or bulk seed bags or big bags of seed loading bins, on the edge of the bin to the ground plane or load
The vertical distance station should not exceed 1250mm (see Figure 3), the loading position drills shall be specified in the instructions for use. See also 6.1d) and
6.1o).
4.5.1.2 For manual loading and/or capable of leveling in the seed hopper loading station, the loading station should be continuous, unless the loading station by the junction planter
Configuration limitations, then the loading station may be a few parts. In the loading station than bin narrow, operator response prevention measures specified
Loading station boundary, the present preventive measures should not interfere with formation of the channel.
4.5.1.3 loading station should meet the following requirements.
--- Minimum width loading table should be 450mm, the minimum depth from back to front should be 300mm, the minimum area should be 0.18m2,
Except Seeder with concentrated feed tank. For concentrated feed tank Seeder, the minimum width of the loading station should be
240mm, 600mm depth shall be a minimum (see FIG. 4). To focus on bin Seeder (see Fig. 4c), when the width of the bin
Not more than 1500mm, should be at least a central loading station, when the bin is greater than the width of 1500mm, it should be at least two
Central loading station;
--- Bin lip or open the lid material to the loading station at the edge of the vertical plane of the distance should not exceed 200mm (see Fig. 3);
--- If necessary, during normal loading and maintenance of bins, should provide all kinds of security measures, such as handles, handrails, fences, etc. in order to reduce the drop
Dangerous unless the device components provides similar protection. Deemed to meet one of the following two requirements.
● handle or armrest located between the hopper and the loading station;
● railing disposed behind the loading station, the cross bar from the top of the railing, middle and bottom cross bar guards composition, size press
GB 10395.1-2009 in 4.5.2.2.
Millimeters
Explanation.
1 --- loading station;
2 --- stairs;
3 --- bins;
4 --- ground.
Figure 3 loading position
Millimeters
a) loaded with the full width of the leveling tank drilling machine
4 loading table size
Millimeters
b) concentrated feed tank drilling machine
c) focus on bin Seeder
Explanation.
1 --- bins;
2 --- loading station;
3 --- stirring or screw conveyor device area;
4 --- bins open contour;
5 --- bin width;
6 --- loading station;
7 --- sowing unit.
Figure 4 (Continued)
4.5.2 enter ladder manual loading position
The operator should be able to climb without the help of a machine part into the manual loading position.
Ladders should comply with the provisions of GB 10395.1-2009 4.5.1 or 4.6.
4.5.3 into a non-operator position ladder
Into the non-operator working position the ladder (eg ladder maintenance area) should meet the requirements of 4.6 in GB 10395.1-2009.
4.6 Seeder
In addition to the requirements given in 4.4.2, the following requirements apply to take the formula Seeder.
Any drive components (such as. shafts, gears, drive chain) is located within the operator riding position is less than 850mm area should be guarded against
Stop dragging, winding danger.
4.7 Fan
Planter on the fan should be installed in the proper position or take protective measures to avoid the involvement of material injury or ejection operation when running planter
OF.
Fan inlet should be fixed guards.
4.8 Displacement calibration system
If the planter is mounted displacement calibration system, calibration testing, when the machine is working or seeds fall, the operator should not need to enter the bottom of the machine.
4.9 hook and clearance range
When mounted planter tractor, make sure that should be sufficient clearance between the tractor and planter (or seeders and tillage member), so that even
Drive components (eg, transmission connection) connection may exist and/or control components (eg, electric/hydraulic remote control). If the control section, shall comply with
The following requirements.
--- After the connection has been planter according to Figure 5, at least one side of a gap to connect the drive and control components;
--- Designed drive and control components so that it can be installed before connecting the planter, press 5 adequate clearance.
See 6.1n).
Millimeters
a) side view b) isometric drawings
Figure 5 the gap area
Millimeters
c) a plan view
Figure 5 (continued)
4.10 Noise
4.10.1 designed to reduce noise
The machine should be designed to minimize noise. Noise machines, mainly from.
--- Fan (only from pneumatic machines);
--- Seeding means;
--- Vibrating surface.
Design and manufacture of machinery should take into account existing scientific and technological capabilities and technical measures to control the noise source at the design stage, according to GB/T 25078.1
Provisions.
Note. GB/T 25078.2 given information mechanical structure generated noise.
4.10.2 noise reduction information
If you take the necessary measures in the design phase, the manufacturer believes that further measures should be taken to protect the operator, you should use the manual
Given sufficient information to reduce noise-related.
4.10.3 assess noise emission values
Assess noise emission values, shall comply with the provisions of Appendix B GB 10395.1-2009.
5 safety inspection requirements or protective measures
Safety inspection requirements and protective measures confirmed in Table 1.
Table 1 safety requirements and protective measures and inspection Directory
Provision
Investigate
Test Measurement Remarks
4.2.1b) √ √ -
4.3.1 - √ should be on a level, flat surface measurements, from the ground 4m high
4.3.3.1 √ - -
4.4.1 √ - -
4.4.2 √ √ -
4.5.1.1 - √ -
4.5.1.2 √ - -
4.5.1.3 √ √ -
4.7 √ - -
4.8 √ - -
4.9 √ √ -
6 Use Information
6.1 User's Guide
Instructions GB 10395.1-2009 shall satisfy the requirements in 8.1.3, and shall include the following information.
Or a combination of connecting a) equipment, in particular dangerous connection with farming member, resulting (see 4.2);
b) the risk of moving parts in the tank caused (see 4.4);
c) when the machine is prohibited movement close to the machine (it should be noted the special risks associated with the contact's paddling) (see 4.2);
d) Adjustment of safety, calibration, and loader (see 4.5.1,4.8);
e) be the operator should avoid wearing loose clothing wound moving parts (see 4.3.2);
f) If necessary, they need to wear personal protective equipment (see 4.8);
g) the risk of moving or modified sowing unit produced should be performed (see 4.6) in accordance with the instruction manual;
h) the use of PTO (PTO) should be equipped with a well-shield (see 4.6);
i) preventing the clogging of the conditions of use (eg. avoid the use of wet seed) (see 4.4);
j) clear risk of clogging involved (such as. relative to the ground due to the coulter blockage caused by incorrectly reduced) and jam clearance followed
Step (see 4.4);
k) the risk of accidental contact with overhead power lines, such as. Due to uneven ground or use a rotary member and activities during operation
(See 4.3.1);
l) need to check the unlock procedure, and does not cause the rotary member to move down in an uncontrolled manner (see 4.3.3);
m) in the case of sowing interchangeable unit, a seeding unit which should be installed on the outside of the machine (see 4.6);
n) while providing automatic and semi-automatic hook is attached, it should be described (see 4.9);
o) the need to follow relevant manual handling of heavy loads and/or the need to follow the correct procedures for handling bags of recommendations (see 4.5);
During p) operation of the machine is prohibited to climb on the machine;
q) the load can affect the mobility of the tractor when unloading part, should pay attention to the balance of the machine is affected (see this section in Appendix C, to
We use the calculation to ensure a tractor/seeder unit stability joint proposal).
6.2 Safety signs and instructions symbol
Safety signs and instructions symbol shall be 8.2 GB 10395.1-2009 provisions, in particular the maintenance of traction and safety should be provided
Flag.
Suspension or board machine produced when --- dangerous machine movement;
--- Parts and movement associated dangers;
--- By the rotation of the feed screw feed tank and cause dangerous agitator;
--- Machine more than 4m high risk in any mode of operation, the high voltage winding.
Appendix A
(Normative)
List of major hazards
Table A.1 gives the list of major hazards, GB 10395 This part has been covered by various types of hazardous situations and events. By
Designer or manufacturer to take special measures to eliminate or reduce risks.
Table A.1 List of major hazards
No risk of a hazard class
GB 10395.1-2009
The terms given
This section GB 10395
The terms given
A.1 Mechanical hazards
A.1.1 squeeze danger --- rotating and moving member
--- Cover material
--- Calibration system
Mount --- machines
4.5.1.2,4.14,5.1.4 4.3; 6
4.4; 6
4.8; 6
4.9; 6
A.1.2 cut danger --- rotating and moving member
--- Cover material
4.8,5.1.4 4.3; 6
4.4; 6
A.1.3 cutting or severing hazard --- rotating and moving member
--- Cover material
4.1,4.5.1.2,4.14 4.3; 6
4.4; 6
A.1.4 wound cover material danger ---
--- Fan
4.1,4.14 4.4; 6
4.7; 6
A.1.5 inhalation or fan involved --- - 4.7; 6
A.1.6 cover material impact danger ---
Mount --- machines
4.1,4.8,4.14
4.4; 6
4.9; 6
A.1.9 high pressure fluid ejection hazard --- high pressure hose rupture 4.10 -
A.2 Electrical Hazard
A.2.2 electrical contact (fault or indirectly) --- high-voltage lines - 4.3.1; 6
A.4 noise hazard
A.4.1 permanent hearing loss, other
Physiological imbalances (such as loss of flat
Balance, loss of consciousness)
--- Noise 4.2; Appendix B 4.10
A.5 hazardous materials and substances
A.5.1 contact or inhalation of harmful gases,
Liquid, mist, smoke and ash
Danger caused by dust
--- Fuel
--- Working fluid
---sowing
4.12,5.4,8.1 6
Table A.1 (CONTINUED)
No risk of a hazard class
GB 10395.1-2009
The terms given
This section GB 10395
The terms given
A.6 mechanical design ignores human ergonomics principles
A.6.1 unhealthy posture or
Overworked
--- Steering mechanism
--- Close to the load and bin
Mount --- machines
4.4 4.2; 6
4.5; 6
4.9; 6
A.6.2 on Ergonomics thoughtless --- steering mechanism
--- Close loading
Mount --- machines
4.4 4.2; 6
4.5; 6
4.9; 6
A.6.7 due to improper design position,
Manual control identification, improper
Operations
--- Steering mechanism 4.4 4.2; 6
A.13 Installation Error --- sowing units - 4.6; 6
A.15 object fan jet --- 4.10 4.7; 6
A.16 stability deletion/deletion 5.2.1,6.2.1 stability of the machine tipping --- -
A.17 slip, fall and people fall
(Machine-dependent)
--- Close to the...
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