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GB 10395.17-2010: Agricultural and forestry machinery -- Safety -- Part 17: Beet harvesters
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Basic data

Standard ID	GB 10395.17-2010 (GB10395.17-2010)
Description (Translated English)	Agricultural and forestry machinery -- Safety -- Part 17: Beet harvesters
Sector / Industry	National Standard
Classification of Chinese Standard	B91
Classification of International Standard	65.060.50
Word Count Estimation	27,213
Date of Issue	2010-12-01
Date of Implementation	2011-10-01
Quoted Standard	GB 10395.1-2009; GB/T 15706.1-2007; GB/T 15706.2-2007; GB/T 21155-2007; GB 23821-2009; EN 620-2002
Adopted Standard	EN 13140-2000, MOD
Regulation (derived from)	Announcement of Newly Approved National Standards No. 9, 2010 (No. 164 overall)
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 Chinese standard specifies design and manufacture and safety requirements of traction, suspension and self -propelled harvester Sweet Levin (hereinafter referred to as"Harvester"), determines the method, provides for the safe operation, and requires the manufacturer to provide information type. This standard applies to stems and leaves can be removed, go to the root head, digging, picking, cleaning, material delivery and unloading operations such as one or more of beet harvester.

GB 10395.17-2010: Agricultural and forestry machinery -- Safety -- Part 17: Beet harvesters

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Agricultural and forestry machinery.Safety.Part 17. Beet harvesters ICS 65.060.50 B91 National Standards of People's Republic of China Agricultural and forestry machinery safety Part 17. Beet harvesters Part 17. Beetharvesters Issued on. 2010-12-01 2011-10-01 implementation Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China Standardization Administration of China released

Preface Ⅰ 1 Scope 1 2 Normative references 1 3 Terms and definitions 4 Safety requirements and/or measures 2 5 Safety requirements and/or measures decision 8 6 Use the information 8 (Normative) List 10 Appendix A dangerous Annex B (informative) Example 14 machines and spare parts Annex C (informative) forestry machinery congestion and clear the blockage related risk prevention 19 Annex D (informative) Example 21 applicable safety signs

Foreword

All technical content in this section is mandatory. GB 10395 "Forestry Machinery Safety" is divided into. --- 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. sowing, planting and fertilizing machinery; --- 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 ted machines and rakes; --- Part 22. pre-loading device; --- Part 23. Fixed round silo unloader; --- Part 24. Liquid manure fertilization car; This section is GB 10395 "Agricultural and forestry machinery safety" Part 17, modify the use of EN13140.2000 "Agricultural Machinery sugar sweet Vegetables and fodder beet harvesting machine safe "(in English). This section according to EN13140.2000 redrafted and EN13140.2000 technical differences are as follows. --- Cited international standards or European standards our standards, but our standard is not equivalent to international standards or European standards. For ease of use, this section of EN13140.2000 made the following editorial changes. a) "The European Standard" to "this Part"; b) Remove EN13140.2000 Foreword and Introduction; c) modify the EN13140.2000 range; d) Remove the EN13140.2000 Annex ZA "of the standard and the European Directive EC relations." Appendix A to this part of the normative appendix, Appendix B, Appendix C, Appendix D is an informative annex. 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, Heilongjiang Agricultural Machinery Testing Station. The main drafters of this section. Zhang Xian Sheng, Li Xiaodong, Chen Jun Bao, Lv Shusheng, Emperor before entering. Agricultural and forestry machinery safety Part 17. Beet harvesters

1 Scope

GB This section 10395 specifies the design and manufacture of traction, hanging and self-propelled sugar beet harvester (hereinafter referred to as "harvesters") of Safety requirements and determination method also provides type-safe operation of the information to be provided by the manufacturer. This section applies to stems and leaves can be removed, go to the root head, digging, picking up, cleaning, feeding and discharging one or more jobs beet yield Eligible machines. This section does not apply to clean up piles of beets loading device. This section does not consider environmental factors.

2 Normative references

The following documents contain provisions which, through reference in this Part of GB 10395, constitute provisions of this part. For dated reference documents Member, all subsequent amendments (not including errata content) or revisions do not apply to this section, however, encouraged to reach under this section Parties to research agreement to use the latest versions of these documents. For undated reference documents, the latest versions apply to this section. GB 10395.1-2009 agriculture and forestry machinery - Safety - Part 1. General (ISO 4254-1.2008, MOD) GB/T 15706.1-2007 Safety of machinery - Basic concepts, general principles for design - Part 1. Basic terminology, methodology (ISO 12100-1.2003, IDT) GB/T 15706.2-2007 Safety of machinery - Basic concepts, general principles for design - Part 2. Technical principles (ISO 12100-2. 2003, IDT) GB/T 21155-2007 moving machinery - forward and reverse audible alarm sound test methods (ISO 9533. 1989, IDT) GB 23821-2009 Safety of machinery - Safety distances to prevent danger zones being reached on the lower limbs (ISO 13857.2008, IDT) EN620.2002 Continuous handling equipment and systems for bulk material handling safety and electromagnetic compatibility means fixed belt (EMC) requirements

3 Terms and Definitions

GB/T 15706.1 and GB/T 15706.2 and established the following terms and definitions apply to this section. NOTE. Appendix B gives an example of the following definitions of machinery and spare parts in FIG. 3.1 Leaf removal device leafstripper Beet and clear cut means. NOTE. removal of stems and leaves usually turn by one or more knives, conveyors, throwing leaves and other components. 3.1.1 Rotor rotary cutter Beet and/or rotation means clear beetroot still be inside the head for removal. 3.1.2 Conveyor conveyor The stems and leaves delivered to the member leaves or stems throw loading device; and some models of the components supplied to the outer leaf harvester. 3.1.3 Parabolic leaf is leafspreader The stems and leaves even throw on the ground means. 3.2 Leaf loading device leafloadingdevice Transfer conveyor at the exit of leaf gathering apparatus. 3.3 Mining equipment beetliftingdevice Beet exhumed from the apparatus in the soil. 3.4 Cleaning means cleaningdevice The main means for adhering soil from beet isolated. 3.5 Conveying means conveyingdevice Beet harvesting machine is delivered from one device to another. 3.6 Discharge means unloadingdevice Beet harvesters from the transfer out of the unit. 3.7 High dump hopper high-tiphopper Dump hopper bracket chassis equipped with lift systems. 4 Safety requirements and/or measures 4.1 General Requirements Design harvester, the danger is not covered in this section should follow the GB/T 15706.1 principles and GB/T 15706.2 requirements. Subject to the provisions of this section, the harvester should be consistent with GB 10395.1 and GB 23821-2009 Table 1, Table 3, Table 4 or 6 Provisions. 4.2 operating mechanism Self-propelled harvester, the driver should only moving part position control start and stop. For traction and suspension harvester should Only the traction machinery (such as tractors) control the movement of the driver's position means starting and stopping. Dumping and/or high operating mechanism should dump up - acting (sustained-operated), and can be operated on the driver's position. After 4.3 Perspective Self-propelled harvester audible warning devices should be installed in line with GB/T 21155 stipulated that the device should be back in the harvesting machine can be automatically connected. If equipped with a clear view of the driver make the harvester on the rear of the case of closed-circuit monitor Harvester (CCTV), is not required to install sound Sound alarm device. 4.4 leaf removal device 4.4.1 to prevent accidental contact with the rotary cutter guards Harvester by design or should take protective measures to avoid the front, rear, side and top with the rotary cutter accidental contact. At the top, non-porous protective equipment should cover at least the outer rotary cutter rotating track endpoints. Front, rear, side access area, guards should be one of the following three conditions. --- The maximum height from the rotary cutter lowest point swing trajectory of 400mm, the minimum horizontal distance rotary cutter rotating the outer end of the track distance 200mm Barrier [see Figure 1a)]. Side of the barrier can be folded for transport. Barrier should always remain connected to the harvesting machine, and On fixed in its position. --- Nonporous guards, the guards near the rotary cutter, rotary cutter and the lower edge below the rotation locus of at least 3mm [see Figure 1b)]. --- A combination of the two guards. The protection device on a projection on a horizontal plane to be continuous. Millimeters a) A barrier guard b) a non-porous protective devices 1 --- barrier; 2 --- rotary cutter rotational locus; 3 --- nonporous protective devices.

1 leaf removal revolutions knife guard

4.4.2 conveyor Leaf loading device shall comply with the provisions of 4.1. Any moving parts located at a distance less than the outer contour of harvesting machine conveyor 850mm should be carried out at the location of protection, except the discharge port. Exhaust outlet should be installed. --- Combined protective devices. a) at the top, the sides of the outer member projecting conveyor nonporous minimum guard 150mm (see Fig. 2). When The maximum distance belt conveyor, the lower edge of the belt conveyor on top of the guard device surface should be 200mm (See FIG. 3); b) at the outer end of the conveyor. 1) When using a screw conveyor for fixed guards, the guards shall extend at least to the lower end of screw conveyor The following blower axis 50mm (see Fig. 2); 2) When using the conveyor belt, the belt is located away from any moving parts minimum horizontal distance of 150mm barrier, The barrier in the vertical plane and the maximum distance on the surface of the belt conveyor is 200mm (see Fig. 4). Draper side members should EN620.2002 5.1 provisions for protection against accidental contact. Or should be installed. --- Movable guards, the guards should be completely sealed discharge port, and in the absence of material discharged automatically return to the closed position (see Figure 5). Millimeters 1 --- top nonporous protective devices; 2 --- fixed guards; 3 --- screw conveyor axis. figure 2 Millimeters 1 --- top nonporous protective devices; 2 --- conveyor belt. image 3 Millimeters 1 --- barrier; 2 --- conveyor belt. Figure 4 1 --- movable guards. Figure 5 4.4.3 Parabolic leaf filter To prevent leaf parabolic front and sides of accidental contact with any moving parts, protective measures should be taken to ensure the protection device on the horizontal plane The projection is continuous. 4.4.3.1 vertical axis parabolic leaf (see Figure 6) Guards should be one of the following three forms. --- Minimum distance from the moving parts in the horizontal plane 150mm, less than the maximum distance throwing the plane leaves in a vertical plane 50mm barrier; --- Extending to below the level of the smallest 50mm non-porous cast leaf guard under control; --- A combination of the two guards. 4.4.3.2 horizontal axis parabolic leaf (see Figure 7) Protective equipment should be. --- In the front, in the vertical plane below the Parabolic leaf rotation axis maximum 150mm, in a horizontal plane from the parabolic trajectory of minimum leaf rotation 150mm barrier; --- The side, out of the upper and front portion of the rotating parabolic trajectory of the outer edge of the leaf is the smallest 150mm, protruding leaf parabolic trajectory of the outer edge of the lower portion of the rotation Nonporous small guard of 50mm. Parabolic leaf folding mechanism of the device with a locking mechanism in the transport position of the device should be installed. Parabolic leaf from working position to transport position and from Transport position to the working position conversion process should not have squeezed or cut hazards. If the operating force to move the folding mechanism over 250N, the power plant should be used to move the folding mechanism. If power means for moving the folding mechanism, self-propelled harvester, should only be in the driver's steering control position; for traction And hanging harvesting machine should only be operated in a controlled traction machine operator position. The operating mechanism should be up - acting (sustained-operated). Millimeters 1 --- barrier; 2 --- nonporous protective devices; 3 --- throwing leaves device. Figure 6 is a vertical-axis parabolic leaf Millimeters 1 --- barrier; 2 --- nonporous protective devices; 3 --- throwing leaves device. Figure 7 is horizontal axis parabolic leaf 4.5 Mining equipment When digging in the raised position, the rotating components of the power beet digging should be stopped. 4.6 cleaning device To ensure that the protective measures can be taken to prevent accidental contact with the working parts cleaning device, cleaning device should be used the following protective devices. --- Side guard [see Fig. 8a) and 8b)], which. ● the lower edge of the maximum height from the ground 400mm; if the lower edge above ground must be greater than 400mm, the height of the working parts should be shipped Height of the line track; ● between the upper edge of the highest point of the moving parts from the at least 800mm; ● The horizontal distance between the working parts and the running track at least 200mm. or. --- Satisfying the above safe distance from any fixed parts of the machine. If the protective device is a protective grille, it shall comply with the provisions of GB 23821. If side guard height from the ground is less than 1.20m, should be installed at the top nonporous protective devices. Because cleaning device will stop clogging occurs shall be equipped with. --- For the self-propelled harvester, the position of the driver-operated inversion means; --- For suspended and trailed harvester. ● inversion means traction machine operated driver's seat; ● After the operator does not need to plug the conscious action can prevent the cleaning means restarting the device (such as shear bolts, heavy New starting torque limiter). Note. This paper jam and clear the blockage prevention and some suggestions about the danger in Appendix C. Millimeters a) b) 1 --- working parts running track; 2 --- side guards; 3 --- under guard edge maximum height from the ground. Figure 8 Protective cleaning device 4.7 delivery device Protective measures taken to ensure accessible and can prevent accidental contact with moving parts, if the clean up, clear the jam without opening Delivery device should be equipped with fixed guards (in line with GB/T 15706.1-2007 provisions in 3.25.1). If you regularly scheduled to open, the delivery device should be equipped with protective tools to open. This class should be open and guard Harvester remain connected (for example, connected by a hinge form) without the use of tools can be automatically locked in the closed position. If you do not use the guard device, the transport device should be equipped with. --- Interlocking movable guards (in line with GB/T 15706.1-2007 provisions in 3.25.4); --- As long as the member with the movement can not open device movable guards. Conveying means for moving parts above the ground is less than 550mm, when extended beyond the side guard down below moving parts to track When less 130mm, bottom protection is not required. 4.8 dump and/or high dump hopper Entering the area, the entire hopper should have a minimum distance of 25mm between the moving parts and frame. To enable the operator to carry out maintenance and repair operations in the hopper is in the raised position, shall be in the 4.8 GB 10395.1-2009 Provisions set mechanical support mechanism. Dispersal auger should be protected in order to prevent from the driver's position, in contact with the ground or any platform. Of the harvesting machine with a dump hopper, the hopper should be emptied to ensure stability. This requires the following conditions to be checked. --- The harvester is placed on the slope of the ramp 5 °, the longitudinal axis across the ramp. --- In the case of side dump, should dump slopes downhill. --- In the latter case to the dump, the harvester should turn and parked across the parking ramp along the ramp. --- When the hopper lift and dump to the maximum position in the center of the hopper hopper carrying load is applied equal to half of the downward vertical force. Correct Harvester in the high dump hopper when the hopper to the highest position but when dumped in the hopper center bearing load is applied equal to the hopper Downward vertical force charge. 4.9 discharging device Designed harvesting machine so that the operator should be in the driver's seat unloading operations. To enable the operator to carry out maintenance and repair operations in the discharge means is in the raised position, it shall be in the 4.8 GB 10395.1-2009 The provisions set mechanical support mechanism, and should allow the operator to locate and remove the mechanical support mechanism outside the danger zone. If the discharge means there is a risk to leave the transport position, the unloading device should be equipped with locking in the transport position locking device. 4.10 driving position operator protection When the operator sitting in the self-propelled harvester driving position, as prescribed by 4.1 operator for protection, in order to prevent danger Harvester Insurance component damage. 5 Safety requirements and/or measures of determination Gives a predetermined value by measuring the requirements should be determined; the control mechanism should function tests and by measuring the position determination; guards It should be judged by the function test.

6 Use Information

6.1 User's Guide Owner's manual should provide detailed instructions and information about all harvesting machine maintenance and safe use. Instructions should be consistent GB/T in 6.5 and 8.1 GB 10395.1-2009 provisions 15706.2-2007. Instructions for use should be particularly highlighted the following points. a) dangerous throw from the front leaf removal device part by a stone rotary cutter blades cause dangerous throw and throw the leaves from the system side of the stone; b) dangerous legacy operating moving parts produced; c) When the job due to lack of soil conditions lead to dangerous Harvester stability generated; d) before any intervention on the harvesting machine, harvester and power unit should stop running; e) clear the blockage using a tool () and follow the rules provided with Harvester (including performing any manual cleaning clogged before, you should first Switch off the engine reminders); Before f) below into the raised parts maintenance require the use of mechanical locking devices support the rising member; g) prior to re-start harvesting machine needs to close guard; h) Preventive measures should be suspended and trailed harvester with mechanical traction and hydraulic circuit piping connections taken; i) install and use precautions traction control mechanism mechanical harvester driver's position to be taken if the operation; j) throwing leaves is prohibited when operating in a transport position; k) When the harvester by the towing vehicle hydraulic control valve, the hydraulic valve operating mechanism should stop - means (sustained-operated). 6.2 mark Signs should be consistent GB/T 6.4 in 8.2, 8.3 and GB 10395.1-2009 provisions 15706.2-2007. All harvesting machine includes at least the following information shall be provided in clear and durable markings. --- Manufacturer's name and address; ---Year of manufacture; --- Product name or type of the model; --- Serial number, if any; --- Power input connection rated speed and direction of rotation (indicated by the arrows), if there is; --- Load mass, in kilograms (kg); --- Rated power, in kilowatts (kW) (self-propelled harvester). In addition, the harvester should also set the following safety signs. --- On the stem close to the discharge port of leaf removal and dispersal systems means disposed hazardous moving parts warning safety signs; --- On the leaf removal device, set warning thrower hazardous safety signs; --- In the maintenance and repair work requires the use of safety signs mechanical support mechanism. Suitable examples of safety signs in Appendix D.

Appendix A

(Normative) Dangerous List Table A.1 gives the list of dangerous based on GB/T 15706.1 and GB/T 15706.2 of. Table A.2 gives the list of dangerous movement generated by the machine. These tables have different meanings set forth in the last column (solutions given in this section) are. --- "Not relevant". the hazard is not a significant risk of the machine. --- "Given". the hazard is significant risk. Specify the terms given solution is determined according to GB/T 15706 General Security Disposal of hazardous guide; it means. ● eliminate or reduce the risk as much as possible through the design; ● take protective measures; ● provide information on residual risks. --- "Section and a". The major danger is the risk of multiple components of the machine. Solution The indicated terms given in disposable Wherein a portion of the risk of parts. The remaining parts of the hazard is a significant risk that the disposal will have to take the risk of Other solutions in this section does not give. --- "Not given". the hazard is significant risk to the machine, but in this part of the drafting process is not considered. Marked "not given" or "part and a" dangerous requirement specified in GB 10395.1, these dangers in Tables A.1 and A.2 last A bar with an asterisk (*) mark. This appendix is not given clear risk of clogging caused in Appendix C of preventing congestion and clear the blockage with some hazardous information. Table A.1 List of Dangerous Danger Relevant provisions GB/T 15706.1 GB/T 15706.2 This section gives Solutions A.1 Mechanical hazards As indicated by the following elements of the workpiece or machine parts caused by. ---shape; ---relative position; --- Quality and stability (potential energy of each element); --- Quality and speed (kinetic energy of each element); --- Insufficient mechanical strength; --- Accumulation of potential energy caused by the following reasons. ● an elastic member (spring); ● liquid or gas under pressure; ● Vacuum 4.2 - - A.1.1 Risk of crushing 4.2 4.2.1,4.2.2 In 4.1,4.2,4.4.3, 4.8,4.9 given A.1.2 cut dangerous 4.2.1,4.2.2 4.2,5.2.1 In 4.1,4.2,4.4.1, 4.4.2,4.4.3,4.5, 4.6,4.7,4.8,4.9 in Given * A.1.3 cutting or severing hazard 4.2.1,4.2.2 4.2 In 4.1,4.2,4.4.1, 4.4.3 given * Table A.1 (CONTINUED) Danger Relevant provisions GB/T 15706.1 GB/T 15706.2 This section gives Solutions A.1.4 wound danger 4.2.1,4.2.2 - In 4.1,4.2,4.4.1, 4.4.2,4.4.3 in Given * A.1.5 risk of introduction or involvement 4.2.1 4.14,5.2.1,5.5.3 In 4.1,4.2,4.4.2, 4.5,4.6,4.7 in Given * A.1.6 Impact hazard 4.2.1 - In 4.1,4.2,4.4.1, 4.4.3,4.8,4.9 in Given A.1.7 stab or stabbed hazard 4.2.1 - Irrelevant A.1.8 friction or abrasion hazard 4.2.1 4.3b) not relevant A.1.9 high pressure fluid ejection hazard 4.2.1 - not shown * A.1.10 (machinery and workpiece/workpiece) member is not given projection hazard 4.2.2 4.10 A.1.11 (mechanical or machine parts) 4.2.2 instability in 4.6 are given in 4.8,4.9 A.1.12 Slipping and mechanical related (due to the machine's features), and poured down Fall hazard 4.10 5.5.6 given in section 4.1 * A.2 Electrical Hazard For example caused by the following factors. 4.3 4.9 - A.2.1 electrical contact (direct or indirect) 4.3 - is not given * A.2.2 electrostatic phenomena 4.3 - Irrelevant A.2.3 Thermal radiation or other phenomena such as short-circuit and overload lead Molten particles and chemical effects from the injection 4.3 - Irrelevant A.2.4 external influences not given electrical equipment 4.3 4.4 A.3 Thermal hazards resulting in. 4.4 4.8.4 - A.3.1 By flames or explosions that people can contact heat radiation burn Wounds and burns 4.4 - Not given A.3.2 due to heat or cold working environment on the health hazards of 4.4 - Irrelevant A.4 Dangerous due to noise resulting in. 4.5 4.8.4 - A.4.1 Hearing loss (deafness), other physiological disorders (such as loss level Balance, loss of consciousness) 4.5 - Not given (and only self-propelled m...

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