Composition of wood grabber

1. Hydraulic components: excavator gripper, hydraulic pump, main control valve, hydraulic↕ cylinder, final drive, walking motor, slewing motor, etc. ÷Engine accessories: engine and optical fiber components♠, piston, piston ring, cylinder block, cylinder head, crankshaft, turbocharg™er, fuel injection pump, starting motor, alternator, etc. 3 chassis par≥ts: supporting rollers, carrier rollers, chain tracks, t€rack shoes, sprockets, idlers and idler cushion, coil  adjusters, rubber tracks, etc. 4. Cabin parts: cab assembly, wiring harness, display, ±controller, seat, door panel, etc 5 welding parts: excavator bucket, loosening soil, gαrab bucket, flip cover, milling distance, extrusion bucket, bulldozer loosenin≥g device assembly, blades, etc.

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Correct procedures for using grass grabbing machinδes

Correct procedures for using grass grabbing machines: 1✘. Drivers must undergo technical training to familiarize themselves with the performance,₽ construction, operation, and maintenance of loaders and grass grabbers. 2. It is stri"ctly prohibited for drivers who are drunk or have mental disorders to operate the machi ne, and it is strictly prohibited to drive with illness or fatigue. ¶3. During driving operations, drivers need to concentrate and not look left or right. They should ←pay attention to the direction of travel and those working around them, and  sound the horn to warn when there is danger. 4. During driving ope≥rations, passengers in the driver's cab are not allowed to overload, and passengers are> strictly prohibited from other parts. 5. Before and afte£r daily operations, a walkaround inspection is required to ensure the guarantee of operations. ★6. Before starting, check the condition of fuel, cold water, lubricating oil,→ and hydraulic oil. If there is a leak, promptly handle it, and if there is ♥a lack, adjust and supplement it in a timely manner. 7. Check if all connecting parts are worφn or loose. Check if the tire pressure meets the regulations. Check the♥ tension of the fan belt and check the air filter indicator. 8. Check whet∞her the lighting, instruments, horns, and other components are normal. 9. The engine sho uld not start for more than 5 seconds each time. If one start is unsuccessful, it must♦ wait for 30 seconds before starting again. If three starts are unsucc essful, the cause should be checked and the fault should be resolved before starting again. 10. Af≈ter starting, idle and idle the engine to check if all instruments are no£rmal. If there are any abnormalities, stop the engine immediately to c•heck the cause. The driver can only operate when the buzzer "↑;beeps" and disappears without any abnormal vibration, n♣oise, or odor. 11. Before operation, test the equip$ment and check if the steering, braking, and working systems are sensitive. 12. During driving, βit is necessary to regularly pay attention to whether the index of each instrument meets the₩ specified requirements. 13. When traveling, place the bucket at a height of about  0.5m above the ground; Do not lift the bucket too high to transpor•t materials; Do not lift the bucket while driving. 14. When working on slopes or crossing obstδacles such as ditches, slow down, make small corners, and b★e careful not to tip over. Advance uphill and retreat downhill.

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Diagnosis and elimination of agricultural machinery faults

The diagnosis and troubleshooting of agricultural machinery faults is relat¥ively difficult. Some maintenance personnel have always ↓used the method of replacement testing, regardless of↑ the large or small parts, as long as they believe that the components that may cause the faul∞t are replaced one by one, the results not only fail to eliminate the faul£t, but also replace the parts that should not be replaced at will✔, increasing the expenses of agricultural machinery users. Some faulty components can b☆e completely restored to their technical performance through repair, without the need for ®complex repair processes. However, maintenance persoδnnel require users to replace them with new parts and blindly adopt the "replace₹ment repair" method, resulting in serious waste. The practice of blindly ≤replacing parts and blindly replacing repairable parts mentioned above still exist s to varying degrees in some repair units. During maintenance, th e cause and location of the fault should be carefully analyzed an∞d judged based on the fault phenomenon. For repairable components, repair met<hods should be adopted to restore technical performance, and blind replacem✘ent of components should be avoided. Failure to check the quality of new parts after ass★embly is a common issue Before replacing the parts, some maintenance per↕sonnel do not conduct technical inspections on the new part‍s and install them directly on agricultural machinery. This approach is unscientif ic. At present, the quality of agricultural machinery spare parts sold in ©the market is uneven, with some counterfeit and inferior parts being mixed up; There a♥re also some accessories whose performance changes due to long inventory times, such as not b&eing tested, which often cause malfunctions after ​assembly. Before replacing with new accessories, it is αnecessary to conduct necessary inspections and tests, including app☆earance and performance tests, to ensure that the new accessories are faultless and p×revent unnecessary trouble caused by them.

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Operating Procedures for Small Forklifts and Grass Grabbers

(1) Before driving and operating, operators should be familiar wit¥h the various performance, structure, technical maintenance, operating methods, and operate the loa÷der according to regulations. (2) Passengers are strictly prohibited on board except outside ₽the driver's cabin. (3) When unloading into the σcar, lift the bucket to a height that will not touch the car bumper, stri®ctly prevent the bucket from touching the car trunk, and strictly prohibit the bucket from crossεing the top of the car cab. (4) When going downhill, us≠e automatic deceleration and do not step on the clutch pedal to prevent power cutoff and car ≠slipping accidents. (5) After the loader wades into water, it should be immediately stopp↓ed for inspection. If it is found that the brake fails due to immer‌sion, continuous braking should be carried out to use heat >to remove moisture from the brake pads, in order to restore the brakes tΩo normal as soon as possible. (6) When the loader is working, no one is allowed to ∏stand in front of it, and during the driving process, the b¥ucket is not allowed to carry people. (7) During work, it i÷s strictly prohibited to stand under the shovel arm, and unrelated personnel and other machinery ar‍e prohibited from working and passing through here. (8) High speed operation is strictly prohibiπted. (9) When the operator leaves the driving position, land the bucket, turn off the engine, ¶and cut off the power.

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