This standard stipulates the working capacity, responsibility, authority and operating procedures of the rotary crusher and heavy plate feeding machine.
2. area
This standard is applicable to the cyclone crushing and heavy plate feeding personnel and their inspection and assessment.
3 job ability requirements
3.1 Those who have passed the training of this post and passed the third-level safety education.
3.2 Familiar with the working principle of the equipment operated by this post and its safe operation procedures.
3.3 Have a junior high school education or above.
4 Responsibility
4.1 is responsible for its own safety.
4.2 Responsible for the safety supervision of non-local personnel entering this position.
4.3 Coordination with mines for mining and mining.
4.4 Responsible for the safe operation of electromechanical equipment in this position.
4.5 Responsible for the fastening, lubrication and maintenance of the equipment.
4.6 Responsible for the cleaning work of this post.
5 permissions
5.1 The right to prevent non-employee staff from entering the work area.
5.2 The right to prevent employees who are not wearing protective products from entering the work area.
5.3 Have the right to prevent illegal command and illegal operation.
6 indicator requirements
6.1 Guarantee balanced supply of mines.
6.2 The maximum size of the discharge port is ≤200mm, and the discharge gap should be adjusted in time to meet the requirements.
7 dangerous points of this position
7.1 Splash ore and large block processing when spinning back.
7.2 The operator is not wearing a helmet or helmet and is not wearing it.
7.3 operator fatigue operation
7.4 There is broken dust.
7.5 Rotate back to the empty warehouse for unloading.
8 Safety precautions and control measures
8.1 Carefully observe the status of the spiral returning ore (in case of abnormal conditions).
8.2 Wear labor protection products in strict accordance with the requirements, standardize wearing safety helmets, and beware of all kinds of bruises.
8.3 Regularly check the integrity of the protective railings and their stairways, and beware of falling down and falling from high places.
8.4 Take precautions against dust hazards and wear dust masks during work.
8.5 Do the routine maintenance work of the gyratory crusher and heavy plate feeding machine.
8.6 Strengthen business learning, eliminate unsafe behaviors, and operate in strict accordance with the operating procedures.
8.7 Do a good job of information transfer with the upper and lower processes. In the next step, the parking signal should be stopped in time.
8.8 Pulleys, sprockets, etc. with rotating objects do not have a safety cover.
9 Environmental factors of this post
9.1 There is noise in the production process.
9.2 There is dust in the production process.
9.3 Environmental waste was not cleaned up in time.
10 Environmental attention items and their control measures
10.1 Take precautions against noise hazards and wear anti-noise earplugs during work.
10.2 Take precautions against dust hazards and wear dust masks during work.
10.3 Deal with mechanical oil spills and clean up contaminated sites in a timely manner.
10.4 Clean up the environment in a timely manner and focus on it.
11 heavy plate to miners operating procedures
11.1 Before driving, check the bolt connection of each part of the mining machine, strengthen if necessary, check the fastening of the motor and reducer coupling bolts, check whether the tension of the chain plate is appropriate, whether the lubrication of each part is oil, the small shaft of the chain plate and the tug Whether it is inciting and so on.
11.2 After the inspection is normal, the driving signal can be issued. After the 1# belt conveyor is started, the heavy plate is fed to the mining machine.
11.3 Maintain uniform ore feeding to prevent overloading of ore.
11.4 Always pay attention to whether the chain is out of alignment, the sprocket meshing state, whether the trough wear and deformation interfere with each other.
11.5 It is strictly forbidden to directly impact the transmission chain plate by ore.
11.6 When parking, press the stop button of the inverter or pull off the knife switch to cut off the power to stop feeding. If there is no notice, the power switch should be cut off immediately.
12 Rotary crusher operating procedures
12.1 Select the equipment Px1417 to screw back the crusher. The maximum feeding diameter is 1200mm; the discharge port size is 170mm-200mm; the motor power is 400kw-10.
12.2 Adjust the size of the discharge port according to the process requirements. The machine is thoroughly inspected before driving: the body, lubrication system, transmission components, and electrical parts. When starting, first open the thin oil station and the dry oil pump to make the lubrication point sufficient. The start of the gyratory crusher must be started with an empty load to confirm that the equipment is in normal operation before feeding.
12.3 Check and maintain during operation. It is required to conduct a inspection in 30 minutes.
a. Check the fastening bolts of each part, check the wear of the fixed cone and moving cone liner, check whether the upper and lower body are displaced, and check that each transmission component stops running immediately if there is abnormal sound response.
b. Lubrication pump oil pressure is 0.2-0.4MPa during normal operation, and return oil temperature does not exceed 500C.
c. Check the working condition of the thin oil station and dry oil pump, add 2-3 times/8 hours of dry oil, and increase the amount. When the oil pressure is large, the oil filter and oil core should be cleaned. Check if the oil pressure and oil flow are normal.
12.4 Emergency stop should be carried out in the following cases, but the ore in the crushing chamber must be cleaned.
a. The pressure is lower than 0.2MPa or the return oil temperature is over 500C.
b. The moving and fixed cone linings fall off.
c. Loose or broken belts, bolts or other transmission components.
d. The motor smokes or suddenly loses power.
12.5 When the machine is shut down, the ore in the crusher will be returned to the host after the treatment of the ore, and finally the thin oil station and the dry oil pump will be stopped.
12.6 For miners and coarse crushers, the following equipment lubrication work is required:
Wall-Traveling Jib Cranes provide long lateral movement of materials without taking up floor space or interfering with large overhead cranes. Wall-traveling jibs increase overall plant productivity by quickly handling smaller lifts.
You can cover an entire series of workstations using one agile wall-traveling crane for virtually the entire length of your building.
Wall-Traveling Jib Cranes are cost-effective, custom-engineered solutions that are specifically designed to meet your production needs and building specifications.
WALL-TRAVELING Jib Crane FEATURES
- Jib boom is fabricated from standard [S" beam with vertical angle truss to reduce deflection; jib boom and truss bolt onto the back frame-no welding needed
- End trucks are constructed from channel beam frames and resist twisting; the end trucks are jig-fixed for optimal fit and travel. End trucks bolt onto the jib`s back frame
- Top-running end trucks include double-flanged Crane Wheels made from forged steel for long service life
- Crane drive has an electric motor with worm gear reducer
- Two-speed controls include mainline contactor, control transformer, inverter acceleration control, and fuses in NEMA 3R, 4, or 12 enclosures
- Variable frequency drives for multi-speed operation
Wall Travelling Jib Crane,Jib Crane,Wall Mounted Jib Crane,Jib Hoist
Shandong Lite Electrical Co.,Ltd , http://www.chinacranegroup.com