Product Description
Product Description
Pivot, also called center CHINAMFG or clock pivot, is a large-scaled automatically running irrigation equipment, quite suitable for corn, wheat, alfalfa, potato, grain, vegetable and sugarcanes and cash CHINAMFG etc, and even good for fruit tree, plant nursery A single CHINAMFG could cover a very large field.
Comparing with the other irrigation way, the CHINAMFG has the following advantage:
1.The largest irrigation covering.
No need CHINAMFG or much earthwork, only water recourse like well or surface water, 1 single CHINAMFG could cover 12m tubes for CHINAMFG or linear, at the same time, ERP system ensure the internal manufacturing and logistic quality.
IRRITECH was public in 2015(stock code is 835416). CHINAMFG products has been successfully installed and used in most provinces in China to irrigate wheat, corn, potato, alfalfa, sugarcane, flowers, and fruits. Export to Mali in Africa, Cuba in South American, Kazakhstan and Tajikistan in Middle Asia. We are looking CHINAMFG to corporate with distributors and customers to achieve win-to-win and long term benefit.
FAQ
1.What kinds of pivots do CHINAMFG produce?
Our products can be classified into 3 categories: fixed center pivot, towable center pivot, and lateral move system.
The main difference between these systems is their mobility.
1.The fixed system has 1 stationary end of the machine, while the other moves clockwise by motorized wheels.
2.Towable pivots have 3 or 4 wheels assembled at the center of the pivot, making it towable by tractor.
3.Lateral move systems work in a linear fashion, driven by motorized wheels. Unlike center pivots, where area is determined by the length of the machine, lateral move systems depend on both system length and distance traveled.
A towable center CHINAMFG should be a maximum length of 300m for safe towing, but fixed pivots can be much longer.
Compared with both fixed and towable systems, lateral move systems depend on the source of water. Ditch fed machines recieve water from the built ditch. Hose fed machinery recieves water from underground pipelines with hydrants. For hose fed systems, the maximum length is 450m because connecting 1 hydrant to another incurs labor costs.
2.PIVOT DESIGN CHOICES
When purchasing a center CHINAMFG system 1 must select:
Mainline size and outlet spacing;
Length, including the number of towers;
Drive mechanisms;
Application rate of the pivot;
The type of water applicator.
These choices affect investment and operating costs, irrigation efficiency, and CHINAMFG production. Wise decisions will result in responsible water management and conservation, flexibility for future changes, and low operating costs.
3.What is the warranty on your products?
Warranty covers our center CHINAMFG and lateral move systems up to 1 year concerning electrical equipment, and 10 years or 10,000 working hours for gearboxes and gear motors-whichever expires first.
We guaruntee 15year use concerning our galvanized eqipment against corrosion, and 3 years for our tires and rims.
4.How much does your equipment cost?
Our pricing depends on the machine you are looking for, along with several other variables. In regards to our center pivots, we have both fixed and towable pivots and lateral move systems available. We will need to know your preferred water source (ditch or hose fed), land data and the types of crops that will be irrigated. Given this information, we will also determine the necessary sprinklers for your system.
5.What are your payment terms?
We accept 30% down by T/T (wire) or 70% by L/C or T/T before shipment.
6.How long will it take to manufacture and ship a center CHINAMFG or lateral move system?
Time spent on each order depends on the quantity and specifications of your order. Some machines we have in stock, but special orders require more time. We can provide you a time estimate once we have adequate information concerning your order.
However, we can say that lateral move systems take a longer time to produce, especially if you require a ditch feed water source. Because they also require a main cart pump, diesel engine, and alternator, time also must be included for our suppliers.
7.Are these machines difficult to operate?
Our machines are very simple, and you will be able to learn their functions within an hour's time. Once you learn to operate the systems control panel, it will function automatically. We are also currently working on a remote control for our systems, which should be released soon.
8.Do center pivots and lateral move systems work on rolling or mountainous terrain?
Yes, both systems can work on rolling or mountainous land. Lateral move systems only work on up to 5% slopes, but center CHINAMFG systems will work on up to 20% slopes.
9.What is the auto stop/reverse system and when can it be used?
In certain situations, a CHINAMFG will not finish a full rotation due to obstacles in the field such as terrain, poles, houses, etc. Now the auto stop/reverse system is needed. A touch device is installed in the tower of the pivot, when hit by the rod connected, the CHINAMFG can stop/reverse automatically.
10.Can I use fertilizer device on more than 1 machine?
Yes, you can use our chemical injector on more than 1 machine such as center CHINAMFG and lateral move systems. The chemical injector is small and easily transferred by just 1 person. It can also promise the safety of livings, you can find the details on the introduction.
11.Can I use fertilizer device on more than 1 machine?
If your field is rectangular and you are not using a lateral move system, you may need end gun to spray the area uncovered. The corner control systems can control when the end gun is spraying, so that no water is wasted on covered land.
12.Is the diesel generator included in my quote?
Our diesel generator is only included with lateral move systems, otherwise we will quote with electric power. If you would like, we can include the generator in your quote for other systems.
13.If I need a CFR price, what should I do?
All we need is your destination port. Then we will provide a CFR quotation by adding the freight cost provided by our freight forwarder .
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| Usage: | Irrigation |
|---|---|
| Type: | Irrigation System |
| Power Source: | Electricity |
| Drainage & Irrigation Mode: | Sprinkler Irrigation Equipment |
| Pump Type: | Centrifugal Pump |
| Material: | Metal |
| Customization: |
Available
| Customized Request |
|---|
Optimizing Performance with Gear Ratios in Irrigation Gearboxes
Gear ratios play a crucial role in optimizing the performance of irrigation gearboxes by allowing precise control over the speed and torque output of the gearbox. Here's how gear ratios contribute to performance:
- Torque Multiplication: In irrigation systems, different tasks require varying levels of torque. By using gear ratios, the gearbox can multiply the torque from the input source, enabling the equipment to handle heavy loads such as moving large irrigation arms or distributing water through long pipes.
- Speed Reduction: In some cases, the output speed of the gearbox needs to be reduced to match the requirements of the irrigation equipment. Gear ratios enable the gearbox to slow down the rotational speed while maintaining sufficient torque, ensuring precise and controlled movement.
- Speed Increase: Conversely, gear ratios can also be used to increase the output speed of the gearbox, allowing faster movement of certain irrigation components like pivots or linear systems. This is particularly useful for covering larger areas efficiently.
- Precision Control: Gear ratios offer fine-tuning capabilities for controlling the movement of irrigation equipment. The ability to select the appropriate gear ratio ensures that the equipment moves at the desired speed, making it easier to achieve uniform water distribution and coverage.
By carefully choosing the right gear ratio for the specific irrigation task, operators can optimize the performance of their irrigation gearboxes, enhance water distribution efficiency, and ultimately contribute to successful and sustainable agricultural practices.
Choosing Lubrication for Irrigation Gearboxes
When selecting the appropriate lubrication for irrigation gearboxes, several considerations come into play:
- Environmental Conditions: Consider the outdoor environment in which the gearbox operates. Factors like temperature variations, humidity, and exposure to dust and water play a role in choosing the right lubricant.
- Water Resistance: Since irrigation gearboxes are often exposed to water, it's crucial to select a lubricant that provides effective water resistance to prevent rust and corrosion.
- Extreme Temperatures: If the gearbox operates in extreme temperatures, the lubricant should have a wide temperature range to ensure proper viscosity and performance in both hot and cold conditions.
- Load and Torque: The load and torque requirements of the gearbox affect the choice of lubrication. Heavy loads and high torques might require lubricants with enhanced film strength and anti-wear properties.
- Compatibility: Ensure that the selected lubricant is compatible with the gearbox materials and seals to prevent any adverse reactions or degradation.
- Longevity: Choose a lubricant that offers long-lasting performance and doesn't break down quickly, especially in continuous operation scenarios.
- Sealing: The lubricant should work well with the gearbox's sealing system to prevent leaks and maintain the integrity of the lubrication film.
- Ease of Application: Consider the ease of applying the lubricant, especially during maintenance procedures. Lubricants that are easy to apply and distribute evenly contribute to efficient gearbox operation.
- Regulations: If the farming operation is subject to certain regulations or standards, ensure that the selected lubricant complies with these requirements.
By carefully considering these factors, farmers and equipment operators can choose the appropriate lubrication for irrigation gearboxes, ensuring smooth and reliable operation in agricultural settings.
Role of an Irrigation Gearbox in Pivot and Linear Irrigation
Irrigation gearboxes play a crucial role in both pivot and linear irrigation systems by facilitating the controlled movement of irrigation equipment and ensuring efficient water distribution:
Pivot Irrigation: In pivot irrigation systems, a central pivot point supports a rotating arm with sprinklers attached. Irrigation gearboxes are used to drive the pivot movement, allowing the arm to rotate around the pivot point. As the arm moves, the sprinklers distribute water over the field in a circular pattern. The irrigation gearbox controls the speed and direction of the pivot, ensuring uniform water coverage and preventing overwatering or underwatering in specific areas.
Linear Irrigation: Linear irrigation involves the movement of irrigation equipment along a straight line across the field. Irrigation gearboxes are used to drive the motion of the irrigation equipment, which can include sprinklers, drip lines, or other water distribution devices. The gearbox controls the speed and direction of the movement, ensuring that water is evenly distributed along the length of the field. This method is particularly useful for rectangular or elongated fields.
Both pivot and linear irrigation systems rely on irrigation gearboxes to regulate the movement of irrigation equipment, leading to efficient water distribution and optimized crop watering. The use of irrigation gearboxes enhances water management and contributes to the overall success of agricultural irrigation systems.
editor by CX 2023-12-22