What is the production performance of the equipment and what is the performance of the equipment

Degradaion (of equipment performance).

Equipment performance deterioration refers to the phenomenon that the original performance of the equipment is gradually reduced due to the wear and tear of parts, fatigue or deformation, corrosion, aging and other reasons caused by the environment during the use of the equipment. Usually this is a critical process from normal wear to sharp wear.

Equipment performance degradation analysis.

For enterprises with high maintenance conditions and maintenance technology, they can restore the performance of the equipment through maintenance when the equipment renewal period comes, or improve the performance of the equipment through technological transformation to extend the service life of the equipment. In this way, enterprises can effectively extend the service life of equipment and improve economic benefits under the condition of high technical and economic constraints.

According to the survey, large and medium-sized machining enterprises mostly stipulate that the equipment should be overhauled three times during its service period: the first overhaul of its technical performance close to the requirements of the factory, the second overhaul to meet the requirements of the production process of the enterprise, and the third overhaul to meet the requirements of downgraded use. The deterioration of the performance of the equipment operation is shown in the figure when overhaul is considered.

In the figure, the ab1, bc1, and CD1 lines are the first.

Equipment performance deterioration line that continues to be used before the first, second and third maintenance; ABCD line is the equipment performance deterioration line after maintenance; BB1, CC1, and DD1 lines are the first.

Equipment performance recovery line after one, two and three maintenances; The A1B, A2C, and A3D lines are the first.

1, 2 and 3 repairs of non-repairable equipment performance lines; OM1, M1M2, and M2M3 lines are the first.

One, two, three maintenance cycles; The OR line is the period when the device is fully renewed.

The state of the equipment in the factory under the production situation, the specific point is the situation of the equipment failure in the production process, such as the number of failures per unit time, the ratio. Faults include minor faults, major faults, etc., which affect the normal operation time of the equipment, etc.

You mean the production performance of the computer's equipment, the following address has a detailed introduction, so I won't copy it, hehe.

When the equipment is in normal operation, the output is large, the fineness is reached, the technical support, and the operation and maintenance are convenient.

Production equipment refers to the labor materials or utensils that are manipulated by production workers in the production process to directly change the properties, properties, and forms of raw materials or enhance the appearance value. Such as blast furnaces, machine tools, reactors, printing and dyeing machines, etc. The quality of production equipment and its advanced technology directly affect the quality, accuracy, output and production efficiency of products.

As a fixed asset, the value consumption of production equipment in the production process is gradually transferred to its products. [1]

The technical level and equipment level of production equipment are, to a certain extent, a sign of production level. The main conditions for selecting production equipment are: production efficiency, quality, energy and raw material consumption, service life, reliability, maintainability, complete sets (including stand-alone matching, unit matching, project matching), flexibility (including adaptability, versatility, structure, weight, volume), environmental impact and investment costs.

It should mean the comprehensive performance of the efficiency, quality, consumables, etc. produced by this equipment.

The technical performance of the equipment is divided into advanced and backward, which is mainly manifested in the following aspects:

1. The accuracy of the equipment and its retention, the degree to which it meets the product quality requirements and its stability;

2. The production efficiency of the equipment, that is, the number of qualified products produced in a unit time;

3. The ratio of the working capacity of the equipment to the level of energy base and air consumption;

4. The advantages and disadvantages of equipment reliability and maintainability, that is, the average failure interval and the average repair time;

5. The degree of mechanization and automation of the equipment, which reflects the labor intensity and labor efficiency.

Summary. I used to work for an electronics company and needed to be constantly exposed to the relationship between the performance of the equipment and the meaning of the parameters. It is very important to understand the relationship between the performance of the device and the meaning of the parameters, as they can help us understand the function and performance of the device.

For example, a computer's processor parameters can help us understand its processing power, while memory parameters can help us understand its storage capacity. In addition, the parameters of the device can also help us understand its performance such as power consumption, temperature, noise, etc. Expansion:

In addition, the parameters of the device can also help us understand its reliability, maintainability, portability, and other performance.

I used to work for an electronics company and needed to be constantly exposed to the relationship between the performance of the equipment and the meaning of the parameters. It is very important to understand the relationship between the performance of the equipment and the parameters, because they can help us understand the function and performance of the equipment. For example, a computer's processor parameters can help us understand its processing power, while memory parameters can help us understand its storage capacity.

In addition, the parameters of the device can also help us understand its performance such as power consumption, temperature, noise, etc. Expansion: In addition, the parameters of the device can also help us understand its reliability, maintainability, portability and other performance.

You've done a great job! Can you elaborate on that?

The relationship between device performance and parameter meaning is very important, and the relationship between them can help us better understand the performance of the device. First of all, we can understand the performance of the device through the parameters of the device, such as the processor, memory, storage space and other parameters of the device, which can help us understand the performance of the device such as running speed, processing power, etc. Secondly, we can understand the parameters of the device through the performance of the device, such as the running speed, processing power and other performance of the device, which can help us understand the processor, memory, storage space and other parameters of the device.

In conclusion, the relationship between the performance of the device and the meaning of the parameters is very important, and the relationship between them can help us better understand the performance of the device.

Definitely not. The relationship between production capacity and equipment is as follows:

1) The condition of the equipment determines the basic scale and horizontal scale of the production capacity of the enterprise. You are a small family workshop, and manual production will definitely not reach the production capacity of a large mechanical industry. It can be said that the condition of the equipment is a necessary condition for the level of production capacity, but not a sufficient condition.

2) In addition to the condition of the equipment, there are the following factors that will affect the production capacity of the enterprise. The management level of the enterprise, the technical level of the employees, the collaboration of the first chain, etc.