There could be several possible reasons for this issue. Here are some common causes of fusion splicing failures and some troubleshooting steps you can try:

1.Fiber Preparation: Ensure that the fiber ends are properly prepared, stripped, and cleaned before fusion splicing. Any dirt, residue, or inadequate fiber preparation can affect the quality of the splice. Use lint-free wipes and isopropyl alcohol to clean the fiber ends.

2.Fiber Alignment: Check the alignment of the fibers. Improper alignment can lead to weak or failed fusion splices. Make sure the fibers are properly aligned in the fusion splicer's v-grooves or alignment mechanism.

3.Electrode Condition: Inspect the condition of the electrodes. Worn or dirty electrodes can cause poor fusion and inconsistent results. Clean or replace the electrodes if necessary.

4.Fusion Parameters: Review the fusion splicer's fusion parameters, such as arc power, arc duration, and fusion time. Ensure that the parameters are correctly set according to the fiber type and diameter being spliced. Consult the fusion splicer manual for recommended settings.

5.Fiber Type and Compatibility: Verify that the fusion splicer supports the fiber types you are working with. Different fusion splicers may have limitations on the types of fibers they can splice. Ensure that your splicer is compatible with the specific fibers you are using.

6.Arc Calibration: Perform an arc calibration or electrode realignment on the fusion splicer. This process ensures the optimal performance of the splicer by adjusting the electrode positions. Follow the manufacturer's instructions for the calibration procedure.

7.Environmental Factors: Consider the environmental conditions during fusion splicing. Environmental factors such as humidity, temperature, and dust particles can affect the fusion process. Maintain a clean and controlled environment for splicing.

If you have tried the above troubleshooting steps and are still experiencing fusion splicing failures, it may be necessary to consult the manufacturer's customer support or a professional technician for further assistance. They should be able to provide more specific guidance based on your fusion splicer model and the nature the problem.

SEIKOFIRE is a factory with over a decade of experience in the fiber communication industry, specialized on fusion splicers. We have a professional after-sales team to solve your welding problems. Quality assurance, welcome to consult to negotiate.

Poultry house gradual lighting is a gradually changing lighting pattern that simulates the light changes of sunrise and sunset, allowing birds to gradually adapt to different light environments. This technology can be achieved by gradually changing the intensity and color temperature of the light, so that the bird can better adapt to environmental changes during the growth process, thereby improving its production performance and health.

The principle of gradual lighting in poultry houses is based on the physiological and psychological adaptability of birds to changes in light. The physiological and psychological state of birds will be affected by the sunshine time and light intensity, so in the process of sunrise and sunset, birds will gradually adapt to the changes in light, so as to maintain a relatively stable state. The gradual lighting of poultry houses takes advantage of this physiological adaptation.

The advantages of gradual lighting in poultry houses are as follows.

1. Birds gradually adapt to light, reducing stress and fatigue.

2. Improve the immunity of birds, increase the appetite and digestive ability of birds.

3. Improve production efficiency and reduce feeding costs.

4. Improve the growth rate and meat quality of poultry.

5. Environmental protection and energy saving, reduce energy consumption.

6. Reduce behavior abnormalities and aggression.

7. Improve the birds' routine.

8. Improve the quality of life for birds.

In summary, the gradual lighting of poultry houses has many advantages over the traditional fixed lighting mode. For both commercial poultry farming and small-scale free-range and domestic poultry farming, gradual lighting in poultry house is an effective light management method. There is no doubt that gradual lighting in poultry houses is changing the future of poultry house lighting. Using our Hot-Selling 6.5W LED Poultry Light Bulb connected to Smart Poultry Lighting Control System can achieve the gradual lighting of poultry house. You can change the light intensity and color temperature according to actual needs, improve the quality of life of birds, so as to improve the production efficiency and meat quality of birds, and further increase the economic benefits of poultry farms.

Note: Source of text information in this article: QINKEYUAN

It is widely believed that 24-hour light maximizes the performance and health of chicks. But is 24-hour light really good for raising chicks?

Numerous studies have shown that chicks, like all living things, are born with a 24-hour body clock. This clock can be seen at work by observing the eating and drinking activity of chicks during the first few days of their lives. Even if 24-hour light is provided, the chicks will still drink and eat more during the day ‌ than at night.

What are the specific effects of 24-hour light on chicks?

1. Circadian Rhythm: Chicks show nearly identical circadian rhythms during the first few days of life, with significantly higher water and food intake during the day than at night. This pattern persists even with 24 hours of light.

2. The Need for Dark Periods: Studies have shown that poultry need to have at least four hours of continuous darkness to really benefit from the dark period. Without dark periods, chicks' circadian rhythms may become out of sync.

Alternative Solution

In order to promote feeding and growth of chicks, strategies can be used to gradually reduce the time of light:

Week 1: 24 hours light.

‌Week 2: 20 hours of light.

‌Week 3: 18 hours of light.

‌Week 4: 16 hours of light.

‌From week 5: Taper down to 8 hours of light per day ‌

In addition, the light can be stopped from time to time for 1 hour at night to exercise the adaptability of the chicks to the dark and avoid the upset of the chickens due to power failure.

Using our Hot-selling LED Poultry Light Bulb and Smart Poultry Lighting Control System, you can easily control and adjust the lighting time, achieve intelligent management of lights, and better care for the growth of chicks.

Special Notice: The information and picture above are from the Internet, not original.

We will uphold the enterprise spirit of "customer first, pursuit of excellence", adhere to quality first and management and technological innovation, and shoulder the historical responsibility of "new ideas, new opportunities, new challenges" given to us by the times. We have accumulated a lot of resources and worked hard to meet new challenges and develop Xintiandi into a star enterprise with sustainable development and excellent competitiveness.

Lighting is especially important for the growth of chickens, mainly reflected in the following aspects.

First, promote healthy growth of chicks. 

In the brooding period, lighting not only enables the chicks to see drinking water and feed, but also promotes their healthy growth and improves the survival rate. In the first week, the lighting time can be up to 12 hours a day, with the increase of age, the lighting time gradually decreases, and the lighting intensity gradually decreases, which can prevent the occurrence of pecking.

Second, control the time of sexual maturity.

For breeding chickens and hens, reasonable lighting can control their sexual maturity time. To control growth and development and prevent premature sexual maturity ‌, the lighting time of chickens should be short and should not be gradually extended.

Third, increase egg production rate.

During the laying period, the length, intensity and cycle of lighting time will affect the physiological rhythm and production performance of hens. It usually takes 16 hours of light a day to reach the full laying potential of hens.

Fourth, affect weight and health.

Lighting also affects weight and time to sexual maturity. Reasonable lighting can control the weight of cocks, timely sexual maturity. In addition, lighting also has an important impact on chickens' social interaction, rest and feeding. Reasonable lighting can ensure that chickens get enough feeding, drinking, social interaction and rest.

In summary, lighting is particularly important for the growth of chickens, and reasonable control of lighting time and intensity can significantly affect the growth and development of chickens, sexual maturity, egg production rate and other aspects.

What are the effects of light on different species of chicken?

 Chicks and Broilers 

The main function of light is to make them familiar with the environment, and carry out normal drinking and eating. In order to increase the feeding time of broilers and increase the rate of weight gain, the light regime of 23 hours a day and 1 hour of darkness or intermittent light regime ‌ is generally adopted. The use of Chicken Farm LED Poultry Light Bulb can ensure the uniform brightness of the chicken house environment and promote the drinking and eating of chickens.

Grown chickens

The sexual maturity time of chickens can be controlled by reasonable illumination. Reducing light exposure can delay sexual maturity, make the weight of chickens reach the target at sexual maturity, and improve egg production potential. Using Chicken Farm LED Poultry Light Bulb increases the light, shortens the sexual maturity time of chickens, so that chickens can reach sexual maturity in time. 

Hens ‌

Increasing light and maintaining a considerable length of light time (more than 15 hours) can promote normal ovulation and egg production of hens, and enable hens to get enough time for feeding, drinking, socializing and rest, and improve production efficiency. The use of Poultry Lighting LED Poultry Light Bulb used in combination with Smart Poultry Lighting Control System can increase the duration of light and promote hen ovulation and egg production.

Cocks

The weight of cocks can be controlled by proper lighting and timely sexual maturity can be achieved. After 20 weeks of age, about 15 hours of light a day facilitates sperm production and increases semen volume.

       The importance of the color of light to chickens is mainly reflected in its impact on the physiological function, growth, development and egg production rate. The specific effects of different light colors on chickens are as follows.

      White Light

       White light can promote the growth and development of chickens, increase muscle, fat and other components, improve body weight, and also promote the laying rate, laying amount and hatching rate.

      Red Light

       Red light can relieve tension in chickens and promote sleep, but it can inhibit the growth rate of chicks and young chickens, delay sexual maturity, and reduce the fertilization rate of breeding cocks.

      Green Light

       Green light can regulate the body metabolism and immune system of chickens, but it can inhibit the laying performance of adult hens and reduce the laying rate and hatching rate.

      Blue Light

       Blue light can improve chicken immunity and promote growth, but it is easy to induce chicken pecking, and reduce the disease resistance of chickens at all ages.

      Yellow Light and Orange Light

       These colored lights increase sexual maturity and egg weight, but yellow lights decrease egg production in adult hens.

      In summary, the importance of the color of light to chickens lies in its influence on many aspects such as physiological function, growth, development and egg production rate of chickens. Reasonable selection and use of different colors of light can effectively improve the efficiency of raising chickens.

Building a reliable and efficient computing system requires a well-balanced motherboard. The N5095 ITX Thin Motherboard offers a thoughtful combination of compact design and practical features, making it suitable for a variety of applications, including industrial control systems and home automation. If you’re considering a N5095 motherboard, the solution provided by Yanyue Tech is worth exploring.

What Makes the ITX Motherboard N5095 a Smart Choice?

The ITX motherboard N5095 balances performance with a compact form factor. Powered by the Intel® N5105 CPU, it ensures energy efficiency without sacrificing functionality. With dual LAN ports, six COM ports, and eight USB ports, this motherboard supports various connectivity needs, making it suitable for IoT devices, embedded systems, and thin client terminals.

Applications of the N5095 ITX Thin Motherboard

This motherboard is designed for diverse use cases, from industrial automation systems to modern POS terminals. Its soldered-on CPU provides enhanced durability and stability, which is crucial in demanding environments. The thin design ensures it fits seamlessly into compact devices, making it an excellent choice where space is limited.

Key Features to Consider

Integrated Intel® N5105 CPU: Offers efficient multitasking and low power usage.

Dual LAN Ports: Provides network redundancy and reliable data transfer.

6 COM Ports and 8 USB Ports: Enables connectivity with a range of peripherals and legacy devices.

Thin Mini-ITX Form Factor: Perfect for space-saving builds.

Why Partner with Yanyue Tech?

Yanyue Tech is committed to providing high-quality motherboards that meet industry standards. Each ITX motherboard N5095 undergoes comprehensive testing to ensure reliability and consistent performance. With streamlined production processes, Yanyue Tech delivers dependable products for businesses and developers worldwide.

How Can the N5095 Motherboard Support Your Needs?

The N5095 ITX Thin Motherboard is a reliable solution for projects requiring a compact yet functional design. Its practical features and dependable performance make it an excellent choice for a wide range of applications. To learn more, visit Yanyue Tech and explore how this motherboard can enhance your systems.

Smart boards, also known as interactive whiteboards, have been changing the way students learn! The smart board has easy-to-use design, demonstration tools and child friendly characteristics, which can bring benefits to the school classroom in a way that cannot be realized by chalk.How can smart boards improve the lives of students and teachers? Read on to learn Why are smart boards so useful in the classroom.

Smart boards Compliment Every Learning Style  

The versatile HD smart Board can cater to every learning style, no matter the student.  Visual learners will benefit from the infinite number of visual aids that you can display on the smart Board’s large screen. For auditory learners, you can play music, videos, podcasts and other sound-producing educational applications from your smart Board. For kinesthetic learners who benefit from using their hands and carrying out physical activities to solve problems, the smart Board’s touch screen offers a fun and interactive way for students to complete lessons and stay engaged.

Smart boards Offer Access to Online Resources

Many students benefit from watching interactive and educational videos over classroom lectures. With a smart board, you can project a video, picture, website, game or educational guide on the screen to complement your daily lesson. There are plenty of educational databases and resources that teachers can utilize to better their classroom experience.

Smart boards Allows students to collaborate

Students can draw or write at the same time on the same board, something which stimulates their creativity, and makes a classroom with a smart board a collaborative classroom.Interactive smart board in the classroom can make teaching more fluid for both the teacher and students. Teachers can always find new and interactive ways to use the smart boards, without ever having to be concerned about the lessons not being interactive enough, for that would not be the case!

 Smart Boards Save Teachers Time

Before ifpdtech smart boards, teachers had to spend hours planning their lessons. They had to write everything down and then rewrite it all on the whiteboard or chalkboard. With smart boards, teachers can write their lesson plans in advance, save them, and easily share with students when ready.Smart boards let teachers save their lesson notes so they can write them in advance and share them when ready. They also let teachers use font effects like bold, italics, and highlighting to make visuals pop better.

Amorphous nanocrystalline magnetic core is a composite material composed of amorphous and nanocrystalline states, where amorphous state refers to the absence of long-range ordering in the atomic arrangement of the material, while nanocrystalline state refers to the presence of nanoscale crystal structure in the material. With their excellent magnetic properties, amorphous nanocrystalline cores have shown significant application value and broad market prospects in many fields.

I.Power Electronics

Amorphous nanocrystalline magnetic core has a wide range of applications in the field of power electronics, such as high-power medium and high frequency transformers, high-frequency switching power supplies, electromagnetic compatibility devices, high precision current transformers, EMC filters, inductors, which are used in electronic instruments and equipment.

II.Magnetic memory devices

The high saturation magnetic induction strength and low hysteresis loss of amorphous nanocrystalline cores enable memory devices to achieve higher storage densities and lower energy consumption.

III.Sensor technology

The high sensitivity and wide frequency response range of amorphous nanocrystalline cores make them excellent sensor materials. In magnetic sensors, amorphous nanocrystalline cores can be used to detect magnetic field strength and direction, and are widely used in geomagnetic sensors, motor control, aerospace and navigation systems.

IV.Energy conversion and energy saving application

The high saturation magnetic induction strength and low hysteresis loss of amorphous nanocrystalline cores make them highly efficient transformer materials that can be used in areas such as power transmission and distribution, power transformers and electric vehicle charging equipment.

Our company focuses on the R&D and production of a variety of high frequency transformers, amorphous nanocrystalline toroidal inductors, nanocrystalline magnetic rings, filter inductors,SMT inductors, large current inductors, common mode chokes, etc. With the continuous progress of material science and preparation technology, we believe that amorphous and nanocrystalline cores are expected to be further expanded in the field of applications, and will also bring more ideas to our product design.