Month: April 2024

Precision conductive slip rings can be classified into many types, with different manufacturers having different standards and definitions. However, generally speaking, the classification methods are mostly similar. Firstly, they can be categorized based on structure. This type of precision slip ring generally refers to conductive slip rings with high internal space utilization and very small volume, such as the LPMS series slip rings from JINPAT. Another category is the technically intensive precision slip rings, which include fiber optic slip rings,high-frequency slip rings, etc., and are included due to their high development difficulty. Then, they can also be classified based on the functions of the slip rings. This type of precision slip ring not only has the ability to transmit power but also has one or more functions such as gas, liquid, orsignal transmission.

 

As a professional and veteran slip ring manufacturer, JINPAT has been in the industry for nearly 30 years. As early as 2002, they established their own technology research and development center,placing great emphasis on cultivating independent research and development capabilities. They are also very skilled in the development of precision slip rings. Regarding fiber optic slip rings, which have very high technical content and excellent application prospects, JINPAT started its independent research and development early. In 2009, JINPAT successfully developed fiber optic slip rings with independent intellectual property rights.

 

As one type of precision slip ring, fiber optic slip rings have their own uniqueness. Firstly, fiber optic slip rings do not transmit electricity, gas, liquids, or other media; they only transmit light. For example, among the seven colors of light commonly seen in daily life—red, orange, yellow, green, blue, indigo, and violet—some of the light can be transmitted through fiber optic slip rings at the corresponding operating wavelengths. JINPAT’ developed fiber optic slip rings use single-mode or multi-mode fibers, covering a wavelength range from 650nm to 1650nm,corresponding to visible light and near-infrared light.

 

Since fiber optics are transmitted, fiber optic slip rings do not require electronic components but only optical components. Because these optical components need to be optically coupled with single-mode fibers with core diameters as small as 9 or 10 micrometers and multi-mode fibers with core diameters of 50 or 62.5 micrometers, the volume is extremely small, requiring extremely high installation accuracy. This makes the manufacturing and processing of fiber optic slip rings very difficult, which is also the main reason for the high precision of fiber optic slip rings. Due to the high difficulty in internal component processing and the extremely high requirements for manufacturing precision technology, there are not many slip ring companies like JINPAT that can independently develop and manufacture fiber optic slip rings.

 

JINPAT is committed to developing exclusive slip ring solutions for customers. If you have any slip ring requirements, please feel free to contact us.

Since 1996, JINPAT has entered the slip ring industry. After nearly 30 years of operation and development, it has become a professional rotating conductive solution provider integrating research and development, production, and sales of high-precision conductive slip rings. As a professional slip ring manufacturer, JINPAT has cultivated a large number of outstanding engineers and professional marketing talents for the development and growth of the slip ring industry. Over the years, JINPAT has strived to grasp the market trend, step by step, and has grown into an important force in the international slip ring industry.

 

JINPAT is well aware of the fierce market competition, and slip rings are relatively technical components. Therefore,based on independent research and development, is the way for long-term development. Thus, in 2002, JINPAT established a research and development center. Through years of continuous investment, JINPAT has established technical advantages in multiple slip ring fields and achieved breakthroughs in multiple key product areas. Some precision conductive slip rings applied in critical fields have achieved comprehensive surpassing of similar international products in electrical and mechanical performance. As of now, JINPAT has obtained more than 80 authorized patents for independent intellectual property rights and remains a leading position among professional slip ring manufacturers, maintaining a high annual revenue growth rate.

 

Although the global epidemic outbreak in the past few years has brought significant impact to various upstream markets,it has not stopped the progress of JINPAT. Data shows that during the pandemic period in various countries, the market share of JINPAT’ slip rings, especially in the mid-to-high-end electromechanical equipment slip ring market, has not only remained stable but increased. This is the best proof of JINPAT’ delivery capability and technical strength.

 

In the future, JINPAT will continue to adhere to the development path of quality first and customer supremacy, uphold the principles of “innovation,” “self-improvement,” and”persistence,” never forget its original aspiration, and continue to be a model in the international slip ring industry, contributing its strength to make it bigger and stronger.

The rapid development of high-speed rail has brought convenience to people’s travel and made significant contributions to economic development. Its smooth operation relies on complex and critical inspection systems. In this system, the seemingly tiny component, the slip ring, plays an indispensable role. As an important component of high-speed rail inspection equipment, the function of the slip ring extends beyond just power and signal transmission; it also encompasses monitoring of various vehicle parameters and data transmission.

 

As a well-established international manufacturer of slip rings, JINPAT has developed numerous slip ring products for high-speed rail inspection equipment. Among them, the LPT012B-0602-HSstands out as a representative product. JINPAT fully considers the high-speed nature of high-speed rail equipment during operation. To ensure stable and reliable operation under various complex conditions, the LPT012B-0602-HS can achieve a working speed of up to 2000 revolutions per minute. It also utilizes wear-resistant materials and advanced sealing designs for durability and longevity. This ensures that high-speed rail equipment can maintain stability during prolonged operation, reducing maintenance frequency and lowering the operating costs of high-speed rail inspection equipment. Furthermore, this slip ring adopts a compact design, allowing for flexible installation in limited space. This is crucial for high-speed rail inspection equipment, especially when space for various vehicle components is limited, ensuring effective integration and use of the slip ring. These features make the LPT012B-0602-HS an ideal choice for high-speed rail inspection equipment, meeting multiple technical requirements under conditions of high-speed operation, prolonged usage, and limited space. Its performance advantages greatly enhance the overall system reliability.

 

With the operation of JINPAT’ dedicated slip rings for high-speed rail, the monitoring system can obtain real-time critical data such as the train’s operation status, temperature, and vibration,providing comprehensive and timely information to operators. This not only helps in timely detection of potential issues and early maintenance to ensure the safe operation of high-speed rail but also provides strong support for operational optimization.

Electro-optical pods are devices that integrate various technologies such as optics, electronics, mechanics, etc.,commonly used in aerospace, military surveillance, ship navigation, unmanned aerial vehicles, and other fields. As a rotating component integrating optical sensors, cameras, lidars, etc., many electro-optical pod devices require slip rings for power, signal, and data transmission. JINPAT, as an international expert in electro-optical pod slip rings, has developed several high-quality products for this field.

 

Recently, JINPAT customized a new type of integrated capsule electro-optical pod slip ring for a customer. This product adopts an optical-electrical integrated design; by integrating optical fibers with electrical slip rings, it exhibits synergistic performance in transmitting optical signals and power and data signals, providing comprehensive connectivity support for electro-optical pod devices. Considering the actual application environment, this slip ring also features low-temperature resistance, capable of operating in harsh cold environments, ensuring stable and reliable performance even at -40°C; it uses high-strength aluminum alloy housing, ensuring lightweight design of the product while possessing excellent corrosion resistance and shock resistance, suitable for various complex environments.

 

In addition, a representative product of this electro-optical pod slip ring series is the LPC-3402-46S-HD01 model, which has 46 signal channels and 1 high-definition signal channel. Signal channels use twisted pair cables, shielded cables, and dedicated cables, while the power ring is connected to fluorine-coated wires externally.

 

Meanwhile, JINPAT’s ultra-miniature electro-optical slip rings can adapt to various demanding mounting platforms,such as the groundbreaking LPMS-44S model, with a diameter of 16mm and a reduced length of 23mm. This means that the thickness of each copper ring plus insulating sheet in this slip ring does not exceed 0.5mm, which places it at the forefront of slip ring technology and showcases JINPAT ‘ strength in the field of electro-optical pod slip rings.

 

For more information on electro-optical pod slip rings produced by JINPAT and other slip rings, please feel free to contact us. JINPAT will spare no effort to provide you with suitable solutions and slip rings.

JINPAT is committed to providing high-performance solutions for high-current slip rings. Each custom product undergoes meticulous design and rigorous testing to ensure quality. Default factory temperature rise tests adhere to a standard static 2-hour test to ensure temperature rise is within a safe range (<70K). To better meet customer needs, static temperature rise tests of 24 hours or more can also be conducted upon request (static temperature rise testing involves greater technical difficulty than dynamic temperature rise testing).

 

With over a decade of experience in high-current slip ring development, JINPAT has accumulated comprehensive test data for each product, establishing a set of rigorous inspection standards to ensure stable operation in various working environments, thereby guaranteeing quality and reliability.

 

Taking this customized high-current product as an example, JINPAT’ custom high-current slip ring is installed within cranes,suitable for harsh environments and high-intensity operations of offshore cranes. This slip ring performs excellently under conditions such as moist ocean air, smoke, oil mist, ship vibration, and impact, ensuring equipment reliability and safety in adverse conditions. The slip ring exhibits environmental adaptability, enabling stable operation and transmission of power, ship control signals, analog signals, and fiber optic signals. It is internally equipped with temperature-controlled heaters to adapt to different temperature conditions. The shell design, considering practical usage, is equipped with lifting ears to ensure they can bear the weight of the entire slip ring, enhancing installation stability. This makes JINPAT slip rings a reliable, durable, and high-performance choice for offshore operations.

 

With its technical strength and strict commitment to quality, JINPAT provides highly reliable solutions for high-current slip rings, meeting stringent requirements for equipment reliability and safety in harsh environments such as offshore operations.