Power Supplies & Equipment

They are similar to a drop wire clamp. This mechanical device is a single-tension piece of hardware used to fasten overhead transmission and distribution wires and cables to a pole, building, etc. Steel Cable Clamps will compress those wires and cables to become horizontally straight. Or at least straight enough that the wire won’t stoop too low. Cable Tension Clamps are also used to support the cable’s weight, keeping tension on the line while relieving stress on the attachment points.

ADSS hardware are used to secure ADSS cables to utility poles. The integration test between the fitting and the cable is approved according to the "NESC Heavy Duty" standard. The correct ADSS hardware are determined by the outside diameter of the cable and the length of the span to be covered. What is an ADSS cable? ADSS (All Dielectric Self-Supporting) cables are ideal for installation in power distribution and transmission environments, even when a live installation is required. As the name implies, no supports or slings are required, so a single installation is all that is needed, making ADSS an economical and simple way to.

DownLead Clamp, also called lead wire pads, are fixed to poles or strain relief towers to guide fiber optic cables up or down through them. According to the application, the lead wire clips include tower lead wire clips, pole lead wire clips, ADSS lead wire clips and OPGW lead wire clips. Downlead Clamp Downlead clamp is used to guide fiber optic ground wire (OPGW) from the top of the structure to the junction box.Huaneng's lead-off clips are easy to install, provide proper spacing and maintain strength without damaging the cable. From poles to towers, Huaneng offers a full line of downlead clamp for OPGW to meet the needs of any application.

ADSS (All-Dielectric Self-Supporting) tension clamp is a device used to attach and support ADSS cables to poles or towers in overhead fiber optic cable installations. It is designed to grip the cable without damaging it while also providing the necessary tension to keep the cable taut and secure. Tension Clamp ADSS (All-Dielectric Self-Supporting) tension clamp is a device used to attach and support ADSS cables to poles or towers in overhead fiber optic cable installations. It is designed to grip the cable without damaging it while also providing the necessary tension to keep the cable taut and secure. The ADSS tension clamp is typically made of corrosion-resistant materials such as aluminum or plastic and is available in different sizes to fit various cable diameters.

OPGW joint boxs, also known as splitter boxes, are designed to accommodate core connectors to the outdoor intermediate fiber optic cable leading to the control room patch panel. Fiber core connectors are used to connect backbone fiber optic cables (such as OPGW) OPGW Joint Box The OPGW joint box is used to store the fiber core splices leading to the control room patch panel.The OPGW junction box is a key component in the installation and maintenance of OPGW cables, and is used to place, protect, and organize the splices or splices of the fibers within the OPGW cable.

Product Name: Wireless 4G Centralized Controller Model No: SS-LED-6CH16A4G1C485WS Product Description: A wireless 4G street light centralized controller developed and produced in accordance with industrial design standards, with 6 built-in loop control, can cooperate with single lamp/dual lamp controller, centralized control of street lights, landscape lights, dimming control, and real-time monitoring of electricity and voltage. Through wired transmission of 220V power supply and control signal at the same time, save wiring costs, simplify installation steps, suitable for large-scale lighting renovation projects. Main Features: 1.Manual, timing control 6 loop switches, brightness adjustment. The power cable can transmit 220V power and control signals at the same time 2.Supports dimming mode, timing mode, illumination mode, holiday mode, single light mode, group control and other control modes 3.Can support 4G or wired network transmission, suitable for various installation environments 4.Built-in system menu, applicable to various application scenarios complex Settings 5.The LCD screen displays the current loop status, and the status of each loop and lamp Main Application: It is suitable for the centralized control of traditional street lights and large-scale landscape lights. By installing a single lamp controller, it can monitor the online, offline and power consumption parameters of each street light, remotely open and close the street light, or realize the automatic dimming control of the street light according to the timing plan, saving manual inspection, maintenance costs, energy saving and emission reduction.

Minimum Order: 1 bags

Product Name: Wired Single Light Controller Model No: SS-LED-010V1C220VWD Product Description: Developed and produced according to industrial design standards, a wired single lamp controller is suitable for street lights, landscape lights centralized switch, dimming control, and real-time monitoring of electricity and voltage. Through wired transmission of 220V power supply and control signal at the same time, save wiring costs, simplify installation steps, suitable for large-scale lighting renovation projects. Main Features: 1.Manually and regularly control individual street lamp switch and brightness adjustment. The power cable can transmit 220V power and control signals at the same time 2.Can monitor the voltage, current, power, electricity and other electrical parameters of a single street lamp 3.Can control the output of up to 10A 220V AC voltage to provide power for single street lights 4.Supports 220V 5A power input and can withstand 400V AC voltage for a long time to avoid damage to the single lamp controller due to incorrect cable connections. 5.Supports single 0 to 10V dimming for LED street lights (LED drivers support 0-10V dimming interfaces). Main Application: It is suitable for the centralized control of traditional street lights and large-scale landscape lights. By installing a single lamp controller, it can monitor the online, offline and power consumption parameters of each street light, remotely open and close the street light, or realize the automatic dimming control of the street light according to the timing plan, saving manual inspection, maintenance costs, energy saving and emission reduction.

Minimum Order: 1 bags

Sheet Metal And Machined Products ACE sheet metal is characterized by a variety of high-precision large-scale mechanical parts processing and precision parts processing, with a product accuracy of 0.01 millimeters. The company meets the quality requirements of high-end customers with advanced equipment and professional talents. Precision machined parts are the unsung heroes of modern manufacturing, serving as the building blocks for countless products across diverse industries. These components, characterized by their exacting tolerances and intricate features, are essential for ensuring optimal performance, reliability, and longevity in various applications. Understanding Precision Machining Precision machining is a manufacturing process that involves removing material from a workpiece to achieve precise dimensions, tolerances, and surface finishes. This intricate process employs advanced machinery, skilled operators, and meticulous quality control measures to create components that meet stringent engineering standards. The Importance of Precision Precision machined parts play a critical role in numerous sectors, including: Automotive: Engine components, transmission parts, and suspension systems rely on precision machining for optimal performance and efficiency. Aerospace: Aircraft and spacecraft components demand exceptional precision to ensure safety and reliability. Medical Devices: Precision machined parts are essential for the production of surgical instruments, implants, and diagnostic equipment. Electronics: From microchips to enclosures, precision machined components contribute to the functionality and durability of electronic devices. The Precision Machining Process The precision machining process typically involves the following steps: Material Selection: Choosing the appropriate metal or material based on the part's requirements. Design and Engineering: Creating detailed blueprints and CAD models to define the part's specifications. Machining: Utilizing advanced machines like lathes, milling machines, grinders, and CNC machines to remove material and achieve desired dimensions. Finishing: Applying surface treatments like polishing, coating, or heat treatment to enhance performance and durability. Quality Control: Implementing rigorous inspection and testing procedures to ensure parts meet stringent tolerances. Challenges and Advancements in Precision Machining Precision machining presents unique challenges, including: Tolerance Control: Achieving extremely tight tolerances requires advanced machinery and skilled operators. Material Selection: Selecting the right material for the application can be complex due to various factors like strength, weight, and cost. Surface Finish: Achieving desired surface finishes requires specialized equipment and techniques. ACE currently has a strong R&D and design team. The team can quickly and professionally provide design solutions for non-standard equipment products according to customer needs. Provide clients with an integrated solution from R&D design to production, commissioning and implementation.

Frame Assembly Focusing on providing production and assembly services for structural components, metal frames, PVC coatings, and other products for top semiconductor equipment manufacturers in China and the international market, we aspire to become a leading domestic precision metal structural component manufacturing and equipment assembly service provider in the semiconductor equipment field. Metal tube type frames, constructed from hollow metal tubes, have become a cornerstone in various industries due to their versatility, strength, and lightweight properties. These frames find applications in everything from furniture and machinery to automotive and aerospace sectors. But what makes metal tube type frames so desirable, and how are they constructed? Understanding Metal Tube Type Frames Metal tube type frames are fabricated by joining metal tubes through various methods, including welding, bolting, or riveting. The choice of metal, tube diameter, wall thickness, and joint type depends on the frame's intended application and load-bearing requirements. Key Advantages of Metal Tube Type Frames Strength and Durability: Metal tubes offer exceptional strength-to-weight ratios, making them ideal for applications requiring robust structures. Versatility: Metal tubes can be easily shaped and joined, allowing for the creation of intricate and customized frame designs. Lightweight: Compared to solid metal structures, tube frames are significantly lighter, reducing weight and improving efficiency. Cost-Effective: Metal tubes are often more economical than other materials, making them a viable option for various budgets. Applications of Metal Tube Type Frames The versatility of metal tube type frames has led to their widespread adoption across numerous industries: Furniture: Metal tube frames are used in furniture manufacturing for chairs, tables, and shelving units, offering a modern and industrial aesthetic. Machinery and Equipment: These frames provide the structural backbone for various machinery and equipment, ensuring stability and durability. Automotive and Aerospace: Metal tube frames are integral components in automotive and aerospace industries, contributing to lightweight and strong structures. Construction: Tube frames find applications in building construction for structural support, railings, and fencing. Design Considerations for Metal Tube Type Frames Designing metal tube type frames requires careful consideration of several factors: Load-bearing capacity: Determining the frame's ability to withstand anticipated loads. Material selection: Choosing the appropriate metal alloy based on strength, weight, and cost requirements. Joint design: Selecting suitable joints for connecting tubes, ensuring structural integrity. Manufacturing process: Determining the most efficient and cost-effective production method. Finish: Applying appropriate coatings or finishes to protect the frame from corrosion and enhance aesthetics. Metal tube type frames offer a multitude of advantages, making them a preferred choice for various applications. By understanding their characteristics and design considerations, engineers and manufacturers can harness their potential to create robust and efficient structures. Would you like to delve deeper into a specific application or aspect of metal tube type frames?

Telecommunication communication cabinets, often referred to as telecom cabinets, are the backbone of modern communication networks. These enclosures house vital telecommunication equipment, ensuring seamless connectivity and reliable communication services. The assembly of these cabinets demands precision, expertise, and adherence to stringent industry standards. The Assembly Process The assembly of a telecommunication communication cabinet typically involves the following stages: Cabinet Preparation Enclosure selection: Choosing the appropriate cabinet size, material, and environmental protection based on the equipment and deployment location. Internal structure: Installing mounting rails, shelves, and cable management systems to optimize equipment placement and airflow. Equipment Installation Component mounting: Securely installing telecommunication devices such as switches, routers, modems, and power supplies within the cabinet. Cable termination: Connecting cables and wires to the equipment, ensuring proper termination and labeling. Power distribution: Installing power distribution units and connecting power cables to the equipment. Testing and Commissioning Functional testing: Verifying the correct operation of all installed equipment. Network configuration: Configuring network settings and parameters. Performance evaluation: Assessing the overall performance of the cabinet and its equipment. Challenges and Best Practices Assembling telecommunication communication cabinets presents unique challenges: Space constraints: Efficiently utilizing limited cabinet space while ensuring optimal airflow and accessibility. Thermal management: Managing heat dissipation within the cabinet to prevent equipment failures. Electromagnetic interference (EMI): Shielding equipment from EMI to maintain signal integrity. To address these challenges, best practices include: Modular design: Using modular components for flexibility and scalability. Thermal management solutions: Implementing cooling systems or ventilation to regulate temperature. EMI shielding: Employing shielding materials and techniques to minimize interference. Quality control: Adhering to strict quality control measures throughout the assembly process. The company ACE has cooperated with customers from different manufacturing industries for many years, and has accumulated rich and valuable manufacturing and design experiences. We can provide end to end services from parts production to integrated assembly and desgin services to our customers. 

Integrated Assembly Products The company has more than 13 years of experience in the production, assembly, quality control, performance testing, and logistics service for OEM equipment products, and can provide customers with integrated assembly and solutions for complete sets of equipment. Electric control cabinets, the heart of industrial automation, house the electrical and electronic components that orchestrate the operation of machinery and processes. The assembly of these cabinets is a complex process that requires meticulous attention to detail, adherence to stringent standards, and specialized expertise. Let's delve into the intricacies of electric control cabinet assembly. Understanding the Assembly Process The assembly of an electric control cabinet involves several critical steps: Cabinet Preparation Selection of the enclosure: Choosing the appropriate cabinet size and material based on the components and environmental conditions. Mounting of internal components: Installing rails, mounting plates, and other structural elements to provide a solid foundation for the electrical components. Component Installation Component placement: Arranging and securing electrical components such as relays, contactors, PLCs, and power supplies within the cabinet according to the electrical schematic. Wiring and termination: Connecting the components using appropriate wires and terminals, ensuring accurate and reliable connections. Cable management: Organizing and routing cables to maintain a clean and efficient workspace within the cabinet. Testing and Commissioning Functional testing: Verifying the correct operation of all components and circuits. Performance evaluation: Assessing the overall performance of the control cabinet under simulated operating conditions. Documentation: Creating and maintaining comprehensive documentation, including wiring diagrams, test reports, and maintenance records. Challenges and Best Practices Electric control cabinet assembly presents a range of challenges, including: Complexity: Modern control cabinets often incorporate complex electrical and electronic systems, requiring skilled technicians. Space constraints: Efficiently utilizing limited cabinet space while ensuring proper component cooling and accessibility. Error prevention: Minimizing errors during wiring and assembly to prevent equipment malfunctions. To overcome these challenges, best practices include: Standardized procedures: Implementing clear and consistent assembly processes. Quality control measures: Conducting regular inspections and testing to ensure product quality. Continuous improvement: Identifying and addressing potential issues to optimize the assembly process. The Importance of Precision and Expertise Electric control cabinet assembly is a precision-driven process that demands a high level of expertise. Skilled technicians, combined with advanced tools and technologies, are essential for delivering control cabinets that meet the highest quality standards. By adhering to meticulous assembly procedures and implementing robust quality control measures, manufacturers can ensure the reliability and performance of their products, ultimately contributing to the success of their customers' operations. Electric control cabinet assembly is a critical aspect of industrial automation, and its importance cannot be overstated. By understanding the intricacies of the assembly process and implementing best practices, manufacturers can deliver control cabinets that meet the evolving demands of modern industries. Would you like to know more about specific aspects of electric control cabinet assembly, such as the types of components used or the industries where they are commonly employed?

The TDX 20W PD Fast Charger is the ultimate solution for lightning-fast charging speeds for your Smartphone or iPad. Engineered with cutting-edge USB-C Power Delivery (PD) technology, this compact yet powerful wall charger delivers up to 20W output, ensuring your devices are powered up in record time. Designed with international users in mind, it supports a wide input voltage range of 100-240V and complies with IEC/EN 62368 safety standards. Whether you're at home, in the office, or on the move, this charger offers global compatibility and performance reliability. Fast PD Charger Key Features: 20W USB-C PD Wall Charger: Fast-charges your Smartphone, iPad, gaming device, or drone with ease. Compact & Travel-Ready: Ultra-portable with a rounded edge design and foldable prongs – ideal for business trips and travel. Universal Compatibility: One plug to charge multiple devices, replacing the need for multiple bulky chargers. Smart Protection Built-in: Equipped with OVP/OCP/OTP/SCP to ensure safe charging – protecting your devices from over-voltage, over-current, over- temperature, and short circuits. Extensive Safety Approvals: Certified by UL, CE, FCC, PSE, SAA, KC, GS, and CB for global distribution. Tested for Durability: Passed temperature, surge, vibration, and high-voltage insulation tests for long-lasting performance.

The 60W interchangeable power adapter is AC to DC adapter, it is made of high-quality materials and undergoes rigorous quality testing. It features built-in over current, over voltage, over temperature, and short-circuit protection. Users can verify the safety certification by checking the certification, ensuring safe and reliable daily use It has robust casing protects against scratches,bumps, drops, withstands pressure and keeps internal components safe during emergencies enhanced longevity.Compact and portable. This power adapter has no fan and noise, and has 8 intelligent protections: high temperature/static/output over voltage/input over voltage/input over current/output over current/intelligent current/short circuit protection. More protection to ensure safety in use.

Wall Mount Power Adapter Specifications: Input voltage range: AC100-240V Input frequency range: 47-63HZ Input current range: 1.5A Max Output voltage range: DC 5-24V Output current range: 0-5A Unload standby power: 0.1W Max Efficiency: 87%Min Ripple and noise: 240mVp-p Max Max Surge: 1KV Meet the safety standard: IEC/EN 62368 Size: L*W*H=79.5*45*31.6mm The 36W Wall Mount Power Adapter Range starts from 9V to 24V with fixed plugs, they are reliable and durable solution for powering your most demanding electronics. Designed with advanced safety features, and is certified safe with built-in short circuit, overload, and over voltage protection. Featuring an input voltage AC 90-264V, the adapter is universally compatible with a variety of electronics.UK US AU EU Korean Japan Plug options, KC PSE ETL FCC CE ROHS REACH Certifications, unleaded materials