Inverters & Converters

LRS-35 series is a 35W single-output enclosed type power supply with 30mm of low profile design. Adopting the full range 85-264VAC input, the entire series providesan output voltage line of 5V, 12V, 15V, 24V,36V and 48V.In addition to the high efficiency up to 89%, the design of metallic meesh case enhances the heat dissipation of LRS-35 that the whole series operates from -30°C through 70°C under air convection without a fan.Delivering an extremely low no load power consumption (less than 0.2W), it allows the end system to easily meet the worldwide energy requirement. LRS-35 has tlhe complete protection functions and 5G anti vibration capability; it is complied with the international safety regulations such as TUV BS EN/EN62368-1,BS EN/EN60335-1,BS EN/EN61558-1/-2-16, UL62368-1 and GB 45943.1. LRS-35 series serves as a high price-to-performance power supply solution for various industrial applications

Minimum Order: 1 bags

IRM-30 is a 30W micro converter (69.5*39*24mm) that can be used for various types of electronic devices or industrial automation equipment. This product supports an input voltage range of 85~305VAC. It uses 94V-0 flame-retardant materials to provide high thermal efficiency. The PCB installation type meets the requirements for surge protection up to 3G and can meet the requirements for surge protection at the terminal type up to 5G. Additionally, it can provide basic protection and waterproof functions. The efficiency reaches up to 90% with a low no-load consumption of less than 0.1W, making the IRM-30 series meet the low power consumption requirements for electronic products. The entire series is a class I design (no FG pin), integrated with EMI filter components, compliant with BS EN/EN55032 B class, and has the best electromagnetic compatibility (EMC) characteristics. The end device is resistant to electromagnetic interference, and apart from the module type, the IRM-30 series also provides terminal type (ST) models.

Minimum Order: 1 bags

Solar Tracker Bearing is a high-performance bearing solution specially designed for solar photovoltaic tracking systems. Engineered with advanced materials and optimized structure, it ensures smooth rotation, high load capacity, and long-term maintenance-free operation, making it a critical component for accurate and reliable solar tracking. High Load Capacity Designed to withstand heavy static and dynamic loads from PV modules, wind, and snow, ensuring stable operation of large-scale solar trackers. Maintenance-Free, Self-Lubricating Design Made with advanced self-lubricating materials, eliminating the need for regular greasing and significantly reducing operation and maintenance costs. Excellent Environmental Resistance Resistant to UV radiation, corrosion, high temperatures, dust, and humidity, suitable for deserts, coastal areas, and other harsh outdoor environments. Lightweight and High-Strength Structure Aluminum alloy housing reduces system weight while maintaining high mechanical strength, improving tracker responsiveness and overall system efficiency.

A Solar SCADA System (Supervisory Control and Data Acquisition) is an advanced digital platform designed to monitor, control, and optimize solar tracker systems in real time. Powered by edge computing and intelligent communication through the NCU (Network Control Unit), CloudSCADA provides operators with a centralized “digital cockpit” for managing solar power plants efficiently from anywhere in the world. Unlike traditional monitoring tools, this system integrates real-time control, historical data analytics, meteorological linkage, and third-party system compatibility, making it a critical solution for utility-scale solar farms and distributed PV projects. Standardized Data: Exportable and Integrable into Your SCADA System We understand the value of data assets. CloudSCADA is not just an independent monitoring platform, but an open ecosystem node:

The Solar Tracker Network Control Unit is the core control and communication hub of the solar tracking control system, ensuring safe, reliable, and precise operation of the entire tracking field. It plays a critical role in system coordination by integrating tracking controllers (TCUs) and the SCADA monitoring platform into a unified, intelligent control architecture. The NCU communicates wirelessly with all TCUs in the field to collect real-time operating data, including tracker position, status, and fault information. It supports both individual and group control of TCUs, enabling flexible operation strategies for different tracker rows, zones, or plant layouts. Meteorological data acquired from environmental sensors can be distributed to each TCU in real time, ensuring fast and coordinated responses under changing weather conditions.

The DC-powered Solar Tracker Controller is an intelligent control device It can be directly powered by a DC source, such as PV modules or batteries, offering greater system independence and flexibility where AC power is unavailable. Based on an accurate solar position calculation model, the controller uses time, geographic location data, and real-time angle sensor feedback to achieve high-precision closed-loop control. This ensures that PV modules consistently operate at the optimal solar incidence angle, maximizing overall energy yield. Key Advantages DC Power Supply Design Supports power from PV modules or battery systems, ideal for distributed projects, remote areas, and locations without grid power. High-Precision Smart Tracking Algorithm Time-based control combined with angle sensor feedback eliminates cumulative errors and ensures stable, accurate solar tracking.

GF-AC-V2 (AC-POWERED) Reliable AC-powered unit ensuring stable operation for centralized plants. Designed for large-scale PV tracking systems, the AC-powered controller uses an external AC supply for stable operation. It features high-precision closed-loop solar tracking, comprehensive protection functions, and strong reliability, making it ideal for centralized and utility-scale solar power plants. The AC-powered Solar Tracker Controller is a high-performance control unit designed for large-scale and centralized photovoltaic tracking systems. It is directly powered by an external AC power supply, eliminating dependence on module-side power and ensuring excellent system stability and reliability.

Spiral Vibration Damper reduces Vibration (the high frequency, low amplitude vibration caused by horizontal wind passing across the line. It is designed to be used on OPGW and conductors with an outside diameter less than 0.75". Spiral Vibration Damper Spiral vibration dampers are motion-control products designed to eliminate wind vibration that can occur across a cable span. Made of weather and corrosion resistant plastic, these transmission line vibration dampers have large spiral shaped vibration dampening sections that fit the size of the cable. A smaller clamping section gently grips the conductor. Using the recommended number of spiral dampers minimizes bending strain and protects the cable from long-term fatigue caused by breeze vibration.

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.

Common Rail Fuel Injector Control Valve F00RJ01479 Common Rail Fuel Injector Control Valve F00RJ01704 Common Rail Fuel Injector Control Valve F00RJ02466 Common Rail Fuel Injector Control Valve F00RJ02472 Common Rail Fuel Injector Control Valve F00V C01 306 Common Rail Fuel Injector Control Valve F00VC01013 Contact me to get more Information? WhatsApp：6SF whatsapp/wechat: 0086/135/1405/ 8328 e-m-a-il eric at china-lutong dot net FAQ 1. Q: Are you a factory or trading company? A: We are a genuine manufacturer. 2. How is your quality and service? Our manufacture has domestic first-class production line and offer the high quality products and best service to be your honest supplier 3. Q: How can I get some samples? We are honored to offer you samples. There are enough ready samples for regular models in our company, we will send them out ASAP.