| FXT-260 (Standard) | FXT-260S | FXT-260X | |
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| Electrical Parameter | |||
| Input Voltage | 90-264V | 90-264V | 90-264V |
| Input Current | 0-2.5A AC | 0-3.8A AC | 0-6.1A AC |
| Output Voltage | 24V DC | 24V DC | 24V DC |
| Rated Output Power | 225W | 350W | 550W |
| Rated Output Current | 9.3A max | 14.6A max | 22.9A max |
| Daily Power Consumption | ＜0.05kWh/day | ＜0.07kWh/day | ＜0.12kWh/day |
| Stand Power | ＜0.7W | ＜0.7W | ＜0.7W |
| Tracking Algorithm and Operating Mode (Matching Communication Boxes and Sensors) | |||
| Tracking Algorithm | Active tracking closed loop control (astronomical algorithm + position feedback) | Active tracking closed loop control (astronomical algorithm + position feedback) | Active tracking closed loop control (astronomical algorithm + position feedback) |
| Back Tracking mode | Yes | Yes | Yes |
| Wind Protection Mode | Yes | Yes | Yes |
| Night Protection Mode | Yes | Yes | Yes |
| Rotation Angle Protection Mode | Yes | Yes | Yes |
| Over Current Protection Mode | Yes | Yes | Yes |
| Hail Protection Mode | Optional | Optional | Optional |
| Snow Protection Mode | Optional | Optional | Optional |
| Flood Protection Mode | Optional | Optional | Optional |
| Basic Parameter | |||
| Certification | CE,UL | CE,UL | CE,UL |
| Operating Temperature | （-40℃～60℃ Optional ） | （-40℃～60℃ Optional ） | （-40℃～60℃ Optional ） |
| Ambient Adaptation Temperature | -40℃~85℃ | -40℃~85℃ | -40℃~85℃ |
| Communication Mode | Zigbee/RS485 | Zigbee/RS485 | Zigbee/RS485 |
| Waterproof Grade | IP65 | IP65 | IP65 |
| Housing Material | Polymer Material Makrolon*6487 | Polymer Material Makrolon*6487 | Polymer Material Makrolon*6487 |
| Altitude | <4000m | <4000m | <4000m |
| Weight | 2.2kg | 2.5kg | 2.8kg |
| Dimension | 320*184*93mm （L*W*H） | 320*184*93mm （L*W*H） | 320*184*93mm （L*W*H） |
Key Features:
Supports AI algorithms for high-precision solar tracking control
Fast and user-friendly commissioning process shortens project setup time
Robust and weatherproof design adapts to various environmental conditions
Real-time data acquisition and remote monitoring enhance O&M efficiency
Cost-effective solution with reduced spare parts requirements and lower maintenance costs
High compatibility for seamless integration with existing systems
The FXT-260 adaptability makes it ideal for challenging environments, ensuring optimal performance and efficiency.
FXT-260's waterproof and robust design ensures reliable operation in aquatic environments, making it ideal for fishery-solar complementary projects. Its fast commissioning and remote monitoring simplify maintenance, reduce downtime, and enable seamless integration of solar power with aquaculture, maximizing land and water resource utilization.
The FXT-260 is designed for large-scale ground-mounted solar power plants, ensuring consistent and reliable power delivery. Its high efficiency and durable structure adapt to complex terrains and varying climates, guaranteeing long-term stable operation—making it ideal for utility-scale PV projects.
The FXT-260 features high-temperature resistance and dustproof design, suited for harsh desert conditions. Its AC power supply provides superior stability over long distances, ensuring continuous and efficient operation—making it a dependable choice for desert solar installations.
The FXT-260 adapts to dispersed layouts and complex terrains on slopes, supporting long-distance power supply needs. Its flexible mounting options and high-precision tracking maximize solar energy capture, enhancing efficiency and reliability for sloped PV installations.
Intelligent AI algorithms enable precise solar tracking, improving overall system energy capture efficiency and performance.
Robust waterproof design ensures reliable operation in harsh outdoor environments, minimizing downtime risks.
Fast and simplified commissioning reduces project startup time and lowers labor costs significantly.
Remote monitoring and real-time data acquisition enhance operational control and maintenance efficiency.
Modular structure lowers spare parts inventory and simplifies maintenance, cutting long-term costs.
High compatibility allows seamless integration with existing solar infrastructure and diverse mounting systems.
