The Sumitomo T-502S is an advanced fusion splicer that offers high-quality splicing capabilities, even for the most demanding fiber optic applications. With cutting-edge technology and an intuitive interface, this splicer is engineered to provide exceptional performance in both single-mode and multi-mode fibers.

Key Features:

1. Compact and Lightweight Design
   The T-502S is compact and portable, designed for easy transport in the field. Its lightweight construction makes it ideal for mobile technicians who need a durable, yet easy-to-carry tool for fiber optic splicing.

2. Durable, High-Performance Splicing
   The T-502S ensures consistent, high-quality splicing results, even in harsh environments. It is designed to work in a wide range of temperatures and environmental conditions, offering consistent performance for both indoor and outdoor applications.

3. Quick and Efficient Operation
   With a fast splicing time of around 6 seconds and a heating time of approximately 18 seconds, the T-502S helps improve productivity by enabling quick setups and reducing downtime during splicing tasks.

4. Wide Range of Fiber Compatibility
   The device supports a variety of fiber types, including single-mode, multi-mode, and specialty fibers. It can handle both standard and high-precision fibers used in telecommunications, data centers, and other fiber optic networks.

5. Large Color LCD Touchscreen
   The T-502S features a user-friendly interface with a large color touchscreen for easy navigation and monitoring. The interface provides clear, detailed instructions and feedback on the splicing process, helping users achieve optimal results.

6. Built-In Automatic Features
   Automatic features such as fiber image processing, splice optimization, and self-calibration make the splicing process more intuitive, reducing the chances of errors.

7. Robust Splice Loss Performance
   The Sumitomo T-502S provides high-precision splice results with minimal splice loss, offering reliable long-term performance for a variety of fiber optic networks.

8. Battery and Power Efficiency
   It comes with a long-lasting, rechargeable battery that allows for extended use in the field. The device is also energy-efficient, allowing for longer working hours without needing a power source.

Applications:

• Telecommunications (FTTx, long-haul, and metro networks)

• Data centers and cloud computing infrastructure

• Enterprise networking and private networks

• Industrial applications that require high-speed data transmission