Overview

The Honeywell FS-SDIL-1608 PCB Circuit Board is designed for demanding industrial automation environments where reliability and precision are critical. It integrates advanced Honeywell engineering with proven durability, ensuring stable performance during continuous operation.

Moreover, its compact form factor allows seamless integration into existing control systems without requiring major modifications. In addition, the board supports high-speed digital signal processing, making it suitable for complex automation and control tasks.

Backed by Honeywell’s long-standing expertise in industrial electronics, the FS-SDIL-1608 delivers trusted, field-proven performance. As a result, it is widely adopted in manufacturing plants, energy facilities, and automated production lines where minimizing downtime is essential.

Technical Data

Typical Applications

• Automated production lines requiring precise digital control

• Energy management systems demanding stable PCB performance

• Industrial robotics with high-speed signal processing requirements

• Safety monitoring systems in manufacturing plants

• Process control equipment in chemical and pharmaceutical industries

For example, many factories use this board to interface sensors and actuators, ensuring accurate data transmission between field devices and central controllers. Its robust design also helps reduce maintenance costs by minimizing unexpected failures.

FAQ

Q1: Is the FS-SDIL-1608 compatible with legacy Honeywell systems?
A1: Yes, it is engineered to integrate smoothly with most legacy and current Honeywell automation platforms.

Q2: What industries commonly use this PCB circuit board?
A2: It is widely used in manufacturing, energy, robotics, and process control industries.

Q3: How durable is the board during continuous operation?
A3: The board is tested for more than 50,000 operating hours, ensuring long-term reliability.

Q4: Does the FS-SDIL-1608 meet international compliance standards?
A4: Yes, it complies with CE and RoHS standards for industrial electronics.

Q5: Can the board operate in harsh industrial environments?
A5: Absolutely. It is designed to operate reliably in temperatures ranging from -20 °C to +70 °C.