The I-2532 CAN to Fiber Optics Converter bridges critical communication gaps in industrial environments by converting CAN bus electrical signals to robust fiber optic transmissions. This conversion enables reliable data exchange over distances up to 1.4 kilometers, far exceeding the limitations of traditional copper-based CAN networks. Engineered for durability, it features an 8-pin screwed terminal block for secure connections, supports CAN 2.0A and 2.0B protocols per ISO-11898-2 standards, and operates on a wide 10-30 VDC unregulated power supply with built-in reverse polarity and over-voltage protection. Its compact DIN-rail form factor (32.3mm x 77.5mm x 99.0mm) ensures straightforward integration into control panels and cabinets, while ST multi-mode fiber interfaces (850 nm wavelength) deliver stable, noise-immune connectivity in the most challenging industrial settings.

This converter serves vital roles across multiple industries where electrical noise, long distances, and harsh...

The I-2532 CAN to Fiber Optics Converter bridges critical communication gaps in industrial environments by converting CAN bus electrical signals to robust fiber optic transmissions. This conversion enables reliable data exchange over distances up to 1.4 kilometers, far exceeding the limitations of traditional copper-based CAN networks. Engineered for durability, it features an 8-pin screwed terminal block for secure connections, supports CAN 2.0A and 2.0B protocols per ISO-11898-2 standards, and operates on a wide 10-30 VDC unregulated power supply with built-in reverse polarity and over-voltage protection. Its compact DIN-rail form factor (32.3mm x 77.5mm x 99.0mm) ensures straightforward integration into control panels and cabinets, while ST multi-mode fiber interfaces (850 nm wavelength) deliver stable, noise-immune connectivity in the most challenging industrial settings.

This converter serves vital roles across multiple industries where electrical noise, long distances, and harsh conditions threaten communication integrity. In manufacturing and factory automation, it reliably links PLCs, sensors, actuators, and HMIs across expansive facilities. The automotive sector utilizes it in assembly lines, paint shops, and test benches to maintain precise signal accuracy for vehicle control systems. Renewable energy infrastructure, including wind turbine farms and solar power installations, depends on it for long-distance data transmission that remains immune to lightning strikes and power surges. Transportation and traffic management systems deploy it within signaling networks and vehicle control communications, while building automation and process control industries use it to connect distributed control units in large complexes without signal degradation or interference.

Businesses select the I-2532 for its proven reliability and significant value in minimizing system downtime and reducing long-term maintenance costs. Its built-in, selectable 120Ω terminator resistor switch simplifies network configuration and termination, while the complete electrical isolation provided by fiber optics eliminates damaging ground loops and protects sensitive equipment from voltage surges and transients. The device's low power consumption (approximately 0.5W) and robust industrial construction, with an operating temperature range from -25°C to 75°C, ensure years of dependable service in harsh environments. This combination of features lowers the total cost of ownership and establishes the converter as a trusted component for system integrators and OEMs who demand consistent performance, high availability, and minimal failure rates in mission-critical applications.

Key Features:
- Converts CAN bus electrical signals to fiber optic signals with a reliable transmission range up to 1.4 km using standard 62.5/125 μm multi-mode cable.
- Supports configurable baud rates from 10 kbps to 500 kbps, fully compliant with ISO-11898-2 CAN standards.
- Includes a user-selectable 120Ω termination resistor and a secure 8-pin terminal block for power and CAN connections.
- Compact, DIN-rail mountable design with a wide operating temperature range of -25°C to 75°C for harsh environments.
- Features reverse polarity protection and over-voltage protection on the 10-30 VDC wide-range power input.

Benefits:
- Enables reliable long-distance CAN communication up to 1.4 km, immune to electromagnetic interference and ground loops.
- Ensures data integrity and network stability in electrically noisy industrial settings, preventing communication errors.
- Simplifies installation and integration with DIN-rail mounting, built-in termination, and a wide operating voltage range.
- Protects connected equipment from damage caused by power supply reversals, surges, and harsh temperature conditions.
- Reduces maintenance needs and total cost of ownership through robust construction and proven, reliable operation.