Black Box Surge Protector for RS232 & Token Ring, 8-Wire

Protect critical serial and network connections with the Black Box Surge Protector, engineered specifically for RS-232 and Token Ring interfaces. This 8-wire surge protector delivers ultra-low shunt capacitance to preserve signal integrity, even on high-speed data lines. Featuring state-of-the-art avalanche diode technology, it clamps transient surges quickly to safeguard both equipment and data. The spring-loaded design ensures wires stay securely connected, preventing loosening under vibration or movement. Whether in industrial environments, research labs, or office networks, this surge protector helps maintain reliable communication by shielding sensitive lines from spikes and electrical noise.

• Comprehensive protection for RS-232 and Token Ring networks, shielding sensitive serial lines from damaging voltage surges.
• Low shunt capacitance minimizes signal loss, preserving data integrity and transmission speed across 8-wire configurations.
• State-of-the-art avalanche diode technology provides fast, reliable surge clamping to protect connected devices.
• 8-wire compatibility with a robust spring-loaded design ensures secure, durable connections even in demanding environments.
• Compact, easy-to-integrate protection solution that maintains signal quality without introducing significant impedance or interference.

Technical Details of Black Box Surge Protector - RS232/Token Ring, 8-Wire

• Protection Type: RS-232 and Token Ring
• Wire Configuration: 8-Wire
• Capacitance: Low shunt capacitance to reduce signal loss
• Technology: Avalanche diode technology
• Construction: Spring-loaded terminals to prevent wire loosening

How to Install Black Box Surge Protector

• Power down all equipment and disconnect from any power sources before installation to ensure safe handling.
• Identify the RS-232 and Token Ring interfaces that will be protected and prepare the corresponding 8-wire connections.
• Position the surge protector in-line with the signal path, ensuring that each of the eight wires is routed to its matched terminal or connector as specified by the device’s installation guide.
• Engage the spring-loaded terminals to securely clamp each wire. Verify that every connection is snug and properly seated to prevent loosening during operation.
• Reconnect power and perform a functional test of the connected devices. Check for stable communication, minimal error rates, and absence of abnormal voltages or spikes on the protected lines.

Frequently asked questions

• Q: What interfaces does this surge protector support?
  A: It is designed for RS-232 and Token Ring interfaces, providing targeted protection for these serial networks.
• Q: Why is low shunt capacitance important?
  A: Low shunt capacitance minimizes signal loss and preserves data integrity, especially on higher-speed serial communications.
• Q: How does avalanche diode technology benefit protection?
  A: Avalanche diode technology enables fast surge clamping, absorbing transient spikes quickly to prevent damage to connected equipment.
• Q: Is this suitable for harsh or industrial environments?
  A: Yes. The spring-loaded design and robust construction are intended to maintain secure connections and reliable performance even in challenging settings.
• Q: Can I retrofit this protector into existing setups?
  A: The 8-wire configuration is designed for compatibility with standard RS-232 and Token Ring wiring schemes, allowing straightforward integration with compatible equipment.