The GE Fanuc 531X126SNDAFG1 Snubber Card Module is specifically engineered for industrial control systems, enhancing system stability through efficient transient voltage limitation, ensuring reliable operation under fluctuating electrical conditions.
Brand:GE Fanuc
Model Number:531X126SNDAFG1
Module Type:Snubber Card
Application Range:Industrial Control Systems
Board Size:Customized for specific system requirements
Transistor Type:Small black square
Number of Male Terminals:14
Capacitor Type:Sprague Vitamin Q
Resistor Type:Black long
Diode Count:8
Jumper Wires:Present for flexible connection
Manufacturing Logo:General Electric
Power Dissipation Capacity:Varies depending on application
The GE-FANUC 531X126SNDAFG1 Snubber Card Module is engineered for reliability and durability in harsh industrial environments. It features an advanced snubber circuit design that efficiently absorbs and dissipates transient voltages, ensuring stable operation of your control system components.
Equipped with a single high-quality transistor, this module provides precise switching and amplification capabilities, enhancing the overall performance of your automation systems.
The modular design allows for easy integration into existing systems, featuring a set of twelve male terminals for secure connections. These terminals facilitate seamless attachment to the surrounding circuitry, ensuring a robust connection.
Manufactured with a rigid FR4 substrate, the card is designed for long-term reliability, withstanding the demands of continuous operation in industrial settings. The compact size ensures efficient use of space within your control cabinets.
Designed for a wide range of operating temperatures, this Snubber Card Module is suitable for use in diverse environmental conditions. Its insulation resistance ensures effective electrical isolation, safeguarding against potential failures caused by electrical interference.
The GE Fanuc 531X126SNDAFG1 Snubber Card Module is specifically engineered for industrial control systems, enhancing system stability through efficient transient voltage limitation, ensuring reliable operation under fluctuating electrical conditions.