80025-523-10R
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Overview of Allen Bradley 80025-523-10-R
The Allen Bradley 80025-523-10-R is a high-voltage snubber capacitor designed for industrial applications requiring reliable voltage spike suppression. Rated for a continuous voltage of 3700 VDC, it can tolerate peak voltages up to 5500 V and surge voltages as high as 7200 V. This capability ensures effective protection of sensitive electronic components against sudden voltage transients and electrical noise, improving system stability and longevity. Manufactured to strict quality standards, the 80025-523-10-R delivers consistent performance in harsh environments. It is commonly used in power electronics and motor control circuits where voltage spikes may otherwise cause damage.
Key Features of Allen Bradley 80025-523-10-R
- Rated capacitance of 25 μF for efficient energy absorption
- Continuous voltage rating of 3700 VDC
- Peak voltage tolerance up to 5500 V
- Surge voltage capacity up to 7200 V for transient voltage spikes
- Robust design for industrial environments and extended operational life
- Essential for protecting switches, relays, and semiconductor devices
- Manufacturer warranty ensuring part reliability and quality
- Lightweight component weighing approximately 1 kg
- Compatible with Allen Bradley and Rockwell automation systems
Technical Specs of 80025-523-10-R
| Specification | Value |
|---|---|
| Part Number | 80025-523-10-R |
| Capacitance | 25 µF |
| Continuous Voltage | 3700 VDC |
| Peak Voltage | 5500 V |
| Surge Voltage | 7200 V |
| Weight | 1 kg |
| Type | Snubber Capacitor |
Applications / Use Case
The Allen Bradley 80025-523-10-R capacitor is particularly suited for use in industrial automation, motor control, and power electronic circuits where voltage spikes and transients are common. It protects semiconductor devices such as thyristors, triacs, and IGBTs by absorbing surge voltages, reducing electrical noise, and minimizing switching transients. The capacitor is used in inverter circuits, power supplies, and other high-voltage environments to improve system reliability and lifespan. Its robust voltage ratings make it ideal for environments with demanding electrical conditions, such as manufacturing plants, energy production facilities, and heavy machinery control panels.
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