Experience Ppb01cm23n Holiday Cheer Edition [jU1mOES5]

Experience Ppb01cm23n Holiday Cheer Edition [jU1mOES5] AC Voltage Monitor

The Experience Ppb01cm23n Holiday Cheer Edition [jU1mOES5] is a cutting-edge 3-phase AC voltage monitor designed to provide reliable and efficient power monitoring solutions. This versatile device is built to enhance the safety and performance of electrical systems by continuously monitoring and protecting against various electrical anomalies.

Key Product Features

With its robust features, the Experience Ppb01cm23n Holiday Cheer Edition [jU1mOES5] stands out as a reliable choice for industrial and commercial applications. Key features include:

• Output Signal: 1 relay
• Setpoints: 2, adjustable
• Monitored Variable: 3-phase AC voltage monitoring

Additionally, the Experience Ppb01cm23n Holiday Cheer Edition [jU1mOES5] offers comprehensive monitoring functions, including under and over voltage, phase sequence, and phase loss detection. These features ensure that your electrical system operates safely and efficiently, minimizing downtime and potential damage.

Product Specifications and Applications

Equipped with a compact size of 36 mm, the Experience Ppb01cm23n Holiday Cheer Edition [jU1mOES5] is designed for easy installation and integration into various systems. It operates within a power supply range of 208-240 VAC, ensuring compatibility with a wide range of electrical installations. The device features a plug-in mounting, making it easy to install and replace when necessary.

• Monitoring Function: Under and over voltage, phase sequence, phase loss
• Mounting: Plug-in
• Input Range: 208-240 VAC
• Delay: 1, adjustable
• Others: VLN monitoring

Whether you're looking to protect critical equipment, optimize power usage, or ensure compliance with safety standards, the Experience Ppb01cm23n Holiday Cheer Edition [jU1mOES5] is an essential tool for maintaining a stable and reliable power supply. Invest in this high-quality monitor to safeguard your electrical infrastructure and maximize operational efficiency.