Panatron 1000VA Digital Automatic Voltage Stabilizer, 220V/240V

Panatron 1000VA Voltage Regulator

The Panatron Automatic Voltage Stabilizer provides precise power conditioning for mission-critical electronic hardware in environments with unstable grid conditions. This industrial-grade unit employs advanced relay-switching architecture to correct voltage fluctuations between 140V and 260V. It maintains a consistent output of 220V or 240V to prevent hardware degradation. The system integrates a high-performance toroidal transformer for superior efficiency and thermal management. Consequently, it serves as a primary defense line for servers, networking switches, and telecommunications PBX systems.

Key Features

• Microprocessor Control Logic
  The internal CPU monitors input waveforms in real-time to execute rapid corrective switching cycles.

• Digital Status Monitoring
  A front-facing LCD panel displays input voltage, output voltage, and current load levels for immediate diagnostics.

• Time-Delay Functionality

  • Selectable delay intervals protect compressor-based equipment from rapid power cycling.
  • The mechanism prevents transient inrush currents from damaging sensitive power supply units.

• Multi-Stage Protection Circuitry
  The device triggers an automatic cutoff during extreme over-voltage or under-voltage events to isolate connected loads.

Specifications

What’s in the Box

• 1 x Panatron 1000VA Digital Voltage Stabilizer Unit

• 1 x User Manual and Installation Guide

• 1 x Warranty Certificate

• Spare Fuse Set

Why Choose Panatron Power Solutions

• High-quality copper windings ensure minimal power loss and reduced heat generation during operation.

• Rugged metal chassis provides electromagnetic shielding and physical durability for industrial rack environments.

• Precision digital displays eliminate the ambiguity associated with traditional analog needle meters.

• Standardized plug interfaces allow for immediate deployment without complex electrical rewiring.

• Internal thermal sensors prevent fire hazards by disabling the unit during sustained overload conditions.