Product Overview
Introduction
PL_KVR-800 AUTOMATIC VOLTAGE REGULATOR 230V DIGITAL DISPLAY 4X BRITISH SOCKETS (BS1363) RJ11/ RJ45 PORTS , FULL VOLTAGE PROTECTION
Advanced Surge Protection. Comprehensive Safety
Protection.
Automatic Voltage Regulator (AVR)
KVR-800U I 800VA
The KVR-800U is an 800VA automatic voltage regulator designed to safeguard
critical equipment under demanding Malaysian power conditions, combining
robust protection, clear status monitoring and flexible installation options.
The KVR-800U delivers stable, reliable power through a high-efficiency toroidal
transformer, engineered for long-term performance. It features a secured,
extended input power cord of up to 5 meters and a comprehensive multi-layer
protection system, including thermal cut-off, overload protection, advanced
surge and spike suppression rated up to 360 joules, a resettable input circuit
breaker and start-up delay to protect connected equipment during power
fluctuations. An integrated LED display provides clear, real-time visibility of input
and output voltage, allowing users to monitor power status at a glance and
respond quickly to any changes.
The unit is equipped with 4 British sockets, providing a firm, secure connection
and helping to reduce the risk of loose contacts, arcing and accidental
disconnection. This allows multiple devices to be connected safely up to the
unit’s rated capacity.
Designed for flexible deployment, the KVR-800U supports wall mounting as well
as horizontal or vertical placement, making it suitable for both home and
commercial environments. It provides dependable voltage regulation for
computers, networking equipment, POS systems, audiovisual devices, security
systems and telecom applications, helping to reduce downtime and extend the
lifespan of critical electronic equipment.
Feature :
KVR-800U Front and Side Panels
1. (4) BS 1363A British Standard Sockets
2. LED Display
3. LED Indicators : Working / Delaying / Unusual
4. Power Switch
5. RJ11/ RJ45 Ports
6. Input Power Cord With BS 1363 Plug Top
BROCHURE
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