10KVA Servo Voltage Stabilizer (130V-250V)

Central Stabilizer for your entire Home/Office. Input Voltage (130V-250V)

120,000

Description

  • Overview

    10KVA Servo Voltage Stabilizer 130V-250V Stablize and Protect all electrical appliances in your premises: Air Conditioners, Fridges, Freezers, TV, Home Theatre, DVD, Satellite Decoder, Electronics, Lights, Fans, Washing Machine, Microwave, Pumping Machine, Photocopier, Printer, Desktops, Notebooks, etc.

    Low, High, Fluctuating NEPA Voltage?

    One Central Stabilizer for your entire Flat, Home, Office, etc.

    Input Voltage (130V-250V)

    Stablize and Protect all electrical appliances in your premises: Air Conditioners, Fridges, Freezers, TV, Home Theatre, DVD, Satellite Decoder, Electronics, Lights, Fans, Washing Machine, Microwave, Pumping Machine, Photocopier, Printer, Desktops, Notebooks, etc.

    PC-SVC-W10K Servo Automatic Voltage Stabilizer Series is based on digital technology; provides voltage stabilization and protection to appliances and equipment; designed as a central stabilizer to handle all house loads.

    Features

    • Input Voltage (130V-250V)
    • Steady output voltage
    • Digital Control
    • Servo Technology
    • Wall mounted
    • LED display
    • Low and Over voltage protection

    Applications

    • Home Appliances
    • Office Equipment
    • General Use

    Price: N120,000
    Installation Fees: N5,000

    Buy this product through any of the following:

    • Telephone Order – Call 0803 2170 129
    • Buyright Showrooms (Lagos, Port Harcourt or Abuja) Click Here
    • Order from KONGA Click Here
    • Order from JUMIA Click Here

Additional information

Installation Fees

N3,000

Specifications

  • Model: PC-SVC-W10K
  • Power: 10KVA
  • Input voltage: 130V-250V AC
  • Output voltage: 220V ± 10%
  • Technology: Relay Control + Toroidal Transformer System
  • Efficiency: > 97%
  • Display: LED Digital Display
  • Frequency: 50Hz/60Hz
  • Delay Time: Short Delay (3-5 sec)
  • Over-voltage protection: AC246 ± 4V
  • Short Circuit
  • Phase: Single