Features

The voltage stabilizer is applied to protect load being damaged under unstable or fluctuated power grids. We can provide special offers according to specified applications.

Specifications
- Output Voltage: Accuracy of stabilized voltage: 220 V ± 8 %; 110 V ± 10 % (only when capacity is equal to or less than 5 kVA)
- Range of input voltage: 85 ~ 250 V
- Capacity range: 0.5 ~ 10 KVA
- Customized input range: 110..250 V or 140..250 V
- Rated Frequency: 50/60 Hz
- Standard function: Output undervoltage protection, Output overvoltage protection, overload protection, short circuit protection, temperature rise protection, time delay
- Extended function (optional): By-pass, Fan, Input undervoltage protection
- Voltage-regulating speed: < 10 ms
- Temperature rise: < 75 K (with rated load)
- Display Mode: LED
- Insulation Resistance: ≥ 5 MΩ
- Efficiency: > 90 %
- Ambient Temperature: - 5 ℃ ~ + 45 ℃
- Altitude: ≤ 2000 m
- Relative humidity: 90 %
- Standard: EN61000-6-2/ EN61000-6-4/EN61558-1

Benefits

RELIABLE WITH REASONABLE MARKETING POSITION

- Fast voltage regulation
- Cost effective

Applications

AN EXCELLENT CHOICE FOR ALL STANDARD APPLICATIONS, INCLUDING:
- Household appliances
- Office devices
- Small motors

ENSURES COMPLIANCE WITH INTERNATIONAL STANDARD:
- EN61000-6-2/ EN61000-6-4/EN61558-1

	Language	Format	Size	Date
User guide
This document provides detailed information about the HAVRL series ultra-low voltage automatic AC voltage stabilizer. It covers operation instructions including power connection, voltage monitoring, and protection indicators. The guide explains selection criteria based on power requirements, installation procedures, and matters requiring attention during use. It includes technical parameters such as input voltage range of 85-250VAC, output voltage specifications, efficiency ratings, and protection features. The document also addresses common problems with troubleshooting steps, accessories included with the product, ordering guidelines, and installation tips for proper wire selection. The stabilizer is designed for household appliances such as air conditioners, refrigerators, televisions, and stereo equipment in areas with low voltage and large voltage fluctuations. Note: AI-generated document summary. Please check the original document for detailed information.	English	pdf	0.19 MB	08/06/2020
This document provides information for Himel voltage stabilizers including single-phase and three-phase models such as HTND, HTND2, HTND3, HSVC, HAVRL, HAVRB, HSJW, and HSBW series. It covers output power curves, selection guidelines based on resistive and inductive loads, cable selection specifications for copper and aluminum wiring, and protection features including undervoltage, overvoltage, and temperature thresholds. The document includes detailed troubleshooting procedures for common faults such as electrical sparks on coil surfaces, carbon brush issues, circuit board failures, and servo motor problems. It provides maintenance recommendations, pre-sale inspection steps, power-on testing procedures, and structural features including bypass and cooling functions. Installation considerations such as IP degree requirements for indoor and outdoor use are also addressed. Note: AI-generated document summary. Please check the original document for detailed information.	English	pdf	1.22 MB	29/11/2021
Certificate
HAVR_CE LVD EMC_M.2021.206.C67387	English	pdf	0.05 MB	01/09/2021

HAVRL

HAVRL voltage stabilizer

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HAVRL

HAVRL voltage stabilizer

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How many types of stabilizers do we have?

If frequent fluctuations exist in grid, which model will be better to meet grid situation?

What the lowest input range can be customized?

What optional functions are available for customization?

What is the maximum capacity for each series?

What is the difference between servo motor type and relay type?