Why hasn’t the voltage display changed but my input voltage has changed?

The SVS corrects the input voltage in increments (taps). If the input voltage moves form one tap to another, the output voltage can move visibly but remain within the output parameters of the unit. For example, as per table, if the input voltage is 240V, output is 240V. If the input moves up to 245, the output moves to 218. The LED display will remain unchanged in this instance as the output is still within the parameters (6% accuracy).

Which stabiliser can be used on the output of a generator? SVS range or AVR range?

Either would, both are suitable. Use an AVR if the main equipment are computers or computer like equipment. However, some small generators produce a wave shape may cause problems for the AVR/SVS measurement circuit. You can get very large frequency fluctuation too. Make sure the gen set is rated to at least twice the required current so as to reduce some of these problems. The Sollatek SVS is also Genset compatible and that would be the model of choice for small generators.

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SVS08 to 16 Amps (Up to 4kVA)

Over & Under Voltage Stabilisation Protection for Freezers, Air Conditioners, Multimedia, Computers & Satellite/VSAT

The Sollatek Voltage Stabiliser (Sollatek SVS) has been designed to provide a clean, regulated AC power supply to all equipment in environments with unreliable, fluctuating mains supply.

Features

High voltage stabilisation
Low voltage stabilisation
Spikes/surges protection
Power-back surges protection
Basic Lighting protection
AVS function
Startup time delay
+/- 6% stabilisation
Solid state
Suitable for A/Cs (SVS15/16)

Description

The Sollatek SVS monitors the mains voltage continuously. If the voltage rises or drops, the SVS will stabilise the output to ensure the voltage reaching your equipment remains constant at 230V (+/-6%), within the operating range of the unit. If the input voltage falls below 142V or rises above 295V, the SVS will disconnect the output, thereby protecting the load. Once the mains voltage returns again within acceptable limits, the SVS will reconnect the output following a start up delay.

The SVS08, SVS15 and SVS16 are small light weight stabilisers rated at 8Amp, 15Amp and 16Amp. The SVS08 features two output sockets available in various types. The SVS15 is available with a UK15A socket input/output (US socket available on special request) and the SVS16 is only available in European socket type.

Specification

Model	SVS08	SVS12B	SVS15	SVS16
Application	All domestic appliances	All domestic appliances	Suitable for A/C	Suitable for A/C
Output Current	8Amps	12.5Amps	15Amps	16Amps
VA@230V	1840V	2760V	3450V	3680V
VA@240V	1920V	3000V	3600V	3840V
Weight	7.2kg	9kg	9kg	9kg
Case type	Plastic	Plastic	Plastic	Plastic
AVS function	YES	YES	YES	YES
Startup delay	YES	YES	YES	YES
Spike protection	YES	YES	YES	YES
Dimension (mm)	162 x 132 x 275	162 x 132 x 275	162 x 132 x 275	162 x 132 x 275
*Product Code (10 second delay version)**	98208222	98212010	98215015	98216222 (*98216221)

Model	Barcode
SVS08-22-SCH16 8A 2kVA CE 230/1/50-60Hz	5060037800467
SVS12B(10)-22 CE UK13 12.5/10 230V	5060037800610
SVS15-22-UK15 15A 3.5kVA CE 230V/50-60Hz	5060037800177
SVS16(15)-22-CE 16A-15A 230V 50/60Hz Sch	5060037800283

Downloads
Brochures
- Voltright SVS Brochure – English (2MB)
Datasheets
- SVS08-12B-15-16 Datasheet (809KB)
Instruction Manuals
- SVS08 to 16 User Manual – A2 Multilingual (2MB)
Connection
Click on the question to get the full answer.

Why hasn’t the voltage display changed but my input voltage has changed?
The SVS corrects the input voltage in increments (taps). If the input voltage moves form one tap to another, the output voltage can move visibly but remain within the output parameters of the unit. For example, as per table, if the input voltage is 240V, output is 240V. If the input moves up to 245, the output moves to 218. The LED display will remain unchanged in this instance as the output is still within the parameters (6% accuracy).
Which stabiliser can be used on the output of a generator? SVS range or AVR range?
Either would, both are suitable. Use an AVR if the main equipment are computers or computer like equipment. However, some small generators produce a wave shape may cause problems for the AVR/SVS measurement circuit. You can get very large frequency fluctuation too. Make sure the gen set is rated to at least twice the required current so as to reduce some of these problems. The Sollatek SVS is also Genset compatible and that would be the model of choice for small generators.

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