CNC VOLTAGE STABILIZERS

CNC VOLTAGE STABILIZERS

Total control of power quality and voltage fluctuations

Voltage variations are an increasingly common and dangerous nuisance that can damage electronic components like power supplies, drives, PLCs, controllers etc. Their effects are widely felt in CNC, Printing, Textile machines in addition to Laboratory, Data processing, Medical & Telecommunication equipments. As an effective solution, UCPL has designed state of the art Voltage Stabilizers to protect these equipments against voltage variations and offering improved power quality, thereby minimizing break downs of costly equipments.

Our Stabilizers are manufactured out of prime grade of magnetics & electrical conductors, housed in enclosures manufactured on CNC machines & powder coated as per IS/BS standards. Stringent quality assurance programme at various stages of manufacturing ie. raw materials, sub assemblies, assembly & finished goods ensures high reliability & consistent performance.

Our Servo voltage stabilizers provide controlled & desired output voltage against wide range of voltage fluctuations. Apart from protecting the equipments from damage, they save energy during high voltage conditions.

PROTECTIONS FEATURES

. Single Phasing Prevention *

. Output Electronic Over Load Protection *

. Phase Reversal Protection *

. Input Short Circuit Protection with MCB *

. Input Over Load Protection with MCB *

. Output Low Voltage Protection *

. Output High Voltage Protection *

. Audio Alarm for Protections *

INDICATIONS FEATURES

. Mains Input on 3 LED/LCD Indications,

. 3ph output on indication

. Phase Reversal indication

. over Load indication

PROGRAMMABLE PARAMETERS

. Output voltage set ( 210-245V)

. Output Low Voltage Cutoff

. Output High Voltage Cutoff

. Input Low on LCD Display

. Input High on LCD Display

. Sensitivity / Regulation

. Over Load Cutoff

. CT full scale

METERING ON LCD DISPLAY

. 3ph Input voltage ph to ph and ph to Neutral

. 3ph Output voltage ph to ph and ph to Neutral

. System Frequency

. Output Current on each phase