Single Phase Static Voltage Stabilizer

Key VRP Technology Features And Consumer Benefits :

• Since the VRP technology controls any sag or swell cycle within 20 milliseconds ,it is the ideal voltage conditioner for your sensitive electronic devices.
• Since the VRP has in-built spike and noise controtit eliminates the need of additional spike & nose filters.
• Since the VRP does not switch components in the power path , it is compatible with most loads including regenerative loads.
• AC input circuit breakers prevent costly equipment damage due to load side faults.
• Automatic bypass circuitry assures fail safe operation.
• Light weight and compact size makes for ease of installation.
• Static technology results in quiet operation, high product up-time & low maintenance.
• High efficiency and energy savings though optimum voltage result in entry efficient operation.
• Tight control over electronic card failures. data corruption and machine breakdowns results in higher produttivity,lower operating costs and greater consumer comfort.

Application :

• CNC & Robotics
• Auto & Auto Ancillary 
• Oil & Gas
• Textile Spinning, Processing , Knitting , Weaving
• Engineering & Process Industry
• Wood Cutting 

• Radar & Telecommunication
• R&D, Testing , Diagnostics
• Plastic Processing 
• Printing & Packaging 
• Building Management 
• Security & Surveillance

Protective Features :

• Standards & Safety : Designed to meet UL 60950-I standards , Protection class IP 20.
• Overload & Short Circuit Protection : Through Suitably rated input circuit breaker.
• Soft Switch On : This feature ensure that the output voltage is never higher than the input voltage upon switch on , before it commences full stabilization.
• Automatic Bypass : Regulator engine will be automatically bypassed when there is a fault condition.
• Surge Test Conditions : Per class 2 surge combination wave.
• Surge Let Through Voltages : 1.2x50us, 6kV , 8 x 20us , 3kA waveform , L-N <300 V.

Product Details :

• Brand : TSi Power
• Phase : Single Phase
• Output Voltage : 230 V
• Dimension : 460 x 300 x 170 mm
• Automation Grade : Automatic
• Ambient Temp. : 0 to +45 Degree C
• Regulation : +/-20%
• Power Efficiency : Over 96 %

• Cooling Method : Natural Cooled
• Speed Correction : 20 milliseconds
• Regulator Engine : High Frequency 20 Khz IGBT Driven Voltage Regulation Convertor
• Minimum Input Voltage : 184 V
• Maximum Input Voltage : 276 V
• Minimum Capacity : 2 kVA
• Maximum Capacity : 15 kVA

TSI-VRP assures seamless operation of electronic machines by providing purest power through continuous pulse width modulation (PWM) switching of a buck-boost transformer using a convertor engine .

The high frequency Insulated gate bi-polar transistor (IGBT) driven converter engine takes the incoming ac power, measures against the nominal voltage and adds or subtracts voltage. 20,000 times per second, to achieve real-time compensation of voltage disturbances, sag or swell. All this is achieved within 20 milliseconds through seamless PWM compensation of voltage so that all voltage disturbances are corrected within ITIC curve for flawless operation of electronics.

Product Details :

• Brand : TSi Power
• Output Voltage : 230 V
• Phase : Single Phase
• Dimension : 460 x 300 x 170 mm
• Ambient Temperature : 0 to +45 Degree C
• Regulation : +/- 26%
• Power Efficiency : Over 95 %

• Cooling Method : Natural Cooled
• Regulator Engine : High Frequency 20 Khz IGBT Driven Voltage Regulation Convertor
• Speed Of Correction : 20 milliseconds
• Minimum Input Voltage : 170 V
• Maximum Input Voltage : 290 V
• Minimum Capacity : 3 kVA
• Maximum Capacity : 10 kVA

PHAPS VRP is a cost-effective three phase precision AC voltage regulator with inbuilt Healthy Automatic Phase Selection (HAPS) system which selects the best incoming voltage phases, ignores incoming neutral and provides a stabilized single-phase output with a fresh grounded neutral. This ensures maintenance-free operation of electronic equipment over a wide range of input voltage range even in situations of phase loss and broken input neutral.

TSi-HAPS VRP is designed to provide high precision power with a typical compensation time of 20 milliseconds to comply with the requirements of the ITIC curve for power supply to electronics.

How the HAPS VRP works:

The high frequency Insulated Gate Bipolar Transistor (IGBT) driven converter takes the incoming AC power, measures it against the nominal voltage reference and then adds or subtracts a compensating voltage to achieve a precisely regulated 230 V output.

In events of unhealthy/missing incoming phase, HAPS VRP automatically shifts to the next available healthy phase and continues to provide uninterrupted useful output power.

NPS VRP is a cost-effective three phase automatic precision AC voltage regulator that ensures maintenance-free operation of electronic equipment over a wide range of input voltage range without having the need of an input neutral for carrying out its operation. TSi-NPS VRP series is designed to provide high precision power with a typical compensation time of 20 milliseconds to comply with the requirements of the ITIC curve for power supply to electronics.

Three phase as well as single phase versions are available.

How the NPS VRP works:

The high frequency Insulated Gate Bipolar Transistor (IGBT) driven converter takes the incoming AC power, measures it against the nominal voltage reference and then adds or subtracts a compensating voltage to achieve a precisely regulated 230 V output.

SFCube provides Sag-Free Fluctuation-Free (SFFF or SFCube) Power which makes it a cost-effective automatic sag and surge compensation device that ensures maintenance-free operation of electronic equipment over a wide range of sag and surge. TSi-SFCube series is designed to provide protection against sag and surge events within a typical compensation time of 20 milliseconds to comply with the requirements of the ITIC curve for power supply to electronics.

How the SFCube works:

The high frequency Insulated Gate Bipolar Transistor (IGBT) driven compensator takes the incoming AC power, measures it against the nominal voltage reference to detect a sag or surge event. It then adds or subtracts a compensating voltage to achieve a regulated 230 V output.