Powertune Badlapur, Mumbai, Maharashtra

Features :1. Sine wave Inverter best for a sensitive application like computers, laptop some adopters, medical instruments.2. DSP processor intelligent working fast response ow power consumption.3. LED display for the indication, it also shows battery remaining time in HRS4. Comes with MCB protection for high voltage and short circuit5. Inbuilt bypass switch can directly bypass load without disconnecting inverter system6. Low harmonic distortion7. Multiple batteries selecting switch compatible for various types of batteries.8. Blow alarm in case of short circuit

. Sine wave Inverter best for a sensitive application like computers, laptop some adopters, medical instruments.2. DSP processor intelligent working fast response ow power consumption.3. LED display for the indication, it also shows battery remaining time in HRS4. Comes with MCB protection for high voltage and short circuit5. Inbuilt bypass switch can directly bypass load without disconnecting inverter system6. Low harmonic distortion7. Multiple batteries selecting switch compatible for various types of batteries.

The UPS system is the most important device to be installed to protect costly equipment from high voltage, Short circuits, and dangerous electrical threats. In India due to fast development every manufacturer, Institute, Industries, and hospital prefer to install an Online UPS system nowadays. We Powertune understands this need of the industry and propose the best UPS Brand to our customers always. Vertiv UPS system is One of the best UPS Systems in India and we are dealers of Hitachi UPS system in the thane, badlapur, Dombivli, Kalyan, Ambernath MIDC, Ambernath, Taloja MIDC, and Mhape MIDC areas.

This inverter is used for both industrial and residential. Because it can run both single-phase and three-phase equipment. unbalance means that even if one phase is loaded, the other phase will not affect. So this type of inverter is suggested where there is a water motor or lift and extra load

Specifications: Range: 10 Kva – 100 Kva    Voltage Rating: Suitable for Three-phase power supply systems. Input Voltage Range: Typically designed to handle variations in input voltage, e.g., 340V-460V for a 400V system. Output Voltage: Provides a stable and regulated output voltage within a narrow range, e.g., +/- 1-3% of the rated output voltage. Capacity (in VA or kVA): Specifies the maximum load it can handle, such as 10 kVA, 20 kVA, 50 kVA, etc. Topology: Utilizes servo-controlled technology to regulate and stabilize the output voltage. Display: Often equipped with an LED or digital display to show input and output voltage levels. Phase Configuration:  designed for balanced or unbalanced load conditions. Protection Features: Includes features like over-voltage protection, under-voltage protection, short-circuit protection, and overload protection. Efficiency: Typically designed to be highly efficient, reducing energy consumption. Response Time: Offers rapid response to voltage fluctuations to ensure minimal disruption to connected equipment. Operating Temperature: Specifies the range of temperatures in which it can operate effectively, e.g., 0°C to 50°C. Cooling:  have built-in cooling fans or passive cooling mechanisms for temperature control.   

Automatic Grade : Automatic

Feature : Easy Operate, Stable Performance

Voltage Rating: Designed for Three-Phase power supply systems. Input Voltage Range: Typically designed to handle variations in input voltage, e.g., 340V-460V for a 400V system. Output Voltage: Provides a stable and regulated output voltage within a narrow range, e.g., +/- 1-3% of the rated output voltage. Capacity (in VA or kVA): Specifies the maximum load it can handle, such as 10 kVA, 20 kVA, 50 kVA, etc. Topology: Utilizes solid-state electronic components for voltage regulation. Display: Often equipped with an LED or digital display to show input and output voltage levels. Phase Configuration: Suitable for Three-Phase applications. Protection Features: Includes features like over-voltage protection, under-voltage protection, short-circuit protection, and overload protection. Efficiency: Typically designed to be highly efficient, reducing energy consumption. Response Time: Offers rapid response to voltage fluctuations to ensure minimal disruption to connected equipment. Operating Temperature: Specifies the range of temperatures in which it can operate effectively, e.g., 0°C to 50°C. Cooling: May include passive cooling mechanisms to dissipate heat. Mounting: Can be wall-mounted, floor-standing, or rack-mounted, depending on the design. Audible Alarms: Some models feature alarms to indicate voltage issues or system faults.

This Online UPS is extremely useful for offices, labs to run computers alongside printers and few lights just in case of an influence outage for an extended time. The output of this Online UPS is regulated pure wave with low noise using high power IGBT modules.This Online UPS can run Desktop computers, matrix printers, laser printers, flex printing machines, and machines utilized in laboratories. With LCD display you’ll read input, output voltage also as output and battery charging current.Programming is provided to pick power battery type, battery charging current, and inverter on warning. Features : Pure Sine Wave Output | Best for sensitive type of load High-Frequency PWM create Low Noise True Double Conversion | True Online UPS reborn Sine wave output With Galvanic Isolation at Output using Transformer | Sturdy and less failure. LCD Display to Read Input, Output, and Battery Voltage Output and Battery Charging Current Capable of High Peak Load Currents | work smoothly with induction, compressor, and motor type of load Rugged SCR Charger | Less failure long working life High-Quality Connectors Short Circuit Protection for IGBT | Can handle worst power condition without fail Over Temperature Protection | Work in multiple environmental conditions Can Charge Big Tubular Batteries | great for long back up need. Manual Bypass Switch as Standard | Can anyone bypass the system at unexpected system failure.

 Specifications: Range : 50 kva – 200 Kva    Voltage Rating: Designed for Three-Phase power supply systems. Input Voltage Range: Typically designed to handle variations in input voltage, e.g., 340V-460V for a 400V system. Output Voltage: Provides a stable and regulated output voltage within a narrow range, e.g., +/- 1-3% of the rated output voltage. Capacity (in VA or kVA): Specifies the maximum load it can handle, such as 10 kVA, 20 kVA, 50 kVA, etc. Topology: Utilizes oil-cooled technology for efficient heat dissipation and voltage regulation. Cooling Method: Employs oil as a cooling medium to dissipate heat generated during voltage regulation. Coolant Type: Specifies the type of coolant used, such as mineral oil or synthetic oil. Display: Often equipped with an LED or digital display to show input and output voltage levels. Phase Configuration:  Designed for balanced or unbalanced load conditions. Protection Features: Includes features like over-voltage protection, under-voltage protection, short-circuit protection, and overload protection. Efficiency: Typically designed to be highly efficient, reducing energy consumption. Response Time: Offers rapid response to voltage fluctuations to ensure minimal disruption to connected equipment. Operating Temperature: Specifies the range of temperatures in which it can operate effectively, often wider due to efficient cooling. Oil Level Indicator: Includes an indicator to monitor the oil level to ensure proper cooling.

A balanced three-phase inverter is used for applications that have the same current in all three phases. This is the most commonly used inverter for lifts and some lights.

A static voltage stabilizer, also known as an electronic voltage stabilizer, is an advanced electrical device designed to maintain a consistent and stable output voltage to protect sensitive electronic equipment and appliances from voltage fluctuations.  Unlike traditional servo-controlled stabilizers that use mechanical components, static stabilizers utilize solid-state electronic circuitry to regulate voltage. They offer rapid response times, high precision, and efficiency in maintaining a steady output voltage, making them ideal for applications where precision and speed are critical, such as data centers, medical equipment, and industrial processes.  Static voltage stabilizers are known for their reliability and ability to handle a wide range of input voltage variations, ensuring that connected equipment operates reliably and efficiently.

Condition : New

Automation Grade : Automatic

Tubular battery technology is good for constant current requirements.  Avoid resistance  High acid volume to per Ah good back up with long working life Deep cycle design battery  Tower-type battery long life with no performance loss   

20 % plus electrolyte allows less water toping and good thermal management  Avoid resistance  Tall tubular technology good for constant current discharge  Low maintenance battery  The deep cycle design battery is good for a heavy backup requirement. Good for frequent and long power cuts  Get charge faster then the ordinary battery 

  Its the main component of the solar power system. These plates contain multiple silicon wafer cells are attached in series and parallel form. It generates DC power which flows to the inverter. It comes with multiple types like poly-crystalline, Mono-crystalline, etc Solar panel efficiency increased in the last few years due to continuous research and development, It’s a great option for carbon-free energy generation in the emerging crisis of global warming. Due to negligible maintenance and affordable cost, the importance of solar panels is increasing day by day.

Application : Commercial

Type : Solar Power System

The inverter is the second most important component in the solar power system. This converts the DC power generated from the panel to AC Power, which is usable for our house load. There are two types of inverter comes one is off-grid and the second on-grid comes in single-phase, and three-phase types depending on the user’s specification.

 In simple words, a battery is called an electricity storage device. It is the third most major component in a solar power system. The off-grid solar system is incomplete without a battery. How big should the battery be in ah? Which one is best? It decides based on the panel’s watt, quantity, and the size of the inverter with the required backup time. Batteries also come in various types like lead-acid batteries, lithium batteries, VRL batteries, etc.

  Range : 3 kvA – 10 kVA    Voltage Rating: Suitable for Single-phase power supply systems. Input Voltage Range: Typically designed to handle variations in input voltage, e.g., 140V-280V. Output Voltage: Provides a stable and regulated output voltage within a narrow range, e.g., +/- 1-3% of the rated output voltage. Capacity (in VA or kVA): Specifies the maximum load it can handle, such as 1 kVA, 2 kVA, 5 kVA, 10 Kva, etc. Topology: Utilizes servo-controlled technology to regulate and stabilize the output voltage. Display: Often equipped with an LED or digital display to show input and output voltage levels. Protection Features: Includes features like over-voltage protection, under-voltage protection, short-circuit protection, and overload protection. Efficiency: Typically designed to be highly efficient, reducing energy consumption. Response Time: Offers rapid response to voltage fluctuations to ensure minimal disruption to connected equipment. Operating Temperature: Specifies the range of temperatures in which it can operate effectively, e.g., 0°C to 50°C. Cooling: have built-in cooling fans or passive cooling mechanisms for temperature control.  

Condition : New

Automatic Grade : Automatic

Features : industry-leading efficiency: 91.5-92% efficiency :: 200-240Vin/out transformer- free systems. 88.5-89.9% efficiency:transformer-based systems. Scalability that allows you tocost-effectively add power capacityor battery modules as needed. Modular batteries, controls andpower components to help reducemaintenance costs with userreplacement. Two-year hassle-free factorywarranty program for repair orreplacement of your Liebert APSUPS. Module-level redundancy eliminatesthe expense of purchasing andplanning for any additional cabinets. Reduced installation time and costbecause units are shipped pre-configured and factory tested, no needfor on-site assembly. Everything you need for efficiencyand availability in one box: powermodules, batteries, maintenancebypass, and distribution in a single,small-footprint cabinet. Integral battery monitoring withtemperature compensated chargingto prolong battery life and helpreduce replacement costs.

Features : Input reactors to minimize AC mains notching High branch fast-acting fuse clearing capacity (up to 30% rated fuse) feedback handles nonlinear loads up to Crest Factor 3:1 with

Voltage Rating: Designed for Single-phase power supply systems. Input Voltage Range: Typically designed to handle variations in input voltage, e.g., 140V-280V for a 230V system. Output Voltage: Provides a stable and regulated output voltage within a narrow range, e.g., +/- 1-3% of the rated output voltage. Capacity (in VA or kVA): Specifies the maximum load it can handle, such as 1 kVA, 2 kVA, 5 kVA, etc. Topology: Utilizes solid-state electronic components for voltage regulation. Display: Often equipped with an LED or digital display to show input and output voltage levels. Phase Configuration: Suitable for Single Phase applications. Protection Features: Includes features like over-voltage protection, under-voltage protection, short-circuit protection, and overload protection. Efficiency: Typically designed to be highly efficient, reducing energy consumption. Response Time: Offers rapid response to voltage fluctuations to ensure minimal disruption to connected equipment. Operating Temperature: Specifies the range of temperatures in which it can operate effectively, e.g., 0°C to 50°C. Cooling: May include passive cooling mechanisms to dissipate heat. Mounting: Can be wall-mounted or floor-standing, depending on the design. Audible Alarms: Some models feature alarms to indicate voltage issues or system fault.

This Online UPS is extremely useful for offices, labs to run computers alongside printers and few lights just in case of an influence outage for an extended time. The output of this Online UPS is regulated pure wave with low noise using high power IGBT modules.This Online UPS can run Desktop computers, matrix printers, laser printers, flex printing machines, and machines utilized in laboratories. With an LCD display you’ll read input, output voltage also as output and battery charging current.Programming is provided to pick power battery type, battery charging current, and inverter on warning. Pure Sine Wave Output | Best for sensitive type of load High-Frequency PWM create Low Noise True Double Conversion | True Online UPS reborn Sine wave output With Galvanic Isolation at Output using Transformer | Sturdy and less failure. LCD Display to Read Input, Output, and Battery Voltage Output and Battery Charging Current Capable of High Peak Load Currents | work smoothly with induction, compressor, and motor type of load Rugged SCR Charger | Less failure long working life High-Quality Connectors Short Circuit Protection for IGBT | Can handle worst power condition without fail Over Temperature Protection | Work in multiple environmental conditions Can Charge Big Tubular Batteries | great for long back up need. Manual Bypass Switch as Standard | Can anyone bypass the system at unexpected system failure.

Features : Pure sine wave technology. Sine wave output is always best for equipment. It’s the best inverter for sensitive applications.  Triple color bigger sized LCD for indication.  MCB switch to protect from overload.  Comes with an inbuilt manual bypass switch best when the inverter fails. Fast changeover good for computers and other sensitive applications. comes with two charging options 9 A and 13 A users can select manually based on the requirement. Protection for: Overload, Short Circuit, AC Back Feed, Battery Low, Battery Overcharge, Mains Overload Through Re-settable Switch, Over Temperature, etc Most important it comes with a copper transformer that will give more inverter life and less failure. 

It has controlled output voltage constant stab;e voltage is always good for equipment. 100 V – 290 V wide input voltage range suitable for low voltage area. 8-10 Amps charging even at 120v is a great feature battery charge fast even at low voltage. Comes with ASIC (Auto Sense Intelligent Control) Technology which adjusts the charging pattern accordingly. Any battery life extends with this feature. Soft touch switch to on /off reset switch for overload protection. Fast changeover good for computers and other sensitive applications. Protection for: Overload, Short Circuit, AC Back Feed, Battery Low, Battery Overcharge, Mains Overload Through Re-settable Switch, Over Temperature, etc

Comes with ASIC (Auto Sense Intelligent Control) Technology which adjusts the charging pattern accordingly. Any battery life extends with this feature. Comes with PWM technology best for battery charging and performance. comes with two charging option 9 A and 13 A user can select manually based on the requirement  Buzzer alarm for battery low indication. Display indication for battery charging, mains On / Off, Overload, etc. Comes with inbuilt manual bypass switch best when the inverter fails   Fast changeover good for computers and other sensitive applications.

Sf Sonic inverter battery its most reputed inverter battery in terms of quality and performance.