Amplon (> 1kVA)
1kVA or higher, Single-Phase UPS
In the SRIN UPS product line, the Amplon family is are single-phase UPS system for power rating requirements above 1kVA that supports medium to small network devices, security and surveillance systems, and POS systems. The word Amplon (Ample + on) represents ample stability, which describes this UPS system – it maximizes space and economic benefits. Amplon systems are the perfect power management solution for small to medium enterprises, such as financial institutions, government departments, and medical centers, and offer the power protection solution with the highest space and cost benefits
Agilon (< 1kVA)
Under 1.5kVA, Single-Phase UPS
In the SRIN UPS product line, the Agilon family are single phase UPS systems for power rating requirements under 1.5kVA, that can support PC products, peripherals and small POS systems. The word Agilon (Agile + on), denotes agility and precision, which describe the features of this UPS system – small yet efficient; they are the perfect power management solution for residential users, SOHO workers or small enterprises.
The name “Agilon” (Agile + On) reflects the system’s character: agile, precise, compact, and efficient. This makes Agilon UPS devices the perfect power-management companion for residential users, SOHO workers, and small enterprises.
20kVA or higher, Modular UPS
The Modulon family, part of the SRIN UPS product line, represents a new generation of highly scalable, three-phase modular UPS systems designed for applications requiring power ratings above 20kVA. Built to guarantee continuous and stable power, Modulon UPS solutions are engineered for data centers, industrial automation, healthcare, telecom, banking, and mission-critical IT environments where downtime is not an option.
This unique modular design enables organizations to scale capacity without system shutdown, simplify maintenance, and significantly reduce operational risks. By allowing power modules and components to be added, replaced, or serviced while the system remains online, Modulon UPS systems ensure maximum uptime and operational continuity.
Additionally, the Modulon series provides long-term cost efficiency by reducing capital investment on day one and lowering operational expenses over time. With its optimized energy performance, flexible configuration, and hot-swappable modules, it delivers one of the lowest Total Costs of Ownership (TCO) in its class.
UPS Connectivity Support
UPS Network Management & Monitoring Solutions. A UPS is more than just a battery backup; it’s a critical component of your power infrastructure that needs to communicate effectively. UPS Connectivity Support refers to the various ways your UPS can interact with your IT equipment, network, and management systems to provide real-time status, enable graceful shutdowns, and allow for remote monitoring and control.
Connectivity support ensures that your UPS provides the right data at the right time, enabling proactive management, graceful system shutdowns, and full visibility of power conditions.
APFC PANEL
An APFC Panel (Automatic Power Factor Control Panel) is an intelligent electrical control system designed to monitor, manage, and improve the Power Factor of an electrical network. Power Factor, the ratio of active power (kW) to apparent power (kVA), is a key indicator of how efficiently electrical power is being used. Poor Power Factor leads to increased demand charges, power losses, equipment stress, and overall inefficiency.
The APFC Panel automatically engages or disengages capacitor banks based on real-time load conditions, ensuring the system continuously maintains an optimal power factor without manual intervention.
LT PANEL
An LT Panel (Low Tension Panel) is a key part of an electrical distribution network designed for low-voltage power systems up to 440V. It acts as the central point that receives electrical energy from sources such as transformers, DG sets, or utility supply, and distributes this power to different circuits, machinery, and sub-panels across a facility.
LT Panels are engineered to ensure stable, uninterrupted, and controlled power flow, while also protecting both equipment and personnel from electrical faults. They include protective devices such as MCBs, MCCBs, ACBs, relays, fuses, contactors, and monitoring instruments that enhance safety and operational reliability.
These panels are built with robust sheet-metal enclosures, proper busbar design, earthing systems, and standardized wiring to comply with electrical safety regulations. LT Panels are widely used in industries, commercial buildings, hospitals, data centers, manufacturing units, and large residential complexes.
PF CONTROLLER & MFM
A Power Factor (PF) Controller and a Multifunction Meter (MFM) are essential components used in electrical power distribution systems to improve efficiency, enhance monitoring, and ensure reliable operation. While the PF Controller focuses on maintaining an optimal power factor, the MFM provides comprehensive electrical measurements needed for real-time monitoring and analysis.
Together, they help industries and commercial facilities achieve better power quality, reduce energy costs, and maintain compliance with electrical standards.
DETUNING SYSTEM
In electrical systems with non-linear loads (such as UPS systems, VFDs, computers, LED lighting, and industrial drives), harmonic distortion is common. When capacitor banks are used for power factor correction in such environments, they can become overloaded by harmonic currents, leading to overheating, premature failures, or resonance conditions.
A Detuned Filter Reactor prevents this by creating a series LC circuit that shifts the resonance frequency below the lowest dominant harmonics. This ensures harmonic currents bypass the capacitors and flow safely into the mains network.
HARMONIC FILTER
A Harmonic Filter, more specifically an Active Harmonic Filter (AHF), is a sophisticated power-quality solution designed to eliminate harmonic distortion caused by non-linear electrical loads such as VFDs, UPS systems, SMPS, computers, printers, inverters, and industrial automation equipment. These harmonic currents can lead to equipment overheating, voltage instability, poor power factor, tripping of breakers, and premature failure of electrical assets.
The AHF uses high-speed Digital Signal Processing (DSP) technology to continuously analyze the load current in real time. By employing Fast Fourier Transform (FFT) algorithms, the system detects harmonic components within milliseconds and instantly generates a compensating current that has the same magnitude but opposite phase. This effectively cancels out the harmonic distortion and restores the supply to a near-perfect sinusoidal waveform.
Ultron (> 10kVA)TIONS
10kVA or higher, Three-Phase On-Line UPS
The Ultron Series (>10 kVA) is a robust and high-capacity three-phase online UPS engineered to meet the demanding needs of mission-critical environments. As part of the SRIN UPS product line, Ultron is designed for applications where even a momentary power disturbance can cause
operational Built with dual-conversion online technology, the Ultron UPS ensures that connected equipment receives a constant supply of clean, regulated, and uninterrupted power. The name Ultron (Ultra + On) reflects its purpose—delivering the ultimate level of performance and continuous operation.failures, downtime, or data loss.
This UPS supports heavy-duty industrial loads and sophisticated electronic systems, making it ideal for industrial automation, high-density computing, telecommunications, traffic control systems, broadcast facilities, and backbone network infrastructure.
Its architecture provides superior voltage regulation, high efficiency, low harmonic distortion, advanced fault protection, and intelligent monitoring features, guaranteeing maximum uptime and reliability.