Servo Dynamics Became An Authorized Distributor of Schaffner in Vietnam

• DC Filter for EV-Charging
• DC Filter

• Standard Performance Single-Phase Filters
• High Performance Single-Phase Filters
• Very High Performance Single-Phase Filters

• 3-Phase Filters
• Low Leakage Current Filters
• 3-Phase Filters with Neutral

• IEC Inlet Filters
• Power Entry Module with EMC- Filter
• Power Cords with EMC- Filter

• Common Mode Chokes
• Differential Mode Chokes
• Saturating Chokes

• Feedthrough Capacitors
• Feedthrough Filters

• Surge Protection Devices
• Protective Cover for Busbar Filters
• Rewireable Connectors with Locking System
• Power Cords with Locking System

• Ecosine Active Sync Power Module
• Ecosine Active Sync Double Power Pack
• Ecosine Active Sync Cabinet
• Sync Module

• Ecosine Evo
• Ecosine Flex
• Ecosine Max
• Ecosine Economy
• Ecosine Economy LV

• dv/dt Filters
• Sine Wave Filters
• Sine Wave Plus Filters

• 3-Phase Line Reactors
• 3-Phase Load Reactors
• Single Phase Line Reactors

Motor drive systems enable a reliable and precise control by handling torque, speed, and position. For accurate and real-time motor control, these systems are also coupled with advanced processing of signals. The motor drive system has innovative power, motor control and drives solutions that reduce energy consumption. They deliver greater efficiency with many advanced approaches to switch supplies – all ultimately reducing the carbon footprint. The motor drive system also boosts a manufacturer’s competitive edge and time-to-profit.

The machinery market covers several industrial applications such as food and beverage manufacturing machinery, semiconductor manufacturing machinery, sawmill and woodworking machinery, machinery for making paper and paper products, printing and binding machinery and equipment, textile making machinery, and many others. Rapid advances in technology are expected to drive innovation in this market. As examples, technologies such as 3D printing, artificial intelligence, and big data analytics are being used in manufacturing yielding higher productivity, lower operating costs, and higher margins. IoT applications are also being integrated into these devices to enable services such as remote monitoring, central feedback systems, and other services.

Factory automation implies technologies and automatic control devices to enhance the productivity and quality of products and simultaneously decrease production costs. Also known as industrial automation, it minimizes human intervention in industry and ensures a superior performance compared to humans. Factory automation includes the use of computers, robots, control systems, and information technologies to manage industrial processes.

Robots refer to multifunctional, automatic, and re-programmable industrial machines, which can be embedded in a variety of high-tech devices. They are designed to perform several tasks automatically with speed, intelligence, and accuracy. The essential components of a robot are body or frame, control system, manipulators, and drivetrain. Robots perform tasks across various industries, including healthcare, aerospace, defense, and automotive. The emergence of this technology has facilitated convenience, increased output levels, reduced human errors, enhanced quality, and process automation.

Heating, Ventilation and Air-Conditioning are responsible for a high proportion of energy consumption in modern buildings. Variable frequency drives are widely used in HVAC applications, where energy efficiency can be substantially improved by mitigating harmonic current present in the energy flow.

Elevators and escalators help to make urban spaces more efficient. Especially in large commercial buildings, elevators and escalators bring people from A to B much faster, easier, and more safely. By applying modern drive technology, elevator motors run as generators during braking and feed energy back into the network or accumulator for later use.

Energy saving lighting systems, such as LEDs together with dimmers and timers, are widely promoted and fitted in modern buildings. They do not only provide a wide range of design and application opportunities. By allowing a dedicated smart light management they also contribute to reduced energy consumption.

Renewable energies are an essential pillar that contribute to making power supply greener. As a result, greenhouse gas emissions – for example – are continuously decreasing in proportion to the increasing share of renewable energies in electricity consumption, and global climate change is being slowed down.

At any moment in time, the consumption of electricity must be perfectly matched with the generation of electricity. This balance is necessary in all electricity grids to maintain a stable and safe supply. Energy storage can stabilize fluctuations in demand and supply by allowing excess electricity to be saved in large quantities over different time periods, from fast storage in seconds to longer storage over days.

The smart and secure use of electrical infrastructures make sense from an ecologic and economic perspective. Even if individual systems and facilities differ among applications, the efficient and demand-based use of energy has become an absolute must. Today, the integration in upcoming Smart Grids as well as the preservation of resources and the environment are as imperative as the technical reliability of appliances, equipment, or systems. Smart meters play a growing role in this environment.

A power supply provides electric power to an electrical load. The main purpose of a power supply is to convert electric current from a source to the correct voltage, current, and frequency to power the load. The source power may come from the electric power grid, such as an electrical outlet, energy storage devices such as batteries or fuel cells, generators or alternators, solar power inverters, or other power supply.

An uninterruptible power supply (UPS) takes its power from two or more sources simultaneously. It is usually powered directly from the AC main supply, while simultaneously charging a storage battery. Should there be a dropout or failure of the main supply, the battery instantly takes over so that the load never experiences an interruption. Other UPS schemes may use an internal combustion engine or turbine to supply power during a utility power outage and the amount of battery time is then dependent upon how long it takes the generator to come online. Such arrangements are found, for example, in hospitals, datacenters, call centers, cell sites and telephone central offices.

Oil and natural gas are major industries in the energy market and play an influential role in the global economy as the world’s primary fuel sources. The processes and systems involved in producing and distributing oil and gas are highly complex, capital-intensive, and require state-of-the-art technology. Amongst others they need heavy electrical equipment which suffers from harmonic distortion.

EMI filters and magnetic components for power electronics, batteries, and onboard chargers.

Low-Frequency antennas for keyless access and keyless start.

The medical laboratory plays an important role in the healthcare system, providing clinical, diagnostic, and research services that contribute to the quality of health care. Medical laboratory equipment is an essential tool in these services, providing accurate and precise results that can improve diagnosis and treatment plans, as well as contributing to advances in health care research and development of new treatments. Laboratory equipment includes medical as well as other equipment such as chemical and biological.

Working in the shadow of our ever-growing online service consumption, datacenters come with high availability and reliability requirements. IT equipment must be cooled down to work reliably and uninterruptible power supply (UPS) are protecting servers from any power cut that risks damaging equipment, resulting in service downtime and data loss.

The communication backbone of business and individuals is the connectivity enabled by networks. Information and communications technology equipment used in networks is highly sensitive hardware prone to electrical hazards from the grid.