Availibility : In StockWarranty : 1 Month 24V 10A Industrial power supply with Aluminium casing, High quality. Best suitable for CNC Machines. Compatible to RMCS-11XX products. Input Voltage: 230V AC Be the first to write a review. Micro-Stepping Stepper Motor Drive 18-80V 7Amp Micro-Stepping Stepper Motor Drive 15-50V 5Amp 48V 5.2A Industrial Power Supply Planetary Encoder Geared motor 24V 1000RPM 100W Step down DC-DC adjustable voltage regulator 3A Output Customers who bought this product also purchased... General Purpose PCB Double Sided 5*7CM Linear Bearings SCS12UU with Metal Housing U Groove Pulley Bearings U604ZZ 4*13*4mm Limit Microswitch with Three Straight Legs 1A/125VAC NEMA17 4.4Kgcm Stepper Motor for 3D Printers PC-MCU Serial Link (USB)EOS Power are a German-owned manufacturer best known for their impressive power dense designs producing high output power in a small form factor. AC/DC units ranging from 40W to 300W, along with the newly released 450W are manufactured in an award-winning facility which conforms to ISO9001 and ISO14001 quality standards.

EOS Power PSUs are best suited to applications within the medical, communications, industrial, security and computing industries. When designing electronic hardware, EOS Power and the IP Support engineering team work together to match the exact application power requirements whilst working closely with the application design engineers. how much for a new furnace and ac unitThe IP Support team provide assistance through the whole design process from concept, design, quotations, samples and testing to approvals and standards compliance, shipping, stock-holding and after-sales service.one ac unit 2 story house Custom made to suit your application requirementsac unit alternative A bespoke AC/DC Power Supply Unit (PSU) can be designed and manufactured when an application is required to meet specific mechanical, electrical, safety and electromagnetic interference (EMI) specifications.

EOS Power are specialists in providing a complete value added, modified or custom sub-assembly AC/DC PSU where the power supply is fabricated to fit the application and not the other-way around. This means a system-ready, plug-and-go PSU can be connected into an existing application or an entirely new design. Typically achieved by integrating the power supply with the application system using an interface board or communications board. This board allows further modifications to configure the PSU to the application: When making any changes to a power supply, a normal concern is meeting safety standards and approvals along with Electromagnetic Compatibility (EMC) guidelines. EOS Power medical PSUs are approved to EN60601-1 (ed.3), IEC60601. The industrial range are approved to EN60950, IEC60950-1. The IP Support engineering team work closely with EOS Power to ensure that all required standards are attained. This releases the application design engineers to concentrate on other areas of development to complete the project.

This approach protects the project schedule from unnecessary time delays or unplanned expenditure. To discover more about safety approvals and standards for power supplies, go to the Standards Conformity page. Perfectly suited to high-reliability industrial applications, including mission critical, EOS Power AC/DC PSUs can be designed-in with confidence. The ultra-miniature topology will fit into industry-standard footprints, including DIN, to provide quiet, cool and efficient power to the application. Medical approval for Electronics has undergone many changes during the past decade and EOS Power has responded by producing a range of 40W-450W power supplies. All have surpassed requirements stated by EN and IEC60601-1 (ed3) and are quickly becoming the application designers choice of product in this market. Suited (but not limited) to these industries: Located in the Electronic Export Processing Zone (SEEPZ, Mumbai, India), the modern facility is controlled by a six Sigma quality process and is capable of handling a mix of assembly configurations from high-volume, low mix to low volume, high mix.

Before being shipped, all units go through a quality assurance process which includes a controlled burn-in and test. With 400 manufacturing team members and over 80 engineers, the award-winning facility in India is certified to ISO9001 and ISO14001 quality standards. The EOS plant is the largest manufacturer of branded power supplies in India with more than 40 million units sold since its inception in 1991. Friendship Forum of India(FFI) Full project design assistance With over 40-years of experience in the power supply industry, the IP Support engineering team work as a technical partner or an extension to a design team to cooperate in the design process and offer full project power supply support covering prototyping samples, manufacturing, shipping and even the stock-holding of units in the UK ready for call-off at the customer’s convenience.A new collaboration between the Indian government and the Indian Institute of Technology in Chennai promises to be a "game changer" in power starved India.

It could spell the end for the country's chronic power outages. In the southern state of Tamil Nadu, for instance, long, daily power cuts are common. They have been crippling for industry and agriculture, disrupting thousands of micro, small and medium sized enterprises. "For the last year or more, because of the power cuts, many of us have suffered, especially our businesses. Some had to shut shop," says Uday Kumar, a small businessman from Madurai. "But if the government manages to power up our lives and give us minimum energy, we will greatly welcome it." Uday Kumar is excited about the new technology, which is being tested in homes in four southern Indian states. The added supply will maintain power for essentials, such fans and mobile phone chargers The 'uninterrupted direct current' (UDC) promises to provide electricity from the grid to power basic appliances such as fans, TVs, lights and mobile phone chargers, despite an outage and when demand is high. It's the brainchild of Indian Institute of Technology director Bhaskar Ramamurti and electrical engineering professor Ashok Jhunjhunwala, a member of the prime minister's Science Advisory Council.

Ramamurti says the UDC aims to provide a minimum of 100 watts of power per day to households, with the addition of a simple piece of equipment at substations. "In the home, you add another small device before the electric meter. So on top of AC power, we can supply a second output of power at 48 volts DC. This only gives you 48 volts DC and 100 watts [from the grid], but you get it 24 hours a day," says Ramamurti. And in the event of a power outage, the new system will maintain a minimal supply of power. The UDC: turning a blackout into a "brown out" "So you will have a 'brown out' rather than a blackout," adds Ramamurti. The current flows through a separate meter to power three lights, two fans and a mobile charger. Consumers who opt for the scheme will have to spend around 1,000 Indian rupees (12 euros) for the device at home, and buy LED (light emitting diode) bulbs and fans that run on DC (direct current) power. Krishna Vasudevan, an electrical engineer and member of the UDC development team, says the system will guarantee a constant power supply to millions of homes even when the grid is overstretched.

"Brushless fans and LED lights that work on direct current will be powered using this DC power," says Vasudevan. "It will go a long way to alleviate the starved situation in India." And there is room for expansion. Private users can increase their power consumption by connecting a solar panel to the UDC unit. But more than this, the engineers say their system is so strong that large complexes should consider enhancing basic DC with solar power to reduce dependence on expensive diesel generators. Users are warned when they exceed 100 watts - a bell rings, telling them to turn off a fan or a light It could even run alongside smart meters. All eyes are on the results of a proof-of-concept demonstration in the four southern states of Tamil Nadu, Karnataka, Kerala and Andhra Pradesh. Ashok Jhunjhunwala says the UDC will be a "game changer" for India. "I think it's a very simple idea but real huge gains are possible. So I think if we do it right, India has a game changer technology," says Jhunjhunwala.