Power Supply System Dealers in Noida

• Type: Dc Power Supply
• Application: Power Supply
• Color: Blue
• Feature: Proper Working, Sturdy Construction
• Frequency: 50hz
• Temperature Capacity: High Temperature

The High Power DC Supplies are backed-up by the company’s valuable 29+ years of technical experience in the field of Power Electronics.The DC Rectifiers are designed both regulated and un-regulated type and can be used for Ground maintenance of aircrafts and other related equipment. It can also be used for testing and starting of armed vehicles or for other applications.The DC regulated supplies manufactured by Statcon Energiaa are designed to give highly stable, well regulated, low ripple output capable of meeting continuous as well as short time ranking duty DC loads demands.In addition, the monitoring and alarm circuit ensures that the unit trips in case of any abnormal conditions which are necessary as per Govt. or MIL Standards for Defence equipments.The technologies used for AC-DC are fully solid state including SCR controls as well as IGBT/MOSFET based SMPS technologies. It is available in a wide range from 50A to 2000 Amps (higher on request*). The DC regulated supplies are available in both free- standing models as well as trolley mounted options.

• Color: Black
• Application: Power Supply
• Feature: Easy To Install, Superior Finish
• Type: Power Supply System
• Frequency: 50hz
• Country of Origin: India

Specifications Power supply like SMPS, UPS are available at attractive prices. Brands like Intex, Zebronics are available. A power supply is a device that supplies electric power to one or more electric loads. The term is most commonly applied to devices that convert one form of electrical energy to another, though it may also refer to devices that convert another form of energy (mechanical, chemical, solar) to electrical energy. A regulated power supply is one that controls the output voltage or current to a specific value; the controlled value is held nearly constant despite variations in either load current or the voltage supplied by the power supply's energy source.   Every power supply must obtain the energy it supplies to its load, as well as any energy it consumes while performing that task, from an energy source. Depending on its design, a power supply may obtain energy from: Electrical energy transmission systems. Common examples of this include power supplies that convert AC line voltage to DC voltage. Energy storage devices such as batteries and fuel cells. Electromechanical systems such as generators and alternators. Solar power. A power supply may be implemented as a discrete, stand-alone device or as an integral device that is hardwired to its load. Examples of the latter case include the low voltage DC power supplies that are part of desktop computers and consumer electronics devices. Commonly specified power supply attributes include: The amount of voltage and current it can supply to its load. How stable its output voltage or current is under varying line and load conditions. How long it can supply energy without refueling or recharging (applies to power supplies that employ portable energy sources).In a switched-mode power supply (SMPS), the AC mains input is directly rectified and then filtered to obtain a DC voltage. The resulting DC voltage is then switched on and off at a high frequency by electronic switching circuitry, thus producing an AC current that will pass through a high-frequency transformer or inductor. Switching occurs at a very high frequency (typically 10 kHz — 1 MHz), thereby enabling the use of transformers and filter capacitors that are much smaller, lighter, and less expensive than those found in linear power supplies operating at mains frequency. After the inductor or transformer secondary, the high frequency AC is rectified and filtered to produce the DC output voltage. If the SMPS uses an adequately insulated high-frequency transformer, the output will be electrically isolated from the mains; this feature is often essential for safety.   Switched-mode power supplies are always regulated. To keep the output voltage constant, the power supply employs a feedback controller that monitors current drawn by the load. The switching duty cycle increases as power output requirements increase.   SMPSs often include safety features such as current limiting or a crowbar circuit to help protect the device and the user from harm. In the event that an abnormal high-current power draw is detected, the switched-mode supply can assume this is a direct short and will shut itself down before damage is done. PC power supplies often provide a power good signal to the motherboard; the absence of this signal prevents operation when abnormal supply voltages are present.   SMPSs have an absolute limit on their minimum current output. They are only able to output above a certain power level and cannot function below that point. In a no-load condition the frequency of the power slicing circuit increases to great speed, causing the isolated transformer to act as a Tesla coil, causing damage due to the resulting very high voltage power spikes. Switched-mode supplies with protection circuits may briefly turn on but then shut down when no load has been detected. A very small low-power dummy load such as a ceramic power resistor or 10-watt light bulb can be attached to the supply to allow it to run with no primary load attached.   Power factor has become an issue of concern for computer manufacturers. Switched mode power supplies have traditionally been a source of power line harmonics and have a very poor power factor. The rectifier input stage distorts the waveshape of current drawn from the supply; this can produce adverse effects on other loads. The distorted current causes extra heating in the wires and distibution equipment. Switched mode power supplies in a building can result in poor power quality for other utility customers. Customers may face higher electric bills for a low power factor load.   Some switch-mode power supplies use filters or additional switching stages in the incoming rectifier circuit to improve the waveform of the current taken from the AC line. This adds to the circuit complexity. Many computer power supplies built in the last few years now include power factor correction built right into the switched-mode supply, and may advertise the fact that they offer 1.0 power factor.

STATCON POWTECH offers Solar Hybrid type DC Power Supply for the critical application like Telecom, Railway Signaling & Telecom, Gas pipelines, installation of Remote Satellite/Broadcasting installation and much more. The Hybrid system takes in Solar Array as first priority and charge batteries and feeds load demand. If Battery is deep discharged and Solar is low, it can take balance current from mains based SMPS charger simultaneous till battery gets fully charged. In addition to it, if the battery gets discharged beyond a certain level, ‘DG START’ signal is generated which can start and stop DG set. The DG so started can be programmed to run for specified time duration 1,2,3,4 hours. ‘DG STOP’ command will stop it. The whole equipment can be supplied up to any power and any type of VRLA, flooded or Ni-Cd Battery Bank. SALIENT FEATURES  Perturb & observe MPPT charging algorithm, ideal to track maximum power point.  Universal input range of AC mains for SMPS charger.  Automatic current sharing between Solar & Mains with solar priority.  CV/CC Battery charging, current sharing & temp. comp for Solar charger/SMPS.  Intelligent DG controls features.  Provided with lighting & Surge protecting on both inputs.  Expandable for any power from 1.5KW up to 25KW DC.  Supports all types of battery.  Remote monitoring via standers RS485 bus.  Network connectivity via Ethernet /SNMP for central monitoring.  Active current sharing between solar charger & SMPS.  Wide input SMPS for developing countries.  Excellent performance up to 50 degrees of temperature. APPLICATIONS  Telecom/New BTS installations  Gas Pipeline/Cathodic protection  Railway signaling/Telecom  Satellite Earth Station/Remote monitoring Station of Defense

• Application: Electronic Instruments
• Brand Name: Scientific
• Weight: 8.9Kg
• Dimensions: 443W X 445D X 43.5H mm
• Dimension: 443W X 445D X 43.5H mm

• Application: Electronic Instruments
• Output Voltage: 300V
• Input Voltage: 230V
• Display Type: Digital
• Rated Power: 600W

• Brand Name: Preen
• Part Number: ADGL-1250
• Usage/Application: Industrial Automation
• Mounting Type: Benchtop
• Maximum Input Voltage: 230/315/480V
• Display Type: Digital

We are offering best DC Power Supplying company.

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