UPS,Drives and Automation,Railway Products,Embedded Solutions,UPS Systems,Utility Support Equipments,power system,single phase,three phase,ipower models,Uninterruptible Power Supplies,UPS systems manufacturers,high frequency PWM technique,Drives and Automation,AC Drives,DC Drives,Servo Drives,variable speed drives,flux vector drive,industrial drives,DC motors,scada systems,flux vector drive,Railway products,railway inverters,Inverters,Power Electronics, IGBT, DC to single phase inverter,25KVA Under Slung (IP-65),Inverter,25KVA On Board (IP-65) Inverter,Heater Controllers,10KVA Under Slung (IP-65) Inverter,Battery Chargers,Rectifier, Shrink, Sleeve, Capacitor, Capacitance, Inductor, Inductive, Resistance Meter,6.5KW Battery Charger,Embedded Solutions,GPS based Vehicle Tracking System for CDMA / GPRS network,Power Devices,Digital Circuits,Industrial Automation Software,Utility Support Equipments,Gauscor,Turbo-Tech

	UPS

	For Industrial Application

	Attributes & Options

	Datasheet

	GA Drawings

	Single Line Diagram

	Certificates & Credentials

	For Three Phase O/p Application

	For EDP Application

	Drives and Automation

	Railway Products

	Embedded Systems

	Utility Support Equipments

Suitable for true Parallel Redundant Operation

	Parallel Redundancy refers to the simultaneous operation of two UPS systems operating in parallel. In parallel redundant system, as in Figure 1, each UPS module is capable of supplying power to the entire load, in the absence of the other module. However, when both modules are operational i.e. in the normal mode of operation, each of the two UPS modules shares the load & supplies only 50% of the load power.

	In the event of failure of either of the UPS module, the healthy module will continue to supply 100% load & in the eventuality of failure of both modules, the load will get power from bypass line equipment. As Hi-Rel system, employs bi-directional static switch, transfer of the load to bypass line equipment and visa-versa is without break in sync condition.