Abstract: The present application relates to AC driven control systems that attains high level of functional integrity at one or more location. The present application discloses an AC driven control system that implements the technique of segregating domains of plurality of AC supply based functions using DC encoding thereby attaining high level of functional integrity of load devices that are being remotely operated.

Abstract: The present application relates to AC driven control systems that attains high level of functional integrity at one or more location. The present application discloses an AC driven control system that implements the technique of segregating domains of plurality of AC supply based functions using DC encoding thereby attaining high level of functional integrity of load devices that are being remotely operated.

Abstract: The invention relates to an improved surge protection device comprising a fast acting, self-restoring circuit breaker, preferably, along with surge arrestor/absorber to improve the protection and availability of the equipment which is in use with power source affected with surges/spikes which otherwise would have operated the spike/surge arrestor in-built in the equipment that would have led to its non-availability, and protection for equipment that may or may not be having in-built overcurrent, surge protection devices.

Abstract: The present invention relates to an improved LED light system and device for locomotives, stadiums and narrow single or multi beam angle applications wherein LEDs of a cluster are placed on a surface in close proximity in LED lamp unit for generating higher luminous stearance and a lens mechanism provides at least a first external lens and second lens for further collimation preferably bigger determined by the illumination requirements and the space available for the unit/system, mounted in a manner to generate at least one narrow angle beam for reaching a larger and/or lesser distance, the beam being symmetric or asymmetric, the LED Lamp designed for producing greater lamp life, higher efficiency, low maintenance and configurable as Twin, Triple, Quad & more LED Lamp lighting system.

Abstract: The present invention relates to an improved LED light system and device for locomotives, stadiums and narrow single or multi beam angle applications wherein LEDs of a cluster are placed on a surface in close proximity in LED lamp unit for generating higher luminous stearance and a lens mechanism provides at least a first external lens and second lens for further collimation preferably bigger determined by the illumination requirements and the space available for the unit/system, mounted in a manner to generate at least one narrow angle beam for reaching a larger and/or lesser distance, the beam being symmetric or asymmetric, the LED Lamp designed for producing greater lamp life, higher efficiency, low maintenance and configurable as Twin, Triple, Quad & more LED Lamp lighting system.

Abstract: The present invention relates to an improved control system for use in applications requiring high level of functional integrity at one or more location, for improving efficiency, availability, reliability and safety of operation in various applications by segregating the domains of various functions critical to maintain high level of system operation integrity, remote networking and control, and transporting a proven, monitored function through a medium to another location and using the received proven function information to further prove the function at the receiving location with the functional identification of the receiving location, entire operation being online and/or periodically reciprocated/handshake/monitored.

Abstract: The invention relates to an improved surge protection device comprising a fast acting, self-restoring circuit breaker, preferably, along with surge arrestor/absorber to improve the protection and availability of the equipment which is in use with power source affected with surges/spikes which otherwise would have operated the spike/surge arrestor in-built in the equipment that would have led to its non-availability, and protection for equipment that may or may not be having in-built overcurrent, surge protection devices.

Abstract: The present invention relates to an improved control system for use in applications requiring high level of functional integrity at one or more location, for improving efficiency, availability, reliability and safety of operation in various applications by segregating the domains of various functions critical to maintain high level of system operation integrity, remote networking and control, and transporting a proven, monitored function through a medium to another location and using the received proven function information to further prove the function at the receiving location with the functional identification of the receiving location, entire operation being online and/or periodically reciprocated/handshake/monitored.