RTU with IEC 101 Protocol
RTU (Remote Terminal Unit) for providing real time power data to Load Dispatch Center. The RTU interfaces with IEC 60870-5-101 [IEC101] SCADA system. It provides Analog Parameters including MW, MVAR, Voltage and Frequency and Status points of Circuit breaker, Isolator, Sequence of Events(SOE) to Control Station. The RTU supports upto 10 Bays of an Electric Sub-Station.
More Info »RTU with IEC 104 Protocol
RTU (Remote Terminal Unit) for providing real time power data to Load Dispatch Center. The RTU interfaces with IEC 60870-5-104 [IEC104] SCADA system. It provides Analog Parameters including MW, MVAR, Voltage and Frequency and Status points of Circuit breaker, Isolator, Sequence of Events(SOE) to Control Station. The RTU supports upto 10 Bays of an Electric Sub-Station.
More Info »mini RTU with WAN Interface
mini RTU (Remote Terminal Unit) for providing real time power data to nearest available Load Dispatch Center RTU. It interfaces transducer with Load Dispatch Center RTU. It provides Analog Parameters including MW, MVAR, Voltage and Frequency. The RTU supports upto 4 analog inputs/outputs.
More Info »RTU with Modbus Protocol
RTU (Remote Terminal Unit) for providing real time power data to Load Dispatch Center. The RTU interfaces with modbus SCADA system. It provides Analog Parameters including MW, MVAR, Voltage and Frequency and Status points of Circuit breaker, Isolator, Sequence of Events(SOE) to Control Station. The RTU supports upto 10 Bays of an Electric Sub-Station.
RTU (Custom)
A custom designed RTU (Remote Terminal Unit) designed to your specifications for any application in SCADA data acquisition and delivery. The RTU will be designed according to your SCADA system and required interface. Communication protocols will be implemented as per your specific requirement and available communication media.
GPS Products
GPS Receiver
A GPS receiver is a device that receives Global Positioning System (GPS) signals to determine the device's location on Earth. GPS devices provide latitude, longitude and altitude. GPS devices are used by the military, by aircraft pilots, by sailors, and for recreational purposes by the public.
GPS Master Clock
GPS master clock is used to synchronize electronic devices and networks to World atomic clock. It obtains UTC from GPS satellites. The master clock outputs time code in both digital and analog formats. The protocols supported are 1 PPS-TTL, IRIG-B, IRIG-E, RS-232C, RS-485 and NTP(Network Time Protocol).
Slave Clock
Slave clock is a clock that is coordinated with a master clock. Slave clock coordination is usually achieved by phase-locking the slave clock signal to a signal received from the master clock or by a NTP request to the master clock.
GPS Master Clock Switcher Unit
A master clock switcher unit is used in critical applications, where the downtime needs to be minimal. It connects two redundant GPS master clocks. It ensures minimal downtime by switching between GPS master clocks in case of device failure of a master clock.
Distribution Amplifier
Distribution amplifier is used to accept any IRIG time code in its TTL form and output multiple identical copies. It is used to extend the maximum coverage in a wired network.