Our Range of Products
The IR series has been designed to convert NTP / PTP time protocols into IRIG-B time codes required by the legacy equipment for accurate timestamping.
IR-300, NTP to IRIG-B Converter
The IR-300, NTP to IRIG-B Converter provides time synchronization to terminal equipment which requires precise time synchronization through an IRIG-B interface using an NTP time source. The DIN rail chassis is ideal for deployment where space is at a premium and for installations where it is not possible to install external GPS antennas.
IR-301, PTP to IRIG-B / 1PPS + NMEA Converter
The IR-301, IEEE-1588v2 PTP to IRIG-B / 1PPS-NMEA Converter provides precise time synchronization to legacy equipment using PTP to provide 1PPS / IRIG-B and NMEA outputs. The IR-301 is a high precision time and frequency synchronization solution which uses an IEEE-1588v2 PTP Grandmaster as its time source to provide IRIG-B / 1PPS outputs with nanosecond accuracy.
IR-276, NTP to IRIG-B Converter (NTP-Client)
The IR-276, NTP to IRIG-B Converter is designed to provide up to 16 customized IRIG-B outputs including 1PPS and NMEA-0183. The IR-276 is synchronized from a NTP Server and functions as a NTP Client with multiple interface option. Our solution simultaneously supports IRIG-B (Mudulated / Unmodulated), NMEA 0183, 1PPS, and optical 1PPS port.
IR-316 1:16 IRIG-B Distribution Unit
The IR-316, 1:16 IRIG-B Distribution Unit / IRIG-B Multiplier with BNC, RS-422 (RJ45) and IRIG-B optical outputs. The IR-316, IRIG-B Distribution Unit is a compact and costeffective solution to provide up to 16 IRIG-B outputs. IRIG-B Distribution Unit takes one IRIG-B Input to provide up to 16 IRIGB outputs. The IR-316, IRIG-B Distribution Unit is used to multiply 1 x IRIG-B to provide 16 x IRIG-B outputs.
IR-140 1PPS / IRIG-B OVER Optical Fiber Distribution Unit
The IR-140 is a 1PPS/IRIG-B over multi-mode optical fiber distributor unit which can either be used to convert a 1PPS/IRIG-B signal into an optical signal, or an optical signal to multiple IRIG-B / 1PPS outputs. It is available as IR-140-T and IR-140-R.
The GS-320 family provides 1+1 automatic Ethernet link failover protection between primary and standby Ethernet / IP / MPLS links and terminal equipment such as switches, gateways, servers and RTUs. The GS-320 devices can be used to provide equipment and network redundancy for applications which require 99.99% up-time.
GS-320-GE, Gigabit Network Protection Switch (Smart A/B Switch with Automatic Failover)
GS-320 is an ethernet protection switch that provides 1+1 automatic ethernet network protection between "primary” and "standby" Ethernet/IP/MPLS networks. It substitutes an ethernet A/B switch by automatically switching between "primary" and "standby" networks by actively (non-intrusively) monitoring both ethernet links. GS-320 also supports manual switching using the front panel mounted touch buttons, TCP/IP based remote switching and script initiated switching. Network switching can also be initiated using dry-contact trigger inputs.
GS-320-DIN, 1+1 Failover Protection Switch
GS-320-DIN is an ethernet protection switch that provides 1+1 automatic ethernet failover protection between "primary” and "standby" terminals such as Servers, Switches and RTUs. It monitors the active and standby terminal units in real-time and initiates switching based on user configurable parameters. The GS-320 never becomes a point of failure even in power down condition, to ensure 99.99% up-time.
Our Time Synchronization Series consists of high precision time and frequency synchronization solutions that provide 1 PPS and can be used to synchronize the time-of-day and frequency across all nodes of the network from a GPS / GNSS referenced source. The products support an integrated, high bandwidth NTP Server engine.
GP-4100 is a high-performance, high-reliability GPS Primary Reference Clock and IEEE-1588v2 PTP Grandmaster that provides ITU-T G.811 Primary Synchronization Frequency References which are locked to a user selected Satellite source.
GP-1100, PTP IEEE-1588v2 Grandmaster with NTP SERVER is designed to provide PTP, NTP and ITU-T G.811 Primary Reference Clock that is locked to a GPS / GNSS Reference to provide time synchronization to private networks such as Railways and Metro (ticketing and platform) networks, Airports and Air-Traffic Control facilities, Electric Sub-Stations, Power Distribution and Transmission companies,
GP-1000, DIN Mount compact NTP Server is a robust and compact device designed to serve NTP clients in a network and provide accurate GPS synchronized timecode to legacy devices over its modulated and unmodulated IRIG-B outputs.
Our Teleprotection series has been developed for providing extremely high reliability, security and speed to safeguard power transformers and high-voltage transmission infrastructure against abnormal conditions which can damage such costly equipment permanently.
Teleprotection Goose over IP/MPLS
Our IEC-61850 GOOSE over IP / MPLS Teleprotection Equipment is a compact, 19-inch rack mountable equipment that is designed to serve the IEC-61850 compliant “Digital Substations” to provide “Distance Protection” over IP / MPLS links using IEC-61850 GOOSE messages instead of “binary” commands.
Teleprotection with IEC-61850 GOOSE Interface over E1 Interface
Teleprotection with IEC-61850 GOOSE interface over C37.94 (Optical) / E1 interface is an extremely reliable and flexible product that is available with 1+1 Link Redundancy (E1 + C37.94) or (C37.94 + C37.94), 1+1 Power Supply and 8, Digital Trip Counter Display Panel with 8 user configurable External Relay Alarm extensions.
Teleprotection over IP/MPLS
Teleprotection over IP/MPLS – 10/100BaseT (Electrical) or 100BaseFX (Optical) Ethernet Interface incorporates the same level of “reliability” and “dependability” that the users have come to expect of the C37.94 based communication interface.
The Smart / Server Rack Monitoring is designed to monitor and control the ambient temperature of an equipment rack by automatically “switching on” / “switching off” racks ventilation fans / cooling unit according to the user desired thermal environment in the equipment rack.