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Power / Utilities

  • Microchip (Tekron) PTP Translator

    Microchip (Tekron) PTP Translator

    Microchip’s (formerly Tekron*) PTP Translator is a compact DIN-rail mount device that translates Precision Time Protocol (default, power and, telecommunications profiles) to legacy time codes such as IRIG-B, DCF77, or user-defined pulses. The PTP Translator enables you to migrate to PTP without having to incur the expense of replacing all equipment that does not support PTP.
    *Previously sold under the Tekron brand, these products are now being supplied under the Microchip name. Product functionality and compatibility remain unchanged.

    Key Features

    • Independently isolated outputs
    • Isolated power supply
    • Precision Time Protocol (IEEE® 1588v2:2008) server/client function
    • Network Time Protocol (NTP) and Simple Network Time Protocol (SNTP) support
    • UTC and LST with user defined DST
    • Remote configuration and upgrades over Ethernet
    • Configuration encryption and security
    • DIN Rail Mounted
    • Low noise characteristics due to balanced pair distribution

    Physical

    • Design: UL94-V0 polycarbonate flame retardant din rail mount case
    • Measurement: (W) 72 mm x (D) 60 mm x (H) 90 mm
    • Weight: 0.15 kg

    Oscillator (TCXO)

    • Drift over 24 hours at 25 degrees °C: 0.55 ms

    Standard Inputs and Outputs

    • 1x Copper TTL: 0 – 5V, 150mA fused (2 Pin screw terminal)
    • 1x ST Fiber: 62.5/125 um, ? = 820 nm, multi-mode Power budget 17.5 dB (typical)
    • 1x Sync Indication Output: 250V, 150mA DC or 265 V 100mA AC (2 Pin screw terminal)
    • The PTP translator may be fitted with one of the following Ethernet interfaces: 1x RJ45 – 10/100 Ethernet UTP connector1x ST Fiber Ethernet – Multi-mode 100Fx Fiber Ethernet
    • 1x RJ45 – 10/100 Ethernet UTP connector
    • 1x ST Fiber Ethernet – Multi-mode 100Fx Fiber Ethernet
  • Microchip/Tekron IRIG-B Analyser

    Microchip/Tekron IRIG-B Analyser

    With the Microchip/Tekron  IRIG-B Analyzer there’s no need to use oscilloscopes or complex systems, saving those extra callouts and repeat trips to your substation. With multilevel signal support, get accurate on-site fault diagnosis through a Hand-Held, Rugged, Portable and Battery-operated form factor.

    • Decode over 24 IRIG-B Timecodes with extensions
    • IRIG-B DCLS, AM and Modified Manchester decoding
    • Electrical and Optical signals decoded
    • IRIG Time, Type and Signal levels provided
    • Ruggedized, Handheld device
    • Intuitive user interface
    • IRIG-B Oscilloscope App for Android devices
    • 2.5” backlit display
    • Battery Powered
    • Carry Case
  • Microchip (Tekron) Isolated Timing Repeater (ITR)

    Microchip (Tekron) Isolated Timing Repeater (ITR)

    The Microchip (previously Tekron*) Isolated Timing Repeater (ITR) is a compact DIN rail mountable signal repeater that performs many tasks including converting time synchronization signals, boosting signal strengths, and converting one type of signal to another. The ITR is completely electrically isolated, and it will provide your IEDs (Intelligent Electronic Devices) with an additional layer of electrical protection.
    *Previously sold under the Tekron brand, these products are now being supplied under the Microchip name. Product functionality and compatibility remain unchanged.

    Key Features

    • Extend the distance of an IRIG-B or Pulse signal
    • Provide isolation between A & B Protection Systems or between IEDs
    • Converts a TTL signal from copper to fiber / fiber to copper
    • Converts a TTL signal to a digital High Voltage MOSFET signal
    • Reduces wiring to panels of equipment

    Physical

    • Design: UL-V0 polycarbonate flame retardant DIN rail mount case
    • Ingress Protection: IP40
    • Dimensions: (W) 55 mm x (D) 60 mm x (H) 90 mm
    • Weight: 0.15kg

    Inputs

    • Copper: 5V, 2mA max TTL compatible 2 pin screw terminal
    • 5V, 2mA max TTL compatible
    • 2 pin screw terminal
    • Fiber: ST Fiber (62.5/125 m) Multi-mode Sensitivity -34.4 dBm *Fiber and HV MOSFET variants only
    • ST Fiber (62.5/125 m)Multi-mode
    • Sensitivity -34.4 dBm

    Outputs

    • Copper TTL: 0 – 5 V, 150mA, fused2 Pin Screw Terminal*Copper and Fiber variants only
    • 0 – 5 V, 150mA, fused
    • 2 Pin Screw Terminal
    • Copper RS232: ±10 V, 15mA (max)2 Pin Screw Terminal*Copper and Fiber variants only
    • ±10 V, 15mA (max)
    • 2 Pin Screw Terminal
    • Copper RS422/RS485: ±5 V, 50 RS422 unit loads (RS485 compatible)2 Pin Screw Terminal*Fiber and HV MOSFET variants only
    • ±5 V, 50 RS422 unit loads (RS485 compatible)
    • 2 Pin Screw Terminal
    • Fiber: ST Fiber (62.5/125 m)Multi-mode Sensitivity -34.4 dBm*Fiber and HV MOSFET variants only
    • ST Fiber (62.5/125 m)
    • Multi-mode
    • Sensitivity -34.4 dBm
    • HV MOSFET: 250 Vdc, 100mA2 Pin Screw Terminal*HV MOSFET variants only
    • 250 Vdc, 100mA
    • 2 Pin Screw Terminal
  • Microchip Gridtime3000

    Microchip/Tekron GridTime3000 GNSS Time Server

    The Microchip/Tekron  GridTime™ 3000 GNSS Time Server is a software-enabled solution that provides enhanced levels of redundant, secure and resilient timing for power utility substations. It generates precise Time and Frequency signals to synchronize analog and digital communication systems within the substation. The GridTime 3000 GNSS Time Server consists of multiple safeguards to ensure it can withstand unpredictable and adverse conditions. Mitigation techniques include malicious software checking, hardened components, advanced holdover options and compliance to IEC 61850-3 environmental standards.

    The GridTime 3000 GNSS Time Server generates precise Time and Frequency signals to synchronize analog and digital communication systems within the substation.

    Features:

    • Compliance to IEEE® 1613-2009 and IEC 61850-3 electrical substation environmental requirement
    • Isolated Single or Dual power supply
    • Oven-Controlled Crystal Oscillator (OCXO) or  Rubidium Holdover
    • IEEE 1588 Precision Time Protocol (PTP)  support
    • 10 independently configured Ethernet ports
    • Swappable High and Low voltage power supplies
    • Independently isolated outputs
    • Class B Boundary Clock
    • UTC and LST with user-defined DST options
    • Hardware-based assurance boot process
    • HTTP/S browser-based configuration and management tool

     

  • Microchip/Tekron Model TCG-01-G GNSS Timing Generator

    Microchip/Tekron Model TCG-01-G GNSS Timing Generator

    The Microchip/Tekron Model TCG 01-G is a highly accurate, fully featured GPS and GLONASS (GNSS) clock. With enhanced cyber security features that support NERC CIP requirements, the TCG 01-G is designed for use in modern day Smart Grid / Smart Substations, Electricity Distribution, Transmission, Generation Protection and Control Systems. The clock synchronizes multiple IEDs (Intelligent Electronic Devices) within a network, including protection relays and remote telemetry units to enable accurate time stamping. The TCG 01-G supports IEEE 1588 v2 (PTP) and IEC 61850.

    Features:

    • GPS and GLONASS support
    • Multi level password protection with custom configurable privilege settings
    • Remote configuration via Ethernet
    • Independently isolated outputs
    • Isolated power supplies
    • High output power line drivers
    • PTP (1588v2) Default profile, Full Power profile (C37.238),Telecom slave profile (ITU G.8265.1),
      Telecom grandmaster & slave profile (ITU G.8275.1)
    • NTP/SNTP v3, v4 server operation
    • DC IRIG-B (Unmodulated, DCLS)
    • AM IRIG-B (Modulated)
    • Supports C37.118.1

     

  • Microchip/Tekron Model TCG 02-G GNSS TIMING GENERATOR

    Microchip/Tekron Model TCG 02-G GNSS TIMING GENERATOR

    The Microchip/Tekron Model TCG 02-G is a highly accurate, fully featured GPS and GLONASS (GNSS) clock. Offering multiple oscillator options, Time Code and Frequency outputs, it fits virtually any timing application. With enhanced cyber security features that support NERC CIP requirements, the TCG 02-G is designed for use in modern day Smart Grid / Smart Substations, Electricity Distribution, Transmission, and Generation Protection. In addition industrial application systems and traditional substations are equally provided for. This master clock synchronizes multiple IEDs (Intelligent Electronic Devices) within a network, including protection relays, synchrophasors, event recording and remote telemetry units to enable accurate time stamping. The TCG 02-G is available with one of two expansion module options.

    Features:

    • GPS and GLONASS support
    • Encryption and Password protection
    • OCXO or Atomic option
    • Remote configuration via Ethernet
    • Independently isolated outputs
    • Isolated single or dual power supplies
    • High noise immunity due to balanced pair distribution
    • UTC and LST with user defined DST options
    • High output power line drivers
    • PTP (1588v2) Default profile, Full Power profile (C37.238), Telecom slave profile (ITU G.8265.1),
      Telecom grandmaster & slave profile (ITU G.8275.1)
    • NTP/SNTP v3, v4 server operation
    • DC IRIG-B (Unmodulated, DCLS) & AM IRIG-B (Modulated)
    • Supports C37.118.1
    • Modified Manchester
    • Serial Strings
    • DCF77
    • Event Recording

     

  • Microchip/Tekron Model NTS 02-G Multiport Network Time Server

    Microchip/Tekron Model NTS 02-G Multiport Network Time Server

    The Microchip/Tekron Model NTS 02-G is a High Precision, 3 port GNSS (GPS/ GLONASS) referenced NTP, SNTP and PTP (IEEE1588v2) Grand Master or Boundary clock that provides secure, accurate and reliable time synchronization to enterprise networks. Each of the ports are independently addressable and logically isolated allowing multiple Networks to be connected to the same clock without compromising the network security. The addition of multi-level password protection and user access rights, SNMPv3, and built-in NTP amplification attack immunity, makes the NTS 02-G a versatile synchronization solution for a range of critical network applications.

    Features:

    • GPS and GLONASS support
    • 3 independent RJ45 Ethernet ports
    • Remote configuration via Ethernet
    • Isolated  power supplies
    • PTP (IEEE 1588v2) Master/Slave function
    • UTC and LST with user defined DST options
    • Configuration encryption and security
    • NTP/ SNTP
    • PTP (Supports Power Profile – C37.238, and Telecom Slave Profile – ITU G.8265.1)
    • DC IRIG-B (Un-modulated, DCLS – C37.118.1)
    • DCF77
    • Enhanced Security and encryption that exceed NERC CIP requirements

     

  • Microchip (Tekron) TTM 01-G Compact GNSS Time Server

    Microchip (Tekron) TTM 01-G Compact GNSS Time Server

    The Microchip (previously Tekron*) TTM 01-G is a reliable and accurate GNSS (GPS/GLONASS) DIN rail-mounted clock, delivering sub-microsecond timing precision for networks requiring robust Network Time Protocol (NTP) synchronisation. Designed for environments where space is at a premium, the TTM 01-G is ideal for substations, data centres, financial institutions and IT deployments that demand precise time distribution to servers, network devices and security appliances.

    The device supports NTP, Precision Time Protocol (PTP) and IRIG-B, making it a versatile solution for enterprises seeking to synchronise distributed systems, log files and security events across multiple platforms.

    *Previously sold under the Tekron brand, these products are now being supplied under the Microchip name. Product functionality and compatibility remain unchanged.

    Key Features

    • GPS and GLONASS support
    • Independently isolated outputs
    • Isolated power supply
    • Precision Time Protocol (IEEE® 1588v2:2008) server/client function
    • Network Time Protocol (NTP) and Simple Network Time Protocol (SNTP) support
    • UTC and LST with user defined daylight savings time settings.
    • Remote configuration and upgrades over Ethernet
    • Configuration encryption and security
    • DIN Rail Mounted
    • Low noise characteristics due to balanced pair distribution

    Physical

    • Design: UL94-V0 polycarbonate flame retardant din rail mount case
    • Measurement: (W) 72 mm x (D) 60 mm x (H) 90 mm
    • Weight: 0.15 kg

    GNSS Receiver

    • L1, C/A code 32 Channel Parallel-tracking receiver
    • Frequency: 1598 MHz
    • Sensitivity (Acquisition): -155 dBm
    • Sensitivity (Tracking): -160 dBm

    Oscillator (TCXO)

    • Drift over 24 hours at 25 degrees °C: 0.55 ms
  • Microchip/Tekron Model NTS 03-G+ Multiport Network Time Server

    Microchip/Tekron Model NTS 03-G+ Multiport Network Time Server

    The Microchip/Tekron Model NTS 03-G Plus is a fully customizable satellite reference clock. It meets the demanding precision and reliability requirements of the Power, Telecommunications and Enterprise sectors. Multiple Ethernet ports support advanced PTP and NTP time synchronization solutions, while the high drive IRIG-B option delivers legacy device interoperability. This ruggedized platform brings ultimate reliability through Rubidium and OCXO oscillator options, and time sync redundancy through Parallel Redundancy Protocol (PRP) support. Enhanced security is delivered through fully encrypted and authenticated configuration access. Multiple user accounts are supported with configurable access control. Independently addressable and logically isolated Ethernet ports allow multiple networks to be connected to the same clock without compromising the network security. SNMPv3 and built-in NTP amplification attack immunity coupled with IRIG-B and PTP support makes the NTS 03-G Plus a versatile synchronization solution.

    Features:

    • PRP Support
    • References GPS & GLONASS networks
    • OCXO/Rubidium options
    • 3, 4 or 6 independent Ethernet ports
    • Remote configuration via Ethernet
    • Optional second PSU for redundancy
    • Up to 6 high power IRIG-B or pulse drivers
    • PTP (IEEE 1588v2) Master/Slave function
    • UTC and LST with user defined DST options
    • Configuration encryption and security
    • NTP/ SNTP
    • PTP (IEEE 1588v2)
    • DC IRIG-B or Modified Manchester
    • Fiber IRIG-B
    • AM IRIG-B (Modulated)
    • IEEE C37.118.1 extensions
    • Remote firmware upgrades
    • Isolated Power Supplies
    • Enhanced Security and encryption that exceed NERC CIP requirements

     

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