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AMS-P6000 IED

The AMS-P6000 controller is a powerful and specialized product in the field of power distribution network automation, combining RTU capabilities with support for standard protocols to enable real-time monitoring, control, and data transmission. Featuring ANSI-standard protection functions and the ability to run fault detection algorithms, it plays a key role in enhancing grid stability, reducing outage times, and improving reliability. Designed for use in power distribution networks, power plants, and the oil and gas industry, this device also supports control logic programming based on the IEC61131-3 standard, making it an ideal solution for power distribution automation and power quality improvement in electrical networks.

AMS-R3000 DimensionsAMS-R3000 RTU

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Features

  • High-performance programmable CPU with high-speed functionality for versatile power system applications.
  • Wide operating temperature range and compliance with IEC61000-4 EMC standards, suitable for harsh environments.
  • Multiple communication ports, including two 10/100 Base-T Ethernet ports and two serial communication ports.
  • Wide range of digital/analog I/O with an optional 4G cellular modem.
  • Data collection from AC inputs, PT, CVD, and CT, with high-speed sampling for accurate power parameter calculations.
  • Power quality monitoring (PQM) for enhanced power quality and network protection.
  • Support for various protection functions, such as ANSI 50/51, ANSI 46, ANSI 27, ANSI 59, ANSI 25, ANSI 81, and ANSI 67 standards.
  • Fast data update rate of every 500 microseconds with precise time stamping on input data.
  • Event recording and local storage in a standard SQL database, with data transmission via adaptive communication protocols.
  • Customizable control logic programming based on IEC61131-3 standards for distribution automation systems (DAS).
  • Support for multiple communication protocols, including Modbus, DNP3, IEC60870-5, IEC61850, TCP/Serial Bridge, TDS, S7-Connect, and more.
  • Cybersecurity support with IEC62351 standards and Transport Layer Security (TLS), HMAC-SHA for secure SCADA communications.

Specifications

  • System
    • Main CPU

      Dual Core ARM-DSP CortexA8 + CortexM7 based CPU, 32-bit, 1GHz + 480MHz, DFPU

    • OS

      Linux

    • Instruction Execution Speed

      2000 + 1080 MIPS

    • RAM

      256 MB

    • Flash

      4 GB

    • External Storage

      Up to 32GB Micro SD Card

    • I/O Scan Time

      500 μS

    • Program Cycle Time

      Adjustable (Minimum Time: 1 mS)

  • Protection
    • ANSI 50

      Phase Overcurrent Elements

    • ANSI 50N

      Neutral Overcurrent Elements

    • ANSI 50N - [SEF]

      Sensitive Earth Fault Elements

    • ANSI 25

      Synchronism Check

    • ANSI 27

      Undervoltage Elements

    • ANSI 59

      Overvoltage Elements

    • ANSI 46

      Negative Phase Sequence

    • ANSI 81U

      Underfrequency Elements

    • ANSI 81O

      Overfrequency Elements

    • ANSI 67

      Fault Direction Detection

    • Sectionalizer and Loop Control

    • 2nd Harmonic Detection

    • Cold Load Pickup

    • Open Line Detection

  • Optional Protection Element
    • ANSI 51P

      Phase Time Overcurrent

    • ANSI 51N

      Neutral Time Overcurrent

    • ANSI 79

      Automatic Reclosing (Up to 10 Programmable Shots)

  • Metering

      • True RMS of 4 Input Currents A, B, C, G (up to 0.1 % accuracy)

      • True RMS of Line and Phase Voltage for 6 inputs A, B, C, R, S, T (up to 0.1 % accuracy)

      • Active, Reactive, Apparent Power, and Energy (MW, MVAR, MVA)

      • Frequency Magnitude and Rate

      • Power Factors

      • Maximum Demand (Ia, Ib, Ic, MW, MVAR, MVA)

  • Event Monitoring

      • Phase, Ground and Sensitive Ground Current and Phasors

      • Line and Phase Voltage and Phasors

      • Current and Voltage Symmetrical Component Phasors

      • Frequency Magnitude and Rate

      • Synchronizing Voltage, Phasor and Frequency

      • Single and Three Phase Power (MW, MVAR, MVA, PF)

      • Energy (MWh, MVARH)

      • Maximum Demand (Ia, Ib, Ic, MW, MVAR, MVA)

  • I/O

      • 16/32 x Isolated Digital Inputs

      • 8/16 x Digital Relay Output

      • Optional Built-in Environmental Sensor for Measuring Temperature, Humidity, and Air Pressure

      • Optional 8/16 x DC Analog Input [0-20mA / 0-10V]

      • Optional 2x High Power IGBT Digital Output

      • Optional 3x Analog Output [0-20mA / 0-10V]

      • Optional 1x Pulse Output for Energy Metering

      • Optional AMS Sensor Bus for Environmental GAS Sensors like CO2, NO2, O2 and Smoke

  • Physical
    • Housing

      Aluminum (A6063)

    • Mounting

      Panel Mount

    • Dimensions

      250 x 160 x 142 (in mm)

  • Communication
    • Ethernet

      2 x 10/100 Mbps, RJ45 with Magnetic Isolation (One Port is Optional and Fiber Optic Connection available as a Request by Using AMS-H5614 Industrial Ethernet Switch with Media Converter)

    • Serial

      1x RS232 and 1x RS485 Communication with 2kV Isolation from Input Power Supply and CPU

      • RS-232

        COM1 (1xDB9 Male with RXD and TXD)

      • RS-485

        COM2 (Phoenix Terminal with Ground)

      • Optional Extra Serial Ports Available (2xRs232 and 2xRs485)

    • Cellular Module

      Mobile Network Connection with a SIM Card (Optional)

      • 4G LTE + GPS

        Max. Download 150Mbps, Upload 50Mbps

    • CAN BUS

      Optional CAN Bus for Data Exchange

    • Location

      Optional GPS Location with Time Synchronization Facility

  • Power Supply and Conception
    • Input Range

      Wide Power Range 9-36 VDC (Optional 18-75 VDC Input is Available)

    • Power Consumption

      15 W Typical, 20 W Max

    • Internal RTC

      3V Coin Cell

  • Environment
    • Operating Temperature

      -40 to 75°C

    • Storage Temperature

      -40 to 85°C

    • Ambient Relative Humidity

      up to 95%

  • Standards and Certifications
    • Programming Standards

      • IEC61131-3

        Structured Text (ST) / Function Block Diagram (FBD) / Ladder Diagram (LD)

      • C/C++

        Programming Language

    • Tele Control Equipment Standards

      • IEC60870-2-1

      • IEC60870-3/4

    • SCADA Standard

      • IEEE Std C37.1

    • Electromagnetic Compatibility (EMC)

      • IEC61000-4-2

        (ESD Contact: 8 kV; Air: 8 kV)

      • IEC61000-4-3

        (EMS Level 2)

      • IEC61000-4-4

        (EFT Power 4kV, 4kV Signal)

      • IEC61000-4-5

        (Surge 2kV)

      • IEC61000-4-6

        (Conducted Disturbances 10V)

      • IEC61000-4-8

        (PFMF 3A/m)

      • IEC61000-4-17

        (Ripple on D.C. input power)

      • IEC61000-4-18

        (Damped OSC Wave 2.5KV)

      • IEC61000-4-29

        (Dips & Interruption)

      • IEC61000-4-29

        EN55022 (CISPR 22/32)

    • Protection

      • IEC60255-151

      • IEC60255-1

    • Insulation

      • IEC60255-27

    • Environmental

      • IEC60068-2-1

      • IEC60068-2-2

      • IEC60068-2-30

    • Shock and Vibration

      • IEC60068-2-6

      • IEC60068-2-27

  • Cyber Security
    • IEC 62443-4-2

      Role-Based Access Control / Protocol Session Management

    • IEC 62351-9

      Key Management / HMAC-SHA-256 / AES128 Key Wrap

    • IEC 62351-3

      Transport Layer Security (TLS)

    • OpenVPN

      x509 Certificates Based on IEC62351-9

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