www.arteche.com 1 2.0 saTECH BCU Automation System and Bay Control Unit APPLICATIONS Substation Automation: Acquisition, monitoring and measurement unit for any bay position. Sequential event logger: It stores input and output change of status with an accuracy of 1 millisecond. Great interoperability capacity among devices through conventional protocols and/or IEC 61850 standard protocols using Ethernet or serial ports. Auxiliary service monitoring and control. KEY BENEFITS IEC 61850 native design. Robust and reliable equipment, allowing its use both in process bus applications and station bus. Interoperability with the main IED manufacturers. Flexibility for the implementation of advanced control strategies to get the most of the communication capacity performance and the IEDs’ current interoperability. IEEE 1588 Synchronization, PRP Network Redundancy and IEC 61850 Test Mode. Modularity, which allows the selection of the most suitable hardware configuration. Visual logical configuration in accordance with IEC 61131 standard. It optimises the implementation of any monitoring system by selecting previously configured single diagram lines and adapting them to your needs through the saTECH CNF configuration software, in an easy and simple way.
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www.arteche.com 1
2.0
saTECH BCU
Automation System and Bay Control Unit
APPLICATIONS Substation Automation: Acquisition, monitoring and measurement unit for any bay position.
Sequential event logger: It stores input and output change of status with an accuracy of 1 millisecond.
Great interoperability capacity among devices through conventional protocols and/or IEC 61850 standard
protocols using Ethernet or serial ports.
Auxiliary service monitoring and control.
KEY BENEFITS IEC 61850 native design.
Robust and reliable equipment, allowing its use both in process bus applications and station bus.
Interoperability with the main IED manufacturers. Flexibility for the implementation of advanced control strategies to get the most of the communication capacity performance and the IEDs’ current interoperability.
IEEE 1588 Synchronization, PRP Network Redundancy and IEC 61850 Test Mode.
Modularity, which allows the selection of the most suitable hardware configuration.
Visual logical configuration in accordance with IEC 61131 standard.
It optimises the implementation of any monitoring system by selecting previously configured single diagram lines and adapting them to your needs through the saTECH CNF configuration software, in an easy and simple way.
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MAIN FEATURES
Protocols Master
Customer
Slave
Server
IEC 61850 MMS Report
IEC 61850 MMS/GOOSE
DNP3 TCP/Series
MODBUS TCP/Series
IEC 60870-5-104
Programmable logical functions for the configuration of monitoring diagrams in accordance with IEC 61131 standard.
High-resolution touch screen which allows the monitoring of local operations with of customizable screens, such as single diagram line, events, alarm lists, real-time measurements or primary device status.
48 programmable LEDs at the front panel.
Opening and close switch push-buttons at the front panel.
Option double power supply and 8 digital outputs type "C".
Confirmation of manual operation protected through password.
Ethernet access via copper and fiber optic cabling. With PRP support and “fail-over”.
Communications through RS-232 and RS-485 isolated serial ports.
Communication with SCADA and with other IEDs using IEC 61850 logical nodes and GOOSE, DNP, Modbus, and IEC 60870-5-104 protocols.
Sequential event log, storing the last 1,400 analogue events and 1,400 digital events in non-volatile memory.
WEB server with I/O simulation functions, real-time display of IEC-61131 logics, historical record, communication trace, and hardware diagnostic.
Several synchronization sources from through IEEE 1588 (PTP IEEE Std C37.228-2011 with power systems profile), SNTP and IRIG-B conventional protocols.
Embedded cybersecurity features, including advanced user authentication encryption, integrated firewall, and secure communication protocols (SFTP, SSH).
Hardware design with no removable parts and a solid-state storage.
Robust design with a wide range of operation temperatures.
TEST mode conforming to IEC 61850.
Data model according to SAS Specification IEC 61850 CFE Transmission DT-CTRL-10.
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TECHNICAL SPECIFICATIONS
COMUNICACIONES
Communication Ports
3 10/100 Mbps individual Ethernet ports.
(1 RJ45 front port and 2 rear ports with RJ45 or fiber optics options).
Options:
Dual 100 Base fiber ETH - FX (ST or LC type).
Dual 10/100 Base copper ETH- TX (RJ45 type)..
4 RS232 or RS485 individually isolated serial ports.
2 USB ports at the front.
1 mini USB front port for diagnosis and maintenance jobs.
IRIG-B synchronisation input with regeneration capacity.
Communication protocols
IEC 61850 MMS: Server.
IEC 61850 GOOSE: Client and Server.
DNP3.0 TCP/Series: Master and Slave.
PRP and PTP 1588 V2 PP.
MODBUS TCP/Series: Master.
IEC 60870-5-104: Slave.
INPUT / OUTPUT
Digital Inputs
Up to 128 digital opto-isolated inputs and 48,125 or 250 VDC polarization voltages.
Card models: 16 DI with independent common; 32 DI with one independent common for every 8 inputs.
Nominal voltage Vin OFF Vin ON Vmax Consumption
48V 31V 40V 75V
150V @ 1min 1.85mA
110/125V 71V 90V 190V
300V @ 1min 2.145mA
220/250V 143V 190V 375V
500V @ 1 min 645uA
Digital Outputs
Up to 32 digital outputs with electromechanical relay.
Card models: 16 digital outputs, 4 bistable outputs, and 8 digital outputs.
Relay Outputs
Parameter Value
Maximum voltage 250Vac
Load capacity 16A
30A @ 200ms
Break capacity
(L/R=40ms) 25VA (V = 125Vdc) 1000 operations
Bistable Outputs Maximum voltage 250Vac
Load capacity 8A
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DC Analog Inputs
Up to 32 isolated analogue inputs in voltage or current, with configurable input ranges (±1mA, 4÷20mA, 0-10VDC).
Card model: 16 EA (mA, V).
Parameter Nominal Value Range Maximum
Current
Range Input ± 20mA ±10%
Input resistance <500 Ω
Consumption per input <0.2W
Voltage
Range Input ± 10V ±10%
Input resistance <5 kΩ
Consumption per input <0.05W
AC Analog Inputs (VT/TC)
Up to 4 independent isolated analogue inputs with 115 Vn (wide range from 10 to 300 VAC).
Up to 4 independent, isolated analogue inputs with 1 or 5A input current.