Siemens SWT-3000 User manual

SWT 3000
Smart Communications, SWT 3000 Product Information
C53000-X6040-C605-3 Edition Sept. 2021 1
ENGLISH
Read and understand these instructions and the relevant manual before installing,
operating, or maintaining the device. For available software and complete documentation for
SWT 3000 see:
Siemens Industry Online Information platform SIOS
Further Support
If special problems arise, or further information are required, please contact your Siemens
representative. Our Customer Support Center provides a 24-hour service.
Siemens AG
Smart Infrastructure – Digital Grid
Customer Support Center
● Phone: [phone]
● E-Mail: energy.aut[email protected]om
Disclaimer of Liability
Although we have carefully checked the contents of this publication for conformity with the
hardware and software described, we cannot guarantee complete conformity since errors
cannot be excluded.
The information provided in this manual is checked at regular intervals and any corrections
that might become necessary are included in the next releases. Any suggestions for
improvement are welcome.
Copyright
Copyright © Siemens AG 2021 – All Rights Reserved
The reproduction, transmission or use of this document or its contents is not permitted
without express written authority. Offenders will be liable for damages. All rights, including
rights created by patent grant or registration of a utility model or design, are reserved.
OpenSSL
This product includes software developed by the OpenSSL Project for use in OpenSSL
Toolkit (http://www.openssl.org/).
This product includes software written by Tim Hudson ([e-mail]).
This product includes cryptographic software written by Eric Young ([e-mail]).
Notes on Safety
This document contains notes that must be adhered to ensure personal safety and to avoid
damage to property during commissioning and use.
However, it does not constitute a complete description of all safety measures required for
installation, service, and maintenance of the device. Details are to be taken from the device
manual, those are mandatory. Keep it safe for later usage.
Warning: Danger of severe personal injury or substantial damage to property
Hazardous voltages may occur in devices and modules during operation. Always
observe the instructions
given in “Qualified Electrical Engineering Personnel” below.
Qualified Electrical Engineering Personnel
Qualified electrical engineering personnel must have up to date technical qualifications
as electrical technicians. Only these persons may
commission, use, maintain,
decommission
, and dispose of the device according to the state-of-the-art
standards of
engineering
in the high voltage power line environment.
Warning:
Laser radiation! Danger of eye injury
This device may contain a
class 1 laser. Do not look directly into the beam.
Warning:
Danger of damage due to static electrical charges
The printed circuit boards of numerical relays contain CMOS circuits. These shall not
be withdrawn or inserted under live conditions! The modu
les must be so handled that
any possibility of damage due to static electrical charges is excluded.
During any necessary handling of individual
modules, the recommendations relating to
the handling of electrostatically endangered components (EEC) must be o
bserved.
In installed conditions, the modules are in no danger.
Use as Prescribed
The device may only be used for such applications as set out in the user instructions, and
only in combination with equipment recommended and approved by Siemens.
Correct and safe operation of the product requires adequate transportation, storage,
installation and mounting in a control cabinet, as well as appropriate use and maintenance.
Only qualified electrical engineering personnel may install, set up, commission, attach
communication cables, power supply lines and ground to the device.
Check and follow the electrical operating conditions, mechanics and climatic max. ambient
conditions for safe operation. Connect and operate the device only in conformance with the
values as specified in the ‘Technical Data’ below.
Commissioning must be carried out in accordance with good engineering practice and
under consideration of local installation rules and laws (also applicable and obligatory for
cabinet internal wiring).
Fuses may be required on all phases in the electrical installation, depending on local
installation conditions and requirements.
During operation of the equipment, it is unavoidable that certain parts will carry dangerous
voltages. Severe injury or damage to property can occur if the appropriate measures during
use are not taken:
•Make sure, that the equipment is properly connected to ground at all times and
mechanically fixed in the rack.
•Degree of protection by enclosure IP20.
•Device may only be operated in a dry location within a temperature range of
-5 to +55 degree Celsius.
•This is a Class A device. It is intended to be operated in an industrial environment only. It
may cause harmful interference if operated in residential/light industry environment.
•Hazardous voltages can be present on all components when the device is connected to a
power source. Before opening the device, makes sure all power sources are
disconnected or switched off. Even after the power supply has been disconnected,
hazardous voltages can still be present within the device (capacitor storage).
•The limit values indicated in the manual must not be exceeded; that also applies to
testing and commissioning.
Statement of Conformity
The product is in conformity with the regulations of the fo
llowing European Directives:
•EMC Directive 2014/30/EU
•Low Voltage Directive 2014/35/EU
•
RoHS Directive 2011/65/EU
Used Symbols
Caution, hazard. The documentation
must be observed.
Protection class I / protective
earthing
CE conformity Hazardous voltage
Qualified Electrical Engineering
Personnel
Note
Distributor statement according to WEEE-Guideline 2012/19/EU
Do not throw the device in the household trash! Please dispose of the device
according to the guidelines regarding electronic waste in your country.
Application
SWT3000 - Protection Signaling
The SWT 3000 protection signaling system utilizes the command transmission for protection
devices according to the IEC 60834-1 standard. Several types of teleprotection command
schemes like permissive, intertripping (direct or transfer) as well as blocking protection
schemes are applicable.
Unpacking a Device
•Check the package for external transport damage. A damaged packing may indicate that
the device inside is also damaged.
•Unpack the device carefully; do not use force.
•Visually check the device to ensure that it is in perfect mechanical condition.
•Return a damaged device to the manufacturer or dispose it correctly. A defect device
may not either be used or repaired by the user.
Note:
Before commissioning the device, leave it in the final operation room for at least
2
hours. This allows it to reach room temperature and to prevent dampness and
condensation.
Repacking a Device
•If you store devices after incoming inspection, pack them in suitable storage packaging.
•If devices are to be transported, pack them in transport packing.
•Put the accessories supplied in the packing with the device.
Storing a Device
•Only store devices on which you have carried out an incoming inspection, thus ensuring
that the warranty remains valid.
•The relative humidity must be at a level where condense water and ice are prevented
from forming.
•If the device has been in storage for more than 2 years, connect it to the primary voltage
source, and operate it for 1 to 2 days. This will cause the electrolytic capacitors to form on
the printed circuit board assemblies again.
•When the device is reshipped ensure that the transport requirements for the selected
means of transport are met. The outer package alone is not adequate for transport
purposes.
Mounting
The device is designed for horizontal mounting in a cabinet or rack. Min. distance between
two SWT 3000 devices is one unit of height (= 1.75 inches or 44.45 mm). The climatic
conditions must be within the specified values (see technical data). Consider the weight and
position of the device to avoid personal injuries.
Commissioning
Before making any connections, ground the equipment and the grounding
terminal.
•In order to switch on the power supply of the SWT 3000, switch the external voltage
separator in the cabinet or rack to ON position. The device is still switched off because
the ON/OFF switch on the PU4 module is in down position.
•The yellow LED (disabled) lights up on the power supply units.
•To switch on the device, put the ON/OFF switch on the PU4 module in up position
•The operate LED (green) must light up on the power supply unit and the OK LED (green
or red) must light up on the PU4 module.

SWT 3000
Smart Communications, SWT 3000 Product Information
C53000-X6040-C605-3 Edition Sept. 2021 2
•Connecting the Service PC
A service PC and the service program PowerSys are needed for startup, maintenance,
and diagnostic purpose of the SWT 3000 units. The service PC is connected to the USB
socket on the front panel of the PU4 module with a USB A/B plug cable.
•The service program PowerSys and the communication to the device via the serial
interface from the service PC or via a TCP/IP connection (default IP address
192.168.20.200) is described in the device manual.
•
The corresponding software package (formerly delivered on
DVD) is available for download on SIOS (Siemens Industry
Online Support) platform free of charge, a registration is
required.
Product Support/Energy/Energy automation and smart
grid/Smart communication/Download
•Test protocols are available for download under
https://www.ea-testreports.siemens.com
Enter BF code of device to view the requested test protocol in
pdf format. The installed software package version loaded into
the device can be seen in the protocol.
Interfaces and modules
1) IFC-1 in slot 1 for interface module IFC-x (optional)
2) IFC-2 in slot 2 for interface module IFC-x (optional)
3) IFC-3 in slot 3 for interface module IFC-x (optional)
4) IFC-4 in slot 4 for interface module IFC-x (optional)
5) Ethernet EN100 module for IEC 61850/TPoP (optional)
6) Processing unit module (PU4)
7) Digital line equipment module (DLE) (optional, if digital data transmission is
desired)
8) Slot for the redundant power supply module (PS-2) (optional)
9) Power supply module (PS-1)
10) Alarm module (ALR)
11) Fiber-optic module (FOM-2) (optional, if digital or analog data transmission is
desired)
12) Copper line equipment module (CLE) or optionally fiber-optic module (FOM-1)
(optional, if digital or analog data transmission is desired)
13) RJ45 socket for PU4 Ethernet interface
14) USB socket (type B)
15) RJ45 sockets for electrical EN100 Ethernet interface (IEC 61850/TPoP)
SFP sockets if optical EN100 Ethernet interface (IEC 61850/TPoP) are used
Backplane
1) Power supply (redundant)
2) Main power supply
3) ALR
4) CLE
5) SSB (Remote monitoring interface connector)
6) Connector for DSUB adapter with LID1 and LID 2
7) IFC-4
8) IFC-3
9) IFC-2
10) IFC-1
11) SSR (Console for PU4)
12) SC (Service channel interface SWT 3000)
Functions/Features
•Bidirectional and independent transmission of commands
•Up to 16 commands with digital line interfaces
•Up to 4 commands with analog line interfaces or PLC
•Command Interface for normal contact load (IFC-P, fast)
4 inputs and 4 relay outputs (max. 4 modules)
•Command Interface module for high contact load (IFC-D)
4 inputs and 4 relay outputs (max. 4 modules)
•Interface module for binary command signaling (IFC-S)
8 relay outputs (max. 2 modules)
•Command interface module IEC 61850 electr. or optical
•Line Interface modules
- 2x X.21, 2x G703.1, 2x G703.6 (DLE)
- 2x fiber, short range SM (FOS1), short range MM (FOS2), long range (FOL1)
or C37.94 (FOS3)
- 1x Analog 2 or 4 wire (CLE)
- 1x Ethernet electrical or optical (TPoP)
•Interface module for alarm signaling (ALR
- 3 relay outputs, 1 input for time synchronization
•Configuration via element manager application
- USB and ETH interface
•Command Input configuration
- voltage range (24 – 250 V DC)
- pulse suppression
- input command limitation and extension
•Command Output configuration
- output or signaling allocation
- input command limitation and extension
•Power Supply
- 2 wide range supplies (DC, AC/DC)
- redundant assembly
•Event recorder and command counter
•Path protection via 2 different line interfaces in any combination
•Network management SNMP interface
Technical Data
Power Supply
Input voltage
DC 24 V to 60 V (-20 % / +20 %) or
DC 110 V/220 V/250 V (-20 % / +20 %) or
AC 115 V/230 V (-20 % to +10 %) 47 Hz to 63 Hz
Power consumption
Approx. 30 W/VA
Cable cross-section
Max. 2.5 mm2
Climatic Conditions IEC 60721-3
During operation
-5° C to + 55° C
During storage and transport
-40° C to +70° C
Relative humidity
5 % to 95 %
Absolute humidity
29 g/m3 no condensation
Mechanical Design
19” frame
Dimensions
Height: 132 mm/3U
Width: 482.6 mm/19 inch
Depth: 240 mm
Weight
Approx. 5 kg
Color
White aluminum, RAL 9006
Degree of protection
IP20