instructions for use · 2017-02-28 · dnp3 unit. throughout this document smart reporter refers to...

DIPL.‐ING.

H. Horstmann GmbH. Faulted Circuit Indicators LaPrair ie, a Division of WESCO Distribution

1206 Ringwell Drive, Units# 5-6Newmarket, Ontario L3Y 8V9

Tel: 905‐830‐9975

1 Smart Reporter AC ‐ Instructions for Use –February 2016 DT

Instructions for Use

SMART REPORTER (AC powered)

Instructions for Use Dipl.-Ing. H. Horstmann GmbH


Contents

1 Introduction ................................................................................................................................... 6

1.1 Abbreviations .................................................................................................................... 6

1.2 Intended use ..................................................................................................................... 6

1.3 Product Overview .............................................................................................................. 7

2 Functionality .................................................................................................................................. 8

2.1 Device Description ............................................................................................................ 8

2.2 Status LEDs .................................................................................................................... 11

2.3 Antenna ........................................................................................................................... 13

3 Installation & Commissioning ...................................................................................................... 14

3.1 Safety Instructions ........................................................................................................... 14

3.2 Distance SMART REPORTER – SMART NAVIGATOR .................................................. 14

3.3 Cubicle mounting............................................................................................................. 14

3.4 Back-up battery connection ............................................................................................. 15

3.5 SIM Card insertion ........................................................................................................... 15

Type "Raven XE" ............................................................................................................................ 15

Type "AirLink LS300" ...................................................................................................................... 16

3.6 Insertion and Removal of SD Card .................................................................................. 16

4 Operating the SMART REPORTER ............................................................................................ 17

4.1 Raven XE Configuration .................................................................................................. 17

4.2 SMART PMU Configuration ............................................................................................. 18

4.3 SMART RECEIVER DNP3 Configuration ........................................................................ 18

4.3.1 RS232 Parameters ...................................................................................................... 19

4.3.2 TCP/IP Parameters. .................................................................................................... 19

4.3.3 System Parameters ..................................................................................................... 21

4.3.4 DNP3 Parameters ....................................................................................................... 23

4.3.5 DNP3 Unsolicited Parameters ..................................................................................... 25

4.3.6 DNP3 Layer Parameters ............................................................................................. 26

4.3.7 Logging Parameters .................................................................................................... 27

4.3.8 Special Parameters ..................................................................................................... 28

4.3.9 FTP Client ................................................................................................................... 28

4.3.10 Email ........................................................................................................................... 30

4.4 Data Logging ................................................................................................................... 35

4.5 Automatic Configuration .................................................................................................. 36

4.6 Working with SMART RECEIVER Configuration Program ............................................... 36

4.6.1 Launching .................................................................................................................... 36

4.6.2 Menu File .................................................................................................................... 37

4.6.3 Menu Settings ............................................................................................................. 39

4.6.4 Menu Input Bits ........................................................................................................... 39



4.6.5 Menu Binary Counter ................................................................................................... 40

4.6.6 Menu Analog Inputs .................................................................................................... 40

4.6.7 Menu Output Bits ......................................................................................................... 40

4.6.8 Menu Analog Outputs .................................................................................................. 40

4.6.9 Service Monitor (Menu File)......................................................................................... 41

4.7 Horstmann SMART RECEIVER DNP3 USB-Driver Installation ....................................... 46

4.8 SMART RECEIVER DNP3 Configuration Software Installation ....................................... 48

4.9 FW Upgrade .................................................................................................................... 50

4.9.1 FileZilla ........................................................................................................................ 50

4.10 SMART NAVIGATOR Registration Procedure ................................................................ 54

4.10.1 Initial Installation .......................................................................................................... 57

4.10.2 Maintenance – Exchange of a SMART NAVIGATOR .................................................. 58

5 DNP3 Profile ............................................................................................................................... 61

5.1 Device Profile .................................................................................................................. 61

5.2 Implementation Table ...................................................................................................... 64

5.3 Point List ......................................................................................................................... 66

5.3.1 Binary Input Points ...................................................................................................... 66

5.3.2 Binary Outputs and Binary Output Commands ............................................................ 68

5.3.3 Counters ...................................................................................................................... 69

5.3.4 Analog Inputs .............................................................................................................. 70

5.3.5 Analog Outputs ............................................................................................................ 73

5.4 Implementation Issues .................................................................................................... 74

6 Technical Data ............................................................................................................................ 75



Compliance Statements

Regulatory Information for the United States of America

Warning Installation, connection and commissioning of the SMART REPORTER must be carried

out exclusively by a skilled/qualified electrician observing the applicable safety rules and regulations.

Attention This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation

Attention This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

Warning Changes or modifications to the SMART REPORTER not expressly approved by Dipl.-Ing. H. Horstmann GmbH could void the user's authority to operate the equipment.

The SMART REPORTER contains a transmitter with modular approval (FCC ID: YQVHHH002).

Regulatory Information for Canada

Warning Installation, connection and commissioning of the SMART REPORTER must be

carried out exclusively by a skilled/qualified electrician observing the applicable safety rules and regulations.

Attention Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation

Warning Changes or modifications to the SMART REPORTER not expressly approved by Dipl.-Ing. H. Horstmann GmbH could void the user's authority to operate the equipment.

The SMART REPORTER contains a transmitter with modular approval (IC: 9199A-HHH002). Regulatory Information for Europe

This instrument is in conformity with the requirements of the EC Electromagnetically Compatibility (EMC) Directive, the EC Low Voltage (LVD) Directive and the EC Radio Equipment & Telecommunications Terminal Equipment (R&TTE) Directive in the current state of issue.

If required, the -Declaration of Conformity may be obtained from the following address:

Dipl.-Ing. H. Horstmann GmbH

Humboldtstraße 2

42579 Heiligenhaus

[email protected]



General Information!

Before installing and operating this instrument carefully read and understand the contents of this manual. Store this manual in a safe place for any possible questions in the future. Please, enter the type and serial number of the device here: . You will find all data on the name plate attached to the housing of the instrument. The content of this operating manual reflects the current state of the art at the date of printing. We reserve the right to make technical changes at any time and without prior notice as necessary in the framework of ongoing developments. Please visit our website under www.horstmanngmbh.com and enter our customer area (Login button) to get updated versions of our operating manuals. This technical documentation becomes invalid when a new issue appears.

Safety Note!

Installation, connection and commissioning of the device Installation should be carried out only by qualified electrical operating personnel according to safe Standard Operating Procedures as defined by the local Power Utility or state mandated operating procedures.

Observe the “Five Safety Rules” according to EN50110:

• Isolate electrically. • Prevent equipment from being switched on again. • Check that there is no voltage. • Earth and short-circuit. • Cover any adjacent live parts or prevent access with barriers.

Make sure that the instrument is only used for the purpose for which it has been designed as described in the present Instructions for Use.

Important Terms The following defined terms are used to save life and limb. In addition to that, they influence the service life of the devices.

DANGER!

... indicates a hazard with a high level of risk which, if not avoided, will result in death or

serious injury.

WARNING! ... indicates a hazard with a medium level of risk which, if not avoided, will result in death or serious injury.

CAUTION! ... indicates a hazard with a low level of risk which, if not avoided, will result in minor or moderate injury.

NOTICE! ... highlights useful tips, recommendations and information for efficient and trouble-free operation.



1 Introduction

This manual describes how to install, operate and troubleshoot the SMART REPORTER which is part of a Medium Voltage Overhead Line Fault Indication System. It covers the following part numbers:

28-3xx1-xxx SMART REPORTER (AC powered)

The main component inside the SMART REPORTER is the Horstmann SMART RECEIVER DNP3 unit. Throughout this document SMART REPORTER refers to the whole device, SMART RECEIVER refers to the specific SMART RECEIVER DNP3 unit.

For full functionality as described in this document is only available for:

- SMART RECEIVER FW ID 710 or higher - SMART RECEIVER Configuration Program version 6.0 or higher

1.1 Abbreviations

Abbreviation Definition DA Distribution Automation DNP3.0 Distributed Network Protocol revision 3.0 FCI Faulted Circuit Indicator GSM Global System for Mobile communications ISM Industrial / Scientific / Medical PMU Power Management Unit RF Radio Frequency RTU Remote Terminal Unit SCADA Supervisory Control And Data Acquisition TCP/IP Transport Control Protocol / Internet Protocol WAN Wide Area Networks

1.2 Intended use

The SMART REPORTER is part of a monitoring system for overhead lines used for ener gy distribution. It works together with the SMART NAVIGATOR overhead line Faulted Circuit Indicators. The SMART REPORTER converts the status information from the FCIs into the Distributed Network Protocol (DNP3) and transmits it to a SCADA head-end for remote monitoring.



1.3 Product Overview

The SMART REPORTER forms together with the SMART NAVIGATOR FCIs a monitoring system for Distribution Automation (DA). They have two major applications:

- Remote fault-locating, reducing drastically the time required to first identify the faulty overhead line section and subsequently restore the power supply to customers

- Continuous monitoring of the overhead line status

The SMART REPORTER connects with up to 12 SMART NAVIGATOR FCIs, thus enabling an installation that monitors four 3-phase circuits. Communication between the SMART REPORTER and the SMART NAVIGATOR FCIs uses wireless radio frequency technology in the world-wide license- free 2.4GHz band. A proprietary handshake protocol prevents cross-talk between different installations and reduces susceptibility to interference from other wireless transmitters. The SMART REPORTER uses the DNP3 protocol to forward the information received from the SMART NAVIGATORs to a SCADA head-end. Additionally, the SMART REPORTER can send information via E-Mail and upload log files to a FTP server.

The default GPRS/EDGE router inside the SMART REPORTER is a Sierra Wireless Raven XE. Alternatively, a customer defined router can be fitted inside the SMART REPORTER.

Application Example

The figure below shows a typical application example for the SMART REPORTER.

SMART REPORTER



2 Functionality

2.1 Device Description

Building blocks

Depending on the actual SMART REPORTER part number the following photo may look slightly different.

Power supply The SMART REPORTER unit is powered by an external 85 – 264 V AC / 47 - 63 Hz supply. It consumes less than 900 mA @ 115 V AC and 500 mA @ 230 V AC.

Overvoltage protection is included. A switchable circuit breaker is used to isolate the unit from the mains supply during installation or maintenance.

The mains terminal connector on the left side in the SMART REPORTER is used for:

Marking Functionality Gray Hot wire Blue Neutral Yellow / Green Ground



Back-up Battery & Power management The SMART REPORTER can be equipped with either a Sealed-Lead-Acid (SLA) rechargeable battery or a LiFePO4 rechargeable battery depending of the environmental conditions in which it is used.

The SMART PMU is a sophisticated power management unit with the following functions:

- Back-up battery charging and monitoring - System power-saving modes in cooperation with the SMART RECEIVER DNP3.

Charging voltage temperature compensation

SLA battery: Charging voltage @ -20°C 12.9 V Charging voltage @ 25°C 13.7 V Charging voltage @ 60°C 14.2 V

LiFePO4 battery: Charging voltage 14.0 V

Charging current adaptation Max charging current without temperature sensor 200 mA Max charging current < -20°C or > 60°C 100 mA Max charging current with temperature sensor >-20°C and < 60°C 1A Max charging current if PMU internal temperature > 90°C 100 mA

Deep discharge protection

The PMU disconnects the SMART RECEIVER DNP3 and the cellular router if : Battery capacity <10% of nominal capacity Cell voltage drops below the specified minimum voltage for more than 20

seconds: Minimum cell voltage SLA 11.0 V Minimum cell voltage LiFePO4 11.5 V

The SMART REPORTER gives a 1 minute advance notification before actually switching- off the DC outputs by setting DNP binary input no. 6 (“SMART PMU Low Energy”).

The PMU will switch on the SMART RECEIVER DNP3 and cellular router once one of the following conditions is met:

Battery capacity >15% of nominal capacity Battery capacity >10% and mains AC input is active.

Charge cycle calculation

Whenever charge is taken from the battery this is measured by the PMU and the cycle counter is increased accordingly. If the number of charge cycles exceeds 95% of the nominal cycles a “Maintenance Request” event is triggered.

Battery voltage test

Once a day, the PMU conducts a battery voltage test. If it fails a “Maintenance Request” event is triggered.



System power-saving modes The SMART REPORTER uses 3 different power-saving modes, depending on the battery charge.

Power- saving mode

Battery charge Functionality

1 > Power Saving Mode

Switch Threshold

Router associated to GPRS network DNP3 session permanently active

2 > 20% < Configured Threshold

Fault event data and load data are reported. Router is switched on for Ext Device ON Time

3 10% - 20% Only fault event data is reported Router is switched on only to transmit event data

4 <10% Deep discharge protection All devices are switched off

For types with Raven XE routers, a fully charged battery provides more than 36 hours of operation in mode 1 and another 24 hours of operation in mode 2. For different routers other values may apply.

Temperature Control The SMART REPORTER can be equipped with a temperature control function. An internal heater prevents the temperature inside the SMART REPORTER from falling below 10°C. Above 65°C an over-temperature safety function switches off the heater.

DNP3 Outstation The SMART RECEIVER DNP3 acts as a DNP3 outstation with a level 2+ implementation. All required functionality for DNP3 level 2 is implemented; additionally some functionality required in levels 3 and above is implemented, too. The SMART RECEIVER DNP3 implements both DNP3 via TCP/IP and DNP3 via serial link. For the DNP3 profile refer to section 5.

E-Mail Notifications The SMART RECEIVER DNP3 can be configured to send fault and status information via E-Mail to user defined recipients. It contains a SMTP (RFC 821) client implementation. There is no support of STARTTLS, SSL or TLS. Authorization is automatically done using PLAIN text or Plain text base64 characters.

GPRS IP transport layer requirements - The SMART RECEIVER DNP3 must be able to connect via APN to an SMTP mail server or SMTP

mail relay supporting RFC 821 according to SMTP mail transfer. - The SMTP mail server must be identified by a fixed IP4 Address and Port (normally Port 25) - Depending on APN/Network provider an unsecured SMTP relay server may be reachable. - In case of VPN tunneling to a company Intranet, a local SMTP Mail server/relay must be

reachable.

For information on how to set up the e-mail notification functionality see section 4.3.10.



Data Logging The SMART REPORTER can store all DNP3 and SMART REPORTER system data on a Micro SD card (up to 32 GB) inside the SMART RECEIVER DNP3 unit. Log files are stored in a text format. See section 4.4 for more details.

FTP Client (Push service) The SMART RECEIVER DNP3 can be configured to upload fault and status information to an FTP server (Push service). This can be used in applications where a SCADA system polls a few data points via DNP3 in real time but the bulk of the load and fault data is stored in a separate place for offline access e.g. by asset management.

For the use of the FTP client functionality a MicroSD card is required. Configuration of the FTP-Client is done using the SMART RECEIVER Configuration SW.

2.2 Status LEDs

The SMART REPORTER features LEDs at the GPRS/EDGE Router, SMART PMU and SMART RECEIVER DNP3 that provide status information.

Status LEDs GPRS/EDGE Router (Types with internal router only) When the Raven XE is connected to power and an antenna, there is a specific pattern to the lights to indicate its operation mode.

LED Indication Network Indicates a successful connection to the cellular

network with an IP address given and a channel acquired.

Signal Light shows the strength of the signal and may be nearly solid (strong signal) or flashing (weaker signal). A slow flash indicates a very weak signal.

Activity Lights will flash as data is transferred to and from the Raven XE on the remote network.

Power Indicates the power adapter is connected and there is power getting to the Raven XE.

Light Patterns Normal Each LED is lit as applicable. Start up The LEDs will cycle from left to right.

Authentication Failure The Network, Signal, and Activity LEDs blink every 2 seconds.

Data Retry The Network, Signal, and Activity LEDs blink every 3 seconds.



Status LEDs PMU The SMART PMU features 4 LEDs that provide status information.

’COMM’ (blue)

LED Status Meaning On RS-485 Modbus / USB / SC interface active

‘“INFO’ (red)

LED Status Meaning Flashing (2 s Interval) Battery capacity below 14% ON (permanently) Battery end of life / maximum number of cycles

reached / bad battery

‘CH’ (yellow)

LED Status Meaning 0.5 second flash Battery charge current > 50 mA < 200 mA 1 second flash Battery charge current > 200 mA

‘ON’ (green)

LED Status Meaning On (permanently) Load switched on / DC and-or solar power OK Off Load switched off On (flashing) Load switch on / DC and solar supply not OK



Status LEDs SMART RECEIVER DNP3 The SMART RECEIVER DNP3 features 3 LEDs that provide status information.

‘RF’ (red) The RF LED shows the communication activity with the SMART NAVIGATOR FCIs. It is on after power up and enters an 8 sec flashing interval for normal operation. It continuously flashes during a SMART NAVIGATOR registration.

LED Status Meaning On After power on (for 20 seconds) Flashing Data is being received or transmitted to an FCI

‘IO’ (yellow) The IO LED is on if new data from the SMART NAVIGATOR FCIs is available that has not yet been read by the DNP3 master.

LED Status Meaning On New DNP3 data (events) available Off No DNP3 data available

‘ON’ (green) The ON LED signals the supply status.

LED Status Meaning On External power supply present Off External power supply not present

2.3 Antenna

External cellular antenna for extended communication ranges SMART REPORTER can be used with an external cellular antenna, e.g. a Yagi type antenna. In this case it features an N-type connector at the bottom of the unit. Surge protection is integrated. For communication with the SMART NAVIGATOR FCIs the short-range puck antenna on the top of the unit is used.

Internal cellular antenna In this case the puck antenna on the top of the unit is used for cellular communication and a stub antenna on the SMART RECEIVER DNP3 is used for communication with the SMART NAVIGATOR FCIs.



3 Installation & Commissioning

3.1 Safety Instructions

DANGER! Installation should be carried out only by qualified electrical operating personnel according to safe Standard Operating Procedures as defined by the local Power Utility or state mandated operating procedures.

3.2 Distance SMART REPORTER – SMART NAVIGATOR

Operation of SMART REPORTER and SMART NAVIGATORs depends on 2.4GHz wireless radio communication.

Guideline rules for reliable wireless communication:

- Distance between SMART REPORTER and SMART NAVIGATORs must not exceed 30m. - There must be a line-of-sight link between SMART REPORTER and SMART NAVIGATOR. - SMART REPORTER must be installed above truck height for installations next to a road. - Distance between two SMART REPORTER installations must be more than 50m.

3.3 Cubicle mounting

The SMART REPORTER can be mounted on overhead line poles using 2 mounting brackets.

Mounting bracket

One Box rear side

Mounting bracket

It can also be mounted to a wall using M4 screws and washers (not included) suitable for the material to which the SMART REPORTER is attached.

Connect a ground strap to the ground lug on the bottom of the box and to an approved earth ground at local pole ground, with a diameter of 4 mm² minimum.



3.4 Back-up battery connection

WARNING! Mixing up the DC polarity can destroy the SMART PMU unit and the battery.

After delivery the blue ‘-’ terminal must be connected to the back-up battery.

Before After

3.5 SIM Card insertion

Type "Raven XE"

For SIM card insertion the router must be dismounted. Press on the two edges of the modem and the brackets. The modem will snap out of the mounting bracket.



Using a small Phillips head screw driver, remove the screws on the front of the router. Carefully remove the SIM card from the card you received from your cellular provider. Gently press the SIM card to click it in to place. When the front plate is replaced and secured, the installation of the SIM Card is complete.

Type "AirLink LS300"

Insert a SIM card into the device before connecting any external equipment or power to the device.

- Remove the SIM card cover. - Orient the SIM card with the gold contacts facing down. Gently slide the SIM card into the slot in the slot until it stops.

- Replace the SIM card cover.

3.6 Insertion and Removal of SD Card

The SD card is inserted in the SMART RECEIVER as shown below.



4 Operating the SMART REPORTER

4.1 Raven XE Configuration

The router is preconfigured to IP address 192.168.0.100:9191. Make sure that the router is access reachable via Ethernet. Assign the PC a static IP address in the same Subnet, e.g. IP 192.168.0.101 & Sub netmask: 255.255.255.0

Make sure no proxy configuration is used!

- Now, connect to the IP: http://192.168.0.100:9191/index.htm

Log in to enter the APN settings: User Name: user Password: 12345

Navigate to “WAN/Cellular” and enter following settings: - APN - Network user ID - Network Password - SIM PIN (if required).

After entering the settings press the ‘Apply’ button and trigger a reboot.



After reconnecting to the router the router should be connected to the Network

Now, the Raven XE is completely configured.

4.2 SMART PMU Configuration

The SMART PMU does not require any additional configuration. It is preconfigured to fit into the SMART REPORTER.

4.3 SMART RECEIVER DNP3 Configuration

The SMART RECEIVER DNP3 offers a range of configuration parameters to tailor the system behavior. These can be set or modified using the Horstmann SMART RECEIVER Configuration Program. Connection to the SMART RECEIVER DNP3 from a PC is possible via RJ-45 or USB connection. In order to use the USB connection a special USB driver needs to be installed (see section 4.7)



4.3.1 RS232 Parameters

Parameter Default Description

Baud Rate 9600 Baud rate for serial communication

Stop Bits 1 Stop bits for serial communication

Parity EVEN Parity for serial communication

Serial Interface DB9 Connector selection for serial communication. Either DB9 or RJ45

4.3.2 TCP/IP Parameters




IP-Address 192.168.0.1 IP address for DNP3/IP and remote configuration

DNP3 Port 20000 Standard IP port for DNP3/IP communication

IP-Gateway 192.168.0.250 IP Gateway address

Subnet Mask 255.255.255.0 Subnet mask for Gateway

IP-Rem 192.168.0.251 IP address for DNP3 TCP/IP client mode

Port 20000 IP Port for TCP/IP client mode

DHCP Off Enables or disables DHCP

Router fixed IP-Address -blank- (Fixed) IP address for router in WAN network

(e.g. SIM card IP address for cellular networks)

The following drawings explain the meaning of the TCP/IP parameters based on the 2 possible operating modes for a DNP3/IP session

Parameters shown for an operating mode must be configured, parameters that are not shown are not relevant and ignored.

The default values are used for indication only and must be adapted during commissioning.

SMART RECEIVER DNP3 acts as TCP/IP Server for DNP3/IP session (Setting DNP3 Interface is set to TCP/IP Server-DNP3 // see section 0)

SMART RECEIVER DNP3 acts as TCP/IP Client for DNP3/IP session (Setting DNP3 Interface is set to TCP/IP Client-DNP3 // see section 0)



4.3.3 System Parameters


Power Supply Monitoring Alarm levels for SMART RECEIVER DNP3 supply voltage

Voltage OK Threshold 11.5 Volt If input voltage exceeds this threshold the “Low DC Voltage” DNP3 data point goes inactive.

Low Voltage Alarm Level

11 Volt If input voltage drops below this threshold the “Low DC Voltage” DNP3 data point goes active.

A hysteresis with Voltage OK Threshold is recommended in order to avoid excessive switching of the corresponding DNP3 point (Binary input 5 Low DC Voltage)



Input Configuration Configure the 2 HW terminals of the SMART RECEIVER DNP3.

The configuration influences the ON/OFFLINE DNP3 data point quality.

Input 1 Dig. Input + Pull Up Input with an internal Pull Up resistor for signaling “Active” when input left open. To be used with external potential-free contact. R(Pull-up) = 90kΩ || 100nF

Dig. Input To be used for an active digital input. Low: below 9.2 Volt High: above 9.2 Volt

Analog Input 0 – 24 Volt

Input 2 Dig. Input + Pull Up Input with an internal Pull Up resistor for signaling “Active” when input left open. To be used with external potential-free contact. R (Pull-up) = 90kΩ || 100nF.

Dig. Input To be used for an active digital input. Low: below 9.2 Volt High: above 9.2 Volt

Analog Input 0 – 24 Volt

Enable System functions of SMART RECEIVER DNP3

Ethernet On Enables Ethernet functionality of SMART RECEIVER DNP3.

SMART PMU On Enables all SMART PMU functionality. Please enable if PMU is connected to the SMART RECEIVER DNP3. The RECEIVER DNP3 periodically communicates to SMART PMU and enables available Data points.

PMU Load Switch On Enables/disables the switch of the SMART PMU to supply the “External communication device” e.g. router. The functionality of the switch is dependent of the selected power mode.

TCP Mail Off Enables mail notifications via TCP Mail.

If enabled the parameters for the mail client must be configured in the Email tab.

TCP SNTP Off Enables SNTP (Simple Network Time Protocol) time synchronization

Used for email, logging and FTP push service if no DNP3 time synchronization is available

FTP-Client Off Enables FTP client (push service)

Uploads log files to a remote FTP server.



System ID 4 User defined ID meant to identify a SMART RECEIVER DNP3 in the network.

The System ID is used for e-mail and FTP upload functionality.

Power Saving Mode Optimized 4 different power saving modes are selectable:

‘Optimized’: Power saving mode in combination with a SMART PMU. If no PMU is connected, no power saving mode is active

‘Off’, ‘Medium’, ‘High’ will disable the power saving mode; future enhancements are foreseen.

FCI Reporting Interval 15 min SMART NAVIGATOR FCIs communicate load data to the SMART RECEIVER DNP3 once in configured interval

4.3.4 DNP3 Parameters


DNP3 Interface RS232-DNP3 Selection of the DNP3 communication interface:

- RS232-DNP3

- TCP/IP Server-DNP3

- TCP/IP Client-DNP3

Outstation Add. 4 DNP3 outstation address

Master Address 100 DNP3 master address



Unsolicited Reporting On Generally enables or disables unsolicited reporting. If generally disabled even the DNP3 commands cannot enable this function.

Default Disable Unsolicited Reporting

On Pre-configuration for unsolicited reporting. It can be enabled or disabled by DNP3 commands

Temperature Unit °F Temperature values are calculated in Fahrenheit or Celsius

Auto-Reset Fault Values

On Sets fault values “fault current”, “fault duration” and “LGKC” to zero after clearing the fault

Event Timestamp on Inactive

Off A DNP3 Event creates 2 messages (online and offline) with a timestamp.

Off: Online and offline message include the timestamp values from the time when this point goes online.

On: Timestamp values from online and offline message are different. The message includes the time values when the point goes online or offline

Heartbeat Time 0 min A value different from 0 will enable a Heartbeat. Periodically a DNP3 binary input point will go online.

DNP3 Alive Timeout 1500 Only valid in combination with a PMU. It is a kind of watchdog. After this time, the PMU activates the PMU load switch if no DNP3 message is received in this timeframe. (PMU load switch is enabled).

Advanced Options 0 Used for special adaptations in the DNP3 protocol

This parameter must only be used after consulting Horstmann customer support.

Expert Parameter Off Enables/Disables additional DNP3 parameters

By disabling this parameter the receiver reverts to factory defaults for parameters in ‘DNP3 Unsolicited’ and ‘DNP3 Layer’ tabs



4.3.5 DNP3 Unsolicited Parameters


Classes unchecked This mask is used to determine which event class(s) will generate unsolicited responses. (Unsolicited reporting has to be enabled)

Class 1(2/3) Max. Events

0 Specifies the maximum number of events in the corresponding class to be allowed before an unsolicited response will be generated.

Class 1(2/3) Max. Delay

0 ms Specifies the maximum amount of time in milliseconds after an event in the corresponding class is received before an unsolicited response will be generated.

Retry Delay 0 ms Specifies the time, in milliseconds, to delay after an unsolicited confirm timeout before retrying the unsolicited response.

Offline Retry Delay 0 ms Specifies the time, in milliseconds, to delay after an unsolicited timeout before retrying the unsolicited response after Max Retries have been attempted.

Maximum Retries 0 Specifies the maximum number of unsolicited retries before changing to the Offline Retry period.



4.3.6 DNP3 Layer Parameters


Application Confirmation Timeout

0 ms Application confirmation timeout specifies how long the slave DNP device will wait for an application layer confirmation from the master.

Receive Frame Timeout

0 ms Specifies the maximum amount of time to wait for a complete frame after receiving valid frame sync characters.

Confirmation Timeout 0 ms Specifies the Maximum amount of time to wait for a link level confirm if requested. Even if confirm Mode is set to NEVER this will still be used for Link Test Frame and Request Link Status if they are sent.

Offline Poll Period 0 MS Specifies how often a session that is offline will attempt to reestablish communication. This includes attempting to open/reopen a channel and/or issuing request status messages as appropriate for the current configuration.

Maximum Reties 0 Specifies the maximum number of link layer retries if link layer confirm times out.

Confirmation Mode unchecked Options for link layer confirmation.



4.3.7 Logging Parameters


Log SMART PMU Off Only valid if a PMU is connected. Enables or disables logging for SMART PMU events.

Log file (file name ‘sch.txt’) will be generated on the SD Card

Log DNP3 Events Off Enables or disables logging for SMART RECEIVER DNP3 DNP3 events.

Log file (file name ‘log.txt’) will be generated on the SD Card

Log System Events Off Enables or disables logging for SMART RECEIVER DNP3 System events. I.e. system restart or system configuration change. Log file (file name ‘log.txt’) will be generated on the SD Card



4.3.8 Special Parameters


Magic ID 32779 System ID

Ext Device ON Time 90 sec Only valid in combination with PMU and PMU enabled.

Time in seconds while the load switch is active. If 0 is selected, the load switch will not disconnect until all DNP3 messages are transmitted.

Power Saving Mode Switch Threshold

60% Only valid in combination with PMU, PMU is enabled and Power mode “Optimized” is selected. If the battery power level is below this threshold, the power saving mode becomes active.

4.3.9 FTP Client




Host 0.0.0.0 FTP server IP address

Port -blank- FTP server port

User -blank- User name for FTP server

Password -blank- Password for FTP server

Remote Site -blank- Directory on the FTP server where the uploaded files are stored.

If not specified the files will be stored in the main directory.

Fault Push Delay 20 After a fault has been detected by one of the FCIs the ‘log’ files with all DNP and system data points will be pushed to the FTP server immediately.

This delay specifies the time that must expire after the fault before the file is actually pushed. This can be used so that for short interruptions the return of the load current is logged in the file.

Enable Time Scheduled Reporting

Disabled

- CSV Format

- Upload Daily

- Upload Weekly

Disabled

Disabled

Disabled

Disabled: Reports are sent in plain text

Enabled: Reports are sent in csv format

Upload happens daily

Upload happens weekly

The FTP client is checks every second for new files located in the SD Card /log directory. Once a new file is detected, the FTP-Client establishes a connection to the FTP-Server and uploads the file to the directory ‘Remote site’/SR-YYYYY/ where YYYYY represents the System ID (specified under tab ‘System’). The filenames are modified to LOG_DEV_YYYYY_NNNNN.log, TSR_DEV_YYYYY_NNNNN.log and PMU_DEV_YYYYY_NNNNN.log on the FTP-Server side.

If the ‘Remote site’ path does not exist the files are uploaded to “/” directory.

After successful transfer or 3 retries (30 seconds delay) the source file on the SD card is removed.



4.3.10 Email


Description Smart Lane Plain text information about the SMART RECEIVER DNP3 installation location.

Set 1 (FCI 1..3) Feeder F10/East Plain text information about a set of 3 FCIs.

Set 2 (FCI 4..6) Feeder F10/North

Set 3 (FCI 7..9) -blank-

Set 4 (FCI 10..12) -blank-




Mail from TBD Text that appears in the mail "From:" field.

SMTP Server 0.0.0.0 Must be obtained from mail provider.

The IPv4 address of the SMTP mail server.

In most case the alias of the server is provided (example: mail.gmx.net).

In order to get the IP address a ping is required.

Port 25 SMTP server port

Must be obtained from mail provider.

User Name account Must be obtained from mail provider.

Password -blank- Must be obtained from mail provider.




Fault Notification To [email protected]

[email protected]

Mail recipients for e-mails with fault information.

If e-mails are activated fault information e-mails are always activated.

Mails with reset and test information must be activated by the user. This is to reduce e-mails to a minimum.

Reset Notification disabled Enable mails with reset information.

Test Notification disabled Enable mails with test information (e.g. FCI tripped with magnet)

System Info Mail List To

[email protected]

[email protected]

Mail recipients for e-mails with system information.

System Information Notification

disabled Enable mails with system information.

Every 24 h Time interval for mails with system information.

Example Fault Notification

Example Reset Notification

Example Test Notification



Example System Information Notification


Event Notifications To

[email protected]

[email protected]

Mail recipients for e-mails with event notifications.

Current Loss/Return Disabled Enable mails with current loss and current return information.

Voltage Detection Disabled Enable mails with line voltage information.

Fault Type Information

Disabled Enable mails with fault type (permanent or momentary) information.

Time Scheduled Report Notifications To

[email protected]

[email protected]

Mail recipients for time scheduled e- mails with load data.

Enable Time Scheduled Reports

Disabled Enable time scheduled reports with load data.



Example Fault Type Information Notification

Example Time Scheduled Notification


NTP-Server 194.25.134.196 IP address for NTP server.

NTP server is required to generate time information in e-mails if no DNP3 time synchronization is used.

Enable NTP Synchronization

disabled Enable NTP time synchronization

Time-Offset to Server (UTC)

120 Time difference between time zones of NTP server and SMART RECEIVER DNP3



4.4 Data Logging

The SMART RECEIVER DNP3 can store all DNP3 and SMART RECEIVER system data on a MicroSD card (up to 32 GB) inside the SMART RECEIVER DNP3 unit. Log files are stored in a text format.

If FTP transfer is enabled all log files that have been successfully uploaded to the FTP server will be removed from the SD card. See section 0 for additional information.

After inserting the SD Card, the push button (K) has to be pressed for approximately 1 second (more than a 400 MS but not longer than 2.5 seconds) in order to start logging.

Three different types of log files are created:

File name Content log.txt DNP3 data points

SMART REPORTER system events (e.g. System restart) sch.txt PMU related data (only applicable if PMU is used) tsr.txt Time scheduled reports with load data

As soon as file sizes exceed 40kB a file is moved to the “/log” directory on the SD card and renamed adding a file sequence number, i.e. logNNNNN.txt or schNNNNN.txt”. The file sequence number is incremented for every file and protected against power failure.

Example ‘log.txt’:

SR-DNP3 Start UP 0000004900 11-10-2012 15:36:00 DI:0002 81 0000543940 11-10-2012 15:51:00 AI:0025 00000044 01 0010526220 11-10-2012 17:51:00 CI:0003 00000000 01

Format ‘log.txt’

System Time

(MS)

Event Timestamp

(dd-mm-yyyy hh:mm:ss)

Event type

DNP3 data point (decimal)

Value & DNP3 status info

(hexadecimal)

Digital Input data point

0000004900 11-10-2012 15:36:00 DI: 0002 81 (online + true)

Analogue Input data point

0000543940 11-10-2012 15:51:00 AI: 0025 00000044 01 (Value 44 and online)

Counter data point

0010526220 11-10-2012 17:51:00 CI: 0003 00000000 01 (Value 0 and online)

Example ‘sch.txt’:

20-11-2012 11:40:00 , 004B , 4007 , 00345 , 00008387 , 070 , 24 , 47 , 19 20-11-2012 11:41:00 , 004B , 4007 , 00323 , 00008393 , 070 , 25 , 45 , 20 20-11-2012 11:42:00 , 000B , 4007 , 00306 , 00008398 , 070 , 25 , 44 , 19 20-11-2012 11:43:00 , 000B , 4007 , 00303 , 00008404 , 070 , 25 , 44 , 20



Format ‘sch.txt’

Timestamp System Flags 1

System Flags 2

Available Energy Counter

Available Capacity

[ mAh ]

Available Capacity

[ % ]

Battery Temp

[ °C ]

CV Amplifier Temp [ °C ]

Solar Voltage

[ V ]

20-11-2012 11:40:00

004B 4007 0345 00008387 070 24 47 19

Example ‘tsr.txt’ (CSV format): 31-10-2013 09:00:28 , 5 , 99 , B , 20 , 20 , 22 , 64 , -67 , 0 , 0

Format ‘tsr.txt’

Timestamp FCI# FCI S/N# Phase Average Current

[ A ]

Minimum Current

[ A ]

31-10-2013 09:00:28

5 99 B 20 20

Max. Current

[ A ]

FCI Temperature

[ °C ]

Conductor Temperature

[ °C ]

Permanent Fault Count

Momentary Fault Count

22 64 -67 0 0

Example ‘tsr.txt” (Plain text format): 0000002730 25-10-2013 12:36:44 TS Report :25-10-2013 12:00:24 FCI 5( 99) B LC(_^) 24( 21/ 25) ET/CT 66/ -67 P/MFC 12/ 1

4.5 Automatic Configuration

The SMART RECEIVER DNP3 can be configured using a MicroSD card. A configuration stored on a MicroSD card is taken over by the SMART RECEIVER DNP3 after pressing push button ‘K’ (0.4 sec < activation < 2.5 sec). 4.6 Working with SMART RECEIVER Configuration Program

4.6.1 Launching After launch the SMART RECEIVER Configuration Program will prompt the user how to connect to a SMART RECEIVER, either via USB or Ethernet.

Every screen always shows the important system information:



Connection to SMART RECEIVER DNP3 established

Program Version Data has been changed since last DNP3 poll

Connection to SMART RECEIVER via USB

4.6.2 Menu File

Load Configuration An xml-file that contains a previously stored SMART RECEIVER DNP3 configuration can be loaded into the Configuration Program.

Save Configuration An xml-file with the current SMART RECEIVER DNP3 Configuration Program settings can be saved on the PC.

Load Data points from SMART RECEIVER DNP3 The current settings from the SMART RECEIVER DNP3 can be loaded into the Configuration Program.

Transfer Data points to SMART RECEIVER DNP3 The current settings from the Configuration Program are transferred to the SMART RECEIVER DNP3.

Service Monitor Status overview of all connected SMART NAVIGATORs.



GPS Coordinates GPS coordinates for the SMART RECEIVER DNP3 installation location can be entered. They mapped to DNP3 object 0 variation 245.

Exit Closes the SMART RECEIVER DNP3 Configuration Program.

DNP3 Mapping Test With DNP3 Mapping Test every DNP3 data point in the SMART RECEIVER DNP3 can be set individually. This is used to test a DNP3 link from the SMART RECEIVER DNP3 outstation to the DNP3 master.

Value For binary counters, analog inputs and analog outputs, a value can be entered. Not editable for input bits and output bits.

Bits (On/Off) For input bits and output bits the status can be selected. Not editable for binary counters, analog inputs and analog outputs, a value can be entered.

DNP3 point list Information about selected DNP3 point



Trigger Set the DNP3 data point according to DNP3 Mapping Test setting. On the bottom of the Service Monitor the message Point Sim active will be displayed. After 120 seconds the DNP3 data point will be set back to its original value.

4.6.3 Menu Settings

Load Configuration An xml-file that contains a previously stored SMART RECEIVER DNP3 configuration can be loaded into the Configuration Program.

4.6.4 Menu Input Bits Here the configuration for the DNP3 Binary Input data points in the SMART RECEIVER DNP3 can be done.



4.6.5 Menu Binary Counter Here the configuration for the DNP3 Binary Counter data points in the SMART RECEIVER DNP3 can be done.

4.6.6 Menu Analog Inputs Here the configuration for the DNP3 Analog Input data points in the SMART RECEIVER DNP3 can be done.

4.6.7 Menu Output Bits Here the configuration for the DNP3 Binary Output data points in the SMART RECEIVER DNP3 can be done.

4.6.8 Menu Analog Outputs Here the configuration for the DNP3 Binary Output data points in the SMART RECEIVER DNP3 can be done.



4.6.9 Service Monitor (Menu File)

Start FCI Registration Selecting this button starts the registration procedure for SMART NAVIGATOR FCIs. Within 10 seconds the Start FCI Registration button background colour changes to blue. A time window of 3 minutes is now open for pairing with a SMART NAVIGATOR.

Unregister All FCIs Selecting Unregister All FCIs will remove all SMART NAVIGATORs from the Service Monitor screen immediately. As soon as the SMART NAVIGATORs want to send a time scheduled report to the SMART RECEIVER they will be told that they were de-registered from the SMART RECEIVER DNP3.

Reset FCI Fault Counters Sets the Momentary and Permanent Fault Counters of all FCIs to 0



Fast Communication Keeps the transceiver module in the SMART NAVIGATOR continuously on, reducing communication delay between SMART RECEIVER and SMART NAVIGATOR to approx. 15 seconds.

After pushing the Fast Communication button the SMART NAVIGATOR should be tripped with a magnet in order to force the SMART NAVIGATOR to communicate to the SMART RECEIVER. During this communication the SMART RECEIVER orders the SMART NAVIGATOR to enter the fast communication mode.

SMART NAVIGATOR FCIs communicate to SMART RECEIVER DNP3 once in 15 minutes

only for time scheduled reports. Therefore, it can take up to 15 minutes before the last Communication mode is active if the SMART NAVIGATOR is not tripped with a magnet.

Fast communication is supported by SMART NAVIGATORs with a production date October 2013 and later.

The battery consumption is significantly increased in Fast Communication mode, i.e. 1 hour corresponds to 5 days of normal operation. Therefore, the Fast Communication mode should be switched off if not used anymore. As a safety measure, it is automatically switch off after 1 hour.

Standard Communication Switches back from Fast Communication mode to normal operation.

Select Reporting Interval The reporting interval is used for 2 purposes:

- The Service Monitor polls load data from the FCIs in time intervals defined by the reporting interval.

- The load current information from the FCIs is averaged over the reporting interval to arrive at the ‘FCI x Average Current’ information in the DNP3 protocol.

SMART NAVIGATOR FCIs communicate load data to the SMART RECEIVER DNP3

once in 15 minutes. If a reporting interval smaller than 15 minutes is selected, the 15 minutes value will be used internally for the SMART NAVIGATOR FCIs.

Synchronize Time This sends the actual time information to all FCIs.

SMART NAVIGATOR FCIs communicate to SMART RECEIVER DNP3 once in 15 minutes. Therefore, it can take up to 15 minutes before the time synchronization is completed for them.

Supply Voltage : Actual DC voltage at terminal connector pins DC+/DC-.

CPU Temperature: Actual temperature inside the SMART RECEIVER DNP3.

SMART CONTROLLER SNR & Firmware: Serial number and firmware version of the SMART CONTROLLER which is responsible for communication with the FCIs inside the SMART RECEIVER DNP3.

SMART RECEIVER DNP3 Firmware:

Actual firmware version of SMART RECEIVER DNP3.



DC Voltage OK / Low DC Voltage

DC Voltage OK goes active if the voltage at terminal connector DC 12-24V exceeds the value set by Voltage OK Threshold configured in Settings → System tab.

Low DC Voltage goes active if the voltage at terminal connector DC 12-24V drops below value set by Low Voltage Alarm Level configured in Settings → System tab.

This corresponds to DNP3 binary input 5 (‘Low DC Voltage’).

Input 1 / Input 2

Input is configured as digital input or digital input with pull-up and voltage is above 9.2V

Input is configured as digital input or digital input with pull-up and voltage is above

9.2V Input is configured as analog input

Smart Controller Operational

The Smart Controller is the block within the SMART RECEIVER DNP3 that is responsible for communication with the FCIs. For certain processes the Smart Controller must be switched off.

During these periods communication with the FCIs is impossible.

This corresponds to DNP3 binary input 2 (‘Smart Controller Operational’).

FCI List

Registered SMART NAVIGATOR with S/N

Free slots



SMART NAVIGATOR positions During registration a SMART NAVIGATOR is assigned to the next free slot on the FCI list. FCI detailed information and commands

Tripped

Battery

FCI has not been tripped and is not flashing.

FCI has been tripped and is flashing.

Battery in the FCI is ok.

Battery in the FCI is below 10% of initial capacity. SMART NAVIGATOR: replace battery as soon as possible.

Communication Communication link between SMART RECEIVER DNP3 and FCI is ok.

Communication link between SMART RECEIVER DNP3 and FCI is broken.

SMART NAVIGATOR: The SMART RECEIVER considers the communication link broken if 2 consecutive time scheduled reports have not been sent by a SMART NAVIGATOR. Moreover, the SMART NAVIGATOR will also stop trying to communicate with the SMART RECEIVER at the same time in order to save battery capacity. However, the SMART NAVIGATOR will try to contact the SMART RECEIVER

Once every 24 hours for time scheduled reporting, Immediately in the event of a fault on the overhead line.

Example: For a Reporting Interval of 15 minutes the No Com. Alarm will be set after approx. 17 minutes after the first missing time scheduled report.



Details Selecting details opens a screen with detailed information about the FCI.

Trip Selecting Trip will trip an FCI. SMART NAVIGATOR will flash within 15 minutes (normal communication mode) or 10 seconds (fast communication mode).

Reset Selecting Reset will reset an FCI. SMART NAVIGATOR will stop flashing within 15 minutes (normal communication mode) or 10 seconds (fast communication mode).

Unreg. Selecting Unreg. will remove a SMART NAVIGATOR from the Service Monitor screen immediately. As soon as the SMART NAVIGATOR wants to send a time scheduled report to the SMART RECEIVER it will be told that is de-registered from the SMART RECEIVER DNP3.



4.7 Horstmann SMART RECEIVER DNP3 USB-Driver Installation

Screenshots below are taken from a Windows 7 operating system. They may look slightly different for other OS and depending on user settings.

Make sure the SMART RECEIVER DNP3 is powered.

Connect the SMART RECEIVER DNP3 to a PC or notebook. After detecting the USB device the following dialog opens automatically.

Select Skip obtaining driver software from Windows Update.

Select Yes.

Select Close.



Open the Windows Start menu and select the Control Panel. Select System and then open the Device Manager.

The SMART RECEIVER DNP3 will be listed under ‘Other devices’. Right-click on the SMART RECEIVER DN3V3 and select Update Driver Software… from the pop-up menu:

The Update Driver Software wizard opens. Select Browse my computer for driver software.



4.8 SMART RECEIVER DNP3 Configuration Software Installation

The ‘SMART RECEIVER DNP3 Configuration Program’ is designed for Microsoft Windows XP and Windows 7 PCs.

Remove any older version of the ‘SMART RECEIVER DNP3 Configuration Program’ before continuing.

Start the software installation wizard with the SmartReceiverDnp3Configuration Vx_x_x.msi.

The setup wizard will start with following screen. Select Next.

Select the destination folder and check either Everyone or Just me. Then select Next.

Confirm the installation and select Next.



If a ‘User Account Control” pop-up window appears check that the SmartReceiverDnp3Configuration.msi is mentioned, then select Yes.

After the installation has completed the final page will be shown. Select Close.



4.9 FW Upgrade

Local FW Upgrade Local FW upgrade is possible using the SD card and upgrade files supplied by Horstmann.

- Insert SD card into SD slot on SMART RECEIVER DNP3 - Press push button ‘K’ on SMART RECEIVER DNP3 for 0.5 – 2.5 seconds - Wait 2 minutes and remove SD card

Remote FW Upgrade via FTP The SMART REPORTER is designed as network remote device. In includes a RFC 959 Simple FTP Server in order to provide flexibility and reduce manual effort.

After authorization this FTP server allows access to dedicated system functions, like FW updating of the SMART RECEIVER DNP3 application processor and also the integrated SMART CONTROLLER RF communication module.

During FW update the power supply to the SMART REPORTER should not be interrupted.

FTP Server Limitations To avoid access conflicts only one concurrent FTP session is supported and the connection time for a FTP session is limited to approximately 30 minutes. No parallel file-transfer is supported for simultaneous upload and download. In general, the FTP Server works in “Passive mode”.

IP Port used for FTP Transfer

FTP Port No: 21 (standard FTP) FTP Passive Data Transfer Ports: 7300 and 7301 (alternating)

Security

Every SMART REPORTER has a unique password for FTP access. The creation key for this password is property of Horstmann GmbH. The password is derived from device MAC address and the creation key. In order to obtain a proper password contact Horstmann GmbH.

There are no specific requirements for the FTP username.

FW Version

There are 2 FW modules with upgrade functionality. One module is the SMART CONTROLLER FW, the other module is the SMART RECEIVER DNP3 FW. The current versions of the modules are displayed in tab Online Diagnostic/Control of the SMART RECEIVER DNP3 Configuration Software.

4.9.1 FileZilla We propose the use of FileZilla as FTP-Client for uploading and downloading files to and from SMART REPORTER. FileZilla is a free Ftp-Client.

Compatibility with the SMART RECEIVER DNP3 has been validated with FileZilla Version 3.3.1. The steps required to upload a file as shown below are also based on FileZilla.

Important Ftp Client settings

‐

‐

Transfer mode: Timeout in seconds:

Passive 100

‐ Maximum simultaneous transfers: 1



An xml file with recommended FileZilla default settings is available: FileZilla_HHH_SmartReceiverDnp3.xml

Example: Uploading a File to SMART RECEIVER DNP3

Step 1: Creating a SMART RECEIVER DNP3 FTP site

− Open the Site Manager − Press New Site and adapt site name to “up to your name” (“NewSmartReceiverDnp3” is

used in the screenshot below.)

− Fill in site specific data using password obtained from Horstmann GmbH

− Press “Connect”.



Step 2: Selecting destination directory for FW

− If all data are correct you will get a similar response screen similar to the one below.

− In the “Remote site” window click on select the “I2SFLASH” folder

Step 3: Uploading new SMART RECEIVER DNP3 FW

− Select FW upgrade file (either “SYU.bin” or “SCP.scb”) on the “Local site” and activate

context menu “Upload”. − Wait for the transfer to complete. The transfer is done if you can see the file in the

“Remote site” file window.



Step 4: Verification

− Exit FileZilla and open the SMART RECEIVER DNP3 Configuration program. Go to menu

“File” and select “Online Diagnostic/Control”.

The FW version of the upgraded module should have changed.

SMART CONTROLLER FW SMART RECEIVER DNP3 FW



FW Upgrade Filenames

The SMART CONTROLLER FW upgrade file is named: “SCP.scb”

The SMART RECEIVER DNP3 FW upgrade file is named: “SYU.bin”

4.10 SMART NAVIGATOR Registration Procedure

Start the SMART RECEIVER DNP3 Configuration Program. Open the Windows Start menu and select All Programs → HorstmannGmbH → SMART RECEIVER DNP3 Configuration → SMART RECEIVER DNP3 Configuration Program.

Select SMART RECEIVER DNP3 in the USB selection.

If the receiver does not appear in the selection check USB driver installation, USB cable

connection and power supply of the receiver.

Select File → Load Data points from SMART RECEIVER DNP3.



Before a SMART NAVIGATOR FCI can transmit data to a SMART RECEIVER DNP3 it has to register with the SMART RECEIVER DNP3. This requires 4 steps as follows:

It is important that all SMART NAVIGATORs are registered to the SMART RECEIVER DNP3

following the sequence 1A, 1B, 1C, 2A, 2B, 2C, 3A, 3B, 3C, 4A, 4B, 4C. This can be

checked using the SMART RECEIVER Configuration Program. Navigate to File → Service Monitor.

In case of any doubt that registration has been done correctly, it is always possible to unregister all SMART NAVIGATORs by selecting the Unregister All FCIs button or to unregister each FCI separately by pushing the red X button on the right hand side of the FCI.

Step 1 Confirm that the SMART NAVIGATOR is NOT flashing and that the SMART RECEIVER DNP3 is powered (green ‘ON’ LED is active).

Step 2 Activate the push button on the front of the SMART RECEIVER DNP3 until the ‘RF’ LED lights up or push the Start FCI Registration button in the configuration program. This may take up to 10 seconds. The Start FCI Registration button background colour changes to blue. A time window of 3 minutes is now open for pairing with a SMART NAVIGATOR.



Step 3 Hold the magnet close to the RESET point of the SMART NAVIGATOR until a yellow LED in the SMART NAVIGATOR lights up twice. If after a maximum of 10 seconds either a red LED or no LED has flashed at all, the registration procedure has failed.

For an overview about the meaning of the SMART NAVIGATOR LEDs refer to the following table:

Yellow LED flashing twice

SMART NAVIGATOR completed registration successfully

Red LED flashing twice Communication Error Repeat procedure from step 1

12 SMART NAVIGATORs already registered with SMART RECEIVER DNP3 Check

installation plan

No LED flashing SMART RECEIVER DNP3 not in registration mode Check ‘RF’ LED is active Repeat

procedure from step 1 Either device defect Return for repair

Step 4 Check that the SMART RECEIVER DNP3 has turned off the ‘RF’ LED. This means that the SMART RECEIVER DNP3 completed the registration procedure successfully, too.



If the registration is completed successfully, the FCI will appear in the next available empty slot in the configuration program.

If this does not happen, repeat the registration procedure.

Step 5 (Optional) Repeat steps 1-4 in order to register up to 12 SMART NAVIGATORs per SMART RECEIVER DNP3.

Disable SMART NAVIGATOR communication and de-registration: Push the button at the SMART RECEIVER DNP3 continuously for 10s to delete the registration memory. All SMART NAVIGATORs previously registered are now no longer paired. Or push the button Unregister All FCIs. To unregister only a dedicated FCI push the red X button next to the FCI in the configuration program.

4.10.1 Initial Installation

Conduct registration procedure with SMART RECEIVER DNP3 following the sequence SMART NAVIGATOR 1A, 1B, 1C, 2A, 2B, 2C, 3A, 3B, 3C, 4A, 4B, 4C.

If installation of SMART NAVIGATORs was mixed up for any reason, switch the SMART NAVIGATORs on the overhead lines. Do not unregister and / or re-register a SMART NAVIGATOR.

Recommended procedure for mounting a SMART NAVIGATOR on the overhead line Push Fast Communication button in the Service Monitor Trip SMART NAVIGATOR with a magnet Check RSSI level while mounting in the Details; RSSI level will be updated approx. every 10 seconds



After installation verify that all SMART NAVIGATORs have been registered correctly, by tripping each of them with a magnet. Verify that the SMART RECEIVER Configuration Program shows that the correct FCI is tripped.

To ensure a proper wireless link check the RSSI of each FCI with the configuration program. Push the “Details” button and check the RSSI level. A RSSI value higher than -75 dB is an optimal operating environment. If the value is below -85 dB place the FCI closer to the SMART RECEIVER DNP3.

It is important that all SMART NAVIGATORs are registered to the SMART RECEIVER DNP3 following the sequence 1A, 1B, 1C, 2A, 2B, 2C, 3A, 3B, 3C, 4A, 4B, 4C. In case of any doubt that this has been done correctly, it is always possible to unregister all SMART NAVIGATORs, and then re-register them following the sequence.

4.10.2 Maintenance – Exchange of a SMART NAVIGATOR

Case 1: Exchange of SMART NAVIGATOR due to loss of communication with SMART RECEIVER DNP3 Identify defect SMART NAVIGATOR with the SMART RECEIVER DNP3 Configuration Program. The status of each FCI is visible in the Service Monitor. Remove defect SMART NAVIGATOR from overhead line. Deregister the defect FCI with the configuration program by pushing the red X button on the right-hand side.



If the FCI is deregistered correctly the FCI slot becomes empty.



Register a new SMART NAVIGATOR, and then install it on overhead line. The FCI occupies the next available slot. For this example it will occupy the second slot (FCI 2).

Verify that new SMART NAVIGATOR has been registered correctly, by tripping it with a magnet. The program shows the tripped indication. Continue with first step until complete sequence of SMART NAVIGATORs has been checked.

Case 2: Exchange of SMART NAVIGATOR due to any other reason. Identify all defects SMART NAVIGATOR from the Set/Phase-Label or by tripping each of them with a magnet.

Remove defect SMART NAVIGATORs from overhead line.

Install new SMART NAVIGATORs on overhead line.

Verify that all SMART NAVIGATORs have been registered correctly, by tripping each of them with a magnet.

Case 3: Exchange of a low battery Identify SMART NAVIGATOR with low battery by yellow flashing LED. Remove SMART NAVIGATOR from overhead line and replace battery.

Install SMART NAVIGATOR on overhead line. No re-registration is necessary.

Verify that SMART NAVIGATOR is still registered by tripping it with a magnet.



5 DNP3 Profile

5.1 Device Profile

The following table provides a “Device Profile Document” in the standard format defined in the DNP3 Subset Definitions Document. While it is referred to in the DNP3 Subset Definitions as a “Document,” it is in fact a table, and only a component of a total interoperability guide. The table, in combination with the Implementation Table and the Point List Tables, should provide a complete configuration/interoperability guide for communicating with a SMART RECEIVER DNP3.

DNP3 DEVICE PROFILE DOCUMENT

Vendor Name: Dipl.-Ing. H. Horstmann GmbH Device Name: SMART RECEIVER DNP3

Highest DNP Level Supported:

For Requests: Level 2 For Responses: Level 2

Device Function:

Master Slave

Notable objects, functions, and/or qualifiers supported in supported (the complete list is described in the attached table):

addition to the highest DNP level

Maximum Data Link Frame Size (octets):

Transmitted: 292 Received 292

Maximum Application Fragment Size (octets):

Transmitted: 2048 Received 2048

Maximum Data Link Re-tries:

None Fixed Configurable

Maximum Application Layer Re-tries:

None Fixed Configurable

Requires Data Link Layer Confirmation:

Never

Always

Sometimes

Configurable

Requires Application Layer Confirmation:

Never Always When reporting Event Data (Slave devices only) When sending multi-fragment responses (Slave devices only) Sometimes Configurable as: “Only when reporting event data”, or “When reporting event data or multi-

fragment messages.”




Timeouts while waiting for:

Data Link Confirm: None Fixed at Variable Configurable Complete Appl. Fragment: None Fixed at Variable Configurable Application Confirm: None Fixed at Variable Configurable Complete Appl. Response: None Fixed at Variable Configurable

Others:

Sends/Executes Control Operations:

WRITE Binary Outputs Never Always Sometimes Configurable SELECT/OPERATE Never Always Sometimes Configurable DIRECT OPERATE Never Always Sometimes Configurable DIRECT OPERATE – NO ACK Never Always Sometimes Configurable

Count > 1 Never Always Sometimes Configurable Pulse On Never Always Sometimes Configurable Pulse Off Never Always Sometimes Configurable Latch On Never Always Sometimes Configurable Latch Off Never Always Sometimes Configurable

Queue Never Always Sometimes Configurable Clear Queue Never Always Sometimes Configurable

Attach explanation if 'Sometimes' or 'Configurable' was checked for any operation.

Reports Binary Input Change Events when no specific variation requested:

Never Only time-tagged Only non-time-tagged Configurable to send one or the other

Reports time-tagged Binary Input Change Events when no specific variation requested:

Never Binary Input Change With Time Binary Input Change With Relative Time Configurable

Sends Unsolicited Responses:

Never Configurable Only certain objects Sometimes (attach explanation) ENABLE/DISABLE UNSOLICITED

Function codes supported

Sends Static Data in Unsolicited Responses:

Never When Device Restarts When Status Flags Change

No other options are permitted.




Default Counter Object/Variation:

No Counters Reported Configurable Default Object: 20

Default Variation: 1 Point-by-point list attached

Counters Roll Over at:

No Counters Reported Configurable (attach explanation) 16 Bits 32 Bits Other Value: Point-by-point list attached

Sends Multi-Fragment Responses:

Yes No Configurable

Sequential File Transfer Support: Yes

No Append File Mode

Custom Status Code Strings Yes No Permissions Field Yes No File Events Assigned to Class Yes No File Events Send Immediately Yes No Multiple Blocks in a Fragment Yes No Max Number of Files Open 0



5.2 Implementation Table

The following table identifies which object variations, function codes, and qualifiers the SMART RECEIVER DNP3 supports in both request messages and in response messages. For static (non- change-event) objects, requests sent with qualifiers 00, 01, 06, 07 or 08, will be responded with qualifiers 00 or 01. Requests sent with qualifiers 17, 27 or 28 will be responded with qualifiers 17, 27 or 28. For change-event objects, qualifiers 17 or 28 are always responded.

DNP3 OBJECT GROUP & VARIATION REQUEST

Master may issue Outstation shall parse

RESPONSE Master shall parse

Outstation may issue Group num

Var num

Description Function codes

(dec) Qualifier codes

(hex) Function codes

(dec) Qualifier

codes (hex)1 0 Binary Input -

Any Variation 1 (read) 22 (assign class)

06 (no range, or all) 00, 01 (start-stop) 07, 08 (limited qty) 17, 27, 28 (index)

1 1 Binary Input – Packed format

1 (read) 00, 01 (start-stop) 06 (no range, or all) 07, 08 (limited qty) 17, 27, 28 (index)

129 (response) 130 (unsol_resp)

00, 01 (start- stop) 17, 27, 28(index)

1 2 Binary Input – With flags (default)

1 (read) 00, 01 (start-stop) 06 (no range, or all) 07, 08 (limited qty) 17, 27, 28 (index)


00, 01 (start- stop) 17, 27, 28(index)

2 0 Binary Input Event – Any Variation

1 (read) 06 (no range, or all) 07, 08 (limited qty) 17, 27, 28 (index)

2 1 Binary Input Event – Without time



17, 27, 28

2 2 Binary Input Event – With absolute time

(default)



17, 27, 28

10 0 Binary Output – Any Variation

1 (read) 06 (no range, or all) 00, 01 (start-stop) 07, 08 (limited qty)

10 2 Binary Output – Output status with flags (default)

1 (read) 06 (no range, or all) 00, 01 (start-stop) 07, 08 (limited qty)


00, 01 (start- stop)

12 1 Binary Command – Control Relay Output Block

(CROB)

3 (select) 4 (operate) 5 (direct op) 6 (dir. op, noack)

17,28 (index) 129 (response) echo ofrequest

20 0 Counter – Any Variation

1 (read) 00, 01 (start-stop) 06 (no range, or all)

20 1 Counter – 32-bit with flag

(default)

1 (read) 06 (no range, or all) 00, 01 (start-stop)

129 (response) 00, 01

20 2 Counter – 16-bit with flag


129 (response) 00, 01

20 5 Counter – 32-bit without flag


129 (response) 00, 01

20 6 Counter – 16-bit without flag


129 (response) 00, 01

22 0 Counter Event – Any Variation

1 (read) 06 (no range, or all) 07, 08 (limited qty)







Var num




(dec) Qualifier

codes (hex)22 1 Counter Event –

32-bit with flag 129 (response) 130 (unsol_resp)

17, 28

22 2 Counter Event – 16-bit with flag


17,28

22 5 Counter Event – 32-bit with flag and time

(default)



17,28

30 0 Analog Input – Any Variation

1 (read) 22 (assign class)

06 (no range, or all) 00, 01 (start-stop) 07,08 (limited qty) 17,27,28 (index)

30 1 Analog Input – 32-bit with flag




30 2 Analog Input – 16-bit with flag

(default)




30 3 Analog Input – 32-bit without flag




30 4 Analog Input – 16-bit without flag




32 0 Analog Input Event – Any Variation


32 1 Analog Input Event – 32-bit without time


17, 28

32 2 Analog Input Event – 16-bit without time


17, 28

32 3 Analog Input Event – 32-bit with time



17, 28

32 4 Analog Input Event – 16-bit with time

(default)



17, 28

40 0 Analog Output Status – Any Variation


06 (no range, or all) 07, 08 (limited qty)

40 1 Analog Output Status – 32-bit with flag




00, 01

40 2 Analog Output Status – 16-bit with flag

(default)




00, 01

41 2 Analog Output – 16-bit

3 (select) 4 (operate) 5 (direct op) 6 (dir. op, noack

17, 28 (index) 129 (response) Echo of request

42 4 Analog Output Event – 16-bit with time




17, 28 (index)

50 1 Time and Date – Absolute time

2 (write) 07(limited qty = 1) 60 1 Class Objects –

Class 0 data 1 (read) 06 (no range, or all)

60 2 Class Objects – Class 1 data



1 (read) 06 (no range, or all) 07, 08(limited qty)


1 (read) 06 (no range, or all) 07, 08(limited qty)







Var num




(dec) Qualifier

codes (hex)80 1 Internal Indications –

Packed format 2 (write)

(see note 3) 00 (start-stop) index=4 or 7

No object (function code only) 0 (confirm)

No object (function code only) 13 (cold restart)

No object (function code only) 23 (delay measurement)

Note 1: A Default variation refers to the variation responded when variation 0 is requested and/or in class 0, 1, 2, or 3 scans. Default variations are configurable; however, default settings for the configuration parameters are indicated in the table above.

Note 2: For static (non-change-event) objects, qualifiers 17 or 28 are only responded when a request is sent with qualifiers 17 or 28, respectively. Otherwise, static object requests sent with qualifiers 00, 01, 06, 07, or 08, will be responded with qualifiers 00 or 01. (For change-event objects, qualifiers 17 or 28 are always responded.)

Note 3: Writes of Internal Indications are only supported for index 4 or 7 (Need Time IIN1-4 or Restart IIN1-7)

5.3 Point List

The tables below identify all data points provided by the SMART RECEIVER DNP3.

5.3.1 Binary Input Points

Static (Steady-State) Object Number: 1 Change Event Object Number: 2 Static Variation reported when variation 0 requested: 2 “Binary Input – With flags” Change Event Variation reported when variation 0 requested: 2 “Binary Input Event –

Point Index

Name/Description

Default Change Event Assigned Class (1, 2, 3 or none)

Enabled by Default

0 FCI Communication Failure 2

1 FCI Low Battery 2

2 Smart Controller Operational 2

3 Digital Input 1 2

4 Digital Input 2 2

5 Low DC Voltage 2

6 SMART PMU Low Energy 2

7 SMART PMU Maintenance Request 2

8 Heartbeat 2

9 FCI 1 Fault (tripped) 2

10 FCI 1 Permanent Fault 2

11 FCI 1 Temporary Fault Indication 2

12 FCI 1 Current Loss 2

13 FCI 1 Voltage Loss 2



16 FCI 2 Temporary Fault indication 2























































69 FCI Set 1 Fault (tripped) 2




73 DFCI 1 Red 2

74 DFCI 1 Green 2

75 DFCI 2 Red 2



76 DFCI 2 Green 2

77 DFCI 3 Red 2

78 DFCI 3 Green 2

79 DFCI 4 Red 2

80 DFCI 4 Green 2

81 DFCI 5 Red 2

82 DFCI 5 Green 2

83 DFCI 6 Red 2

84 DFCI 6 Green 2

85 DFCI 7 Red 2

86 DFCI 7 Green 2

87 DFCI 8 Red 2

88 DFCI 8 Green 2

89 DFCI 9 Red 2

90 DFCI 8 Green 2

91 DFCI 10 Red 2

92 DFCI 10 Green 2

93 DFCI 11 Red 2

94 DFCI 11 Green 2

95 DFCI 12 Red 2

96 DFCI 12 Green 2

5.3.2 Binary Outputs and Binary Output Commands

The default select/control buffer size is large enough to hold 10 of the largest selectable requests possible.

Binary Outputs Status Points Object Number: 10 Default Variation reported when variation 0 requested: 2 “Binary Output –

Output status with flags”

Control Relay Output Blocks Object Number: 12

Point Index

Name/Description


Enabled by Default

0 Reset Smart Controller 2

1 Reset FCI Fault Counters 2

2 Reset all FCIs 2

3 Unregister FCI 1 2














5.3.3 Counters

Counters Static (Steady-State) Object Number: 20 Change Event Object Number: 22 Static Variation reported when variation 0 requested: 1 “Counter –

32-bit with flag”

Change Event Variation reported when variation 0 requested: 5 “Counter Event –

32-bit with flag and time”

Point Index

Name/Description

Default Counter Change Event Assigned Class (1, 2, 3 or none)

Enabled by Default

0 FCI 1 Momentary Fault Counter 2

1 FCI 1 Permanent Fault Counter 2

























5.3.4 Analog Inputs

The following table lists Analog Inputs (Object 30). It is important to note that 16-bit and 32-bit variations of Analog Inputs, Analog Output Control Blocks and Analog Output Statuses are transmitted through DNP as signed numbers. The “Default Change Event Assigned Class” columns are used to represent the absolute amount by which the point must change before an analog change event will be generated, and once generated in which class poll (1, 2, 3, or none) will the change event be reported. The default analog input event buffer size is set 30.

Analog Inputs Static (Steady-State) Object Number: 30 Change Event Object Number: 32 Static Variation reported when variation 0 requested: 2 “Analog Input –

16-bit with flag“

Change Event Variation reported when variation 0 requested: 4 “Analog Input Event –

16-bit with time”

Point Index

Name/Description

Unit


Enabled

by Default

0

FCI-Comm. Failure Detail Contact lost to device Bit 0->FCI 1 Bit 11- >FCI 12

2

1

FCI-Low Battery Detail Low Battery of device Bit 0->FCI 1 Bit 11- >FCI 12

2

2 Supply Voltage *3) mV 2

3 Analog Input 1 *3) mV 2

4 Analog Input 2 *3) mV 2

5

SMART PMU Backup Energy *5)

Remaining energy % of nominal Battery capacity.

%

2

6 SMART PMU DC Voltage*4) *5) mV 2

7 FCI 1 Fault Current A 2

8 FCI 1 Fault Duration MS 2

9 FCI 1 Last Good Known Current A 2

10 FCI 1 Average Current A 1

11 FCI 1 Minimum Current A 1

12 FCI 1 Peak Current A 1

13 FCI 1 Actual Current A 1

14 FCI 1 Temperature °F/°C 1

15 FCI 1 Trip Level A 1

16 FCI 1 Conductor Temperature *2) °F/°C 1


















16-bit with flag“


16-bit with time”

Point Index

Name/Description

Unit


Enabled

by Default







37 FCI 4 Fault Current A 2 38 FCI 4 Fault Duration MS 2 39 FCI 4 Last Good Known Current A 2 40 FCI 4 Average Current A 1 41 FCI 4 Minimum Current A 1 42 FCI 3 Peak Current A 1 43 FCI 4 Actual Current A 1 44 FCI 4 Temperature °F/°C 1 45 FCI 4 Trip Level A 1 46 FCI 4 Conductor Temperature *2) °F/°C 1 47 FCI 5 Fault Current A 2 48 FCI 5 Fault Duration MS 2 49 FCI 5 Last Good Known Current A 2 50 FCI 5 Average Current A 1 51 FCI 5 Minimum Current A 1 52 FCI 5 Peak Current A 1 53 FCI 5 Actual Current A 1 54 FCI 5 Temperature °F/°C 1 55 FCI 5 Trip Level A 1 56 FCI 5 Conductor Temperature *2) °F/°C 1 57 FCI 6 Fault Current A 2 58 FCI 6 Fault Duration MS 2 59 FCI 6 Last Good Known Current A 2 60 FCI 6 Average Current A 1 61 FCI 6 Minimum Current A 1 62 FCI 6 Peak Current A 1 63 FCI 6 Actual Current A 1 64 FCI 6 Temperature °F/°C 1 65 FCI 6 Trip Level A 1 66 FCI 6 Conductor Temperature *2) °F/°C 1 67 FCI 7 Fault Current A 2 68 FCI 7 Fault Duration MS 2 69 FCI 7 Last Good Known Current A 2 70 FCI 7 Average Current A 1 71 FCI 7 Minimum Current A 1 72 FCI 7 Peak Current A 1 73 FCI 7 Actual Current A 1 74 FCI 7 Temperature °F/°C 1 75 FCI 7 Trip Level A 1




16-bit with flag“


16-bit with time”

Point Index

Name/Description

Unit


Enabled

by Default

76 FCI 7 Conductor Temperature *2) °F/°C 1 77 FCI 8 Fault Current A 2 78 FCI 8 Fault Duration MS 2 79 FCI 8 Last Good Known Current A 2 80 FCI 8 Average Current A 1 81 FCI 8 Minimum Current A 1 82 FCI 8 Peak Current A 1 83 FCI 8 Actual Current A 1 84 FCI 8 Temperature °F/°C 1 85 FCI 8 Trip Level A 1 86 FCI 8 Conductor Temperature *2) °F/°C 1 87 FCI 9 Fault Current A 2 88 FCI 9 Fault Duration MS 2 89 FCI 9 Last Good Known Current A 2 90 FCI 9 Average Current A 1 91 FCI 9 Minimum Current A 1 92 FCI 9 Peak Current A 1 93 FCI 9 Actual Current A 1 94 FCI 9 Temperature °F/°C 1 95 FCI 9 Trip Level A 1 96 FCI 9 Conductor Temperature *2) °F/°C 1 97 FCI 10 Fault Current A 2 98 FCI 10 Fault Duration MS 2 99 FCI 10 Last Good Known Current A 2 100 FCI 10 Average Current A 1 101 FCI 10 Minimum Current A 1 102 FCI 10 Peak Current A 103 FCI 10 Actual Current A 1 104 FCI 10 Temperature °F/°C 1 105 FCI 10 Trip Level A 1 106 FCI 10 Conductor Temperature *2) °F/°C 1 107 FCI 11 Fault Current A 2 108 FCI 11 Fault Duration MS 2 109 FCI 11 Last Good Known Current A 2 110 FCI 11 Average Current A 1 111 FCI 11 Minimum Current A 1 112 FCI 11 Peak Current A 1 113 FCI 11 Actual Current A 1 114 FCI 11 Temperature °F/°C 1 115 FCI 11 Trip Level A 1 116 FCI 11 Conductor Temperature *2) °F/°C 1 117 FCI 12 Fault Current A 2 118 FCI 12 Fault Duration MS 2 119 FCI 12 Last Good Known Current A 2 120 FCI 12 Average Current A 1




16-bit with flag“


16-bit with time”

Point Index

Name/Description

Unit


Enabled

by Default

121 FCI 12 Minimum Current A 1 122 FCI 12 Peak Current A 1 123 FCI 12 Actual Current A 1 124 FCI 12 Temperature °F/°C 1 125 FCI 12 Trip Level A 1 126 FCI 12 Conductor Temperature *2) °F/°C 1 127 Internal use 1 128 Reserved for future use 1

*2) For SMART NAVIGATOR FCIs only *3) changes only every 20 sec *4) changes only every 8 sec *5) Only available if SMART PMU connected and enabled

FCI specific information, e.g. Average/Minimum/Peak current, change only after a Reporting Interval period.

5.3.5 Analog Outputs

The following table lists Analog Outputs (Object 40). It is important to note that 16-bit and 32-bit variations of Analog Inputs, Analog Output Control Blocks and Analog Output Statuses are transmitted through DNP as signed numbers. The “Default Change Event Assigned Class” columns are used to represent the absolute amount by which the point must change before an analog change event will be generated, and once generated in which class poll (1, 2, 3, or none) will the change event be reported. The default analog output event buffer size is set 30.

Analog Outputs Static (Steady-State) Object Number: 40 Change Event Object Number: 42

Static Variation reported when variation 0 requested: 2 “Analog Output Status –

16-bit with flag”

Point Index

Name/Description


Enabled by Default

0 SMART RECEIVER DNP3 Reporting period 0->(15min) 1->(30min) 2->(1h) 3->(4h) 4->(12h) 5->(24h)

2



5.4 Implementation Issues

Registered or unregistered Smart Navigators FCIs will influence the related status of data points. A not registered Smart Navigator will set the data point quality status to offline. Disabled data points are not accessible via DNP3 protocol. To enable or disable data points a dedicated configuration program (‘SMART RECEIVER DNP3 Configuration Program’) and hardware connection is required.

Note 1: FCI-Comm. Failure Detail

Bit 15 14 13 12 11 10 9 8

Not used

Not used

Not used

Not used

FCI12 CF

FCI11 CF

FCI10 CF

FCI9 CF

Bit 7 6 5 4 3 2 1 0

FCI8 CF

FCI7 CF

FCI6 CF

FC5 CF

FC4 CF

FCI3 CF

FCI2 CF

FCI1 CF

FCIxx CF FCI No. xx Communication failure 1 Communication failure with FCI No. xx 0 Communication ok with FCI No. xx

Note 2: FCI-Low Battery Detail

FCIxx LB FCI No. xx Low Battery 1 Low Battery with FCI No. xx 0 Low Battery with FCI No. xx

Bit 15 14 13 12 11 10 9 8

Not used

Not used

Not used

Not used

FCI12 LB

FCI11 LB

FCI10 LB

FCI9 LB

Bit 7 6 5 4 3 2 1 0

FCI8 LB

FCI7 LB

FCI6 LB

FC5 LB F

FC4 LB

FCI3 LB

FCI2 LB

FCI1 LB



6 Technical Data

Mechanical data

Housing material Glass fiber reinforced polyester Size 300 x 400 x 200 mm Weight approx. 8.5 kg Protection degree IP 66

Electrical data

Power supply 85 – 264 V AC / 47 - 63 Hz / 120 - 370 V DC fused: 2A T

HW interfaces USB Mini-USB plug SD card interface MicroSD Serial interface 1 RJ45 Serial interface 2 DB9 Ethernet interface RJ45

Wireless radio: Frequency 2.4GHz Range > 100ft. (30m) with line-of-sight to FCI

Cellular radio: Quad-Band GPRS/Edge

850, 900, 1800, 1900 MHz Cellular antenna connection N-type

Operating temperature -40°C … +70°C Storage temperature -40°C … +70°C

EMC compliance IEC61000-4, IEC61000-6

instructions for use · 2017-02-28 · dnp3 unit. throughout this document smart reporter refers to...

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