Linked manuals: UNIVERSAL+ 7WR range
By clicking here, you will be re-directed
to the Web Server of an actual
functioning unit
Some reasons for choosing Sureline products
Sureline protects and withstands overvoltages
In order to protect correctly, the protection device must withstand overvoltages,
the Sureline units (230V) withstand overvoltages of 450V permanent and 1000V Pk.
Maximum precision (V, I) ± 0.1%, 0.2% and 0.5%
Thanks to its own technology and to its use of top quality calibrators, the Sureline units guarantee precisions of up to 5 decimal places.
Very high-speed cut-off (2ms)
In order guarantee maximum protection and an extremely high level of safety, the cut-off time is very much reduced.
For added safety, the Sureline units incorporate a double cut-off device.
Sureline measures and protects ALL
Safeline does not confine itself to offering conventional metering and protections.
It offers hundreds of measurement parameters and 30 simultaneous protections.
At the forefront in performance
In order to take full advantage of the Sureline units, these can be connected to the Internet. To this end,
the user has at his disposal DWP (professional software for PC, Modbus TCP / IP communications and the WebServer.
Analysing consumption
Domotics
Alerts via e-mail
MODBUS platform
Thanks to the open MODBUS platform integrated in all the UNIVERSAL+ units, the user can develop his own customised application.
Design, quality, miniaturisation and finishing
Only Safeline incorporates its own exceptional 100,000-operation motor-drive in a unit of only 4 modules.
It uses high-quality components and gold-plated connectors to ensure maximum service life and high reliability.
Minimal energy consumption (1 - 1,5W) and low working temperature.
Support for PoE (Power over Ethernet)
The units of the UNIVERSAL+ range can be powered by an Ethernet cable with no need whatsoever for mains supply.
3-year guarantee
Apart from the 3-year full warranty. Safeline provides a rapid, economical and efficient technical service.
Comparative study
Select a family and compare the different models.
Specifications
LED-backlit display.
Integrated General Electric MCB from 6 to 63A, 2 and 4-pole.
Texas Instruments micro-computer. Highly stable unit due to built-in triple watchdog.
Built-in motor-drive (100,000 operations).
Dimensions 2-pole:
128 mm (7 modules) x 81 mm, 35mm DIN rail.m.
Dimensions 4-pole:
163 mm (9 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
LED-backlit display.
External ABB / GE MCB solenoid from 80 to 250A, 4-pole.
Texas Instruments micro-computer. Highly stable unit due to built-in triple watchdog.
External reclosure motor-drive.
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Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
LED-backlit display.
External relay / reclosure contactor from 25 to 1250A, 2 and 4-pole.
Texas Instruments micro-computer. Highly stable unit due to built-in triple watchdog.
External relay / reclosure contactor.
Dimensions 2-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
LED-backlit display.
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Texas Instruments micro-computer. Highly stable unit due to built-in triple watchdog.
—
Dimensions 2-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector
Working LED with reset button.
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Texas Instruments micro-computer. Highly stable unit due to built-in double watchdog.
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Dimensions 2-pole:
18 mm (1 module) x 67 mm, 35mm DIN rail.
Dimensions 4-pole:
36 mm (2 modules) x 67 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
Working LED with reset button.
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Texas Instruments micro-computer. Highly stable unit due to built-in double watchdog.
—
Dimensions 2-pole:
18 mm (1 module) x 67 mm, 35mm DIN rail.
Dimensions 4-pole:
36 mm (2 modules) x 67 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
Features
30 simultaneous protections with very high-speed cut-off (2ms).
Mains quality analysis.
Alarms programmable in value and delay (intelligent and sequential).
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics) plus 2 remote relays via TCP / IP (multi-interaction).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
Modbus and HTTP TCP / IP communication protocols for user application (customised software).
30 simultaneous protections with high-speed cut-off (5ms).
Mains quality analysis.
Alarms programmable in value and delay (intelligent and sequential).
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics) plus 2 remote relays via TCP / IP (multi-interaction).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
Modbus and HTTP TCP / IP communication protocols for user application (customised software).
30 simultaneous protections with medium-speed cut-off (10ms)
Mains quality analysis.
Alarms programmable in value and delay (intelligent and sequential).
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics) plus 2 remote relays via TCP / IP (multi-interaction).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
Modbus and HTTP TCP / IP communication protocols for user application (customised software).
—
Mains quality analysis.
Alarms programmable in value and delay.
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics) plus 2 remote relays via TCP / IP (multi-interaction).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
Modbus and HTTP TCP / IP communication protocols for user application (customised software).
—
Mains quality analysis.
Alarms programmable in value and delay.
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics) plus 2 remote relays via TCP / IP (multi-interaction).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
Modbus and HTTP TCP / IP communication protocols for user application (customised software).
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Management, sizing and energy monitoring.
Maximum and minimum measurement logs
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
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DWP, professional desktop software for PC, with database, graphical data analysis and automatic alerts via e-mail.
Further information
—
Modbus and HTTP TCP / IP communication protocols for user application (customised software).
UNIVERSAL 5PX
Discontinued product
UNIVERSAL 5PR
Discontinued product
UNIVERSAL 5PC
Discontinued product
UNIVERSAL 5MX
Discontinued product
UNIVERSAL 5ME
Discontinued product
Specifications
LED-backlit display.
Integrated General Electric MCB from 6 to 63A, 2 and 4-pole.
Texas Instruments micro-computer. Highly stable unit due to built-in triple watchdog.
Built-in motor-drive (100,000 operations)
Dimensions 2-pole:
128 mm (7 modules) x 81 mm, 35mm DIN rail.
Dimensions 4-pole:
163 mm (9 modules) x 81 mm, 35mm DIN rail
RJ-45 Ethernet connector.
LED-backlit display.
External ABB / GE MCB solenoid from 80 to 250A, 4-pole.
Texas Instruments micro-computer. Highly stable unit due to built-in triple watchdog.
External reclosure motor-drive.
—
Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
LED-backlit display.
External relay / reclosure contactor from 25 to 1250A, 2 and 4-pole
Texas Instruments micro-computer. Highly stable unit due to built-in triple watchdog.
External relay / reclosure contactor.
Dimensions 2-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
LED-backlit display.
—
Texas Instruments micro-computer. Highly stable unit due to built-in double watchdog.
—
Dimensions 2-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
LED-backlit display.
—
Texas Instruments micro-computer. Highly stable unit due to built-in double watchdog.
—
Dimensions 2-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
LED-backlit display.
—
Texas Instruments micro-computer. Highly stable unit due to built-in double watchdog.
—
Dimensions 2-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
Dimensions 4-pole:
72 mm (4 modules) x 81 mm, 35mm DIN rail.
RJ-45 Ethernet connector.
Features
28 simultaneous protections with very high-speed cut-off (2ms).
Mains quality analysis.
Alarms programmable in value and delay with automatic reclosure (intelligent and sequential).
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
HTTP TCP / IP communication protocol for user application (customised software).
28 simultaneous protections with high-speed cut-off (5ms).
Mains quality analysis.
Alarms programmable in value and delay with automatic reclosure (intelligent and sequential).
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
HTTP TCP / IP communication protocol for user application (customised software).
28 simultaneous protections with medium-speed cut-off (10ms).
Mains quality analysis.
Alarms programmable in value and delay with automatic reclosure (intelligent and sequential).
Management, sizing and energy monitoring.
Maximum and minimum measurement logs and individual alarm counters.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of alarms and conditions.
HTTP TCP / IP communication protocol for user application (customised software).
—
Mains quality analysis.
—
Management, sizing and energy monitoring.
Maximum and minimum measurement logs.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of conditions.
HTTP TCP / IP communication protocol for user application (customised software).
—
Mains quality analysis.
—
Management, sizing and energy monitoring.
Maximum and minimum measurement logs.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of conditions.
HTTP TCP / IP communication protocol for user application (customised software).
—
Mains quality analysis.
—
Management, sizing and energy monitoring.
Maximum and minimum measurement logs.
WebServer: display with continuous refreshment, programming and remote control via the Internet.
Further information
Control for up to 10 output and 10 input relays (domotics).
DWP, professional desktop software for PC, with database, graphical data analysis, oscilloscope event-logger in waveform with pre-trigger and autoscale, 7-channel oscilloscope, 63-harmonics spectrum, programmable control of relays with alarms, automatic alerts via e-mail.
Further information
Historical, chronological log of conditions.
HTTP TCP / IP communication protocol for user application (customised software).
Specifications
LED indicators.
Integrated General Electric MCB from 6 to 63A, 2 and 4-pole.
Microchip micro-computer. Highly stable unit due to built-in double watchdog.
Integrated reclosure motor-drive (100,000 operations).
Dimensions 2-pole:
128mm (7 modules) x 81mm, 35mm DIN rail.
Dimensions 4-pole:
163 mm (9 modules) x 81 mm, 35mm DIN rail
—
Alphanumerical display.
Integrated General Electric MCB from 6 to 63A, 2 and 4-pole.
Texas Instruments micro-computer. Highly stable unit due to built-in double watchdog.
Integrated reclosure motor-drive (100,000 operations).
Dimensions 2-pole::
128mm (7 modules) x 81mm, 35mm DIN rail.
Dimensions 4-pole:
163 mm (9 modules) x 81 mm, 35mm DIN rail
—
LED indicators.
Integrated General Electric differential.
Microchip micro-computer. Highly stable unit due to built-in double watchdog.
Integrated reclosure motor-drive (100,000 operations).
Dimensions 2-pole:
107mm (6 modules) x 81 mm, 35mm DIN rail.
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Features
Differential, overvoltage, low voltage and magnetothermic protection. Very high-speed cut-off (2ms).
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Automatic reclosures (intelligent and sequential).
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Differential, overvoltage, low voltage and magnetothermic protection. Very high-speed cut-off (2ms).
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Alarms programmable in value and delay with automatic reclosures (intelligent and sequential).
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Maximum and minimum measurement logs and individual alarm counters.
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Automatic differential reclosure device.
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Automatic reclosures
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Consult manual. 3-year guarantee.
For other configurations, please consult the manufacturer Safeline, S.L.
UNIVERSAL+ 7WR ROGOWSKI M4
Universal mains analyser, tele-controllable with webServer and Modbus TCP/IP
Graphic and numeric visualization in real time. AC/DC and AC+DC measurements
Tele-management, dimensioning, monitoring, energy maintenance and I/O control
All in one module
Oscilloscope event-logger in waveform with pre-trigger (built-in 600-event memory)
Graphic log of mean THD–HD–VAr at 5-minute intervals for analysis of
harmonics compensation and reactive power with 14-month built-in memory
64 harmonics with calculations for power, power factor, distortion range in % and value V – A, + THD
Dynamic measurements of 1600 electrical parameters + temperature and humidity
3 and 4-pole
Measurement scales configurable at unit
Scales 250A, 500A, 1000A and 2000A
With one sole model of Rogowski coil probe
(flexible current transformer), multi-range, calibrated for its own unit
Features in the same unit
Control, analysis, metering, protection, programming and logging via the Internet
Connect to Internet from any device’s browser or install DWP software for PC
Google Chrome
Mozilla Firefox
Internet Explorer / Edge
Safari
Opera
Responsible usage of energy
Thanks to the programmable control of up to 10 relays via Internet, it makes good use of energy
Safeline technology permits programming of switching on/off of electronic devices at set times
thus avoiding improper use (unnecessary lighting at certain times, excessive air-conditioning, etc)
The definitive analyser for harmonics compensation and reactive energy
In a world where modern electronics are increasingly present, problems occur stemming from the harmonics fluctuations produced by “non-linear” energy consumption. This gives rise to a distortion known as harmonics whose presence in an installation can cause many problems, among which over-heating, diminished power factor, couplings in telecommunications, reduced life expectancy of electronic devices, etc.
Safeline’s Thd-Hd-Var log (including 14-month memory) permits harmonics and reactive energy to be analysed easily and conveniently with no need to install software and so know which compensation unit is needed to solve the problem.
hdV(V) log
(L1, L2, L3 - ∑L1,2,3 - (ΣL1,2,3)/3)
hdI(A) log
(L1, L2, L3 - ∑L1,2,3 - (ΣL1,2,3)/3)
ThdV(%) log
(L1, L2, L3 - ∑L1,2,3 - (ΣL1,2,3)/3)
ThdI(%) log
(L1, L2, L3 - ∑L1,2,3 - (ΣL1,2,3)/3)
VAr log
(L1, L2, L3 - ∑L1,2,3 - (ΣL1,2,3)/3
VArL log
(L1, L2, L3 - ∑L1,2,3 - (ΣL1,2,3)/3)
VArC log
(L1, L2, L3 - ∑L1,2,3 - (ΣL1,2,3)/3)
Safeline Web Service
The definitive website platform for management of UNIVERSAL 1 units
Safeline’s latest software development using cutting-edge technology is now available
All units can be managed simply and conveniently via the geographical location function from a map or its powerful dynamic filters
Safeline Web Service allows the user to store information sent by the Safeline units, analyse measurements and I/O status graphically via Gantt charts
The units’ relays can be controlled manually or automatically thanks to the multiple schedule-astronomical programmers assignable to tags (groups of units)
The user is kept updated 24/7 by e-mail notification of the status of all units by configured alarms
Maximum security of access to the platform
General overview (statistics and visualization of all the units)
Unit management with dynamic filters and customisable columns
Unit management via geographical location from map
Analysis of input / output status via Gantt chart
Graphical analysis of measurements
Alarm management for each unit with notifications via e-mail
Manual relay control and monitoring of relay status in tabular form
Monitoring of input / output status of all units in tabular form
Management of daily / weekly astronomical schedule programmer
Visualization of sunrise and sunset time of each unit in tabular form
Management of daily / weekly schedule programmers
Management of daily / weekly / yearly schedule programmers
Visualization in tabular form of daily / weekly / monthly / yearly (vacations and holidays) schedule programmers
Management of tags (groups of units)
Notifications centre
Adjustments
User’s profile
Downloads
Further information regarding installation
Safeline Web Service installation procedure
In order to deploy the platform correctly, the system administrator must install the following open-code software distributions
MySQL 5.6
MongoDB Community Server 3.4
Oracle JDK 8
WARNING: Safeline does not guarantee the correct functioning of the software in any version previous or subsequent to the fore-mentioned.
Open the command interpreter and initialize the MySQL service.
> service mysql start
Create a database with collation “utf8_general_ci”, swsbd being the default name of the database in the project’s configuration file.
> CREATE DATABASE swsbd CHARACTER SET utf8 COLLATE utf8_general_ci
In this database, all the relational structure necessary to the Safeline Web Service software is maintained.
Subsequently, in a new instance of the command interpreter, initialize the MongoDb service.
> service mongod start
Hereafter, create a new database, mongosws being the default name.
> use mongosws
In the non-relational database are stored:
Measurements, input/output status and information/data from all units which they send to the server.
Logs generated by the system.
VERY IMPORTANT: the system administrator must be held accountable for backup copies and space available on the hard drive.
Upon download of the software packages pertaining to Safeline Web Service, the following directories are to be found:
Backend. Contains files necessary for deployment of Safeline Web Service’s main service and takes care of the following:
Create all relational database tables en MySQL 5.6
Register the user administrator by defect
Offer an authentication service
Present the user with the HTML5 templates
Alarm detection
Management of output relays via schedule programmers and manual control
Generation of notifications and dispatch of e-mails to the user
Rest. Contains the files for start-up of REST service. Takes care of following functionalities:
Initialization of non-relational database MongoDB 3.4
Deployment of an API REST service
Automatic registration of system units
Maintaining information, measurements and input/output status of Sureline 7WR units in the non-relational database
The Safeline Web Service software is made up of two Java application containers with a “.jar” extension, each of which has a secondary file for manual configuration with a “.yml” extension. It is of the utmost importance that, before installing and executing the “.jar” files, the “.yml” files are correctly configured. Refer to manual.
SAFELINE WEB SERVICE V1.1.0/
├── backend/
│ ├── backend-0.0.1-SNAPSHOT.jar
│ ├── backend-0.0.1-SNAPSHOT.jar.original
│ ├── application.yml
└── rest/
├── restservice-0.0.1-SNAPSHOT.jar
├── restservice-0.0.1-SNAPSHOT.original
└── application.yml
Once the “.yml” files have been configured, open the command interpreter of the operating system and execute the Bacend service which is in the “backend-0.0.1-SNAPSHOT.jar” Java application container.
> java –jar backend-0.0.1-SNAPSHOT.jar
Wait until the software indicates “Started BackendApplication” in the register as this indicates that the service has initialized correctly.
Subsequently, open a new command interpreter and execute the rest service located in the Java application container “restservice-0.0.1-SNAPSHOT.jar”.
> java –jar restservice-0.0.1-SNAPSHOT.jar
Wait until the software indicates “Started RestserviceApplication” in the register as this indicates that the service has initialized correctly.
Enablement of data dispatch to the Safeline Web Service in the compatible Sureline Universal+ 7WR units 1
Access the unit and press “Access configuration”, go to “TCP/IP configuration (remote server)”, enter the server URL (public IP) where the Safeline Web Service is hosted and check “Enabled” box. Where the name is requested, it is recommended the number of the office/installation is noted. The user fields and password are not necessary with this software. Enter the user PIN and press “Save”.
Technologies
Java 8
HTML 5
MongoDB 3.4
MySQL 5.6
Outstanding characteristics
Storage of measurements and I/O status dispatched by the units
At 5-minute intervals, the units automatically dispatch measurements and I/O status to the Safeline Web Service server. The data remains recorded in the database for its analysis.
Auto-registration of units in the server
The Safeline Web Service auto-registers the units which send it information.
Geographical registration of units from map via Google
Geographical location. Latitude, longitude, time zone, address, town, province, community and country.
Astronomical weekly programmer for each geographical location (assignable to a group of units)
Astronomical daily / weekly: Management of output relays at sunrise and sunset according to time zone and geographical location of each unit. Permits programming daily switching on and off via a high-precision algorithm which calculates sunrise and sunset every day.
Thousands of independent schedule programmers (assignable to groups of units)
Daily / weekly: permits switching on and off to be programmed according to day/s of the week.
Daily / monthly / yearly: permits switching on and off to be programmed in a day / month / year.
Daily / monthly / yearly (vacations and holidays): permits switching on and off to be programmed in a day/month/year. Should it coincide on a specific day with any of the other programmers, this one takes priority and, therefore, will only execute the vacations and holidays programme.
Management of output relays
Via astronomical daily / weely programmer
Via multiple daily / weekly programmers
Via multiple daily / monthly / yearly programmers
Via multiple daily / monthly / yearly (vacations and holidays) programmers
Via direct manual control
Monitoring relay status of all the units in tabular form
Management of logic inputs
Monitoring input status of all the units in tabular form
Graphical analysis of measurements
The platform permits the measurements and I/O status of the units to be graphically analysed. The user can choose to view data in days, weeks or months. He can also choose to view in lines or bars. Can be zoomed in to the minimum scale (5 mins). Includes maximum, minimum and mean values.
Management of alarms for each unit with notifications via e-mail
The system permits the alarm enablement value of each measurement to be configured.
Assignation of alarms due to change in status at logic input
Notifications/e-mails sent via Internet/Intranet in the event of an alarm
Management of tags to assign to groups of units.
The tags have a colour and a name. By default, the platform creates tags based on ten colours in order to organise and cluster the units. The tags can also be customised by adding on, editing name and colour or eliminating them.
Management capacity: 16,000 Sureline units
Other functionalities
The platform is bilingual – English and Spanish
The design is adaptive to different screen resolutions and types, displaying the content in a specific form for each device.
The measurement graphs permit the user to select a template for a dark or light style.
Automatic tooltip: Moving the cursor over the table cells, an informative window pops up
1. Safeline Web Service is compatible with models UNIVERSAL+ 7WR M1, M2, M3, M4, M5, ROGOWSKI M4, XREM, TH, 7WR MINI M4 and MINI BASIC Software version V3.10 June 13 2018 or subsequent.
All brand names mentioned in the present document are merely for reference purposes and do not imply any relationship of Safeline with said companies.
Screen captures
