blue’Log X series
(X-1000 / X-3000)
Operating manual
Version 20150201
blue’Log X series
Copyright
Copyright for this manual remains with the manufacturer. No part of this manual may
be reproduced or edited, duplicated or distributed using electronic systems without
written permission from meteocontrol GmbH.
Compensation shall be payable in the event of any copyright infringements.
All brand names mentioned in this manual are the property of their respective
manufacturers and are hereby acknowledged.
Contact data
The manufacturer of the device described in this documentation is:
meteocontrol GmbH
Spicherer Str. 48
D-86157 Augsburg
Tel.: +49 (0) 821 / 3 46 66-0
Web: www.meteocontrol.de
Technical support:
Tel.: +49 (0) 821 / 3 46 66-88
Fax: +49 (0) 821 / 3 46 66-11
E-mail: technik@meteocontrol.de
Details regarding the manual
The original operating manual is written in German. All other language versions are
translations of the original operating manual and are hereby identified as such.
© 2014 meteocontrol GmbH
All rights reserved.
All information in this operating manual has been compiled and checked with the
greatest care and diligence. Nevertheless, the possibility of errors cannot be entirely
excluded. meteocontrol GmbH therefore cannot accept any liability for errors or their
consequences.
Subject to technical alterations.
blue’Log X series
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Contents
1. General notes .................................................................................................... 4
1.1 Safety instructions ...................................................................................... 4
1.2 Warning symbols ........................................................................................ 4
1.3 Additional information ................................................................................. 5
1.4 Text display ................................................................................................. 5
2. Notes on this operating manual .......................................................................... 6
2.1 Warranty and liability ................................................................................... 6
3. Safety instructions for operation ......................................................................... 7
3.1 Intended use ............................................................................................... 7
3.2 Personnel .................................................................................................... 7
3.3 Protection concepts .................................................................................... 8
3.4 Transportation and storage ......................................................................... 8
3.5 Battery ........................................................................................................ 9
3.6 Cleaning ...................................................................................................... 9
4. Device overview .............................................................................................. 10
4.1 Overview of versions ................................................................................ 10
4.2 blue’Log front panel .................................................................................. 10
4.3 blue’Log rear panel.................................................................................... 11
4.4 Status LEDs .............................................................................................. 11
5. Installation ....................................................................................................... 12
5.1 Safety instructions for installation ............................................................. 12
5.2 Cables and wiring ...................................................................................... 13
5.2.1 Permitted cable types for the blue’Log power supply............................... 13
5.2.2 Cable types for device connections .......................................................... 13
5.2.3 Maximum recommended cable lengths .................................................... 14
5.3 Installation ................................................................................................. 15
5.3.1 Installing device on DIN rail ....................................................................... 15
5.4 Expansion of the blue’Log system ............................................................ 16
5.4.1 Installation of the expansion modules ....................................................... 17
6. Interfaces ........................................................................................................ 21
6.1 Power supply ............................................................................................ 21
6.1.1 Device protection ...................................................................................... 21
6.1.2 Device protection when wall-mounted ..................................................... 22
6.2 Voltage output ........................................................................................... 22
6.3 Ethernet connection .................................................................................. 22
6.4 Analog input .............................................................................................. 22
6.5 Digital input ............................................................................................... 23
6.6 Digital output ............................................................................................. 23
6.7 RS485/422 interface .................................................................................. 23
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blue’Log X series
6.8 CAN interface ........................................................................................... 23
6.9 USB interface............................................................................................ 23
7. Start-up, configuration ..................................................................................... 24
7.1 Prerequisites ............................................................................................. 24
7.2 Start-up ..................................................................................................... 24
7.3 Making/checking connections................................................................... 24
7.3.1 Ethernet connection ................................................................................. 24
7.3.2 Bus device connection .............................................................................. 25
7.3.3 Connections to analog/digital inputs ......................................................... 25
7.4 Display log-in............................................................................................. 26
7.4.1 Start menu ................................................................................................ 26
7.4.2 User selection ........................................................................................... 26
7.5 Display network configuration .................................................................. 27
7.5.1 DHCP ........................................................................................................ 27
7.5.2 Static IP address ....................................................................................... 28
7.6 Logging on to device websites / wizard .................................................... 29
7.7 Logger basic data ...................................................................................... 31
7.8 Ethernet .................................................................................................... 31
7.9 MX modules ............................................................................................. 32
7.10 User management .................................................................................... 32
7.11 Date / time ................................................................................................ 33
7.11.1 System default time synchronization ........................................................ 33
7.11.2 Custom settings time synchronization ...................................................... 33
7.11.3 Deactivated time synchronization ............................................................. 33
7.12 Basic-data ................................................................................................. 34
7.13 Portal registration ...................................................................................... 34
7.13.1 Assignment to an existing system ............................................................ 34
7.13.2 Set up new system using master data ..................................................... 35
7.14 Portal communication ............................................................................... 35
7.14.1 Regular report intervals ............................................................................. 35
7.14.2 Predefined report intervals ....................................................................... 35
7.15 ftp push .................................................................................................... 36
8. Recording of devices ....................................................................................... 37
8.1 Sensors ..................................................................................................... 37
8.2 Meters ...................................................................................................... 39
8.3 Inverters ................................................................................................... 41
9. Visualization .................................................................................................... 42
9.1 Sensors ..................................................................................................... 42
9.2 Meters ...................................................................................................... 43
9.3 Inverters ................................................................................................... 44
10. Messages ....................................................................................................... 46
10.1 Logbook .................................................................................................... 46
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11. Technical data .................................................................................................. 47
12. Environmental protection and disposal ............................................................. 50
12.1 List of figures ............................................................................................ 51
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blue’Log X series
DANGER
Imminent danger
Failure to comply with the warning notice will lead to an imminent risk of
death or serious physical injury!
WARNING
Possible danger
Failure to comply with the warning notice may lead to a risk of death or
serious physical injury!
CAUTION
Hazard with a risk of material damage
Failure to comply with the warning notice may lead to minor injuries!
ATTENTION
Risk of material damage
Failure to comply with the warning notice will lead to material damage!
ELECTRICAL HAZARD
Risk of electrocution!
Failure to comply with the warning notice will lead to an imminent risk of
serious injury or death.
1. General notes
1.1 Safety instructions
Safety instructions warn of dangers when using the devices and explain how they can
be avoided.
The safety instructions are classified according to the severity of the risk and are
subdivided into four groups:
1.2 Warning symbols
Particular dangers are highlighted using warning symbols.
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1.3 Additional information
This symbol can be found next to notes, additional information and tips.
1.4 Text display
Emphasized points are shown in bold and indicate important information.
Lists are shown with bullet points (level 1) and dashes (level 2):
List 1
Point A
Point B
List 2
Instructions describe steps which are to be carried out in the given order.
1. Instruction 1
2. Instruction 2
Result of the operation
Button names are shown in capitals and in "QUOTATION MARKS".
In figures, item numbers are used to indicate components.
The legend including item numbers and descriptions of the components is shown
below the figure. Alternatively, direct references to components are made in the text.
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blue’Log X series
DANGER
Danger from improper handling of the device
The personnel responsible for installation, operation and maintenance of the
system must have read and understood the operating manual before the
devices can be installed and used safely!
The manual and documentation must be kept by the system and be
available at all times as required.
2. Notes on this operating manual
This manual is a key aid when it comes to ensuring proper operation of the device. It
contains important information and safety notes to help you use the devices correctly,
economically and in the intended manner.
The manual helps to avoid dangers, to reduce repair costs and downtimes, and to
increase the reliability and operating life of the devices.
During installation, all the manuals for system modules and components must be taken
into account.
meteocontrol GmbH accepts no liability for personal injury, damage to property, or
system malfunctions and their consequences, insofar as these result from nonobservance of this operating manual.
2.1 Warranty and liability
Details of the scope and form of the warranty as well as the warranty period are given
in the meteocontrol GmbH General Terms and Conditions.
meteocontrol GmbH rejects any liability for damage arising from the non-observance of
the operating manual.
This applies, in particular, to damage resulting from:
Unintended use
Incorrect operation
Wrongly chosen materials and tools
Faulty or non-executed maintenance and repairs
blue’Log X series
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3. Safety instructions for operation
3.1 Intended use
Only the permitted signals and signal strengths may be applied to the connections of
the data logger (blue’Log) and the expansion modules (MX modules) described in this
manual.
Installation is only permitted indoors. For installation outdoors or in a dusty
environment, the device must be installed in a standardized protective enclosure.
3.2 Personnel
Installation, commissioning and maintenance may only be performed by a qualified
electrician.
Given their specialist training, knowledge, experience and familiarity with the relevant
standards and regulations, a qualified electrician is in a position not only to carry out
work on electrical systems but also to recognize and avoid possible dangers unaided.
The qualified electrician must comply with the occupational health and safety laws in
force.
Please note in particular:
the national installation and assembly regulations (e.g. VDE in Germany),
the generally accepted codes of practice,
information on transport, installation, operation, service, maintenance and disposal
given in this installation manual,
specific values, limit values and information relating to operating and ambient
conditions on type plates and in data sheets.
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blue’Log X series
WARNING
A damaged device must not be put into operation!
ATTENTION
To avoid possible damage, always use the original packaging when
transporting or shipping the device.
Protect the device from dust and moisture.
3.3 Protection concepts
The memory card (SD memory) must not be removed while the blue’Log is in
operation
The blue’Log may not be opened
The blue’Log may not be modified
Damaged devices must be taken out of operation immediately and checked by a
qualified electrician
Local regulations must be observed when using the devices
The safety of the blue’Log and the user cannot be guaranteed if the safety
precautions described are violated
3.4 Transportation and storage
Every product leaves our factory in perfect electrical and mechanical condition.
Special packaging ensures safe transport.
On delivery, unpack the device and all accessories and check them for any damage.
blue’Log X series
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3.5 Battery
ATTENTION
Lithium battery
On no account may the battery be replaced by the customer or even a
qualified electrician, as the casing has to be opened for this procedure.
The battery should only be replaced by the meteocontrol repair service.
meteocontrol GmbH accepts no liability for material damage owing to noncompliance with this warning notice!
ATTENTION
Unplug the device from the mains before cleaning it!
ATTENTION
When cleaning the device, ensure that no moisture penetrates the casing!
The blue’Log data logger comes with an internal lithium battery (button cell) which
ensures that the time and date remain stored in the device in the event of a power cut.
3.6 Cleaning
Clean the outside of the device only using a dry, lint-free cloth.
In case of heavy soiling, use a slightly damp cloth and a commercially available
household cleaner.
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blue’Log X series
blue’Log X-1000
blue’Log X-3000
Max. feed-in power in kWp
100
1000
Storage capacity
16 GB
16 GB
(1)
Digital input (DI1 – DI4)
(9)
RS485/422 termination – 2
(2)
CAN
(10)
RS485/422 - 2
(3)
CAN termination
(11)
Power out (24 V DC / 500 mA)
(4)
Reset
(12)
Power in (10 V…60 V DC)
(5)
Digital output / multi input
(DO1 – DO4, MI1 – MI4)
(13)
LEDs: Power, status, online
(14)
USB interface
(6)
Ethernet
(15)
Display
(7)
RS485/422 - 1
(16)
Directional pad
(8)
RS485/422 termination – 1
(17)
Buttons: OK, ESC
4. Device overview
4.1 Overview of versions
4.2 blue’Log front panel
Fig. 1: Overview blue’Log front panel
blue’Log X series
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4.3 blue’Log rear panel
(1)
Clamp for DIN rail
Symbol
LED
Meaning
Green: blue‘Log is supplied with power
Off: No power supply
Green: System loaded successfully, normal operation
Orange: System booting, boot phase
Red: System error
Fig. 2: Overview blue’Log rear panel
4.4 Status LEDs
The front panel holds three LED displays, which are explained below.
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blue’Log X series
DANGER
Risk of electrocution!
Fatal injuries or death from contact with cables and terminals.
Only connect or disconnect cables while they are de-energized.
Safeguard the feeding system from unintentional restart.
ATTENTION
Damage due to improper wiring!
Incorrect wiring may lead to damage or destruction of measuring inputs and
the device.
Connect cables only to the allocated sockets.
Observe the polarity of the connecting cables.
ATTENTION
Damage due to overvoltage!
Overvoltage or voltage peaks may damage or destroy the device.
Protect the power supply against overvoltage.
ATTENTION
Damage due to overvoltage!
Voltages of more than 24 V DC and currents of more than 20 mA on the
analog inputs can destroy the relevant measuring inputs.
Ensure only voltages of up to 24 V DC are applied and only currents of
up to 20 mA flow.
Voltages of more than 24 V DC and currents of more than 20 mA on the
digital inputs can destroy the relevant measuring inputs.
Ensure only voltages of up to 24 V DC are applied and only currents of
up to 20 mA flow.
5. Installation
5.1 Safety instructions for installation
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5.2 Cables and wiring
Power cable for supply voltage
Voltage range
Cable cross-section
Typ
Fine-stranded cable
U < 24 V DC
1 mm2
H05V-K
Fine-stranded cable
U >= 24 V DC
0,75 mm2
H05V-K
Bus cabling (inverters, current sensors)
RS485 data cable (twisted and shielded)
Network cable
Li2YCYv (TP) 2×2×0.5 mm2 1)
CAT 6
Analog signals (irradiance and temperature sensor)
Sensor cable
LiYCY 2×2×0.5 mm2
Digital signals (energy meter, remote control and monitoring system)
Telephone cable
J-Y(ST)Y 2×0.6 mm2
Ethernet network
Network cable
CAT 5 / CAT 6
Recommended cable types for wiring the individual system components are given
below. The restrictions resulting from the wiring are listed as well.
5.2.1 Permitted cable types for the blue’Log power supply
5.2.2 Cable types for device connections
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blue’Log X series
Bus cabeling (RS485 data cable)
Sensors (voltage signal 0 V – 10 V)
Sensors (current signal 4 mA – 20 mA)
Meters
Ethernet-network
1200 m
2) 3)
100 m
600 m
4)
10 m
100 m3)
Data cables must have to be isolated from power cables in accordance
with EN 50174-2 using metal cable trays.
5.2.3 Maximum recommended cable lengths
1)
We recommend using the cable type UNITRONIC® Li2YCYv (TP) manufactured by Lapp Kabel,
or an equivalent cable type. This cable is suitable for laying in soil.
2)
For longer cable lengths, repeaters are required.
3)
Several separate lengths of cable require a hub.
4)
24 V DC power supply required.
Shielding
The cable shielding may only be grounded at one end of the connection.
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5.3 Installation
ATTENTION
Ventilation
For installation in a control cabinet, ensure at least 3 cm of space above and
below the device for air circulation.
5.3.1 Installing device on DIN rail
1. Hang the blue’Log on the top-hat rail using the clamping fixture (rear panel).
2. Move the DIN rail slider situated on the front panel from bottom (latch open) to
top (latch closed) position. This will fix the blue’Log to the DIN rail. The symbols
(open/closed lock) above and below the slider indicate the current status of the
fixation.
3. Check that the blue’Log is securely fastened to the DIN rail.
Fig. 3: Secure mounting on a DIN rail
To release the blue’Log from the DIN rail, move the slider down again. The device can
now be removed from the DIN rail securely.
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blue’Log X series
ATTENTION
Risks when adding expansion modules
An installation of MX-Modules while the blue’Log is in operation, can lead to
damage or destruction of the blue’Log and its expansion modules.
The blue’Log must disconnected from the power supply before the MX-
modules are connected to the basic unit.
5.4 Expansion of the blue’Log system
The blue’Log can be upgraded with additional interfaces using various expansion
modules (MX modules).
Fig. 4: MX modules (example: RS485/422)
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5.4.1 Installation of the expansion modules
Fig. 5: Opening the case locks
Fig. 6: Right side cover removed
Keep the side cover at hand. It will be re-attached to the expansion
module (MX module) after installation and is needed to finally lock the
data logger on the DIN rail.
In order to expand the blue’Log, remove the cover on the right-hand edge of the casing
by unlocking the four corresponding case locks .
You can now see the expansion socket at the right-hand edge of the blue’Log.
Fig. 7: Expansion socket
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blue’Log X series
Now install the desired expansion module by plugging it into the blue’Log socket.
Fig. 8: Attaching expansion module to the blue’Log.
Close the blue’Log's case locks to fix the expansion module in place.
Fig. 9: Attached expansion module
blue’Log X series
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Reattach the previously removed blue’Log side cover to the right side of the expansion
module and fasten it by closing the case locks.
Fig. 10: blue’Log and MX module connected with side covers attached
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blue’Log X series
ATTENTION
Order for installation of MX-Modules
When connecting the MX modules in the wrong order on the base unit, a
correct function of the extension modules can no longer guaranteed.
The number of arrows and lines in the lower part on the front side of the
blue'Log and the MX-module gives you information about the connection
order. Modules with a large number of arrows / lines (2 arrows / lines,
for example) may not be installed in front of a module with fewer lines.
For example, a module with 3 arrows / lines should not connect in front
of a module with 2 arrows / lines.
Connection order must be observed.
An extension of the blue'Log with several equal MX modules is possible, as well as the
extension with different MX modules. The maximum number of connectable
expansion modules is listed in the data sheet of the base unit.
Fig. 11: blue’Log with several MX modules
blue’Log X series
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6. Interfaces
Voltage:
Current:
10…60 V DC
1.3…8.0 A
ATTENTION
Installation of the power supply
The installation of the power supply inclusive device protection must be
carried out by a qualified electrician.
6.1 Power supply
6.1.1 Device protection
Alternative 1
a) To limit the power consumption of the blue'Log a DC power supply with
power limiter and a maximum output current of 8 A has to be used.
Alternative 2
a) If the dimensioning mentioned under Alternative 1 is not possible due to local
infrastructure, the device protection must be carried out via appropriate prefuses directly adjacent to the blue’Log on the power cables.
With a supply voltage less than 24 V DC a device protection of 8 A has to be
provided.
With a supply voltage equal or greater than 24 V DC a device protection of 6 A
has to be provided.
The protection fuse for the blue’Log must be located directly next to the data
logger.
b) To disconnect the blue’Log from the power supply, an easily accessible
separator (disconnector) has to be installed in order to de-energize all
conducting parts if necessary. If an upstream automatic circuit breaker is
available it can be deemed to be a disconnector.
c) The combination of pre-fuse (a) and disconnector (b) may also be replaced by a
DC-circuit breaker.
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blue’Log X series
Voltage:
Current:
24 V DC
1.6 … 6.2 A
ATTENTION
power supply
Please exclusively use direct-current power supplies (DC) with safety extra
low voltage (SELV).
6.1.2 Device protection when wall-mounted
To limit the power consumption of the blue'Log a DC power supply with power limiter
and a maximum output current of 6.2 A has to be used
A suitable power supply can be found in the meteocontrol product portfolio:
a. AC/DC Adapter HN-Power, type HNP 36EU-240
6.2 Voltage output
Voltage: 24 V DC
The integrated power supply can supply sensors (e.g. i'checker) with a maximum
current consumption of 500 mA. For sensor current consumptions totaling more than
500 mA, please use an external power supply.
6.3 Ethernet connection
Direct connection between the blue’Log and a PC / laptop or hub / switch via an
Ethernet patch cable. The cable is supplied with the device.
6.4 Analog input
The analog inputs are freely configurable as:
Voltage input: 24 V DC
Voltage input: 0-1 V DC
Voltage input: 0-100 mV
Current input: 0-20 mA
Resistor (PT1000): 600-1800 Ω
The four analog inputs are multi inputs either for analog or digital signals, to be
configured per port via software.
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6.5 Digital input
The digital inputs are freely configurable as:
Pulse input in accordance with DIN 43864 (S0)
Voltage level input: 0-24 V DC
Dry contact: 24 V DC / 20 mA
The four digital inputs are multi inputs either for analog or digital signals, to be
configured per port via software.
6.6 Digital output
The digital outputs are freely configurable as:
Open collector: Max. 60 V DC / 200 mA
Voltage output: 10-60 DC (corresponding to supply voltage), max. 200 mA
6.7 RS485/422 interface
Connects communication devices via the RS485 or the RS422 bus.
Each RS485/RS422 interface is automatically switched and can be terminated
individually.
Please note the respective requirements for connecting bus devices given in the
enclosed "blue’Log M and X series device connection plans" document.
6.8 CAN interface
Connects communication devices via the CAN bus.
The CAN interface can be terminated.
6.9 USB interface
USB front socket (type A) as a service interface suitable for firmware updates.
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blue’Log X series
ATTENTION
Disconnecting the power supply
The blue’Log data logger is normally disconnected from the power supply
via the disconnecting device described in Chapter Fehler! Verweisquelle
konnte nicht gefunden werden.. In addition the data logger can be
disconnected from the mains by unplugging the orange mains plug labeled
with "Power in (10 V…60 V DC)".
ATTENTION
Power supply
It is imperative to ensure correct polarity (+ / -) during connection of the
supply line to the terminal.
7. Start-up, configuration
7.1 Prerequisites
Before commissioning the blue’Log, the device must be securely mounted and all
cables connected correctly.
7.2 Start-up
To start up the system, the following steps are required:
Switch on the power supply
Wait until the blue‘Log has finished booting.
The status LED on the device lights up.
7.3 Making/checking connections
7.3.1 Ethernet connection
Integrate the blue’Log into a local network using a patch cable for direct access and
Internet access (1 m patch cable is supplied).
blue’Log X series
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7.3.2 Bus device connection
The blue'Log comes with two RS485 / 422 interfaces for connection of bus devices.
Connect your devices to the blue’Log via RS485/422 in accordance with the
requirements set out in the "blue’Log M and X series device connection plans"
document.
Typically, devices such as inverters, energy meters or power quality analyzers are
connected.
7.3.3 Connections to analog/digital inputs
For detecting and evaluating analog and digital signals the blue'Log has several digitalor analog / digital interfaces.
Connect your devices to the blue’Log via the digital and analog inputs in
accordance with the requirements set out in the "blue’Log M and X series device
connection plans" document.
Typically, devices such as sensors and ripple control receivers are connected.
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blue’Log X series
7.4 Display log-in
7.4.1 Start menu
To bring up the settings menu, confirm the start screen by pressing the "OK"
button.
During first log-in you will be prompted to select a user.
Fig. 12: blue’Log display: Start menu
7.4.2 User selection
In this menu, registered users in the blue'Log are displayed. The individual user can be
selected with the directional pad (up and down) and confirm with the "OK" button. After
the user selection the pin-query follows to log in as the respective user.
By default, there are always two default users available "service" and "user".
Service: PIN: 0010 Full access for installers
User: PIN: 0001 Restricted rights for end users
Fig. 13: blue’Log display: User selection
blue’Log X series
27| 52
7.5 Display network configuration
7.5.1 DHCP
Network parameters, such as the IP address, can be automatically received if a DHCP
server can be located in the network. Therefore DHCP must be activated in the data
logger.
1. Navigate to network settings using the directional pad and the buttons:
Main menu Telecommunication Network
2. Activate the "DHCP" setting
The IP address as well as the other parameters will now be retrieved automatically
from the DHCP server
Fig. 14: blue’Log display: DHCP activated
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blue’Log X series
7.5.2 Static IP address
To set static network parameters such as IP address, subnet mask, gateway and DNS
server, follow the instructions below:
1. Navigate to network settings using the directional pad and the buttons:
Main menu Telecommunication Network
2. Deactivate the "DHCP" setting
3. Define the following network-specific settings:
IP address
Subnet mask
Standard gateway
Obtain automatic DNS address (on / off)
First DNS server
Second DNS server
Fig. 15: blue’Log display: DHCP deactivated
blue’Log X series
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7.6 Logging on to device websites / wizard
Further configurations can be made via the websites of the device. Furthermore the
websites contain information about the operating status of your PV-system.
1. To address your blue'Log enter the IP address into the address field of your Web
browser.
2. Log on to the device websites using the following access data:
User name: "service"
Password "service"
Fig. 16: Logging on to device websites
3. After successful login, the setup-wizard information message appears.
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blue’Log X series
Fig. 17: blue’Log wizard information message
4. Using a navigation bar, the wizard guides you step by step through the main set-up
points necessary for normal operation. Select individual menu points by using the
arrows (left and right) and the numbered points.
Fig. 18: blue’Log wizard navigation bar
After closing the wizard, you will be taken to the start page in the "Cockpit" menu.
Fig. 19: Device websites: Dashboard
blue’Log X series
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7.7 Logger basic data
The basic data of the data logger are displayed or can be changed in this menu
“Logger Basic-Data”. To enter this menu, follow these steps:
1. Navigate to the "System" area via the top navigation bar.
2. Navigate to the "Basemodule" area via the left-hand navigation menu and click on
"Logger basic data".
3. The following information is displayed:
Model
(of the blue’Log, e.g. X-1000)
Serial number
(of the blue’Log, 79810X XXXX XXXX)
System ID
(from the portal, five characters)
4. The following settings can be made:
Data logger name
(Name describing your system)
Data recording interval
(interval at which the measurement data are saved in the database. Five-minute
and 15-minute values can be selected. Fifteen-minute values are recommended
for the longest possible storage time.)
7.8 Ethernet
In the "Ethernet" menu all network settings from Chapter 7.5 also can be made.
1. Navigate to the "System" area via the top navigation bar.
2. Navigate to the "Basic module" area via the left-hand navigation menu and click on
"Ethernet".
The following network settings can be made:
Enable DHCP
IP address
Subnet mask
Standard gateway
Obtain automatic DNS address (on / off)
First DNS server
Second DNS server
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blue’Log X series
Please note the information regarding the installation order for MX
modules in Chapter 5.4.
7.9 MX modules
If you have extended the blue'Log data logger with one or more MX-module, the
connected MX modules are listed on the "MX modules" website.
1. Navigate to the "System" area via the top navigation bar.
2. Navigate to the "MX modules" area via the left-hand navigation menu.
After expansion of the blue’Log data logger with one or more MX modules, the MX
modules connected will be displayed on this page.
7.10 User management
In the user management, it is possible to create access for further users with different
rights and to manage the users of this blue’Log.
1. Navigate to the "System" area via the top navigation bar.
2. Navigate to the "User" area via the left-hand navigation menu.
3. Two users are preset as standard and cannot be removed. One user is assigned to
the "Service" user group, the other to the "User" user group:
Service
User name: service, password: service
User group: service - full access for installers
User
User name: user, password: user
User group: user - restricted rights for end users (read only)
4. In addition, further personalized users can be set up and assigned to one of the
preconfigured user groups (service or user) for access rights.
blue’Log X series
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7.11 Date / time
To set the date and time, proceed as follows:
1. Navigate to the "System" area via the top navigation bar.
2. Navigate to the "Basic module" area via the left-hand navigation menu and select
"Date / time".
Three different settings are available for "time synchronization", selected via the
drop-down menu.
7.11.1 System default time synchronization
If the time synchronization is set to "system default" the blue'Log synchronizes its
system time with the meteocontrol safer'Sun portal. Only the specified time zone is
necessary so that the right time can be assigned to the data logger.
The following setting is available:
Time zone (The time zone in which your system is located)
The following information is displayed:
Date (Automatically retrieved date and time)
7.11.2 Custom settings time synchronization
With the setting “user defined” a time-server can be dedicated to the blue'Log. The
system time is then synchronized with the selected time-server.
The following settings are available:
Time server address (Enter the address of an NTP time server,
e.g.: 0.de.pool.ntp.org)
Time zone (The time zone in which your system is located)
The following information is displayed:
Date (Date and time automatically retrieved via the selected
time server)
7.11.3 Deactivated time synchronization
If the time synchronization is deactivated the blue’Log do not query any time-server,
the entered system time is used. By specifying the time zone the changeover between
daylight saving time and standard time can be defined.
The following settings are available:
Time zone (The time zone in which your system is located)
Date (Manual input of date and time)
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blue’Log X series
7.12 Basic-data
In the menue „PV-Plant“ „Basic-Data“ informations of the PV-Plant can be saved.
The information is used for documentation and may be taken into account and
transferred during portal registration.
1. Navigate to the "PV system" area via the top navigation bar.
2. Navigate to the "Master data" area via the left-hand navigation menu.
3. Enter the following system-specific data in the input boxes:
System/project description
Total installed power
Orientation
Inclination
Installation country
Longitude / latitude
7.13 Portal registration
1. Navigate to the "PV system" area via the top navigation bar.
2. Navigate to the "Online portal" area via the left-hand navigation menu and select
"Registration".
Select (via a radio button) either registering your blue’Log data logger with an
existing system or registering it with new master data.
7.13.1 Assignment to an existing system
If the system is already set up in the portal, the data logger can be assigned to the
existing system here. You will need the following:
Five-character system ID
Portal user name
Portal password
Alternatively, assignment via the hardware serial number of the data logger is
possible in the portal.
blue’Log X series
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7.13.2 Set up new system using master data
A new system can be set up using the system master data and your portal access
data. The system configuration can be finalized in the portal. To set up a system,
the following portal access data are necessary:
Portal user name
Portal password
Assignment to the data logger via the portal is also possible at a later date.
7.14 Portal communication
In the menue „Online-Portal“ „Communication“ the interval can be specified, in
whitch the data logger should report to the online portal.
1. Navigate to the "PV system" area via the top navigation bar.
2. Navigate to the "Online portal" area via the left-hand navigation menu and select
"Communication".
With the appropriate radio button you can select if your blue'Log should report and
transfer the collected data at regular intervals or at specified times to the online
portal.
7.14.1 Regular report intervals
Specify blue’Log report intervals to the portal at every five, 15 or 60 minutes.
A specific time window for transfer can be specified by entering a start and end
time, during which the selected report interval (five, 15 or 60 minutes) will apply.
7.14.2 Predefined report intervals
Specify defined times (full hours) for transfer of reports from the blue’Log data
logger to the portal.
A maximum of 24 report times (full-hour) can be selected.
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blue’Log X series
7.15 ftp push
With this function, data can be sent to an independent ftp server in addition to the
meteocontrol online portal safer'Sun.
1. Navigate to the "PV system" area via the top navigation bar.
2. Navigate to the "Online portal" area via the left-hand navigation menu and select
"Push service".
If the measurement data should be sent to an independent ftp server in addition to
the meteocontrol Internet portal, set the radio button on this page to "Active" and
enter the following server settings:
ftp server name (Example: ftp.meteocontrol.de)
ftp port (Default 21)
Upload directory (The directory has to exist on the server – it will not be
created by the blue’Log data logger)
User name (User name for the ftp server)
Password (Password for the ftp server)
Transfer interval (Specify the intervals at which data will be transferred to your
ftp server)
The data is sent to the selected ftp server via file in XML format.
blue’Log X series
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8. Recording of devices
8.1 Sensors
1. Navigate to the "Devices" area via the top navigation bar.
2. Navigate to the "Sensors" area via the left-hand navigation menu.
Fig. 20: Device websites: Add new sensor
3. Via the drop-down menu, select the sensor model connected to the input of the
blue’Log data logger (e.g. Si020TC-K). Further selections will be made available in
the entry menu.
4. If the sensor to be connected is not included in the list, it can be added by selecting
a generic template with a subsequent manual configuration of the template. Please
check in the data sheet whether the sensor is compatible.
5. Enter a distinct “sensor name” for easy identification of each recorded sensor.
6. Via the drop-down menu, select one of the four ports (MI-1 to 4) to which the
sensor is connected. If the blue’Log basic device was expanded by a multi I/O MX
module, further ports will be available in this selection.
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blue’Log X series
To review the presets, please use the enclosed "blue’Log M and X series
device connection plans" document. Adjust the parameters if necessary.
7. The following preconfigured parameters may be adopted as they stand:
Unit
Gradient
Offset
8. As soon as "Save" is selected, the sensor will be recorded and listed under "Sensor
overview".
Fig. 21: Device websites: Sensor overview
blue’Log X series
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8.2 Meters
1. Navigate to the "Devices" area via the top navigation bar.
2. Navigate to the "Meters" area via the left-hand navigation menu.
Fig. 22: Device websites: Add new meter
3. Via the drop-down menu, select the option S0 energy meter. Further settings will
be made available in the configuration menu.
4. If the meter to be connected is not included in the list yet, it can be added by
selecting a generic template with a subsequent manual configuration of the
template. Please check in the data sheet whether the meter is compatible.
5. Enter a distinct “meter name” for easy identification of each recorded meter.
6. Via the drop-down menu, select one of the eight ports provided (MI-1 to 4, DI-1 to
4) to which the meter is connected. If the blue’Log basic device was expanded by a
multi I/O MX module, further ports will be available in this selection.
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blue’Log X series
To review the presets, please used the enclosed "blue’Log M and X
series device connection plans" document. Adjust the parameters if
necessary.
7. The following preconfigured parameters may be adopted as they stand:
Unit
Pulse constant
8. As soon as "Save" is selected, the meter will be recorded and listed under "Meter
overview".
Fig. 23: Device websites: Meter overview
blue’Log X series
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8.3 Inverters
With RS485 communication, only one device class can be queried per
connection. Mixed operation on one bus is therefore not possible.
1. Navigate to the "Devices" area via the top navigation bar.
2. Navigate to the "Inverters" area via the left-hand navigation menu.
Fig. 24: Device websites: Add new inverter
3. Via the drop-down menu, select the manufacturer of the connected inverter (e.g.
Kaco).
4. Select the blue’Log data logger interface to which the inverter is connected (e.g.
RS485/422 – 1). If the blue’Log basic device was expanded by an RS485/422 MX
module, further interfaces will be available in this selection.
5. Start the scanning process of the selected bus interface and its connected
inverters by choosing “Start Scan”.
Fig. 25: Device websites: Inverter overview
6. Once the scan is complete, the inverters found will be listed under "Inverter
overview".
The listed inverters are now known to the blue’Log data logger and will be queried
continuously.
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blue’Log X series
9. Visualization
9.1 Sensors
1. Navigate to the "Cockpit" area via the top navigation bar.
2. Navigate to the "Diagrams" area via the left-hand navigation menu and select
"Sensors".
Fig. 26: Device websites: Selecting diagram options – sensors
3. Select those sensor(s) you would like to visualize the measured values of.
4. Select the available measured values. All measured values available for the current
selection are displayed. For individual sensors a number of measured values in
parallel are available while for displaying several sensors at once, only one
measured value can be selected.
5. An additional option is given to include real-time values with considerably higher
resolutions than given by historical values.
6. Specify the displayed period of time for the selection of measured values. Real-
time measured values are only available for the current day.
7. At selection of "Show diagram", the configuration will close and the diagram view is
displayed.
blue’Log X series
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9.2 Meters
1. Navigate to the "Cockpit" area via the top navigation bar.
2. Navigate to the "Diagrams" area via the left-hand navigation menu and select
"Meters".
Fig. 27: Device websites: Selecting diagram options – meters
3. Select those meter(s) you would like to visualize the measured values of.
4. Select the available measured values. All measured values available for the current
selection are displayed. For individual meters a number of measured values in
parallel are available while for displaying several meters at once, only one
measured value can be selected.
5. An additional option is given to include real-time values with considerably higher
resolutions than given by historical values. Specify the displayed period of time for
the selection of measured values. Real-time measured values are only available for
the current day.
6. At selection of "Show diagram", the configuration will close and the diagram view is
displayed.
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blue’Log X series
9.3 Inverters
1. Navigate to the "Cockpit" area via the top navigation bar.
2. Navigate to the "Diagrams" area via the left-hand navigation menu and select
"Inverters".
Fig. 28: Device websites: Selecting diagram options – inverters
3. Select those inverter(s) you would like to visualize the measured values of.
4. Select the available measured values. All measured values available for the current
selection are displayed. For individual inverters a number of measured values in
parallel are available while for displaying several inverters at once, only one
measured value can be selected.
5. An additional option is given to include real-time values with considerably higher
resolutions than given by historical values.
6. Specify the displayed period of time for the selection of measured values. Real-
time measured values are only available for the current day.
blue’Log X series
45| 52
7. At selection of "Show diagram", the configuration will close and the diagram view is
displayed.
Fig. 29: Device websites: Visualizing measurement data – inverters
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blue’Log X series
10. Messages
10.1 Logbook
1. Navigate to the "Cockpit" area via the top navigation bar.
2. Navigate to the "Logbook" area via the left-hand navigation menu.
Fig. 30: Device websites: Logbook
3. System events (max. 500 entries) are listed in the logbook.
4. Entries can be sorted according to "Time", "Error code", "Error type" and
"Description" by clicking the respective column header.
5. The displayed amount of results can be narrowed by selecting a specific period of
time in the choice boxes.
6. The entries can be searched and filtered via the search field. Several terms may be
entered at once.
blue’Log X series
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11. Technical data
TECHNICAL DATA
Power supply
Power consumption
ESD protection
Operating temperature
Storage and transport temperature
Protection class
Max. elevation
Max. rel. air humidity
Max. degree of soiling
Installation
Dimensions
Weight
10-60 V DC
Typically 5 W
Max. 80 W, inclusive MX-Modules
Tested in accordance with DIN EN 61000-4-2
(4 kV contact discharge, 8 kV air discharge)
-20°C to 70°C
-20°C to 85°C
IP 20
2000 m
80 %
2
Wall mounting, Electrical distribution board, control
cabinets
148 mm x 110 mm x 63 mm (W x H x D)
including side panels
385 g
DISPLAY / OPERATION
Display
LED display
Operating buttons / directional pad
Reset button
DIP switches (bus termination)
1 (291 x 118 Pixel)
3
2 /1
1
3 (2 x RS485/422 und 1 x CAN)
INTERFACES
Communication
2 x RS485/RS422 (interface is switched automatically and can be terminated individually)
1 x CAN (can be terminated)
1 x Ethernet (10/100 MBit)
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blue’Log X series
Digital Inputs
4 x digital inputs (mode per port individually configurable via software)
The following options are available for each input:
Type
Usage
Range
Precision
Resolution
Digital
Potential-free contact
24 V DC / 20 mA
Digital
S0
S0- compliant
Digital Outputs / Multi Inputs
Each of the four ports has a pin for a digital output, a multi input and a ground:
4 x digital outputs (mode per port individually configurable via software)
4 x multi inputs (mode per port individually configurable via software)
The following options are available for each digital output:
Type
Usage
Range
Digital
Open Collector
Max. 60 V DC / 200 mA
Digital
Voltage output
10-60 V DC (corresponding to the supply
voltage), max. 200 mA
The following options are available for each multi input:
Type
Usage
Range
Precision
Resolution
Digital
Voltage level input
0-24 V DC
Digital
Potential-free contact
24 V DC /
20 mA
Digital
S0
S0- compliant
Analog
Voltage input
0-10 V DC
2 mV DC
40 µV DC
Analog
Voltage input
0-1 V DC
0,2 mV DC
4 µV DC
Analog
Voltage input
0-100 mV DC
20 µV DC
0,4 µV DC
Analog
Current input
0-20 mA
4 µA
100 nA
Analog
Resistor (PT1000)
600-1800
2
0,5
Memory
Service interface
Expandability
SD card slot
USB front socket (type A)
The system may be expanded with additional interfaces
by connecting further MX modules. Please note the
limitations stated under "Software features".
blue’Log X series
49| 52
DRIVERS
Supported inverters
The system is supplied with all inverter drivers available at
the time of production. These can be assigned variably to
the corresponding interface on the blue’Log. The number
of supported inverter manufacturers is increasing all the
time. For more information, see the blue’Log driver data
sheets at http://www.meteocontrol.com/de/downloads/.
SOFTWARE FEATURES
X-1000
X-3000
Maximum detectable power
≤ 100 kWp
≤ 1000 kWp
Number of bus devices monitored 1)
Max. 50
Max. 100
Number of inputs (DI/AI) monitored on
the Basic device 2)
Max. 8
Max. 8
Number of inputs (DI/AI) monitored
Basic device with MX modules 2)
Max. 12
Max. 20
Web Portal compatibility
safer’Sun: Professional
VCOM virtual control room
Remote access via portal 3)
Visualization via websites
Live values
Websites optimized for PC and tablet
Online firmware update
ftp push
Firmware update via USB 4)
Power Control active power 4)
Intelligent power limiting (IPL) 4)
Automatic alarms 4)
Direct marketer interface
(optional)
(optional)
1)
E.g.: inverter, energy meter, power quality analyzer, string monitoring unit (see blue’Log driver data sheet for max. number).
2)
E.g.: sensors, ripple control receiver.
3)
Function available in safer’Sun Professional and VCOM virtual control room.
4)
Function will be made available as software update. See data sheet for availability.
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blue’Log X series
12. Environmental protection and disposal
Old devices which no longer work should be disposed of in accordance with
national and local environmental and recycling regulations. Electronic
components may not be disposed of along with household waste.
blue’Log X series
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12.1 List of figures
Fig. 1: Overview blue’Log front panel ........................................................................... 10
Fig. 2: Overview blue’Log rear panel ............................................................................ 11
Fig. 3: Secure mounting on a DIN rail ........................................................................... 15
Fig. 4: MX modules (example: RS485/422) ................................................................... 16
Fig. 5: Opening the case locks ...................................................................................... 17
Fig. 6: Right side cover removed .................................................................................. 17
Fig. 7: Expansion socket ............................................................................................... 17
Fig. 8: Attaching expansion module to the blue’Log. .................................................... 18
Fig. 9: Attached expansion module ............................................................................... 18
Fig. 10: blue’Log and MX module connected with side covers attached ...................... 19
Fig. 11: blue’Log with several MX modules .................................................................. 20
Fig. 12: blue’Log display: Start menu ............................................................................ 26
Fig. 13: blue’Log display: User selection ...................................................................... 26
Fig. 14: blue’Log display: DHCP activated .................................................................... 27
Fig. 15: blue’Log display: DHCP deactivated ................................................................ 28
Fig. 16: Logging on to device websites ........................................................................ 29
Fig. 17: blue’Log wizard information message ............................................................. 30
Fig. 18: blue’Log wizard navigation bar ......................................................................... 30
Fig. 19: Device websites: Dashboard ........................................................................... 30
Fig. 20: Device websites: Add new sensor................................................................... 37
Fig. 21: Device websites: Sensor overview .................................................................. 38
Fig. 22: Device websites: Add new meter .................................................................... 39
Fig. 23: Device websites: Meter overview ................................................................... 40
Fig. 24: Device websites: Add new inverter ................................................................. 41
Fig. 25: Device websites: Inverter overview ................................................................. 41
Fig. 26: Device websites: Selecting diagram options – sensors ................................... 42
Fig. 27: Device websites: Selecting diagram options – meters .................................... 43
Fig. 28: Device websites: Selecting diagram options – inverters .................................. 44
Fig. 29: Device websites: Visualizing measurement data – inverters ........................... 45
Fig. 30: Device websites: Logbook ............................................................................... 46
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blue’Log X series
Spicherer Str. 48 D-86157 Augsburg Phone +49 (0) 821 / 3 46 66-88 Fax +49 (0) 821 / 3 46 66-11
technik@meteocontrol.de www.meteocontrol.com
Text and illustrations represent state-of-the-art technology at the time of printing Subject to technical modifications We assume no liability for printing
errors.
Version 20150201
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