W&T Electronics 57713 Manual de usuario
W&T
Manual
Web-Thermometer
Web-Thermo-Hygrometer
Web-Thermo-Hygrobarometer
Web-Thermometer Relay
Web-Thermometer Air Quality
Typ 10/100BaseT, 12-24V
Modell 57713, 57714, 57715
57716, 57718, 57720
Release 1.03, Mar 2016
W&T
© 03/2016 by Wiesemann und Theis GmbH
Microsoft, MS-DOS, Windows, Winsock and Visual Basic
are registered trademarks of the Microsoft Corporation
Subject to errors and changes:
Since we can make mistakes, none of our statements should
be used without checking. Please let us know of any mistakes
or misunderstandings you are aware of, so that we can reco-
gnize and eliminate them quickly.
Perform work on and with W&T products only as described
here and only if you have read and understood the manual
fully. Unauthorized use can result in hazards. We are not liab-
le for the consequences of unauthorized use. When in doubt,
check with us or consult your dealer!
W&T
Introduction
The W&T Web-Thermometer contains all functions in a box
to measure, store and display your climate data. Moreover,
the numerous alarm functions are available which can be in-
tegrated into your own applications or into available systems.
In this manual you find all information which you need for the
installation, configuration and the use of the Web-Thermome-
ter.
W&T
Content
Introduction................................................................... 3
1 Quick-Start/Commissioning........................................ 7
1.1 Connecting the sensor (#57713, #57714, #57715,
#57718, #57720) ............................................................7
1.2 Connecting the PT100/PT1000 sensor and output confi-
guration (#57616) ...........................................................8
2 Online measurement storage inside the W&T Cloud . 14
2.1 Auto connect ................................................................14
2.2 Create a user account ...................................................14
2.3 Assign data by 4-digit access code in the cloud ............15
2.4 Assign measured data via user account in the device ....15
3.1 Configuring network parameters with WuTility ..... 16
3.1.1 Applications and prerequisites...................................16
3.2 Assigning the IP using DHCP protocol ................... 19
3.2.1 Manual activation of DHCP.........................................19
3.2.2 System name .............................................................20
3.2.3 Lease time .................................................................20
3.3 Assigning the IP using the ARP command.............. 21
3.4 Assigning the IP using the serial port.................... 23
4 Supply voltage .......................................................... 25
4.1 Power over Ethernet......................................................25
4.2 External supply.............................................................25
5 Ethernet interface ..................................................... 26
5.1 Link status....................................................................26
5.2 10/100BaseT on RJ45 ...................................................26
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6 Connecting the sensor .............................................. 27
6.1 NTC sensor measuring input (#57714)..........................27
6.2 Pt100/1000 sensor measuring input (#57715)..............27
6.3 Combined sensor measuring input (#57713, #57720) ..27
7 Configuration Using Web-Based Management ........... 29
7.1 Home............................................................................29
7.2 Visualization.................................................................30
7.3 Own webpage ...............................................................31
7.4 Login ............................................................................31
8 Basic Settings............................................................ 33
8.1 Network........................................................................33
8.2 Sensors.........................................................................34
8.3 Date/Time ....................................................................34
8.4 Language/Infos.............................................................34
8.5 Data storage .................................................................35
8.6 Password ......................................................................35
9 Communication paths ............................................... 36
9.1 Web pages ....................................................................36
9.2 Mail ..............................................................................39
9.3 Cloud............................................................................39
9.4 RSS ...............................................................................39
9.5 SNMP/Syslog.................................................................39
9.6 FTP ...............................................................................40
9.7 Socket access ...............................................................40
10 Alarms/Messages ................................................... 41
11 Diagnosis................................................................ 43
12 Device information ................................................. 44
13 Maintenance............................................................ 45
13.1 LED Test .....................................................................45
13.2 Reboot........................................................................45
13.3 Factory defaults ..........................................................45
13.4 Save configuration ......................................................46
13.5 Restore configuration .................................................46
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14 Individual request of measurement values............. 47
14.1 Request via TCP/IP......................................................47
14.2 Requesting via UDP.....................................................48
14.3 Requesting via SNMP...................................................49
15 Firmware Update..................................................... 52
15.1 Where is the latest firmware available? ........................52
15.2 Firmware update over the network under Windows .....52
16 Hardware-Reset to factory defaults ........................ 54
17 Technical data......................................................... 55
17.1 Technical data for the articles 57714 and 57715 ........55
17.2 Technical data for the articles 57713 and 57720 ........56
17.3 Technical data for the article 57716............................57
17.4 Technical data for the article 57718............................58
18 Disposal ........................................................................59
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1 Quick-Start/Commissioning
Just a few steps are required to start up your W&T Web-Ther-
mometer and to make it visible in your network.
Power-over-Ethernet
The Web-Thermometers are designed for use in PoE (Power-
over-Ethernet) environments in accordance with IEEE802.3af.
Power is provided by the network infrastructure using the
RJ45 terminal. The devices support both phantom power
using data pairs as well as power feed using the unused wire
pairs s. Power Supply).
!Use of the Web-Thermometer is also possible in networks
without PoE power supply. In this case simply use an
external power supply attached to the screw terminal as
described in the chapter Power Supply. No additional configu-
rations or settings are necessary.
1.1 Connecting the sensor (#57713, #57714, #57715,
#57718, #57720)
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Plug the sensor included in the scope of delivery into the
9-pin IO terminal on the unit.
Information for Web-Thermometer Air Quality, #57718:
!
The measuring of the VOC value begins after an initiali-
zation time of 15 minutes after powering on the device.
In this time a VOC value of 450ppm will be displayed.
1.2 Connecting the PT100/PT1000 sensor and output
configuration (#57616)
The output of the Web-Thermograph Relay is switched inter-
nally using a relay contact (normally open). The consumer
is connected to the screw terminals 1 and 2. The maximum
switchable DC or AC voltage is 39V, with a maximum current
flow of 300mA.
The PT100 or PT1000 temperature sensor is connected to
screw terminals 3, 4, 5 and 6, whereby the wires of the same
color must lie adjacent to each other.
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The incoming line to the PT100 4-wire sensor may be of vir-
tually any practical length.
Connecting a PT100 3-wire sensor:
When connecting a PT100 3-wire sensor the same-color wires
are connected to the terminals marked with the correspon-
ding colors. A jumper to the remaining free terminal is re-
quired for the single wire.
Connecting a PT100 2-wire sensor:
When connecting a PT100 2-wire sensor, one wire is brought
to the red terminal and the other to the black terminal. Jum-
pers must be placed here to the free terminals.
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1.3 Ethernet connection (#57713, #57714, #57715,
#57716, #57718, #57720)
The Web-Thermometer incorporates an IEEE802.3-compatible
network interface on a shielded RJ45 connector. The pin as-
signments correspond to an MDI port, so that the connection
to the hub or switch is accomplished using a 1:1 shielded
patch cable.
1.4 LED-displays
Power Status
Error
Power-LED
OFF: There is no power present. Check the correct connec-
tion of the supply (PoE or the external power supply)
ON: Power is present (PoE or the external power supply).
Este manual sirve para los siguientes modelos
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