Differences

This shows you the differences between two versions of the page.

--- en:datasheets:smarthub [2024-08-06 11:57] – [Application] jes_alexauer
+++ en:datasheets:smarthub [2024-08-07 18:39] (current) – [Advantanges] jesadmin
@@ Line 1: / Line 1: @@
 ~~NOTOC~~
+[[this>doku.php?id=en:datasheets:smarthub&do=export_pdf&tpl=datasheet_en&book_title=JES smart/HUB Data Sheet|PDF]]
 {{ :media:smarthub:smarthub-d2_perspective1.png?400 |}}
@@ Line 11: / Line 12: @@
 ===== Features =====
+  * Connects one or multiple JES or 3rd party sensors to an IP network
-  * Smart, IoT data acquisition and recordingdevice (data logger)
+  * Integration into the JES smart/Architecture
-  * DIN rail housing for easy instal lation
+  * IoT enabled
-  * Optional touch LCD display visible in the housing cover
+  * DIN rail mount
-  * Integrated Web Server
+  * Standard interfaces on base unit
-    * Visualization of recorded data
+    * MODBUS RTU (RS-485)
-    * Export of data
+    * MODBUS/TCP (Ethernet)
-    * configuration
+    * Web service (Ethernet)
-  * 1 x Ethernet port
+  * Additional interface options (implemented on request)
-    * JSON
+    * MQTT
-    * MODBUS/TCP
+    * OPC UA
-    * OPC UA*
+    * NTCIP
-    * NTCIP*
+  * Inputs and outputs on smart/HUB
-    * Connection to smart/CONTROL Server
+    * 1 x Ethernet
-  * 1 x RS-485 galvanically isolated
+    * 1 x USB
-    * MODBUS RTU
+    * 1 x RS485
-  * 2 x Digital input
+    * 2 x digital input
-  * 2 x Relay output (changer)
+    * 2 x relay output
-  * 1 x HDMI for connecting the optional 7" touch display
+    * 1 x HDMI
-  * Expansion modules connected via bus connectors integrated in the DIN rail
+  * DIN rail extension modules
     * 4 x RS-485 galvanically isolated
-    * 4 x Analog Input*
+  * Optional integrated 2.4" touch display (Configuration code D2)
+  * Optional external 7" smart/CORE-D7 touch display
-* planned, but will only be implemented in the case of an order
 ===== System =====
-  * smart/HUB-DIN IoT data acquisition device for DIN rail mounting
+  * smart/HUB IoT gateway, data logger and control unit for DIN rail mounting
-  * Optional: smart/HUB-SD2 Sensor Display for displaying status and current measured values
+  * Optional smart/HUB-D2 Sensor Display for displaying status and current measured values
-  * Optional: smart/HUB-D7 7" touch display connected via HDMI
+  * Optional smart/HUB-D7 7" touch display connected via HDMI
+  * Optional DIN rail modules with additional functionalities connected via bus connectors in DIN rail
@@ Line 51: / Line 54: @@
 Different interfaces are available on the base unit or via extensions for connecting the sensors. Extensions are connected to the base unit via a bus connector integrated into the DIN rail.
-The base unit reads the data from sensors from various manufacturers via sensor specific plugins and records them. Protocols such as MODBUS RTU, MODBUS ASCII, Lufft UMB*, 1-wire as well as 4-20 mA analog inputs and digital inputs are supported as standard. Additional plugins can be implemented at any time.
+The base unit reads the data from sensors from various manufacturers via sensor-specific plugins and records them. Protocols such as MODBUS RTU, MODBUS ASCII, Lufft UMB*, 1-wire as well as 4-20 mA analog inputs and digital inputs are supported as standard. Additional plugins can be implemented at any time.
 smart/HUB can be expanded into a universal operator panel with a 7" touch display.
-smart/HUB is part of the JES smart/architecture and serves both as an operator panel and as an IoT gateway for sensors without an Ethernet connection. The smart/architecture also includes smart/sensors and smart/CONTROL, a sensor control center for collecting and visualizing all sensor data, central user administration, sensor monitoring, and maintenance control and documentation.
+smart/HUB is part of the JES smart/architecture and serves both as an operator panel and as an IoT gateway for sensors without an Ethernet connection. The smart/Architecture also includes smart/sensors and smart/CONTROL, a sensor control center for collecting and visualising all sensor data, central user administration, sensor monitoring, and maintenance control and documentation.
-smart/HUB can be used wherever data from sensors from different manufacturers is to be collected and administered in a uniform form in one platform, e.B road weather stations, tunnel sensors.
+smart/HUB can be used wherever data from sensors from different manufacturers is to be collected and administered in a uniform form in one platform, e.g. road weather stations, tunnel sensors.
 ===== Advantanges =====
-  * Specially developed for use in traffic engineering
+  * Specially developed for use in transport infrastructure
   * Condition monitoring
   * Central administration
   * Remote maintenance
-  * Flexible integration into technology
+  * Flexible integration into existing environment
 <newcolumn>
 ===== Application =====
-Tunnels are important infrastructure elements in road networks that facilitate connections between regions. The environmental conditions prevailing therein are influenced by smoke, fog, dust and exhaust gases and should be monitored so as not to expose people to dangers and impairments as they pass through. Fires in particular have had dramatic consequences in the past. At all times, people in the tunnel must be supplied with sufficient breathing air and suitable visibility conditions must be ensured.
-Since 1990, JES Elektrotechnik GmbH has been developing, installing and maintaining systems for monitoring air quality and lighting conditions in tunnels. Our systems are robust, durable and resistant to the corrosive tunnel atmosphere and work reliably and precisely. They comply with the requirements of Directive 2004/54/EC (minimum safety requirements for tunnels in the trans European road network) and the more precise national directives and regulations:
+~~SNIPPET_O1752352006~~en:snippets:datasheet:application~~
-  * Austria: RVS 09.02 Tunnel Equipment
+Tunnels are important infrastructure elements in road networks and facilitate the connection of regions.
-  * Germany: RABT guidelines for the equipment and operation of road tunnels
-  * Switzerland: FEDRO Guidelines and Technical Manual of Operating and Safety Equipment (BSA)
+Environmental conditions in tunnels are influenced by fog, particles and emissions and need to be monitored to protect people on their passage through the tunnel from danger and impacts on their health. Accidents in tunnels, and particularly fires, can have dramatic consequences and can prove extremely costly in terms of human life, increased congestion, pollution and repair costs. At every time people in the tunnel need to be supplied with breathable air and sufficient visibility.
+Since 1990 JES Elektrotechnik GmbH develops, installs and maintains systems to monitor air characteristics and lighting conditions in tunnels. Our systems are robust, durable and resistant against the corrosive atmosphere in a tunnel. They operate reliably and have a high accuracy in measurement.
+All systems fulfil the requirements of the EC guideline 2004/54/EC (Minimum safety requirements for tunnels in the trans-European road network) and the more detailed national guidelines and provisions:
+  * Austria: RVS 09.02 Tunnelausrüstung
+  * Germany: RABT Richtlinien für die Ausstattung und den Betrieb von Straßentunneln
+  * Switzerland: ASTRA Richtlinien und Fachhandbuch Betriebs- und Sicherheitsausrüstungen (BSA)
+Our range of products for tunnel covers systems for monitoring of
-Our product range in the field of tunnel safety includes systems for measuring:
+  * Visibility (extractive or in-situ)
-  * Toxic gases such as CO, NO, NO2,etc. (extractive or in-situ)
+  * Toxic gases like CO, NO, NO<sub>2</sub> (extractive or in-situ)
-  * Visual opacity (extractive or in-situ)
+  * Air velocity, direction and temperature
-  * Airvelocity,direction and temperature
+  * Luminance (access, threshold and interior zone)
-  * Luminance (approach path, in-sight section, transition section, inner section)
   * Illuminance
+~~SNIPPET_C~~en:snippets:datasheet:application~~
@@ Line 95: / Line 107: @@
-~~SNIPPET_O1722945462~~en:snippets:techdata:hub:hub~~
 {|class="techdata"
 !colspan="3"|IoT gateway, data logger and control unit smart/HUB
@@ Line 146: / Line 159: @@
 |}
-~~SNIPPET_C~~en:snippets:techdata:hub:hub~~
@@ Line 155: / Line 167: @@
-~~SNIPPET_O1722945462~~en:snippets:techdata:hub:hub-d2~~
+~~SNIPPET_O1752352006~~en:snippets:techdata:hub:hub-d2~~
 {|class="techdata"
 !colspan="3"|IoT gateway, data logger and control unit smart/HUB-D2
@@ Line 224: / Line 236: @@
-~~SNIPPET_O1722945462~~en:snippets:techdata:hub:hub-485~~
+~~SNIPPET_O1752352006~~en:snippets:techdata:hub:hub-485~~
 {|class="techdata"
 !colspan="2"|4 x RS-485 extension
@@ Line 266: / Line 278: @@
-~~SNIPPET_O1722945462~~en:snippets:techdata:core:core-d7~~
+~~SNIPPET_O1752352006~~en:snippets:techdata:core:core-d7~~
 {|class="techdata"
 !colspan="3"|7" External touch display smart/CORE-D7
@@ Line 322: / Line 334: @@
 ~~SNIPPET_C~~en:snippets:techdata:core:core-d7~~
+==== Conformities ====
+~~SNIPPET_O1752352006~~en:snippets:techdata:hub:hub_conformities~~
+{|class="techdata"
+!colspan="2"|Conformities
+|-
+|Markings
+|{{:media:common:ce_logo.png?50|}}  {{:media:common:ccsaus_mark_transparent.png?50|}}
+|-
+|Electrical standards
+|2014/35/EU Low Voltage Directive (LVD) \\
+/30/EU Electromagnetic compatibility (EMC) \\
+EN IEC 61000-6-2:2019 Immunity standard for industrial environments \\
+EN IEC 61000-6-3:2007 + A1: 2011 Emission standard for residential, commercial and light-industrial environments \\
+EN 61010-1 Safety requirements for electrical equipment for measurement, control and laboratory use \\
+EN 61326-1 Electrical equipment for measurement, control and laboratory use - EMC requirements
+|}
+~~SNIPPET_C~~en:snippets:techdata:hub:hub_conformities~~