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SETUP AND INSTALLATION

 

SETUP

 

 

Installation Manual 

 

Page 

12

 

© Logic Energy Ltd. Registered in Scotland 

2.4  Power Supply Setup 

 
Depending on the installation type, there are various ways to power the LeNETmobile.  

 

For remote sites and long term monitoring, a PV kit (solar panel and battery) is recommended.  

 

For cost-conscious installations, a replaceable industrial alkaline battery pack can be used.  

 

For indoor or energy metering systems, a mains power supply is suitable. 

 

Note:

  The power supply positive wire connects to the LeNETmobile 

PWR+

 terminal, and the negative 

wire connects to the 

GND

 terminal. 

 

2.4.1  PV Kit Power Supply 

The LeNETmobile can be powered from a 6V or 12V rechargeable battery and PV panel kit for reliable 
long-term operation on remote sites. 
 

 

The solar panel works best when it receives full sunlight, so mount it away from fences, 
buildings, trees or other obstructions that may cast shadows on it. 

 

The panel should be mounted facing south in the Northern Hemisphere, and facing north in the 
Southern Hemisphere for maximum sun exposure. The vertical angle depends on latitude (usually 
about 30º angle) 

 

Mount the enclosure and panel on the mast, mount pole or wall with appropriate brackets. 

 

Connect the PV kit output cable to the LeNETmobile power terminals: “+” (red or white wire) to 
LeNETmobile “PWR +” and “–” (black wire) to LeNETmobile GND. 

 

2.4.2  Mains Power Supply 

The LeNETmobile can be powered from any mains power supply that can provide up to 2 Amps at 
typically 9 Volts. This is typically a plug-pack or DIN-rail switching supply. Connect the supply output 
directly to the LeNETmobile power terminals, and avoid use of excessively long cables. 

2.4.3  Battery Power Supply 

The LeNETmobile can be powered from an alkaline battery pack consisting of 6 D-cells. Only use good 
quality industrial cells for maximum life. These will typically last around 3 months. Always use 
LeSENSE to monitor the battery voltage, and/or set up a LeSENSE alert to warn of low battery. The alert 
trigger point should be set at 7.5V. See the LeSENSE user guide for details of how to configure alerts. 
 
 
 
 
 
 
 
 
 

Summary of Contents for LeNETmobile

Page 1: ...LeNETmobile Installation and User Guide LeNETmobile July 2012 TM...

Page 2: ...is intended for instructional purposes only This document is subject to change without notice and does not represent a commitment on the part of the manufacturer Every effort has been made to make thi...

Page 3: ...sure it has the security PIN disabled 3 Test the system and sensors before going on site for installation it s much easier to sort out any problems in your office or workshop 4 Keep any calibration c...

Page 4: ...11 2 5 Installation Checklist 12 2 6 LEDs Status 12 3 LESENSE MONITROING AND DATA ACCESS 13 3 1 Access to LeNETmobile Device 13 3 2 General Attributes of LeNETmobile Device 14 3 3 Data Ports of LeNETm...

Page 5: ...obile in a location where there is risk of water damage Use a waterproof enclosure if necessary Do not mount the LeNETmobile in a location where there is significant heat buildup The cover of the LeNE...

Page 6: ...ts information from the connected sensors and automatically sends data updates to LeSENSE web server regularly via the GSM GPRS network Some key features of LeNETmobile are 8 x Digital Input ports 6 x...

Page 7: ...rs reed switch sensors Rain collectors etc 24 VDC pulse 24 VDC mode for industrial applications Analog u D5 D10 0 3 3 VDC Analogue sensors with DC output voltage or current loop wind vanes temperature...

Page 8: ...dated on 1 LeSENSE web portal where data is stored on secure and reliable SAS70 Type 11 certified data centre technology system Data can be accessed managed analyzed and manipulated in a variety of us...

Page 9: ...e figure below shows the general internal layout of the LeNETmobile showing the input port terminals and configuration jumper locations The configuration jumpers set for port A1 is highlighted in figu...

Page 10: ...sensors such as NRG C3 anemometers standard pulse output sensors including optical pulse and dry contact switch pulse sensors such as Energy meters KWH meters Heat Meters Flow meters Gas meters reed...

Page 11: ...micro SD card into your card reader and browse to the config_backup folder on the card Open the config txt file in a text editor such as Notepad 3 The file config txt specifies the GPRS config parame...

Page 12: ...allation Manual Page 11 Logic Energy Ltd Registered in Scotland Once the LeNETmobile is powered up and reads the new configuration file it automatically deletes the file Ensure you keep the backup fil...

Page 13: ...facing south in the Northern Hemisphere and facing north in the Southern Hemisphere for maximum sun exposure The vertical angle depends on latitude usually about 30 angle Mount the enclosure and pane...

Page 14: ...securely mounted and not obstructed by metal enclosures or masts and preferable vertical position 4 If you are using your own SIM then make sure that micro SD card contains the correct GPRS settings i...

Page 15: ...describes quick guide on LeSENSE web portal in order to check the LeNETmobile device for its different attributes and data 3 1 Access to LeNETmobile Device Logic Energy s online web portal LeSENSE can...

Page 16: ...ts in LeSENSE are a logical way of presenting the data that the physical inputs on the LeNETmobile capture Each logical port is associated with one physical input port and one sensor that defines the...

Page 17: ...100uA 4 2 Power Power supply 6 12V DC max 2A during GPRS average consumption typically 5mA Sensor Power 3 3V DC max 20mA total 10 millisecond excitation pulse each sample period 4 3 General Sampling a...

Page 18: ...e the main points when checking the compatibility of an energy meter with LeNETmobile 1 The energy meter should have pulse output feature 2 Any standard pulse output is compatible with LeNETmobile 3 T...

Page 19: ...d APPENDIX B CONNECTION DIAGRAMS B 1 Energy Meters Analogue sensors LeNETmobile is capable of monitoring upto 8 Energy meters such as KWH meters Heat meters Flow meters connected to ports A1 A4 and D1...

Page 20: ...onfigured to provide a pulse output dry contact KYZ or open collector of typically 1000 pulses per kWh depending on system size Sensors Port D1 Pulse output from generation energy meter dry contact or...

Page 21: ...gs Sensors Port A1 Primary top anemometer NRG 40C Port A2 Secondary lower anemometer NRG 40C Port D5 Primary wind vane NRG 200P Shielded cables must be used for the anemometer and wind vane connection...

Page 22: ...Port A1 Davis Pro anemometer reed switch Port D5 Davis Pro wind vane Port D10 NRG 110S temperature sensor 0 2 5V output Note that the NRG 110S temperature sensor requires a power supply of minimum 4 v...

Page 23: ...E PRODUCT IF IT HAS BEEN DAMAGED BY MISUSE ALTERATION ACCIDENT IMPROPER HANDLING OR OPERATION OR IF UNAUTHORISED REPAIRS ARE ATTEMPTED OR MADE SOME EXAMPLES OF DAMAGES NOT COVERED BY WARRANTY INCLUDE...

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