Geosense GEOLOGGER G8 PLUS Guía de configuración

DATA LOGGER

GEOLOGGER G8 PLUS

CONFIGURATION & WIRING OF PERIPHERALS

CONTENTS

DESCRIPTION PAGE

Main components 3

G8 Module Connections 4

G8 Module Connections (bottom side) 5

G8 Module connections (top side) 6

Mains powered schematic wiring diagram 7

SmartMux ID setup 8

Rebooting a SmartMux 9

Digital SmartMux overview 10

Analogue SmartMux inputs 11

Wiring options to analogue SmartMux 12

Grounding the VW sensor shield wire to analogue SmartMux 13

Grounding the G8 and/or Remote SmartMux 14

G8 to analogue SmartMux system configurations 15

Typical wiring between G8 & analogue SmartMux (G8 at start of chain) 16

Typical wiring between G8 & analogue SmartMux (G8 in middle of chain) 17

G8 to analogue SmartMux connections (RS232) 18

Router/modem setup 19

G8 as a Web Server 20

G8 as an FTP server 21

G8 configuration 22

Enclosure - which houses all the above

components mounted, pre-wired and pre-

programed in a robust IP65 enclosure for

mounting on a suitable location such as a wall or

support frame.

SmartMux (Analogue / Digital): A smart

relay mechanism controlled by the

CPU to switch between multiple sensors so

that they can be monitored by a single

CPU. Allows multi sensors to be fed into the

measurement & control module.

Power Supplies: A power supply provides

regulated power to the logger and sensors.

12 volt DC fed either by 220 volt mains

adaptor and charger with 12 Volt DC battery

back up, 12 Volt DC battery with solar panel.

Communication: Remote or local

connection to the CPU to program or

download data including GSM, GPRS, radio

and cable.

Barometer - for compensation due to

changes in barometric pressure for sensors

used for pressure monitoring. (Not shown).

Main Components

Central processing unit (CPU) – G8

Module to which all the components are

linked.

RS485b DIGITAL

DEVICE TO G8

INPUT / OUTPUT

RS485a DIGITAL

DEVICE TO G8

INPUT / OUTPUT

2X OPTIONAL G8

TO DEVICE

POWER OUTPUTS

SD CARD SLOT FOR DATA

BACKUP

LAN PORT FOR NETWORK TO G8

DIRECT CONNECTION OR G8 TO

MODEM LINK

RS232b ANALOGUE

INPUT / OUTPUT

RS232a ANALOGUE

INPUT / OUTPUT

USB PORT FOR

DATA BACKUP

DIGITAL IN 1

LOCAL

DIGITAL

DEVICE TO G8

INPUT

DIGITAL IN 0

LOCAL

DIGITAL

DEVICE TO G8

INPUT

ANALOG IN 0

LOCAL

ANALOGUE

DEVICE TO G8

INPUT

ANALOG IN 1

LOCAL

ANALOGUE

DEVICE TO G8

INPUT

POWER INPUT AND

SWITCH

OFF

FOR RADIO

INTEGRATED

SYSTEMS ONLY

Remember to insert the SD card

with the metal contacts facing UP

2X OPTIONAL

DEVICE TO G8

ALERT INPUTS

G8 Module Connections

[2] Not used - always have DOWN

COM BA+12V COM BA+12V

A separate module is

required for radio

outputs

[1] 120Ω Termination Resistor

RS485a (#1) RS485b (#1)

Digital Sensor

Digital Bus

Analogue Mux

Digital Mux

Tx Rx COM

Radio

+5V/

+12V

Siren

Horn

Light

+12V

COM

Power OUT

Modem, Mux

G8 Module Connections (bottom side)

G8 Module Connections (top side)

Trigger

Pulse Counter

Analogue Input 0

0-10V | 0-3V | 4-20mA | COM

USB Port for data

backup

SGLC mv/V????

Channel can receive single ended voltage signal

Mains Powered G8 Enclosure

Schematic Wiring Diagram

Battery

Fuse

EMC

filter

240V - 12V

Transformer

Fuse

Modem

Radio

Antenna

MAINS IN SENSORS IN

G8 Module

SmartMux

MUX ID 30

MUX ID 20

MUX ID 1

MUX ID 10

SmartMux ID Setup

SmartMux IDs are determined by the use of mini dipswitches at the front of each unit. These are usually preconfigured before you receive

them, according to your system design.

[1] Not used - always have DOWN

[2] 120Ω Termination Resistor - only have UP

when at the end of the string

[1] RS232/RS485 Switch - DOWN for RS485

[2] Not for customer use - always have DOWN

The setup is based on zero index binary, with the least

significate bit at the front.

Examples:

1 in binary is 00000001; on the mux it will be 10000000

15 in binary is 00001111; on the mux it will be 11110000

WHY back to front?!

A SmartMux will memorise the name of the first G8 it

communicates with and will only communicate with

that G8 from then on. If the G8 ID is changed, the mux

will not communicate with it.

A sign that this is happening is that the data file states

“NO-RX” where there should be data. In addition to

this, the red light on the SmartMux will not flash, only

the green light will come on (the SmartMux will take a

reading but it will not send it to the G8)

Rebooting a SmartMux

Reboot Mode

Rebooting the SmartMux will cause it to lose it’s memory and it will then be

able to communicate with a new G8

1. In the middle block of dipswitches, push all 1-8 up

2. Supply power to the mux. The easiest way to do this is by creating a local

reading of that mux (any channel)

The red and green LED lights on the front of the mux will flash alternately

3. After the lights begin to flash, press ESC repeatedly until the flashing stops

4. Rename your SmartMux by changing the dipswitches back to their original

configuration

5. Take a local reading from the SmartMux to confirm that you get a response

Incorporating a Digital SmartMux (DMUX) with Analogue SmartMuxs (GMUX)

NOTE

Digital & analogue SmartMuxs can

be connected together within a

chain

The digital SmartMux MUST BE at

the end of the RS485 line

The digital SmartMux only has one

ID per channel so you can either

connect one digital sensor (or string

of digital sensors) or an analogue

SmartMux into each channel

GMUX

ID0004

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

GMUX

ID0005

GMUX

ID0006

GMUX

ID0007

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

Channel 1

Channel 4

Channel 3

Channel 2

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

…

Channel 16

RS-485

GMUX ID0001

GMUX ID0002

GMUX ID0003

Each channel can

take one

RS-485 digital

input

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