Cloudworks Cds541 User manual

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CDS541

Cumulus Pulse

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This document contains information relating to the rights of

agreement provisions are applicable to this document. When no longer needed for authorised

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without prior permission, in writing, from

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Cumulus Pulse

Logger User Manual

CDS541 Cumulus Pulse Logger User Manual

User

28 February 2018

V2.0

Draft

Confidential

CDS541 Cumulus Pulse Logger User Manual.docx

This document contains information relating to the rights of

Cape Digital Solutions

. The confidentiality

agreement provisions are applicable to this document. When no longer needed for authorised

purposes, this document must be destroyed or returned to

Cape Digital Solutions.

reserves the right to change the desi

gn or specifications of their products

The contents of this manual is the property

of Cape Digital Solutions

and may not be copied or modified

without prior permission, in writing, from

Cape Digital Solutions, Cape Town, South Africa.

PAGE

. The confidentiality

agreement provisions are applicable to this document. When no longer needed for authorised

gn or specifications of their products

and may not be copied or modified

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Issue Date

V01 28 Feb 2018

V02 25 Jul 2019

V03 19 Jan 2021

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AMENDMENT HISTORY

Amendment Details

Amended By

Compile document

Alex Romanov

Updated modem technology specs

Alex Romanov

New configuration text

Alex Romanov

PAGE

Amended By

Alex Romanov

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Table of Contents

CDS541 Cumulus Pulse Logger

1.1

Introduction ................................

................................

1.2

Features ................................

................................

1.3

Specifications

................................

1.4

Architecture ................................

................................

1.5

Power Modes

................................

1.6

LED Functions

................................

1.7

Pushbutton Functions

................................

1.8

Connections

................................

1.8.1

External Power Supply / Solar System Connection

1.8.2

Using the Digital Output

................................

1.8.3

Using the Digital Input

................................

1.8.4

Using the 4-

20mA loop input and 24V loop power generator

1.8.5

Using the Pulse Input with echo output

1.8.6

Using the ECO interface

................................

Logger Setup

................................

2.1

Setup via Bluetooth Configure

................................

2.2

Setup via Remote Configure

................................

2.3

Setup via Offline Script Configure

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External Power Supply / Solar System Connection

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20mA loop input and 24V loop power generator

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Using the Pulse Input with echo output

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Setup via Offline Script Configure

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1 CDS541 CUMULUS PULSE

LOGGER

1.1 Introduction

The Cumulus Pulse

logger is a robust, sophisticated 3G GSM logger/controller with a wide range of input/output

capabilities, making it ideal for a

large number of uses including utility and r

Standard in this l

ogger is a GPS receiver allowing for the precise location determina

Communication to your own server

and database can be achieved

on these servers is supplied free of charge.

setup without the need for a complicated se

supplied free of charge to allow clients to manage their own networks and data. There are no monthly charges for

collecting and hosting data as the client can provide this service themselves

1.2 Features



Uses 3G GSM (UMTS/HSPA) technology. Thi

world will soon no longer be supporting older GPRS techn

This has already started happening in many countries around the world.



Onboard GPS. Networks are plotted automatically on Google Earth giving the client a precise location of assets in

the field.

 Bluetooth interface -

setup and manual data collection can be achieved through the Bluetooth interface negating

the need for cable

s that invariable fail during continuous use.

 Battery or m

ains operated with battery failover in dual mode.

 Uses standard off-the-shelf a

lkaline batteries. This logger uses 3x standard D Cell alkaline batteries that

excess of 5 years under no

rmal usage. Many other loggers use

obtain. Other problems involving l

ithium batteries are the restrictions when shipping using airfreight. All

batteries need to be shipped as hazardous cargo tha

are no longer allowing these batteries on their aircraft.



ECO Interface for the connecting to GWF electronic meters.

 Isolated 4-

20mA interface. Used for any sensing device

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LOGGER

logger is a robust, sophisticated 3G GSM logger/controller with a wide range of input/output

large number of uses including utility and r

emote control/measurement applications.

ogger is a GPS receiver allowing for the precise location determina

tion needed in large networks.

and database can be achieved

via

the internet or a private APN.

on these servers is supplied free of charge.

The Cumulus Pulse

Logger has been designed to allow for easy installation and

setup without the need for a complicated se

rver infrastructure. Setup and m

anagement software (CloudWorks) is

supplied free of charge to allow clients to manage their own networks and data. There are no monthly charges for

collecting and hosting data as the client can provide this service themselves

Uses 3G GSM (UMTS/HSPA) technology. Thi

s has become essential as many c

ellular network providers around the

world will soon no longer be supporting older GPRS techn

ologies, rendering legacy GPRS d

This has already started happening in many countries around the world.

Onboard GPS. Networks are plotted automatically on Google Earth giving the client a precise location of assets in

setup and manual data collection can be achieved through the Bluetooth interface negating

s that invariable fail during continuous use.

ains operated with battery failover in dual mode.

lkaline batteries. This logger uses 3x standard D Cell alkaline batteries that

rmal usage. Many other loggers use

ithium batteries that are expensive and difficult to

ithium batteries are the restrictions when shipping using airfreight. All

batteries need to be shipped as hazardous cargo tha

t is becoming increasingly difficult to achieve as many airlines

are no longer allowing these batteries on their aircraft.

ECO Interface for the connecting to GWF electronic meters.

20mA interface. Used for any sensing device

with a 4-20mA output.

PAGE

logger is a robust, sophisticated 3G GSM logger/controller with a wide range of input/output

emote control/measurement applications.

tion needed in large networks.

the internet or a private APN.

The software running

Logger has been designed to allow for easy installation and

anagement software (CloudWorks) is

also

supplied free of charge to allow clients to manage their own networks and data. There are no monthly charges for

ellular network providers around the

ologies, rendering legacy GPRS d

ataloggers obsolete.

Onboard GPS. Networks are plotted automatically on Google Earth giving the client a precise location of assets in

setup and manual data collection can be achieved through the Bluetooth interface negating

lkaline batteries. This logger uses 3x standard D Cell alkaline batteries that

can last in

ithium batteries that are expensive and difficult to

ithium batteries are the restrictions when shipping using airfreight. All

lithium

t is becoming increasingly difficult to achieve as many airlines

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

Onboard 24V 30mA power generator. The

of 30mA allowing for the powering of an external piece of equipment or current loop device eliminating the need

for a secondary power supply. This



2 x Pulse inputs with echo output

measured amount of product. The echo output will allow this logger to be connected in conjun

device requiring use of the same pulse output.

 1 x Digital input - U

sed for general input application.

 1 x Digital output (max 500mA at

 Large onboard non-

volatile memory

Application dependent.



Logging intervals from 1 minute to 1 month. Information is internally logged, time and date stamped and

transmitted at programmable intervals



Remote programming of all setup parameters via GPRS link or SMS.



Ideal for leak detection, alarming and water shut



Onboard Bluetooth can stream diagnostic information about signal strength,

 Pushb

utton and LED's for manual wakeup to server and diagnostic purposes etc.

1.3 Specifications

 GPRS multi-

slot class 12/ EDGE multi

 Onboard GPS

 Bluetooth interface



 Option of mains/solar

power with battery failover and sleep



All management software supplied free

 Standard Alkaline Batteries -

3 x D cells

 ECO Interface for GWF meters

 24V 30mA Generated power o

utput

 2 x Pulse inputs with echo out

 1 x Digital input

 1 x 500mA max 50V Output

 Isolated 4-20mA Input port

 11000 Record datalog memory

(application dependent)

 Full SMS driven command set

 Logging intervals 1 minute to 1 m

onth

 Rugged housing with padlock eye

 Pushbutton and LED Diagnostics



Configuration and diagnostics through Bluetooth interface

 Fully configurable remotely

 Stream data in real-

time when powered by mains or 12V supply



Size 175mm x 180mm x 78mm (including cable glands)

 Housing Protection Class - IP65

 Environment : -

20°C to 80°C humidity

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Onboard 24V 30mA power generator. The

Cumulus Pulse l

ogger can generate a stable 24V output at a maximum

of 30mA allowing for the powering of an external piece of equipment or current loop device eliminating the need

option will also function under battery operation.

2 x Pulse inputs with echo output

Pulse inputs are used on metering devices that supply a pulse output for a

measured amount of product. The echo output will allow this logger to be connected in conjun

device requiring use of the same pulse output.

sed for general input application.

V) -

This output can be used to operated a valve, solenoid or similar device.

volatile memory

- This logger can record in excess of 11000

records for later download.

Logging intervals from 1 minute to 1 month. Information is internally logged, time and date stamped and

transmitted at programmable intervals

Remote programming of all setup parameters via GPRS link or SMS.

Ideal for leak detection, alarming and water shut

-off control to prevent water loss.

Onboard Bluetooth can stream diagnostic information about signal strength,

etwork status etc.

utton and LED's for manual wakeup to server and diagnostic purposes etc.

slot class 12/ EDGE multi

-slot class 12/ 3G (UMTS/HSPA) Modem Technology

power with battery failover and sleep

All management software supplied free

3 x D cells

utput

(application dependent)

onth

Configuration and diagnostics through Bluetooth interface

time when powered by mains or 12V supply

Size 175mm x 180mm x 78mm (including cable glands)

20°C to 80°C humidity

≤ 90% non condensing. Check battery specifications for low power systems

PAGE

ogger can generate a stable 24V output at a maximum

of 30mA allowing for the powering of an external piece of equipment or current loop device eliminating the need

Pulse inputs are used on metering devices that supply a pulse output for a

measured amount of product. The echo output will allow this logger to be connected in conjun

ction with another

This output can be used to operated a valve, solenoid or similar device.

records for later download.

Logging intervals from 1 minute to 1 month. Information is internally logged, time and date stamped and

etwork status etc.

≤ 90% non condensing. Check battery specifications for low power systems

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1.4 Architecture

Bluetooth

Interface

Central

Processor

3G GSM

Interface

Non volatile

memory

Onboard Mains

Power Supply

3 x

Batteries

Power

Management

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Bluetooth

Interface

Central

Processor

GPS Satellite

Receiver

Input / Output

Interface

3 x

Alkaline

Batteries

External 12V

Power Supply

Power

Management

2 wire Isolated

20mA

2x Pulse Inputs

with echo output

ECO Interface

1x Digital Input

24V 30mA

Generator

1x Digital

PAGE

2 wire Isolated

20mA

Input

2x Pulse Inputs

with echo output

ECO Interface

1x Digital Input

1x Digital

Output

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1.5 Power Modes

The Cumulus Pulse

Logger can operate in one of three power configurations.

 Mains powered -

in this mode the logger can be continuously connected to the server allowing for the streaming

of live data.

 Battery powered - The

Cumulus Pulse

depending on the operation

. In this mode, the logger will 'wakeup' (

recorded data to a remote database.

 External 12V (8-15V) 2A supply -

same as a

logger will automatically switch to battery mode should the power fail.

1.6 LED Functions

LED's indicate the following:

Blue LED - Bluetooth status

 Flashing indicates the B

luetooth is ready to r



Solid light indicates and active connection

Red LED - GSM status

 Solid -

Logger is in Command Mode (normally accompanied by an active Bluetooth connection)

 Fast flash -

Logger is currently initiating a connection to the server

 Slow Flash -

Connection has been established to the server

1.7 Pushbutton Functions

The Cumulus Pulse

logger has a pushbutton to allow for local functions. Mostly used in the Battery mod

as follows.



Single short push will turn the Bluetooth radio on and off (normally permanently on in Mains mode)



A push of more than 3 seconds will re

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Logger can operate in one of three power configurations.

in this mode the logger can be continuously connected to the server allowing for the streaming

Cumulus Pulse

logger uses standard 'D' Cell alkal

ine batteries that will last several years

. In this mode, the logger will 'wakeup' (

adjustable -

normally 6 hourly) and upload its

recorded data to a remote database.

same as a

mains operated logger. In this mode,

batteries

logger will automatically switch to battery mode should the power fail.

This is known as the 'Dual' mode.

luetooth is ready to r

eceive an incoming connection

Solid light indicates and active connection

Logger is in Command Mode (normally accompanied by an active Bluetooth connection)

Logger is currently initiating a connection to the server

Connection has been established to the server

logger has a pushbutton to allow for local functions. Mostly used in the Battery mod

Single short push will turn the Bluetooth radio on and off (normally permanently on in Mains mode)

A push of more than 3 seconds will re

sult in the logger establishing a connection

to the server.

PAGE

in this mode the logger can be continuously connected to the server allowing for the streaming

ine batteries that will last several years

normally 6 hourly) and upload its

batteries

can be fitted and the

This is known as the 'Dual' mode.

Logger is in Command Mode (normally accompanied by an active Bluetooth connection)

logger has a pushbutton to allow for local functions. Mostly used in the Battery mod

e, the button works

Single short push will turn the Bluetooth radio on and off (normally permanently on in Mains mode)

to the server.

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1.8 Connections

Connections are available on a series of terminal connectors labelled from 1 to 22.

These connections are as follows:

1. External Power Supply / Solar system

ground (optional)

2. External 12V Power Supply

/ Solar system

3. Digital output c

onnection (switch to ground)

4. Ground connection for the digital output

5. 24V 30mA max power generator output (used for powering a current loop device)

6. Ground for the 24V generator

7. Negative connection for 4-

20mA isolated loop input

8. Positive connection for 4-

20mA isolated loop input

9. Pulse 1 input

10. Ground for Pulse 1 input

11. Ground for Pulse 1 output (pulse splitter output)

12. Pulse 1 pulse splitter output

(switch to ground)

13. Pulse 2 input

14. Ground for Pulse 2 input

15. Ground for Pulse 2 output (pulse splitter output)

16. Pulse 2 pulse splitter output (switch to ground)

17. Digital input

18. Ground for digital input

19. ECO interface TX line

20. ECO interface RX line

21. ECO interface ground line

22. Earthing connection ECO interface

input (transient voltage protection)

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Connections are available on a series of terminal connectors labelled from 1 to 22.

ground (optional)

/ Solar system

(optional)

onnection (switch to ground)

5. 24V 30mA max power generator output (used for powering a current loop device)

20mA isolated loop input

11. Ground for Pulse 1 output (pulse splitter output)

(switch to ground)

15. Ground for Pulse 2 output (pulse splitter output)

16. Pulse 2 pulse splitter output (switch to ground)

input (transient voltage protection)

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1.8.1

External Power Supply / Solar System

The CDS541 Cumulus Pulse

logger can be powered entirely from an external 12V (8

source.

Using a solar power source and also populating the logger with alkaline batteries means that the logger can be put

into dual mode. In this mode, while ther

e is solar power available, the logger will remain online with the server. Should the

solar power fail, the logger will automatically switch to 'battery' mode until the solar power source is restored. This is id

for remote applications where there is no

mains power available and streaming data is required.

1.8.2

Using the Digital Output

The output on the CDS541

Logger can be used to switch a DC device of up to 500mA at a maximum of 50V. This output is an

open drain output that will switch to ground.

overloaded. Should this happen, please disconnect all the power, wait for 1 minute and the fuse will reset itself. Repeated

overloading could cause the fuse to eventually fail.

Example

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External Power Supply / Solar System

Connection

logger can be powered entirely from an external 12V (8

-15V) 2A

power supply or solar p

Using a solar power source and also populating the logger with alkaline batteries means that the logger can be put

e is solar power available, the logger will remain online with the server. Should the

solar power fail, the logger will automatically switch to 'battery' mode until the solar power source is restored. This is id

mains power available and streaming data is required.

Logger can be used to switch a DC device of up to 500mA at a maximum of 50V. This output is an

open drain output that will switch to ground.

This ou

tput is protected by a 500mA resettable fuse so it will trip if

overloaded. Should this happen, please disconnect all the power, wait for 1 minute and the fuse will reset itself. Repeated

overloading could cause the fuse to eventually fail.

Example

configuration for operating a 24V Valve

PAGE

power supply or solar p

ower

Using a solar power source and also populating the logger with alkaline batteries means that the logger can be put

e is solar power available, the logger will remain online with the server. Should the

solar power fail, the logger will automatically switch to 'battery' mode until the solar power source is restored. This is id

eal

Logger can be used to switch a DC device of up to 500mA at a maximum of 50V. This output is an

tput is protected by a 500mA resettable fuse so it will trip if

overloaded. Should this happen, please disconnect all the power, wait for 1 minute and the fuse will reset itself. Repeated

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1.8.3

Using the Digital Input

The input of the Cumulus Pulse

logger is designed to connect to a volt free mechanical or electronic switch. The logger has

its own internal pullup resistor.

Example for connecting to a vo

Example for connecting to an Open Collector electronic switch

1.8.4

Using the 4-

20mA loop input

The Cumulus Pulse

logger is equipped with a fully isolated (optical) 4

applications and should be connected as below. Please take note of the polarity of the loop connections.

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logger is designed to connect to a volt free mechanical or electronic switch. The logger has

Example for connecting to a vo

lt free contact

Example for connecting to an Open Collector electronic switch

note that pin 18 must be the ground connection

20mA loop input

and 24V loop power generator

logger is equipped with a fully isolated (optical) 4

20mA interface. This interface is configured for 2 wire

applications and should be connected as below. Please take note of the polarity of the loop connections.

PAGE

logger is designed to connect to a volt free mechanical or electronic switch. The logger has

note that pin 18 must be the ground connection

20mA interface. This interface is configured for 2 wire

applications and should be connected as below. Please take note of the polarity of the loop connections.

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To assist with the powering of loop devices, the

generator. This generator is designed

to provide the power for devices that source this directly off the loop

maximum power to flow on a 4-20mA

loop, should be 2

30mA. Please note, using the 24V power generator to power a loop device, uses a substantial amo

reason, in battery operated devices, t

he loop

achieved by setting the generator into 'loop power' mode.

Example configuration of the generator supplying power to a loop powered device

1.8.5

Using the Pulse Input with echo output

Onboard the Cumulus Pulse

logger are 2 pulse inputs. These pulse inputs will echo the pulses onto an output to allow for

multiple devices to be connected to the same pulse source. Pulse inputs are used by metering type devices (eg

energy meter) to measure consumption.

Example configuration of water meter with a volt free switch (e.g. reedswitch)

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To assist with the powering of loop devices, the

Cumulus Pulse

logger is equipped with an onboard 24V loop power

to provide the power for devices that source this directly off the loop

loop, should be 2

0mA, the generator has been desi

gned to supply a maximum of

30mA. Please note, using the 24V power generator to power a loop device, uses a substantial amo

he loop

should only be powered each time the device needs to be read.

achieved by setting the generator into 'loop power' mode.

Example configuration of the generator supplying power to a loop powered device

Using the Pulse Input with echo output

logger are 2 pulse inputs. These pulse inputs will echo the pulses onto an output to allow for

multiple devices to be connected to the same pulse source. Pulse inputs are used by metering type devices (eg

Example configuration of water meter with a volt free switch (e.g. reedswitch)

PAGE

logger is equipped with an onboard 24V loop power

to provide the power for devices that source this directly off the loop

. Since the

gned to supply a maximum of

30mA. Please note, using the 24V power generator to power a loop device, uses a substantial amo

unt of power. For this

should only be powered each time the device needs to be read.

This can be

Example configuration of the generator supplying power to a loop powered device

logger are 2 pulse inputs. These pulse inputs will echo the pulses onto an output to allow for

multiple devices to be connected to the same pulse source. Pulse inputs are used by metering type devices (eg

water or

Example configuration of water meter with a volt free switch (e.g. reedswitch)

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Example configuration of water meter with electronic interface. Please note the polarity of the interface. Ground

1.8.6

Using the ECO interface

Example configuration of

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Example configuration of water meter with electronic interface. Please note the polarity of the interface. Ground

connection to pin 10.

Example configuration of

for GWF ECO intrerface

PAGE

Example configuration of water meter with electronic interface. Please note the polarity of the interface. Ground

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2 LOGGER SETUP

As explained earlier, the CDS541

Cumulus Pulse

configuration to be done locally.

There are two different places in the software to activate the Bluetooth connection

option.

The first option is from the log in screen at start up.

The purpose of having it here is to allow the user to access the Bluetooth setup option without needing

server and authenticating

. This is useful in instances where there is no internet connection available in the field.

The second option is on the Zone screen by

pressing

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Cumulus Pulse

logger has an

onboard Bluetooth interface which allows for the device

There are two different places in the software to activate the Bluetooth connection

The first option is from the log in screen at start up.

The purpose of having it here is to allow the user to access the Bluetooth setup option without needing

. This is useful in instances where there is no internet connection available in the field.

pressing

the 'Device Setup' button.

PAGE

onboard Bluetooth interface which allows for the device

There are two different places in the software to activate the Bluetooth connection

The purpose of having it here is to allow the user to access the Bluetooth setup option without needing

to connect to the

. This is useful in instances where there is no internet connection available in the field.

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Activating this function will launch

the Bluetooth Server which will search for the available remote devices in the immediate

vicinity.

Once the search has been completed, a list of the available devices will be displayed. Should the device you are looking for,

not appear in the list, press

the 'Refresh' button to start the search again. Please remember that battery operated devices

will need the Bluetooth interface activated before it will be found by the Bluetooth Server. This is normally done by giving

the onboard pushbutton a short pres

s and releasing. Th

waiting for a connection.

On some of the legacy equipment you might see an entry that has no listed Device Code. This is because the Bluetooth

interface 'Friendly Name

' needs to be updated before it is correctly recognised.

screen once you are connected. This

entry is a valid

expecting listed as an option.

To make a

connection, select the device from the list and

device in the list will initiate a connection immediately.

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the Bluetooth Server which will search for the available remote devices in the immediate

Once the search has been completed, a list of the available devices will be displayed. Should the device you are looking for,

the 'Refresh' button to start the search again. Please remember that battery operated devices

will need the Bluetooth interface activated before it will be found by the Bluetooth Server. This is normally done by giving

s and releasing. Th

e blue LED will flash to indica

te that the interface is active and

On some of the legacy equipment you might see an entry that has no listed Device Code. This is because the Bluetooth

' needs to be updated before it is correctly recognised.

This can be done in the configuration

entry is a valid

device and can be selected

if you cannot see the device you are

connection, select the device from the list and

press

the 'Connect' button. Alternatively, double clicking on the

device in the list will initiate a connection immediately.

PAGE

the Bluetooth Server which will search for the available remote devices in the immediate

Once the search has been completed, a list of the available devices will be displayed. Should the device you are looking for,

the 'Refresh' button to start the search again. Please remember that battery operated devices

will need the Bluetooth interface activated before it will be found by the Bluetooth Server. This is normally done by giving

te that the interface is active and

On some of the legacy equipment you might see an entry that has no listed Device Code. This is because the Bluetooth

This can be done in the configuration

if you cannot see the device you are

the 'Connect' button. Alternatively, double clicking on the

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Incidentally, once the

connection is established the B

denoting a connection.

Bluetooth LED status

Off

Flash

Solid On

The Bluetooth interface on the logger

provide

while the logger

is operating. This will be information like the GSM signal strength, next wakeup time

information while the logger

is initiating a connection to the server.

Secondly, it can be switched into a C

ommand

logger.

The Bluetooth interface can operate in two different modes. It can be permanently on or activated by means of a short

push of the pushbutton on the logger

. Battery powered

optional on mains powered devices.

Another important thing to note is that, in pushbutton mode, the Bluetooth interface will automatically switch off if no

data is being sent from the software

for more than 60 seconds

remain active for 60 seconds. This

is to prevent the Bluetooth interface from being inadvertently left on and draining the

battery.

The Red LED on the logger

will indicate its current status.

Red LED status

Off

Fast Flash

Slow Flash

Solid On

MANUAL :

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connection is established the B

lue indicator LED on the logger

will be permanently illuminated

Bluetooth LED status

Notes

Interface is off.

Interface is on and waiting for a connection.

Connected to computer.

provide

s for two different functions. Firstly, it

will stream diagnostic information

is operating. This will be information like the GSM signal strength, next wakeup time

is initiating a connection to the server.

ommand

ode which allows the software to send configuration commands to the

The Bluetooth interface can operate in two different modes. It can be permanently on or activated by means of a short

. Battery powered

logger

s are always in the pushbutton mode whereas th

Another important thing to note is that, in pushbutton mode, the Bluetooth interface will automatically switch off if no

for more than 60 seconds

This includes the diagnostic streaming mode

is to prevent the Bluetooth interface from being inadvertently left on and draining the

will indicate its current status.

Red LED status

Notes

Device is sleeping.

Connecting to the server.

Connected to the server and communicating.

Command Mode.

PAGE

will be permanently illuminated

will stream diagnostic information

is operating. This will be information like the GSM signal strength, next wakeup time

etc, as well as,

ode which allows the software to send configuration commands to the

The Bluetooth interface can operate in two different modes. It can be permanently on or activated by means of a short

s are always in the pushbutton mode whereas th

is mode is

Another important thing to note is that, in pushbutton mode, the Bluetooth interface will automatically switch off if no

This includes the diagnostic streaming mode

- it will only

is to prevent the Bluetooth interface from being inadvertently left on and draining the

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2.1

Setup via Bluetooth Configure

Once the Bluetooth connection has been established, Cloudworks

screen needed for each device type. This device will immediately be placed into Command Mode and the current setup

data retrieved and displayed on the right hand screen.

Data update commands are se

nt to the device only after the parameter setup field has been left. What this means is that

while adjusting a parameter in its input box, no commands are sent to the logger. Once you have completed entering the

field and leave it for the next function, on

ly then will the command be sent.

Datalogging functions are suspended while a

the settings can be reread by pressing the 'Get Current Setup' button in the

An important thing to note is that if a

logger

sent from the software, it will automatically exit Command Mode and re

of a battery powered logger,

go back to sleep

not reconnecting to the server.

MANUAL :

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Setup via Bluetooth Configure

Once the Bluetooth connection has been established, Cloudworks

will automatically activate the correct configuration

screen needed for each device type. This device will immediately be placed into Command Mode and the current setup

data retrieved and displayed on the right hand screen.

nt to the device only after the parameter setup field has been left. What this means is that

while adjusting a parameter in its input box, no commands are sent to the logger. Once you have completed entering the

ly then will the command be sent.

Datalogging functions are suspended while a

logger is in Command Mode. At any point, with the

logger

the settings can be reread by pressing the 'Get Current Setup' button in the

top menu.

logger

is in Command Mode for longer than 60 seconds without any commands being

sent from the software, it will automatically exit Command Mode and re

establish a connection to the server, or in the case

go back to sleep

. This is to prevent a logger

accidently being left in this mode and therefore

PAGE

will automatically activate the correct configuration

screen needed for each device type. This device will immediately be placed into Command Mode and the current setup

nt to the device only after the parameter setup field has been left. What this means is that

while adjusting a parameter in its input box, no commands are sent to the logger. Once you have completed entering the

logger

in Command Mode,

is in Command Mode for longer than 60 seconds without any commands being

establish a connection to the server, or in the case

accidently being left in this mode and therefore

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To switch between the Diagnostic Mode and Command Mode, simply press

from the Diagno

stic Mode to Command Mode can take several seconds depending on what the

executing. Command Mode is shown with the [COMMAND MODE] text in the communications block.

responses will be displayed in the 'Communications' blo

selecting the 'Clear Screen' option.

The logger must be in 'Command Mode'

before any of the settings changes or other instructions are accepted

command in Diagnostic Mode will cause the

The information on this screen is ordered in various groups. The 'General Details' box holds information that is not alterabl

and is general information about the logger

. This information consists of the following data:

Information

Device Code

Firmware Version

Serial Number

Latitude

Longitude

Signal Strength

Local IP

Datalog Size

The Device Code assigned to this particular

addressing this code. This code is unique to all

manufacture.

Firmware version of the software loaded on the

Serial number of this

Current

logger latitude

Current

logger longitude

Signal strength of the last

Local IP address assigned by the GSM network. This data is important when using a static

IP system to ensure that the correct IP has been assigned to the

umber of records in the datalog/maximum numb

type.

MANUAL :

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To switch between the Diagnostic Mode and Command Mode, simply press

the

'Command/Connect' button. Switching

stic Mode to Command Mode can take several seconds depending on what the

executing. Command Mode is shown with the [COMMAND MODE] text in the communications block.

responses will be displayed in the 'Communications' blo

ck. This information can be cleared by right clicking in this box and

before any of the settings changes or other instructions are accepted

command in Diagnostic Mode will cause the

logger

to switch to Command Mode but that last instruction will

The information on this screen is ordered in various groups. The 'General Details' box holds information that is not alterabl

. This information consists of the following data:

Notes

The Device Code assigned to this particular

logger

. All communications are initiated by

addressing this code. This code is unique to all

logger

s and is assigned at the time of

Firmware version of the software loaded on the

logger

Serial number of this

logger - assigned in the factory.

logger latitude

- read if the GPS is on.

logger longitude

- read if the GPS is on.

Signal strength of the last

GSM communications, expressed as a percentage.

Local IP address assigned by the GSM network. This data is important when using a static

IP system to ensure that the correct IP has been assigned to the

logger.

umber of records in the datalog/maximum numb

er possible for the selected application

PAGE

'Command/Connect' button. Switching

stic Mode to Command Mode can take several seconds depending on what the

logger is currently

executing. Command Mode is shown with the [COMMAND MODE] text in the communications block.

All commands and

ck. This information can be cleared by right clicking in this box and

before any of the settings changes or other instructions are accepted

. Sending a

to switch to Command Mode but that last instruction will

fail.

The information on this screen is ordered in various groups. The 'General Details' box holds information that is not alterabl

. All communications are initiated by

s and is assigned at the time of

GSM communications, expressed as a percentage.

Local IP address assigned by the GSM network. This data is important when using a static

er possible for the selected application

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Current Clock

Battery Status

Current Power

Digital Input

Loop Current

Loop Reading

Current Date/Time on the

The logger

does need to have connected to the server for the time to have been updated.

Battery status for

important to note that this will be the battery status read while the

than normal

load (

than the recorded b

essentially idle).

An indicator as to how this

mode but can vary for systems on Dual Power mode. For

thi

s parameter will display the current power status of the

Digital input status.

Current 4-

20mA loop current reading in milliamps.

The 4-

20mA current loop reading with its calibration data implemented including the unit

of measure.

The 'I/O Parameter' block is the data used to setup the I/O functions of the logger.

able to synchronise the volume

readings for

interface.

When entering the new Totaliser readings (the Pulse Readings), the pulse weights are automatically calculated and

processed in the setting of the Pulse count on the logger.

Pulse weights refer to the volume of measurement for each pulse on the in

measurement unit. For instance, if measuring cubic metres (Pulse Units=m3) and each pulse represents 100 litres, then the

pulse weight would be 0.1 -

however if measuring in litres (Pulse Units=litres) and each pulse i

pulse weight would be 100. The Pulse Reading, Pulse Weight and Pulse Units can all be entered in the 'I/O Parameter' box.

Current loop interfaces (4-

20mA) work by reading the current running through a particular sensor or devic

on the sensor changes (e.g. pressure), the sensor will adjust the amount of current flowing through the interface. This

current ranges from 4mA to 20mA (max) with 4mA being the lowest reading the sensor can read (e.g. 0 bar on a pressure

sensor) and 20mA representing the highest reading (e.g. 10 bar on a 0

sensing device.

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Current Date/Time on the

logger

. This is automatically set by the server to be UTC time.

does need to have connected to the server for the time to have been updated.

Battery status for

loggers tha

t are powered by battery, expressed as a percentage. It is

important to note that this will be the battery status read while the

logger

load (

Bluetooth

communications active). It would normally indicate lower

than the recorded b

attery status in the datalog (which is read while the

essentially idle).

An indicator as to how this

logger

is being powered. Normally the same as the power

mode but can vary for systems on Dual Power mode. For

logger

s in a dual power mode,

s parameter will display the current power status of the

logger

. Battery or Mains.

Digital input status.

20mA loop current reading in milliamps.

20mA current loop reading with its calibration data implemented including the unit

The 'I/O Parameter' block is the data used to setup the I/O functions of the logger.

This is the place where you would be

readings for

Pulse input

1 and 2, as well as setup the configuration data for the 4

When entering the new Totaliser readings (the Pulse Readings), the pulse weights are automatically calculated and

processed in the setting of the Pulse count on the logger.

Pulse weights refer to the volume of measurement for each pulse on the in

put. This volume is as a ratio of the

measurement unit. For instance, if measuring cubic metres (Pulse Units=m3) and each pulse represents 100 litres, then the

however if measuring in litres (Pulse Units=litres) and each pulse i

s still 100 litres, then the

pulse weight would be 100. The Pulse Reading, Pulse Weight and Pulse Units can all be entered in the 'I/O Parameter' box.

20mA) work by reading the current running through a particular sensor or devic

on the sensor changes (e.g. pressure), the sensor will adjust the amount of current flowing through the interface. This

current ranges from 4mA to 20mA (max) with 4mA being the lowest reading the sensor can read (e.g. 0 bar on a pressure

sensor) and 20mA representing the highest reading (e.g. 10 bar on a 0

10 bar pressure sensor). This is a function of the

PAGE

. This is automatically set by the server to be UTC time.

does need to have connected to the server for the time to have been updated.

t are powered by battery, expressed as a percentage. It is

logger

is under larger

communications active). It would normally indicate lower

attery status in the datalog (which is read while the

logger is

is being powered. Normally the same as the power

s in a dual power mode,

. Battery or Mains.

20mA current loop reading with its calibration data implemented including the unit

This is the place where you would be

1 and 2, as well as setup the configuration data for the 4

-20mA

When entering the new Totaliser readings (the Pulse Readings), the pulse weights are automatically calculated and

put. This volume is as a ratio of the

measurement unit. For instance, if measuring cubic metres (Pulse Units=m3) and each pulse represents 100 litres, then the

s still 100 litres, then the

pulse weight would be 100. The Pulse Reading, Pulse Weight and Pulse Units can all be entered in the 'I/O Parameter' box.

20mA) work by reading the current running through a particular sensor or devic

e. As the reading

on the sensor changes (e.g. pressure), the sensor will adjust the amount of current flowing through the interface. This

current ranges from 4mA to 20mA (max) with 4mA being the lowest reading the sensor can read (e.g. 0 bar on a pressure

10 bar pressure sensor). This is a function of the

USER

MANUAL :

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NAME

The interface on the logger needs to be told what the parameters are for the type of sensor attached, as well as, wh

sensor is measuring. This is done through the Loop Low Value, Loop High Value and Loop Units parameters. The Loop Low

Value would be the lowest reading for that sensor (i.e. 4mA reading), the Loop High Value, the highest reading (i.e. 20mA

reading)

and the Loop Units, the unit of measure.

An example of a submersible 4-

20mA level pressure sensor that reads up to 10 metres.

Loop Low Value = 0

Loop High Value = 10

Loop Units = metres

Next are the 'General Setup' parameters. These are parameters that a

applications of the logger.

Very important here is the 'Vendor Code'. The

server will automatically populate the database that is associated with a specific

Vendor Code assigned to it. Data is matched between these systems using that

communications between different vendors, preventing the cross accessing of

Code is assigned to the relevant

subsystem by the a

The description is a simple string of data that is stored by the logger and used to identify that logger in simple terms. He

it is best to use wording that might explain something about where this logger has been applied.

Application

types are explained in detail earlier in this document. To select an application type, simply click the dropdown

arrow on the right of the entry field and select the application type you wish to apply.

When using a simcard to connect to a GSM network, the

need from you in order to connect to their network. These are sometimes not necessary as the card will automatically

connect but most will require them. The parameters are the APN Name, User

Networks generally require you to enter the APN Name but the Username and Password are not necessary. These details

are obtained directly from your GSM service provider and most are published on their websites.

Cloudworks devices are al

so designed to allow

the APN details here will result in the device connecting to your private network.

address which will be shown in t

he 'Local IP' field in the 'General Details' box.

All Cloudworks devices connect to a server with a static IP or domain name. They usually use UDP/IP protocols and

connect, by default, on port 13000. If you are running your own server, the Server Name or

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The interface on the logger needs to be told what the parameters are for the type of sensor attached, as well as, wh

sensor is measuring. This is done through the Loop Low Value, Loop High Value and Loop Units parameters. The Loop Low

Value would be the lowest reading for that sensor (i.e. 4mA reading), the Loop High Value, the highest reading (i.e. 20mA

and the Loop Units, the unit of measure.

20mA level pressure sensor that reads up to 10 metres.

Next are the 'General Setup' parameters. These are parameters that a

re used for the communications, descriptions and

Very important here is the 'Vendor Code'. The

Cloudworks System

supports multiple databases. What this means is that the

server will automatically populate the database that is associated with a specific

logger

. Each database and

Vendor Code assigned to it. Data is matched between these systems using that

code. This code is also used to separate

communications between different vendors, preventing the cross accessing of

logger

s by unauthorised users. The Vendor

subsystem by the a

dministrator during the creation of the datab

ase on the server.

The description is a simple string of data that is stored by the logger and used to identify that logger in simple terms. He

it is best to use wording that might explain something about where this logger has been applied.

types are explained in detail earlier in this document. To select an application type, simply click the dropdown

arrow on the right of the entry field and select the application type you wish to apply.

When using a simcard to connect to a GSM network, the

re are a couple of parameters that your GSM service provider will

need from you in order to connect to their network. These are sometimes not necessary as the card will automatically

connect but most will require them. The parameters are the APN Name, User

name and Password.

Networks generally require you to enter the APN Name but the Username and Password are not necessary. These details

are obtained directly from your GSM service provider and most are published on their websites.

so designed to allow

for

the connection to custom private APN's for purposes of security. Entering

the APN details here will result in the device connecting to your private network.

These networks normally issue a static IP

he 'Local IP' field in the 'General Details' box.

All Cloudworks devices connect to a server with a static IP or domain name. They usually use UDP/IP protocols and

connect, by default, on port 13000. If you are running your own server, the Server Name or

IP address as well as Server Port

PAGE

The interface on the logger needs to be told what the parameters are for the type of sensor attached, as well as, wh

at that

sensor is measuring. This is done through the Loop Low Value, Loop High Value and Loop Units parameters. The Loop Low

Value would be the lowest reading for that sensor (i.e. 4mA reading), the Loop High Value, the highest reading (i.e. 20mA

re used for the communications, descriptions and

supports multiple databases. What this means is that the

. Each database and

logger has a

code. This code is also used to separate

s by unauthorised users. The Vendor

ase on the server.

The description is a simple string of data that is stored by the logger and used to identify that logger in simple terms. He

re,

types are explained in detail earlier in this document. To select an application type, simply click the dropdown

re are a couple of parameters that your GSM service provider will

need from you in order to connect to their network. These are sometimes not necessary as the card will automatically

Networks generally require you to enter the APN Name but the Username and Password are not necessary. These details

the connection to custom private APN's for purposes of security. Entering

These networks normally issue a static IP

All Cloudworks devices connect to a server with a static IP or domain name. They usually use UDP/IP protocols and

IP address as well as Server Port

USER

MANUAL :

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number need to be entered here.

Just a note, it is always better to rather use the IP address than the domain name. This

will mean that the logger will not have to execute a domain name lookup before connecting to your ser

Cloudworks loggers support the use of simcard pin codes. How this works is

will request the pincode when the modem powers up and starts connecting to the network. If the pincode field here is

populated,

the logger will offer this code to the network, allowing it to connect. Failure of the pincode will cause the

logger to abort the connection attempt and shutdown.

With regards to Domain Name Servers (DNS), most service providers will use their own prede

these entries are normally left blank. However, should you require your own DNS servers, you can capture their Names/IP

addresses in the Primary and Secondary DNS fields.

Similarly, SMS Service Centre number is normally not required

customised using the 'SMS Serv. Centre' field.

If you are using a foreign simcard on a network, the logger will need to be told that it is allowed to use data roaming.

Without that, the logger will shutdown.

The Wakeup Period refers to the time a logger remains asleep before waking and connecting to the server to upload its

data. The Datalog Period is the time between each recorded datalog entry.

Datalog

timings are calculated forward from midnight of the day on which they are set. What this means is that if the

datalog period is set to 5 minutes for instance, the next log time will be calculated as 5 minute intervals starting from

midnight. This means th

at each entry would appear on the 5 minute interval of an hour.

Wakeup timings are calculated forward from the moment a

The Cumulus Pulse logger has an onboard ECO interface for the connection

parameters associated with this type of interface. The first is the 'ECO Timeout' which is the maximum length of time the

interface may wait for the meter to deliver data once activated. And secondly, the 'ECO Holdoff' w

amount of time allowed between activating the ECO interface and reading the meter. Both these parameters are in

seconds.

Stored locally on each logger is a 220 byte 'User Configuration Data' scratchpad area. This information is eventually carrie

back into the database and can be used for numerous functions. An example would be the storage of meter serial numbers

on a water

metering application etc. This area could also contain a complex code that would perhaps give the backend

software more information as to how the data from this logger needs to be handled. For example, it could contain a code

which has the meter serial nu

mber plus other digits indicating whether it is a bulk or zonal meter.

MANUAL :

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Just a note, it is always better to rather use the IP address than the domain name. This

will mean that the logger will not have to execute a domain name lookup before connecting to your ser

Cloudworks loggers support the use of simcard pin codes. How this works is

should a simcard have a pincode activated, it

will request the pincode when the modem powers up and starts connecting to the network. If the pincode field here is

the logger will offer this code to the network, allowing it to connect. Failure of the pincode will cause the

logger to abort the connection attempt and shutdown.

With regards to Domain Name Servers (DNS), most service providers will use their own prede

termined DNS servers so

these entries are normally left blank. However, should you require your own DNS servers, you can capture their Names/IP

addresses in the Primary and Secondary DNS fields.

Similarly, SMS Service Centre number is normally not required

as your network will default this value. This can be

customised using the 'SMS Serv. Centre' field.

If you are using a foreign simcard on a network, the logger will need to be told that it is allowed to use data roaming.

The Wakeup Period refers to the time a logger remains asleep before waking and connecting to the server to upload its

data. The Datalog Period is the time between each recorded datalog entry.

timings are calculated forward from midnight of the day on which they are set. What this means is that if the

datalog period is set to 5 minutes for instance, the next log time will be calculated as 5 minute intervals starting from

at each entry would appear on the 5 minute interval of an hour.

Wakeup timings are calculated forward from the moment a

logger

goes back to sleep and not from the midnight point.

The Cumulus Pulse logger has an onboard ECO interface for the connection

to GWF water meters. There are two