Rexel SmartHub User manual

Energy
Solutions
SmartHub
User Guide

Thank you for making the decision to measure, monitor and manage your energy
usage. It’s not all about cutting usage, as buildings, oces and homes need
energy to function, but identifying the hidden energy costs and reducing them.
This is one way of helping our planet by decreasing the emissions of greenhouse
gases.
Rexel Energy Solutions has provided a simple energy monitoring solution that
empowers users with real time information to help them identify energy usage
and its cost, enabling them to change energy awareness and habits.
The beauty of the website is that it highlights how much energy you’re using right
now. Using the web portal reveals how much it is going to cost you every day
and every month. It’s easy; by making small changes you could receive some big
savings.
Log on to the Rexel Energy Solutions website to observe your energy use and
you’ll soon realise how easy it is to save money, simply by turning o appliances,
rather than leaving them on standby, or just switching the light o when you
leave the room. Checking the portal on your laptop, smart phone or tablet can be
done anytime and anywhere to ensure that you are fully in control of what power
you are using and also how much energy you could save.
For a full range of all our products please visit:
Introduction
www.rexelenergysolutions.com
2

It’s important you observe some simple precautions before using the product.
The SmartHub does not require you to carry out any electrical wiring. However,
the Circuit Transmitter has to be installed at the meter near the electrical supply
to your property.
If you have any doubt about how to install it safely do not attempt to install
it yourself, but consult a qualied electrician.
Similarly, if you notice anything unusual about your electricity supply, such as
loose wires, exposed cabling, burn marks or holes in the insulating materials or
damage to your meter then STOP immediately and consult a qualied electrician.
Do not attempt to repair or service any part of the equipment supplied.
Do not immerse the product in water, or any other liquids.
Do not expose the product to heat, ame, high humidity or extreme cold.
Do not open the equipment or touch any of its electronic circuitry.
Do not hit, strike or drop the equipment. If the display gets broken take special
care not to touch the liquid crystals.
Do not use this product for any purpose other than for which it was intended.
Before you get started
3

1.
2.
3.
4.
5.
6.
SmartHub
Power Adaptor
for the SmartHub
Ethernet Cable
Circuit Transmitter
with CT Clamp
User Manual
Activation Card
(Consumer Package Only)
What’s in the box
4
1
3
5 6
2
The box contains the
following items;
4
Energy
Solutions
A global leader in the distribution
of electrical supplies
Thank you for purchasing a Rexel Energy Monitoring SmartHub
In order to activate your SmartHub please vist;
www.rexelenergysolutions.com and click Activate my SmartHub
Your unique activation code:
A06A-9B21-0F1C-9DE1-7B4C
Activation Card

Wireless sensors such as the Circuit Transmitter with a CT clamp, Individual Appliance
Sensor or Meter Sensor measure the amount of electricity being used. They send a
wireless signal to the SmartHub every six seconds which is encoded and relayed to our
secure servers via your broadband Internet connection.
You can easily access your power usage information online* via the web portal on a
computer, smart phone or tablet device.
* Requires an internet connection
How does the system work
5
SmartHubAppliance
Sensor
Router

1. Unpack the product. Plug the SmartHub into its mains adapter and plug the mains
adapter into a wall socket. The SmartHub screen will start working and show dashes
instead of numbers. The screen should now display ‘Sensor 0’ and three dashes (g.1).
2. Connect the ethernet cable supplied into the ethernet socket on the back of the
SmartHub, then connect the other end of the cable into your network or broadband
router. You should now see a green LED ashing intermittently.
Power Ethernet
Activate your SmartHub
Setting up the SmartHub
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
Before you can use this product you must activate your SmartHub with the online web portal.
In order to complete the activation process, you will need your SmartHub as well the
Activation card from the within the box.
1. Visit the website: www.rexelenergysolutions.com
2. Click on Activate my SmartHub
3. Follow the on-screen instructions in order to activate register your SmartHub
g.1
6

0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
g.2
The SmartHub is a wireless receiver which has only one button.
The button is used to cycle through the available sensor channels and also to pair a
sensor to the SmartHub. The channels are numbered 0 through 9.
The LCD display shows the Sensor number along with its corresponding power usage
gure. See g 2 for an example of how the display may appear.
To cycle through the available channels, push and immediately release the button.
Pressing and holding the syncing button until the red LED ashes, can be used to pair
sensors with the SmartHub, refer to page 8 for full instructions.
Understanding the SmartHub
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
SmartHub
red LED
LCD
Display
Syncing
Button
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
7

1. Place the Circuit Transmitter and the
SmartHub in the same room.
2. Remove the plastic battery tab from
the back of the Transmitter unit; the
Transmitter will now be activated and
the red LED on the front of the unit will
start to ash every 6 seconds.
3. Locate the recessed tuning button on
the front of the Transmitter, and using
a used match, pen or similar, push and
hold the tuning button until the red LED
on the Transmitter has ashed ONCE,
then release.
4. Upon releasing the tuning button the red
LED on the Transmitter will rapidly ash for
one minute.
5. While the red LED on the Transmitter
is ashing press and hold the syncing
button on top of the SmartHub (see
page 7) until the red LED on the
SmartHub ashes, then release the
button. You should now see the word
‘Sensor’ ashing on the display (g.3).
6. The SmartHub should pair to the
Transmitter and display ‘240’ on the
screen (g. 4). This is the Transmitter
voltage. 240 volts is the approximate
voltage of most UK properties. If you
know your property voltage level is
dierent, use the Circuit Transmitter to
change it. To do this, press and hold
the tuning button for 3 seconds. The
voltage will cycle through 200V to 260V
in 10V steps on the screen. When the
screen shows the correct voltage for
your property, release the tuning button.
7. After about a minute, the Transmitter
LED will revert to ashing once every
6 seconds. The SmartHub’s screen
will now show ‘0 Watts’ (g.5). If the
Transmitter’s rapid ashing stops
before you are ready; restart the pairing
process from step 3.
Pairing the Circuit Transmitter to the SmartHub
Circuit
Transmitter
red
LED
Recessed
Tuning Button
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
g.3
g.4
g.5
8

Connecting the Circuit Transmitter to your meter
1. Now the Circuit Transmitter and SmartHub are paired, take the Transmitter and the
CT clamp to the property’s electricity meter.
2. Find the thick round wires connected to the electricity meter. Locate the live cable which
runs from your meter to your fuse box, this is usually the fourth cable from the left.
IMPORTANT: When looking at the cables leaving the bottom of the meter, they should be
fully insulated and you should not be able to see any of the cable conductor or core.
If you do see the live conductor do not touch the cable, or if your meter looks
dierent to the above consult a qualied electrical installer for advice.
3. Choose a place on the live cable length where there is some room around and behind
it. Encircle the cable with the CT clamp. Please note, it should not be ‘clamped’
onto the cable (g.6). It is safe to ease the cable forwards to make room, provided
this is done gently.
4. Ensure the CT clamp is fully inserted in to the socket marked ‘1’ on the bottom
of the Transmitter.
5. Place the Transmitter in any suitable dry location, as high as possible where it will
not fall within the length of its cable. As soon as this is done, the SmartHub will now
display your power consumption.
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
g.6
9

1. Place the Appliance Sensor and the
SmartHub in the same room. Plug the
Appliance Sensor in to a convenient wall
socket. Do not plug an appliance into
the Appliance Sensor at this stage.
2. Switch on the wall socket power supply. The
red LED on the Appliance Sensor should be on.
3. On the front locate the recessed tuning button
in the centre of the Appliance Sensor.
4. Using a used match, pen or similar, push and
hold the recessed tuning button until the red
LED has ashed ONCE only.
5. Upon releasing the red LED on the Appliance
Sensor will ash rapidly. If it doesn’t please try
again.
6. Go to the SmartHub and press and release
the large round button once. This will take you
to a screen that will show Sensor 1 (g.6).
7. Next press and hold the large round button
until the red LED on the SmartHub ashes.
8. When you release the button, the screen will
show dashes indicating the display is tuning
to the Appliance Sensor (g.7).
9. Once tuning is complete, the SmartHub
display will clear and display ‘0 Watts’ (g.8).
10. Move the Appliance Sensor to the socket
used by the appliance you have chosen to
monitor and plug it in. You can now plug the
appliance into your Appliance Sensor.
11. The energy usage of your connected
appliance will now be displayed on the
SmartHub screen (g.9).
12. To add further Appliance Sensors, repeat the
above steps but making sure you change the
sensor number at step 6 to the next available.
Pairing an Appliance Sensor to the SmartHub
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
Appliance
Sensor
red
LED
Recessed
Tuning
Button
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
g.6
g.7
g.8
g.9
10

Once you have paired the sensor, visit the online web portal in order to name your
appliance.
1. Login to the portal by visiting; www.rexelenergysolutions.com and click login.
2. Click on the Appliances tab (g.10).
3. In the list you will see the appliance sensor listed as ‘Appliance 1’, click on Edit (g.11).
4. Click in the Appliance Name box and give the appliance a descriptive name, such as;
TV, Dishwasher, AV Cabinet (g.12).
5. Click Save. You will be taken back to the Appliance List page (g.13).
Naming your Appliance Sensor
Recessed
Tuning
Button
g.10
g.12
g.11
g.13
11

The Meter Sensor can be used for measuring the mains power consumption instead of
the Circuit Transmitter or can be used to monitor the amount of power being generated
by renewable technologies. The Meter Sensor is dierent from the other sensors as it
monitors both the meter reading as well as the power usage information by counting the
impulses on a pulse output enabled meter.
In order to correctly pair the Meter Sensor, you need to pair it to two dierent sensor
channels on the SmartHub, one for the meter reading and one for power usage data.
Please follow the instructions carefully in order to properly pair the Meter Sensor:
1. Place the Meter Sensor and the SmartHub in the same room.
2. Remove the plastic battery tab from the back of the Sensor unit; the sensor will
now be activated and the red LED on the front of the unit will start to ash every 6
seconds.
3. Locate the recessed tuning button on the front of the Sensor, and using a used match,
pen or similar, push and hold the tuning button until the red LED on the Sensor has
ashed ONCE only, then release.
4. Upon releasing the tuning button, the red LED on the Sensor will rapidly ash for
one minute.
5. On the SmartHub, press the syncing button repeatedly (see page 7) until Sensor 9 is
displayed on the screen (g.14), then press and hold the syncing button until the red
LED ashes, then release the button. The SmartHub’s display will now show the word
‘Sensor’ ashing and dashes on the screen (g.15).
6. The SmartHub should now pair with the Sensor and the screen should show 1000
(g.16). This is the default setting; 1000 imp/kWh. If the number is dierent from the
imp/kWh on the electricity meter, press and release the tuning button on the Meter
Sensor, this will cause the sensor to cycle through the supported imp/kwh rates.
(These options are 100, 500, 600, 800, 1000, 1250, 1600, 3200, 10000).
7. After about a minute, the Sensors red LED will revert to ashing once every 6
seconds. The SmartHub’s screen will now show ‘DAT’ to indicate the sensor is ready
to read the power usage data from your electricity meter (g.17).
8. If you are using the Meter Sensor to monitor your mains power at the property instead
of the Circuit Transmitter – Select Sensor 0 on the SmartHub by pressing the syncing
button repeatedly until Sensor 0 is displayed on the screen (g.18). If you are using the
Meter Sensor to monitor Solar PV generation, then press pressing the syncing button
repeatedly until Sensor 8 is displayed on the screen (g.19).
Pairing the Meter Sensor to the SmartHub
12

9. Locate the recessed tuning button on
the front of the Meter Sensor, and using
a used match, pen or similar, push and
hold the tuning button until the red LED
on the Sensor has ashed THREE times,
then release.
10. On the SmartHub press and hold the
syncing button until the red LED ashes
(see page 7), then release the button.
The SmartHub’s display will now show
Sensor ashing and dashes on the
screen (g.20).
11. The SmartHub should now pair with the
Sensor. After about a minute, the Sensors
red LED will revert to ashing once every
six seconds. The SmartHub’s screen
should now display ‘0 watts’ (g.21) .
13
Meter
Sensor
red
LED
Recessed
Tuning Button
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
g.14
g.15
g.16
g.17
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
g.18
g.19
g.20
g.21

1. Now that the Sensor and SmartHub are paired, take the Sensor and reader to the
Electricity or Solar PV Meter. On your meter, locate the ashing red LED, usually
labelled 1 impulse = 1/1000 kWh. Ignore any other ashing or steady LED’s. Clean the
area thoroughly around the correct ashing LED using a dry paper tissue.
2. Take the supplied adhesive base and remove the paper backing. Carefully align the
hole in the circle so that the ashing LED shines clearly through and stick the base
to the meter. When you are happy that it is aligned, apply rm pressure to x the
adhesive.
3. Put the Meter Sensor in a convenient place clear of metal surfaces where its radio
antenna can work eectively.
4. Take the Meter Sensor reader, which is plugged into the sensor and carefully place
it over and attach it to the base. When the alignment is correct, the LED inside the
optical reader will ash at the same time as the one on the meter.
Connecting the Meter Sensor to your Meter
14
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor
1 impulse =
1/1000 kWh
Meter
Sensor
Meter Sensor
Reader
0
Sensor
0
2 4 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
0
9
Sensor
0 0
0 0 1 0
Sensor
0
0
Sensor
Watt
2
7 2 8
Sensor
Watt
9
Sensor
8
Sensor
1
Sensor
1
0
Sensor
Watt
1
3 5 1
Sensor
Watt
1
Sensor
0
0
Sensor
Watt
0 0
A
Sensor

Conguring the Meter Sensor
15
Once you have paired the Meter Sensor, visit the web portal in order to congure the Sensor.
1. Login to the portal by visiting; www.rexelenergysolutions.com
2. Click on the Settings tab (g.22).
3. From the menu on the left, choose ‘Sensors’. This will display a list of detected
Sensors (g.23).
4. The Meter Sensor will show up as two Sensors in the list, nd ID 9 and click
Edit (g.24).
5. Click on the ‘Sensor Data’ drop-down and select the type of meter your are monitoring
(g.25).
e.g. If you are using the Meter Sensor on your electricity meter, select ‘Electricity
Meter’ from the ‘Sensor Data’ drop-down, if you are using the Meter Sensor on your
generation meter. Select ‘Generation Meter’.
See overleaf for further instructions.
g.22
g.24
g.23
g.25

16
Conguring the Meter Sensor (cont.)
6. Enter the meter reading as displayed on your meter (g.26).
7. Click Save. You will be taken back to the Sensor list.
8. If you are using the Meter Sensor to monitor power generation, then nd ID 8
and click Edit (g.27).
9. Click on the ‘Measure Generation’ drop-down, and select Yes (g.28).
10. Click Save. You will be taken back to the Sensor list.
11. Now click on the Home menu button and your Meter Sensor will show on the dashboard.
g.26
g.28
g.27

Your SmartHub should reach you in perfect condition. If you have connected it properly
but can’t get it to work, please check the following before contacting us for assistance.
Problem
No display
Corrupted Display
(incomplete data)
SmartHub displaying
dashes instead
of a reading
Possible Cause
Faulty display and/or
display power supply
Faulty display
Sensor out of range
Solution
Check the device is
plugged in and powered.
Contact supplier.
Contact Supplier
Move your SmartHub
closer to your sensor
If the information above has not resolved your problem either contact our Customer
Service Team on 020 8569 7483
Alternatively visit www.rexelenergysolutions.com to nd our ‘Frequently Asked Questions’
page or to contact a member of the Rexel Energy Monitoring team.
17
Troubleshooting

18
Technical Information
Monitor Model: SmartHub
Product Size: 108mm x 75mm x 100mm
Receiver: 433MHz SRD band
Sensor Coding Recognition: 10 channels (digital and analogue reception)
Sensor Range: Up to 30 metres

19
Compliance Statement
CE Approvals:
EN301 489-3 V1.4.1 (2002-08); EN301 489-1 V1.9.2 (2011-09); EN300 220-2 V2.3.1 (2010-02); EN300
220-2 V2.3.1 (2010-02); EN60950-1: 2006+A11: 2009+A1: 2010+A12: 2011.
IEC 60950-1:2001(1st Edition) and/or EN 60950-1:2001+A11:2004
(1) 15.105 statement
This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against
harmful interference in a residential installation. This equipment generates, uses and can radiate radio
frequency energy and, if not installed and used in accordance with the instructions, may cause harmful
interference to radio communications. However, there is no guarantee that interference will not occur in
a particular installation. If this equipment does cause harmful interference to radio or television reception,
which can be determined by turning the equipment o and on, the user is encouraged to try to correct
the interference by one or more of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit dierent from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.
15.19 statement
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) this device may not cause harmful interference, and (2) this device must accept any interference
received, including interference that may cause undesired operation.
15.21 statement
changes or modications not expressly approved by the party responsible for compliance could void the
user’s authority to operate the equipment.

How to contact us
Email: ener[email protected]
Phone: [phone]
Further information is available at www.rexelenergysolutions.com
Version 1.2
Dec 2012
Energy
Solutions