RF SOLUTIONS BLUESWITCH User manual

BLUESWITCH Access Control
BLUESWITCH Access Control BLUESWITCH Access Control
BLUESWITCH Access Control
DS 10208-1 ©2009 REG No 2 4001, Lewes, England. Page 1
• Learns Upto 128 Bluetooth Phones
• Range settable from 1.6m to 50m
• FCC / CE certified
• Integral antenna
• External push button release
connection
• External light/LED indicator
connection
• 12V DC supply
• Easy installation via screw terminals
• Easy ‘learn’ new cellphones process
BlueSwitch can be configured to trigger in one of three operating modes:
Auto
Auto Auto
Auto Mod
ModMod
Mode
ee
e:
: :
:
Relay triggers whenever a recognized device is in range. To operate in this mode,
connect the jumper SIL1 across pins a and b .
Arrival
ArrivalArrival
Arrival-
--
-Only
OnlyOnly
Only Auto
AutoAuto
Auto Mod
ModMod
Mode
ee
e:
Relay triggers whenever a recognized device comes into range. To operate in this
mode, connect the jumper SIL1 across pins b and c . In addition, it will trigger if a
recognized device is present and then the external pushbutton is pressed.
Semi
SemiSemi
Semi-
--
-Auto Mod
Auto ModAuto Mod
Auto Mode
ee
e:
Relay triggers whenever a recognized device is present and then the external
pushbutton is pressed. To operate in this mode, disconnect the jumper on
SIL1.
Part Number
Part NumberPart Number
Part Number Description
DescriptionDescription
Description
BLUESWITCH BLUESWITCH Access Control
PSU-12V1AIN-IP Power Supply 12V1A IP6

BLUESWITCH Access Control
BLUESWITCH Access Control BLUESWITCH Access Control
BLUESWITCH Access Control
DS 10208-1 ©2009 REG No 2 4001, Lewes, England. Page 2
BLUESWITCH Insta
BLUESWITCH InstaBLUESWITCH Insta
BLUESWITCH Instal
ll
llation
lationlation
lation
Connect power to the screw terminal TB5 (12V or 24V) LED D4 will flash briefly every 10 seconds to
indicate correct operation.
Relay 1 and D5 act as ‘recognized device detected’ indicators. D5 will light when whenever a recog-
nized device is present. If an external indication is required, it can be connected to Relay 1.
The trigger relay is Relay 2. Connect as required. Relay 2 activates according to the trigger mode
previously described. The time delay for which the relay operates may be set between 1 and 255 sec-
onds.
Some trigger modes use an external pushbutton. If this is required it should be connected to the
screw terminals marked TB6. The on-board pushbutton closes the same circuit.
Not
NotNot
Note
ee
e: If a Bluetooth device is constantly located near BLUESWITCH, for example on a desk within range,
the battery will runs down a bit faster quicker than normal. In this case one option is to set
their phone to non-discoverable mode. Then it will not respond to scans from BLUESWITCH.
Learning and Era
Learning and EraLearning and Era
Learning and Eras
ss
sing Bluetooth devices
ing Bluetooth devicesing Bluetooth devices
ing Bluetooth devices
BLUESWITCH can learn to recognize up to 128 Bluetooth devices (i.e. mobile phones). These devices
must be equipped with a Bluetooth radio which is set to discoverable mode. Note that some Motorola
phones can not be set permanently in a discoverable state.
Circuitboard Layout
Circuitboard LayoutCircuitboard Layout
Circuitboard Layout

BLUESWITCH Access Control
BLUESWITCH Access Control BLUESWITCH Access Control
BLUESWITCH Access Control
DS 10208-1 ©2009 REG No 2 4001, Lewes, England. Page 3
Learning
LearningLearning
Learning a
aa
a new
newnew
new BT
BTBT
BT de
dede
dev
vv
vice:
ice:ice:
ice:
1. Ensure the device to be learned is the only Bluetooth device within range.
2. Connect the jumper SIL2 across pins a and b .
3. BLUESWITCH will scan for devices for 10 seconds.
Each time it detects a Bluetooth device, LED D4 will extinguish briefly.
( Note: If D4 flashes rapidly, all128 storage locations are full.)
At the end of the 10 seconds:
- If no devices were detected, step 3 repeats.
- If one device was detected, it will be added to the list of recognized devices and D4 will go
out. Proceed to step 4.
- If more than one device was detected, step 3 repeats.
4. Remove the jumper from SIL2.
Erase
EraseErase
Erase all
allall
all devic
devicdevic
device
ee
es
ss
s from
fromfrom
from t
tt
th
hh
he
ee
e BLUESWITCH
BLUESWITCHBLUESWITCH
BLUESWITCH Memory:
1. Connect a jumper across SIL3 pins b and c . LED D4 will light.
2. Press and hold pushbutton SW1. LED D4 will go out. Hold for at least five seconds.
3. LED D4 will flash slowly indicating that all recognized devices have been deleted.
4. Remove the jum er link across SIL3.
Setting the Relay
Setting the RelaySetting the Relay
Setting the Relay Time
TimeTime
Time
The Relay 2 operating time may be set between 1 and 255 seconds. The factory setting is 1 second.
In Auto Mode , this is the time Relay 2 operates for, once recognized phones are no longer de-
tected.
In Arrival-Only Mode , it is the time since the Relay 2 started operating.
In Semi-Auto Mode , it is the since the button was released. .
To
ToTo
To set
setset
set t
tt
the
hehe
he timed
timedtimed
timed action
actionaction
action d
dd
delay:
elay:elay:
elay:
1. Connect a jumper across SIL3 pins b and c . LED D4 will light.
2. Briefly press pushbutton SW1. (Do not hold it down – that erases all devices!)
The LED will flash quickly.
4. Wait for the duration that the output is to operate for, then press pushbutton SW1 again.
The LED will stay lit to indicate the operation is complete.
5. Remove the jumper link across SIL3.
Setting the Dete
Setting the DeteSetting the Dete
Setting the Detec
cc
ction Ra
tion Ration Ra
tion Ran
nn
nge
gege
ge
1. Press and hold down pushbutton SW1.
2 . Connect a jumper across SIL3 pins b and c .
D5 wiil light until step .
3. Release SW1.
4. LED D4 will repeatedly show a series of flashes:
One flash indicates the current range setting is 1,
Two flashes indicates setting 2, etc.
5 . Press pushbutton SW1 as many times as the setting
required. e.g. for setting 3, press 3 times.
6. LED D4 will repeatedly flash to show the new setting.
. Remove the jumper link across SIL3.
Notes
NotesNotes
Notes
Range is approximate and will depend on operating environment.
*If phone is Class II then the range may be limited to 10m-20m.
Detection Range Settings
(Approximate! Depending on condi-
tions)
Setting ~Range
1 1.5 m
2 3 m
3 5 m
4 9 m
5 15 m
6* 30 m
7* 50 m

BLUESWITCH Access Control
BLUESWITCH Access Control BLUESWITCH Access Control
BLUESWITCH Access Control
DS 10208-1 ©2009 REG No 2 4001, Lewes, England. Page 4
R F Solutions Ltd.,
R F Solutions Ltd.,R F Solutions Ltd.,
R F Solutions Ltd.,
Unit 21, Cliffe Industrial Estate,
Unit 21, Cliffe Industrial Estate,Unit 21, Cliffe Industrial Estate,
Unit 21, Cliffe Industrial Estate,
Lewes, E. Sussex. BN8 6JL. England.
Lewes, E. Sussex. BN8 6JL. England.Lewes, E. Sussex. BN8 6JL. England.
Lewes, E. Sussex. BN8 6JL. England.
Email :
Email : Email :
Email : [email protected]
[email protected][email protected]
[email protected] http://www.rfsolutions.co.uk
http://www.rfsolutions.co.ukhttp://www.rfsolutions.co.uk
http://www.rfsolutions.co.uk
Tel: [phone]
Tel: [phone]Tel: [phone]
Tel: [phone] Fax: [phone]
Fax: [phone]Fax: [phone]
Fax: [phone]
Technical Specifications
Technical SpecificationsTechnical Specifications
Technical Specifications
Enclosure Rating IP65
Dimensions: 110 x 85 x 35 mm
Storage Temperature: -30 to +85
o
C Operating Temperature: -10 to +50
o
C
*The relay contacts in this unit are for functional use only and must not be used for isolation purposes
Max RF Out ut Power Class 2 / 1mW 0dBm
Frequency Range 2402 - 2480MHz
No of Channels 79
Frequency ho ing 1600Hz
Electrical Characteristics MIN TYPICAL MAX DIMENSION
Relay Rating* (at 230Vac) RLY1-4 5 12 A
Su ly Current : Quiescent
Additional Current er relay o erating
60
25
mA
Data Outputs
Data OutputsData Outputs
Data Outputs
Each output relay provides an isolated switch. Connections are Common (COM), Normally Open (NO) and
Normally Closed (NC).
COM
NO
NC
Relay Connections when
Transmitter NOT O erating
COM
NO
NC
Relay Connections when
Transmitter OPERATING
Connecting a Relay out ut to an A lication
Below is a sim le exam le showing one ossible way to wire a relay in order to give
switched ower to an external load:
When the relay is energised the ‘COM’ connects to ’NO’ and ower is a lied to the
Load.