Transcript
SET-SOLOXS-A Installation Instructions
These instructions apply to the SET-SOLOXS-A and the SET-SOLOXS-A-IR. Setsquare recommend all installations are carried out by a suitably qualified electrician and that these instructions are followed. Failure to do so may lead to damage to either the circuits or installer.
Unit Description The SOLO-XS-A is an automatic switching system which operates by sensing movement of infra-red radiation from the human body. The unit incorporates occupancy detection, photocell and switching all in one unit. The unit also has a Demand input. The SET-SOLOXS-A-IR is the same as the SET-SOLOXS-A but with the added facility of IR remote control.
Location The sensor should be mounted on a rigid surface where it has a clear view of the occupancy zone, and should preferably be mounted in front of rather than behind activity. The sensor is designed to be recessed into suspended ceilings. Position the sensor where it does not look out of a door. Avoid placing adjacent to forced air heating or cooling systems (1 metre or more in direct flows). If using the photocell do not mount close to a light or a window.
Mounting The sensor should be mounted through a 42 - 44 mm diameter hole. The minimum ceiling void is 120 mm.
Remove Front Cover here.
Warning:The potentiometers in this unit will be damaged if forced past their end stops. These potentiometers adjust over an arc of 270 degrees only. It is recommended that a suitable trim tool is used.
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Electrical Connection Important : Isolate supply before starting installation procedure. 1. Fix unit into position. 2. Connect the wiring as shown on the connection diagram. 3. Remove the lens cover from the sensor to allow access to the time delay and light level setting potentiometers. 4. Ensure the time delay is set at maximum by gently setting VR1 fully clockwise. 5. Ensure the light level is set to its highest level by gently setting VR2 fully clockwise. 6. Reinstate supply to unit. The sensor when powered up will switch ON after 30 seconds. Allow 10 Minutes for the unit to stabilise. 7. Using an insulated adjuster, gently set VR1 fully anticlockwise, (TEST MODE) then replace lens cover. Ensure unit switches OFF when there is no movement, and switches ON when there is movement within its detection zone. 8. Set VR1 to the required time delay.
Photocell Important: The photocell is easiest to set up when the lights are required to switch ON. i.e. When it is dull. 1. Using an insulated adjuster, gently turn the potentiometer VR2 fully anticlockwise. The controlled lights will go OFF in 30 Seconds approx. (To reduce this delay put unit into test mode). 2. Turn VR2 until the green LED glows. This is the level at which the lights will come ON, however they will only switch after 30 seconds as there is a buffer to stop short dull spells making the lights switch ON and OFF. 3. When the lights come ON, the unit automatically takes a snapshot of the new light level. The OFF level is set at a slightly higher light level, this ensures that the OFF level is higher than that created by the lights. Light level operation is now fully automatic. 4. If the light level setting is too high it can only be reduced by repeating this set up procedure from step 1 above.
Time Delay Settings Adjust VR1 gently to give the required time delay. TEST MODE (10 seconds) Gently set VR1 fully anticlockwise. Adjust VR1 from this position to give longer time delays. The time delay increases up to 50 minutes when VR1 is set fully clockwise.
12.5 6.25
16mins 8mins 8mins
25 31.25
0.25
Recommended Delays Office - Low traffic Office - High traffic Classroom
18.75
37.5 43.75
TEST MODE 50
This diagram shows the face of the time delay potentiometer VR1 showing approximate time delays at the tick marks. This diagram shows the time delay set at approximately 18.75 minutes.
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Wiring Diagram
Supply
{
BROWN - LIVE RED - DEMAND 1
BLUE - NEUTRAL
BLUE - DEMAND 2
BLACK - SWITCHED LIVE
*
As per section 514.3 of BS7671:2008 All cores must be identified. As the cores identified ( * ) below are at line potential they should be marked with a brown coloured sleeve. DEMAND BUTTON
BROWN
LIVE
BLUE
NEUTRAL
* RED BLUE
LOAD
* BLACK
}
Supply
}
Demand
SET-SOLO-XS-A SENSOR
Switched Live
Demand Button The Demand Button must be of the Momentary/Retractive/Push to Make type. If the demand button facility is not being used then the cores of the Demand cable containing the red and blue wires must be carefully insulated from each other and any other connection. The Demand Button has two modes of operation, in MODE 1 it functions as a change state button, in MODE 2 it functions as an absence mode. MODE 1, Default Mode, In this mode the lights will switch on when occupancy is detected. Pressing the Demand Button will cause the lights to switch OFF if ON or switch ON if OFF. If the lights are switched OFF by using the Demand Button and the detection area is vacated for a time exceeding the set time delay, then when occupancy is detected again the lights will switch ON. If the time delay has not expired then it will be necessary to push the Demand Button to get the lights to switch ON. MODE 2, In this mode the lights will remain OFF even when occupancy is detected, it will be necessary to press the Demand Button to bring the lights ON. Once the lights are ON then the Demand Button will act as a change state button as per MODE 1. If the room is vacated for a period longer than the time delay then on entering the room it will be necessary to press the Demand Button to bring the lights ON. To switch from MODE 1 to MODE 2 or from MODE 2 to MODE 1 it is necessary to press and hold pressed the Demand Button for longer than 2.5 seconds. When switching from MODE 1 to MODE 2 then the Red LED in the sensor will flash 3 times. If switching from MODE 2 to MODE 1 then the Green LED will flash 3 times. NOTE:- In the event of the loss of mains power for any reason, on the restoration of power the unit will revert to MODE 1 operation. This is done to ensure that if the room was occupied when the mains failed, when it is restored any movement will cause the lights to switch ON.
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Detection Pattern
GREEN LED
VR1 Time Delay.
RED LED VR2 Light Level.
Warning:These potentiometers will be damaged if forced past their end stops. These potentiometers adjust over 270 degrees only. It is recommended that only a suitable trim tool is used. Detectors should be placed at 5metre intervals to ensure detection patterns overlap.
NOTE:- The red LED will flash when movement detected.
IR Remote Control (optional SET-SOLOXS-A-IR ) The light can also be controlled using a small hand held infrared remote control unit (SET-IRT2). This unit will depending on which button is pressed switch the lights ON or OFF. If the sensor is in MODE 2 the Remote Control will also act as the Demand Button.
Fault Finding. Q. Relay contacts will not CLOSE. A. Check unit has a supply. Light level incorrectly set. Q. Relay contacts switch OPEN then CLOSED every 10 seconds. A. Time delay set to TEST MODE. Q. Relay contacts switch OFF when I am working but come ON when I move. A. Reposition sensor or increase time delay. Q. Can I override the photocell and use movement detection only. A. Yes, Set VR2 fully anticlockwise then fully clockwise. Q. Can I use the photocell only. A. No.
Specification Supply Voltage Switching Capacity Time Delays Cable Length Order Code
230V a.c. + 10% (other supply voltages available) 8amp Inductive or Resistive up to 230V ac. Maximum of 8 HF ballasts. 0.25 to 50 minutes adjustable. Test Mode 10 seconds 2 metres. SET-SOLOXS-A Standard sensor. SET-SOLOXS-A-IR Sensor with IR remote control.
Motion Sensor Sensor Field of view Area of detection
Passive infra red detector Ceiling mount 360 Deg. Radius 1.2 x Ceiling height. (Typical radius 3.5Metres at average ceiling height)
Light Sensor Light Level
50 to 1500 Lux +-10%
Option IR Hand Held
Order Code SET-IRT2 for use with SET-SOLOXS-A-IR
Demand Button
Order Code SET-DB
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WARNING This unit contains electronic devices. Do not perform any high voltage tests on this product or to any equipment connected to this product. Mains connections can be high voltage tested in accordance with BS 7671:2008, IEE Wiring Regulations 17th edition section 613.3.3.
Electrical and electronic equipment should never be disposed of with general household or commercial waste but collected for their proper treatment and recovery. The crossed out wheely bin symbol is to remind you of the need to dispose of this product at the end of its life in a way that will assist in the recovery, recycling and reuse of many of the materials used in this product. Where possible also recycle the packaging. WEE/DJ0002ZR
The SET-SOLOXS-A and SET-SOLOXS-A-IR are part of a range of energy conservation products available from Setsquare. This apparatus may be turned on by high powered RF interference and should not be installed near pager aerials or inductive loop equipment. It will recover when the RF ceases.
For details of other products contact:-
Tel:- 01920 462121
Setsquare Energy Saving Controls The Maltings 63 High Street Ware Hertfordshire SG12 9AD United Kingdom
Fax:- 01920 466881
REF:- SET-SOLOXS-A_1 DS322 V1.0
E-Mail:-
[email protected] WWW:- setsquare.com
03-01-2014
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