PIR OCCUPANCY SWITCHES

Transcription

1 PIR OCCUPACY SWITCHES PIR occupancy switches The DAERS range of passive infra-red occupancy switches is designed for the automatic control of lighting, heating, ventilation or air conditioning s. The PIR switch will switch on the connected automatically when an area is occupied, and then switch it off automatically when the area has been vacant for a chosen duration. This has the benefits of reduced energy bills and automatic control. When being used to control lighting, the built-in photocell can be used to keep the lights off on bright days. PIR occupancy switches are ideal for: Offices Factories Warehouses Schools eisure centres Hospitals Canteens Staff rooms Corridors and stairwells Rential homes Military accommodation Student accommodation Toilet blocks Changing rooms Plus many other uses 6

2 PIR OCCUPACY SWITCHES PIR occupancy switch functions Each PIR occupancy switch in the DAERS range has a passive infra-red quad person detector. This detects the movement of a warm body moving within its detection zone. When such a movement is detected the is switched on. There is a time lag function which is adjusted using a spindle on the of the product. The time lag is the time that must elapse with no movement detected before the PIR occupancy switch will switch off. Simple adjustment spindles There is a built-in, adjustable, photocell override which can be used to keep lights off when there is sufficient daylight available. The photocell can only be used in this way if the amount of natural daylight exceeds the level of the artificial lights. The photocell can be set to inactive when controlling heating, ventilation or air conditioning. The photocell is also adjusted by a spindle on the of the product. Each PIR occupancy switch contains a relay suitable for switching any type of, including fluorescent lights and fans. A few PIR occupancy switches may be wired in parallel to control the same. However, there are minimum restrictions with the WAPIR model only (see page 19). The PIR occupancy switches require a mains supply. Function demonstrated with the lighting in an office PIR occupancy switch brings lights on only when needed Enough daylight, Occupied ighting OFF Enough daylight, Unoccupied ighting OFF ight, Occupied ighting O ight, Unoccupied ighting OFF 7

3 PIR OCCUPACY SWITCHES PIR occupancy switch specifications PIR detector Passive infra-red quad person detector. Adjustable time lag Time lag adjustable in 9 steps (approximate values): 10 seconds 1.25 minutes 10 minutes 20 seconds 2.5 minutes 20 minutes 40 seconds 5 minutes 40 minutes Adjustable photocell "Inhibit on" photocell. The photocell will inhibit the lights from switching on when somebody enters an area with plenty of ambient light. However, if somebody is already occupying an area with the lights switched on, the lights will remain on while the area is occupied, regardless of any increase in the ambient light level. This is to avoid any nuisance switching off when somebody is in the middle of a task or meeting. Range lux (and inactive), falling on the working plane. oading All models can switch up to 6 amps (1500W at 230VAC) of resistive, inductive or fluorescent lighting s, or up to 1amp (250W) of fans. For the WAPIR model there are some minimum requirements (details on page 19). Wiring in parallel A few PIR switches can be wired in parallel to control the same. Again for the WAPIR model there are some minimum requirements (details on page 19). Start-up Mode (Relevant to all models except WAPIR) When the mains supply is initially connected to the PIR occupancy switch it goes through its Start-up Mode. This means it switches on for about 1 minute, then switches off and enters its Operating Mode. If a manual wall switch is feeding the PIR occupancy switch (see wiring diagrams on appropriate product pages) then it will go through the Start-up Mode each time the wall switch is switched on. By wiring the manual wall switch in the alternative position, the supply to the PIR occupancy switch is uninterrupted and it remains in Operating Mode. It does not go through its Start-up Mode each time the wall switch is switched on. 8

4 PIR OCCUPACY SWITCHES Selecting the appropriate PIR occupancy switch CEIIG MOUTED WA MOUTED 360 detection zone 120 directional detection angle ong range directional narrow beam 120 detection angle Flush (false or plasterboard ceilings) Surface Surface Surface Plaster depth (16mm) wall box Hard wired Hard wired Hard wired Plug and socket Hard wired Plug and socket Plug and socket Plug and socket eeds neutral wire o neutral wire needed CEF PIR CEF PIR SEAED CEF PIR 10A CEFP PIR + CESO CESF PIR CEO + CESO SQ CEDR 6P + CESO CEDR 6PR + CESO WACE PIR WAPIR Page 12 Page 12 Page 12 Page 12 Page 13 Page 14 Page 16 Page 17 Page 18 Page 19 9

5 PIR OCCUPACY SWITCHES Two ceiling flush CEF PIR controlling the lights in a meeting room. In this, and other offices, a manual wall switch is retained to override the lights to off, e.g. for a video presentation. Small offices are covered by a single ceiling flush CEF PIR. The wall switch has been replaced by a wall WAPIR. BOARD ROOM OFFICE OFFICE OFFICE CORRIDOR ong range directional CEDR 6PR to detect people in the 25 metre corridor. OPE PA OFFICES Scale 0 5m 10m Application diagram The diagram illustrates PIR occupancy switch siting within a typical office/ factory facility. The coloured zones emanating from the controls show strong detection zones (darker tints with solid coloured line) and secondary detection zones (lighter tint with broken coloured line). Ceiling flush CEF PIR spaced every 5 metres to cover the open plan office and control the lights. The CEF PIR can be wired in groups in parallel, to control the lighting in zones. 10

6 Two ceiling surface CESF PIR (one on each landing) wired in parallel to control the lighting in the stairwell. In the toilets a ceiling flush CEF PIR has been wired in parallel with a wall WACE PIR in the lobby, to control the lighting in both rooms together. In the shower room a CEF PIR SEAED is used, as it has protection against light splashes and condensation. Ceiling directional CEDR 6P covers the open staircase. TOIETS TOIET OBBY SHOWER ROOM OPE STAIRCASE STAIRWE FACTORY AREA MACHIE SHOP HIGH BAY RACKIG HIGH BAY RACKIG ong range directional CEDR 6PR detects people in a racking storage aisle. RECEPTIO Ceiling flush CEF PIR spaced every 5 metres to cover the open plan reception area and control the lights. Ceiling plug-in CEO on BESA box on ceiling conduit. Spaced at 5 metre intervals to control the lights in the machine shop. Ceiling surface CESF PIR spaced every 5 metres to give total coverage of the open plan factory area. 11

7 PIR OCCUPACY SWITCHES These neat and unobtrusive models are ideal for flush mounting through suspended or plasterboard ceilings. They have a 2m cable, for quick and easy installation. Ceiling flush- PIR occupancy switch CEF PIR zone: 360 oading: 100 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 1 and 2 below 72mm diameter x 68mm Ideal for false or plasterboard ceilings CEFP PIR CEF PIR SEAED CEF PIR 10A diagrams Plan view of detection zone Special versions Plug and socket version: CEFP PIR Model CEFP PIR is provided with a plug suitable for the CESO Ceiling socket shown on page 15. oading: Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. Splash-proof version: CEF PIR SEAED Model CEF PIR SEAED is protected against light splashes and condensation when installed in the ceiling. Ideal for bathrooms, shower rooms, etc. oading: 10 amp version: CEF PIR 10A Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. Model CEF PIR 10A is suitable for switching up to 10 amps (2500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. Fig. 201 Ceiling PIR occupancy switch Perspective view of detection zone Several PIR occupancy switches Control plugged into a CESO on a BESA box Up to 7m detection zone i.e. person moving arm detection zone i.e. person walking (less sensitive when walking straight towards PIR switch) For optimum coverage recommended mounting height between 2.4 and 5m. PIR Quad detector gives 124 detection areas within the zone. CEF PIR Up to 7m detection zone detection zone In open plan areas For best coverage the CEF PIR should be spaced every 5m in either direction Up to 5m 66 2m cable plan Requires 63 or 64mm (2.5") diameter hole in a false or plasterboard ceiling 1. Single CEF PIR 2. A few CEF PIR wired in parallel optional manual wall switch for overriding off CEF PIR alternative position for optional wall switch (see p.8 Start-up Mode ) optional manual wall switch for overriding off A few CEF PIR alternative position for optional wall switch (see p.8 Start-up Mode ) 12

8 PIR OCCUPACY SWITCHES These surface- models are ideal for solid ceilings. Ceiling surface- PIR occupancy switch The CESF PIR is a hard wired version and can be on a square pattress box. CESF PIR zone: 360 oading: 100 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 3 and 4 below 86 x 86 x 22mm. Requires back box depth 16mm Can be on a square pattress box, order code: PABO. diagrams Plan view of detection zone Fig. 201 Ceiling PIR occupancy switch Perspective view of detection zone Several PIR occupancy switches Up to 7m detection zone i.e. person moving arm detection zone i.e. person walking (less sensitive when walking straight towards PIR switch) For optimum coverage recommended mounting height between 2.4 and 5m. PIR Quad detector gives 124 detection areas within the zone. CESF PIR Up to 7m detection zone detection zone In open plan areas For best coverage the CESF PIR should be spaced every 5m in either direction Up to 5m Requires 16mm deep box 3. Single CESF PIR 4. A few CESF PIR wired in parallel plan optional manual wall switch for overriding off CESF PIR alternative position for optional wall switch (see p.8 Start-up Mode ) optional manual wall switch for overriding off A few CESF PIR alternative position for optional wall switch (see p.8 Start-up Mode ) 13

9 PIR OCCUPACY SWITCHES These surface- models are ideal for solid ceilings. Ceiling surface- plug-in PIR occupancy switch CEO Requires socket, order code: CESO SQ or CESO (see page 15) The CEO has a built-in plug suitable for the CESO SQ Ceiling socket (or CESO Ceiling socket). CESO SQ can be on a square pattress box (or CESO can be on a BESA box). zone: to 1000 lux, and inactive oading: (Each circuit) up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 5, 6, 7 below 88 x 88 x 47mm diagrams Plan view of detection zone Perspective view of detection zone Several PIR occupancy switches Up to 7m detection zone i.e. person moving arm detection zone i.e. person walking (less sensitive when walking straight towards PIR switch) For optimum coverage recommended mounting height between 2.4 and 5m. PIR Quad detector gives 124 detection areas within the zone. CEO Up to 7m detection zone detection zone In open plan areas For best coverage the CEO should be spaced every 5m in either direction Up to 5m plan 88 (CESO SQ) Single CEO 6. A few CEO wired in parallel optional manual wall switch for overriding off CEO alternative position for optional wall switch (see p.8 Start-up Mode ) optional manual wall switch for overriding off CEO CEO CEO alternative position for optional wall switch (see p.8 Start-up Mode ) 7. Ceiling socket (CESO SQ or CESO) Pattress box or BESA box CESO SQ or CESO luminaire S S CEO ot to scale 14

10 ACIARY PRODUCTS Sockets for plug-in ceiling controls Ceiling socket: CESO For use with DAERS plug-in ceiling controls. Can be on a BESA box. See diagram 8 below 74mm diameter x 13mm Also available as a square socket. CESO Ceiling socket: CESO SQ Can be on a square pattress box. See diagram 8 below 87 x 87 x 13mm Slave relays for plug-in ceiling controls CESO SQ Ceiling socket with slave relay: CES Ceiling socket with slave relay with isolated changeover contacts. Enables the switching of an additional circuit with its own supply, e.g. the corridor lights out an office or a separate low voltage control circuit. oading: (Each circuit) up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans See diagram 9 below 87 x 87 x 41mm CES or CE2S Ceiling socket with double slave relay: CE2S Ceiling socket with a double slave relay with isolated changeover contacts. Enables the switching of two additional circuits, each with its own supply, e.g. the corridor lights out an office, plus the extractor fans in the office. Also ideal for controlling two separate low voltage control circuits. oading: (Each circuit) up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans See diagram 10 below 87 x 87 x 41mm Ceiling socket (CESO) Ceiling socket (CESO SQ) Ceiling slave relays (CES / CE2S) 13 plan plan plan Ceiling socket (CESO or CESO SQ) for plug-in ceiling controls BESA box or pattress box S CESO or CESO SQ plug-in ceiling control luminaire S ot to scale 9. Plug-in control plus slave relay with volt free changeover contacts (CES) controlling one extra circuit 1 S2 /O separate circuit C2 S2 /C 1 optional manual CES S1 wall switch for plus overriding off plug-in switch 10. Plug-in control plus double slave relay with volt free changeover contacts (CE2S) controlling two extra circuits 1 1 S2 /O separate circuit C2 optional manual wall switch for overriding off S2 /C S3 /O separate circuit CE2S plus plug-in switch C3 S1 S3 /C 15

11 PIR OCCUPACY SWITCHES These directional PIR switches plug into a ceiling socket. The socket can be on a BESA box. Ceiling directional PIR occupancy switch Standard range CEDR 6P Requires socket, order code: CESO (see page 15) Standard range version Designed to give a directional view of the activity to be monitored. angle 120. oading: 100 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 11, 12, 13 below See below CEDR 6P can be rotated and lowered to a 45º angle diagrams Perspective view Plan view Side elevation CEDR 6P CEDR 6P CEDR 6P Up to 10m Up to 10m (CESO) Single CEDR 6P 12. A few CEDR 6P wired in parallel 13. Ceiling socket (CESO) optional manual wall switch for overriding off CEDR 6P alternative position for optional wall switch (see p.8 Start-up Mode ) optional manual wall switch for overriding off A few CEDR 6P alternative position for optional wall switch (see p.8 Start-up Mode ) BESA box CESO luminaire S S CEDR 6P ot to scale 16

12 PIR OCCUPACY SWITCHES These directional PIR switches plug into a ceiling socket. The socket can be on a BESA box. Ceiling directional PIR occupancy switch ong range CEDR 6PR Requires socket, order code: CESO (see page 15) ong range version With a long range, narrow detection beam. Designed for corridors and storage aisles. oading: 100 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 14, 15, 16 below See below CEDR 6PR can be rotated and lowered to a 45º angle diagrams Perspective view Plan view CEDR 6PR 6 Up to 10m i.e. person moving arm 15m Up to 25m i.e. person walking across the zone Side elevation CEDR 6PR CEDR 6PR Ideal mounting height between 2.2 and 3m Up to 10m 15m Up to 25m (CESO) Single CEDR 6PR 15. A few CEDR 6PR wired in parallel 16. Ceiling socket (CESO) optional manual wall switch for overriding off CEDR 6PR alternative position for optional wall switch (see p.8 Start-up Mode ) optional manual wall switch for overriding off A few CEDR 6PR alternative position for optional wall switch (see p.8 Start-up Mode ) BESA box CESO luminaire S S CEDR 6PR ot to scale 17

13 PIR OCCUPACY SWITCHES The WACE PIR is suitable for either wall or ceiling mounting. It fits either into a plaster depth (16mm) wall box or onto a ceiling square pattress box. It requires a neutral wire. Wall or ceiling PIR occupancy switch Applications Suitable for stairwells, corridors, toilet lobbies, etc. Version incorporating override off button, enabling lights to be held off during video presentations etc, available by request. WACE PIR angle: 120 oading: 100 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 17 and 18 below 86 x 86 x 22mm. Wall box depth 16mm diagrams Perspective view Plan view Side elevation WACE PIR WACE PIR Wall PIR occupancy switch Up to 10m Ideal mounting height between 1 and 1.8m Up to 10m Requires 16mm deep box 17. Single WACE PIR 18. A few WACE PIR wired in parallel, eg. in a stairwell plan WACE PIR A few WACE PIR 86 18

14 PIR OCCUPACY SWITCHES The WAPIR model replaces an existing wall switch no neutral wire is needed. It fits into a plaster depth (16mm) wall box. The WAPIR model also has a manual override off switch on the front of the plate. Wall PIR occupancy switch WAPIR Applications The WAPIR requires a permanent live supply and should only be used in applications where the lights would not be on for more than 12 hours per day. This is to allow its rechargeable battery enough time to recharge itself from the mains supply. The WAPIR is suitable for small offices, meeting rooms, tutoring rooms, etc. The override off button enables the lights to be held off during video presentations, etc. For wall mounting only. angle: 120 Maximum oad: Minimum oad: 100 to 1000 lux, and inactive 1500W (6 amps) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. 40W resistive or approximately 100W inductive per WAPIR in the circuit. oad capacitors (order code CAPOAD) can be supplied to augment small s. See diagram 19 below See diagram 20 below for wiring in parallel 86 x 86 x 22mm. Wall box depth 16mm diagrams Perspective view Plan view Side elevation WAPIR WAPIR Wall PIR occupancy switch Up to 10m Ideal mounting height between 1 and 1.8m Up to 10m Requires 16mm deep wall box 19. Single WAPIR 20. A few WAPIR wired in parallel plan WAPIR WAPIR WAPIR WAPIR 86 19

15 PIR OCCUPACY SWITCH MODUES These modules are suitable for mounting onto Eurodata plates and fit into a 35mm deep wall box. They are also suitable for building into luminaires (see page 64 for fixing bezel). They require a neutral wire. 5m detection - concealed adjustment spindles GREUW PIR5X Adjustment spindles hidden behind front surface lid for a neat finish (module must be removed from wall plate or luminaire to adjust). Can be suited in with other Eurodata modules. angle: 100 oading: 15 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 21 and 22 below 50 x 25 x 38mm, minimum wall box depth of 35mm 5m detection - visable adjustment spindles GREUW PIR5E Adjustment spindles visable on front surface for quick and convenient adjustment. Can be suited in with other Eurodata modules. angle: 100 oading: 15 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 21 and 22 below 50 x 25 x 38mm, minimum wall box depth of 35mm diagrams Perspective view (ceiling ) Plan view (wall ) Side elevation (wall ) For optimum coverage recommended mounting height between 2.4 and 5m GREUW PIR5X or GREUW PIR5E zone GREUW PIR5X or GREUW PIR5E GREUW PIR5X or GREUW PIR5E Up to 7m Up to 5m GREUW PIR5X, GREUW PIR5E. Requires wall box depth of 35mm front Single PIR occupany switch module 22. A few PIR occupany switch modules wired in parallel, eg. in a stairwell PIR occupancy switch module A few PIR occupancy switch modules 50 20

16 PIR OCCUPACY SWITCH MODUES These modules are suitable for mounting onto Eurodata plates. They are also suitable for building into luminaires (see page 64 for fixing bezel). They require a neutral wire. These versions are best suited for use in areas such as warehouses, sports halls and circulation areas, where there is likely to be a significant level of movement. 10m detection - concealed adjustment spindles GREUW PIR10X Adjustment spindles hidden behind front surface lid for a neat finish (module must be removed from plate or luminaire to adjust). Can be suited in with other Eurodata modules. zone: 360 angle: 110 oading: 15 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 23 and 24 below 50 x 25 x 38mm, minimum back box depth of 35mm 10m detection - visable adjustment spindles GREUW PIR10E Adjustment spindles visable on front surface for quick and convenient adjustment. Suitable for mounting onto a Eurodata plate. Can be suited in with other Eurodata modules. zone: 360 angle: 110 oading: 15 to 1000 lux, and inactive Up to 6 amps (1500W) of resistive, fluorescent or inductive lighting s, or up to 1 amp (250W) of fans. See diagrams 23 and 24 below 50 x 25 x 38mm, minimum back box depth of 35mm diagrams Perspective view (ceiling ) For optimum coverage recommended mounting height between 5 and 10m GREUW PIR10X or GREUW PIR10E zone Up to 15m Up to 12m GREUW PIR10X, GREUW PIR10E. Requires back box depth of 35mm front Single PIR occupany switch module 24. A few PIR occupany switch modules wired in parallel, eg. in a stairwell PIR occupancy switch module A few PIR occupancy switch modules 50 21