Mwingiliano na Mfumo wa Taa wa Smart Wireless

Interact Pro ni mfumo wa taa mahiri usiotumia waya ambao ni rahisi kusakinisha, kusanidi na kudhibiti. Kuagiza na kuendesha mfumo kunafanywa rahisi na bora kwa kutumia programu ya simu ya Interact Pro na web lango.
A portfolio of Interact ready luminaires and devices is available to suit a wide range of applications. These luminaires and devices connect to form wireless networks that enable system operation.
The smart lighting system can be operated in a standalone configuration, or gateways can be added to wireless networks to enable additional cloud connected features.

Maombi yamekamilikaview

Interact Pro imeundwa kusakinisha, kusanidi na kudhibiti mfumo wa taa katika miradi ya aina zifuatazo za programu:

• Ofisi
• Viwanda
• Kielimu
• Taasisi
• Municipal Buildings
• Care Facilities
• Rejareja
• Building perimeters
• Outdoor parking lots
• Covered parking garages

 Muundo wa mradi

Mradi unaundwa kwa ajili ya tovuti ambapo taa na vifaa vya Interact tayari vinasakinishwa. Ndani ya kila mradi, mtandao mmoja au zaidi wa wireless huundwa kulingana na mpangilio wa kimwili wa tovuti na idadi ya Interact tayari luminaires na vifaa vilivyowekwa. Mitandao ya ziada inaweza kuhitajika ili kushinda vizuizi visivyo na waya kwenye tovuti.

Mitandao Isiyo na Waya

• Mitandao isiyotumia waya inahitajika ili kuwezesha mawasiliano salama na hatarishi ya pasiwaya ndani ya mfumo wa taa na huundwa kwa kutumia programu ya Interact Pro au web lango.
• Interact ready luminaires and devices use the Bluetooth Low Energy (BLE) wireless communication protocol to communicate with mobile phones. This enables mobile phones using the Interact Pro app to discover and add Interact ready luminaires and devices to wireless networks. In networks without gateways, BLE also enables mobile phones to deploy behavior configurations and control the lighting system locally.
• Interact ready luminaires and devices within a wireless network communicate with each other using the Zigbee wireless communication protocol. Zigbee forms a wireless mesh between devices added to the network and enables the configured operation of the lighting system.
• Advantage ya mtandao wa matundu ni uwezo wa kujiponya kwa kutumia ugunduzi wa njia otomatiki.

Routing between wireless devices
Taa za mfumo wa wireless zinahakikishiwa kufanya kazi ikiwa umbali kati ya mwanga na angalau moja ya taa nyingine kwenye mtandao ni chini ya au sawa na 10 m (kulingana na aina ya sensor). Inapendekezwa kuwa na angalau taa mbili ndani ya masafa ya kila mwanga, kwani mtandao wa Zigbee usiotumia waya hutumia uelekezaji wa matundu, kama inavyoonyeshwa hapa chini:

• This makes the network much more robust as multiple routing paths can be used for communication.
• The connection from light A to the gateway G can go via light B. If for some reason the connection between A and B is blocked, the network will automatically route the traffic through light point C.
• These require the light to be installed within the reach of at least two other lights within 10 m (33 ft).
• As the Zigbee Green Power devices (sensors and switches) only send messages in the Zigbee network, they exist in the network but play no role in the routing between the wireless devices.
• Wireless networks operate in the 2.4GHz frequency band, which is used by 2.4 GHz Wi-Fi, Bluetooth and Zigbee. Although these technologies have been designed to co-exist in the 2.4 GHz band, it is still important to choose wireless network Zigbee channels carefully to avoid any potential interference. The Zigbee channel is user-selectable when creating a wireless network.

Uchaguzi wa kituo

• As Wi-Fi channels overlap each other, it is required to select non-overlapping channels to ensure best possible communication.
• Interference between overlapping channels results in lower transmission speeds or at worst no communication at all.
• In a well-managed Wi-Fi system, channels 1, 6 and 11 are used to create a network with full coverage without access points interfering with each other. Using these channels also leaves gaps in the frequency band.
• The wireless Zigbee network uses channels 11, 20 and 25 that are positioned in the gaps of the Wi-Fi band, as shown below:

Kuingilia kati
Devices using Ultra High Frequency (UHF) radio signals are sensitive to interference. However, systems using frequencies in the 2.4 GHz band are designed to coexist. Also, for the wireless Zigbee network, the transmitting powers are significantly lower when compared to Wi-Fi, mobile telephony etc. The table shows the relation between the maximum permitted powers for several types of radio signals.

Zaidiview of maximum permitted powers for several appliances operating in UHF frequency bands

Ili kuhakikisha mawasiliano ya kuaminika ya Zigbee ndani ya mitandao isiyotumia waya, vizuizi vifuatavyo vya umbali wa programu mahususi kati ya mianga na vifaa vinapaswa kuzingatiwa:

• Office/Educational Institution applications – 10 m (33 ft)
• Industry/Warehouse/Retail applications – 15 m (49 ft)
• Outdoor Parking applications (only for LCN4120, LCN4150) – 49 m (160 ft)

Distances vary depending on the sensor type, refer to each sensor data sheet for maximum distances allowed by each device. Wireless gateways should be within the specified application range of at least two mains powered wireless luminaires or devices in their respective wireless networks. Ideally, they should be mounted in a central location within the network for maximum reliability. Zigbee Green Power (ZGP) devices do not count as devices in range in this instance since they do not repeat Zigbee messages.

Vikundi
Vikundi vinaundwa ndani ya mitandao isiyotumia waya kwa kutumia programu ya Interact Pro au web lango. Vikundi ni mahali ambapo tabia ya mfumo wa taa ya smart inafafanuliwa. Vikundi huwezesha vimulimuli na vifaa vilivyo tayari vya Interact kuunganishwa pamoja bila waya ili kukabiliana na ukaaji, nafasi na kiwango cha mwanga kwa kutumia violezo mbalimbali vya tabia ya mwanga vinavyoweza kusanidiwa. Pia huwezesha udhibiti wa kiolesura cha mtumiaji, mpangilio wa eneo na udhibiti wa ratiba.

Kanda
Kanda huundwa kwa hiari ndani ya vikundi kwa kutumia programu ya Interact Pro au web lango. Kanda huruhusu vimulimuli na vifaa vilivyo tayari Kuingiliana kuunganishwa pamoja ili kujibu kwa pamoja matukio. Kanda pia zinahitajika ili kuwezesha Udhibiti wa Kutegemea Mchana (DDR) ndani ya vikundi.

 Usalama wa mfumo

Shughulikia Pro katika mazingira salama, kuhakikisha faragha na usalama kwa data ya watumiaji. Vipengele muhimu ni pamoja na:

• Wireless Zigbee protocol based on 128-bit AES key encryption
• Bluetooth protocol based on 256-bit AES key encryption

Refer to the Security Statement for further details.

Vipengele muhimu

Mfumo unaweza kusanikishwa na au bila lango zisizo na waya. Inapowekwa bila lango, mianga na vitambuzi ndani ya mtandao wa wireless hufanya kazi katika usanifu wa pekee na uwezo wa kudhibiti taa na utendakazi wa kuokoa nishati. Kuongeza lango kwenye mtandao wa wireless huwezesha utendaji wa ziada kwa kuunganisha mtandao kwenye wingu. Jedwali lifuatalo linatoa orodha ya vipengele vinavyopatikana na/bila lango.

Kipengele	Bila lango	Pamoja na Gateway
Hisia ya mwendo	✔	✔
Daylight dependent regulation (DDR)	✔	✔
Daylight dependent switching	✖	✔
Outdoor parking daylight override	✔	✔
Wireless switches for manual control	✔	✔
Light behavior templates	✔	✔
Mandhari	✔	✔
Tunable Nyeupe	✔	✔
Ubora wa hali ya juu	✔	✔
Ratiba	✖	✔
Udhibiti wa mbali	✖	✔
Ufuatiliaji wa mfumo	✖	✔
Taarifa ya nishati	✖	✔
Project updates	✖	✔
Jibu la mahitaji	✖	✔

Hisia ya mwendo
Kihisia cha mwendo huruhusu mfumo kuwasha taa kiotomatiki wakati kikundi kinapokuwa na watu (kuwasha kiotomatiki) na kuzima wakati kikundi kinapokuwa wazi (kizima kiotomatiki).

Daylight Dependent Regulation (DDR)
Udhibiti wa Kutegemea Mchana huruhusu mfumo kuchukua hatuatage of the ambient light coming through windows or translucent ceilings to dim the lights to a minimum of 20%. This is achieved by using the sensors to continuously measure the light level and adjust the brightness of the luminaires to keep the light level at a target setpoint.

 Daylight Dependent switching
Ubadilishaji wa Kitegemezi cha Mchana huruhusu taa katika maeneo ya DDR kuzima kabisa (dim hadi kuzima) wakati kiwango cha mwanga kilichopo kinatosha.

Outdoor parking daylight override
Ubatizo wa mchana wa maegesho ya nje huruhusu vitambuzi vya maegesho ya nje (LCN4120, LCN4150) kuzima wakati mwanga wa mazingira unatosha. Hii huwezesha taa katika programu za maegesho ya nje kubaki mbali wakati wa mchana na kufanya kazi usiku pekee, au wakati hali ya kiwango cha chini cha mwanga hutokea.

Switches for manual control
Swichi zisizo na waya huwapa watumiaji uwezo wa kudhibiti mazingira yao ya taa. Swichi hizi hutoa utendaji mbalimbali kama vile kidhibiti cha kuwasha/kuzima, kufifisha, kurekebisha halijoto ya rangi na uteuzi wa eneo.

Light behavior templates
Violezo vya tabia nyepesi ni usanidi uliobainishwa awali ambao huamua jinsi vikundi vya taa hujibu kwa mwendo (kukaa), hakuna mwendo (nafasi) na kiwango cha mwanga (DDR). Violezo hivi vina kiwango cha mwanga na vigezo vya kuchelewa kwa muda ambavyo vinaweza kubinafsishwa ili kukidhi mahitaji na hali mahususi.

Mandhari
Scenes hutumiwa kuweka kiwango cha ukubwa wa taa za kibinafsi au kanda katika kikundi kwa kumbukumbu ya mikono. Ikiwa taa za Tunable Nyeupe ziko kwenye kikundi, joto la rangi pia linaweza kubadilishwa. Wanaweza kukumbukwa kwa kutumia swichi, programu, na ikiwa lango linatumiwa, basi web lango. Matukio mawili yanaweza kupewa swichi za vifungo 4.

Tunable Nyeupe
Ingiliana na taa zilizo tayari zinazotumia Tunable White huruhusu udhibiti wa halijoto ya rangi ya pato pamoja na mwangaza wa mwanga.

Ubora wa hali ya juu
Upunguzaji wa hali ya juu hupunguza kiwango cha juu cha pato cha kikundi cha taa. Kuchagua trim ya hali ya juu zaidi ya chaguo-msingi (hakuna trim) hupunguza upeo wa juu wa kutoa mwanga wa kikundi.

Ratiba
Ratiba hutoa uwezo wa kufafanua tabia za udhibiti kwa vikundi katika siku/siku zilizochaguliwa za wiki na kwa wakati maalum wa siku. Ratiba moja inaweza kufafanuliwa kwa vitendo kwa vikundi vingi, na vitendo vya kuchagua, kuwasha, na eneo la tukio vinapatikana kwa kila kikundi.

 Udhibiti wa mbali
Katika miradi iliyo na lango, udhibiti wa mbali huwawezesha watumiaji kutekeleza udhibiti wa kuwasha/kuzima, kufifisha, kurekebisha halijoto ya rangi na uteuzi wa eneo la mfumo wao wa taa kutoka popote, kwa kutumia programu au lango. Kwa wataalamu, mabadiliko ya usanidi wa tabia na utumiaji wa mbali kwa kutumia programu pia yanawezekana.

 Ufuatiliaji wa mfumo
Interact Pro web portal hutoa uwezo wa ufuatiliaji wa mfumo. Matumizi ya nishati yanaweza kuwa viewed na Ingiliana mianga na vifaa ambavyo vimeshindwa au vimeharibika (> 80% ya muda wa saa za kuungua) huripotiwa.

 Taarifa ya nishati
Kuripoti kuhusu nishati huruhusu watumiaji kutoa ripoti za .csv kwa masafa maalum ya tarehe hadi mwaka mmoja kabla. Katika ripoti hiyo, matumizi ya nishati ya ziada (katika Wh) huripotiwa kila baada ya dakika 15 kwa kila kikundi katika mradi.

Project updates
Programu ya Interact Pro, web lango na wingu husasishwa mara kwa mara ili kuwezesha vipengele vipya na kurekebisha masuala. Programu dhibiti ya kifaa kipya inaweza pia kutolewa ili kusaidia masasisho haya. Masasisho ya mradi wa hewani (OTA) ni muhimu ili kusasisha vifaa vya mfumo kwa kutumia programu dhibiti ya hivi punde, kuhakikisha utendakazi na usalama bora zaidi na kuwezesha vipengele vipya vya mfumo kadiri vinavyopatikana.

Jibu la mahitaji
Jibu la mahitaji huruhusu mfumo wa taa kupunguza matumizi yake ya nishati kwa muda. Inafanya kazi kama upunguzaji wa hali ya juu wa muda katika mradi mzima. Katika miradi iliyo na lango, chaguzi za majibu ya mwongozo na otomatiki (ADR) zinapatikana. ADR inahitaji kuongezwa kwa lango maalum la ADR na miundombinu inayosaidia kufikia mwitikio wa mahitaji kupitia OpenADR. ADR huwezesha majibu ya mfumo kiotomatiki kwa maombi yanayotumwa na kampuni ya matumizi ya ndani ili kupunguza matumizi ya nishati wakati wa matumizi makubwa ya nishati.

Mapungufu ya mfumo

Kiwango cha hesabu

• Feature Maximum limit
• Max projects per Expert account 1000

Project level

• Feature Maximum limit
• Light networks/ gateways 100
• Schedules 16
• Groups/schedule 16
• Expert accounts per project 10
• User accounts per project multiple

Kiwango cha mtandao wa mwanga usio na waya

• Feature Maximum limit
• Lights (Interact ready luminaires, switch relays, SmartT-LEDs) 200
• Zigbee Green Power (ZGP) devices (switches +battery powered sensors) 50
• Swichi 50
• Sensors (battery powered) 30
• Groups + zones 64
• Matukio 128

Kiwango cha kikundi

• Feature Maximum limit
• Taa 40
• Zigbee Green Power (ZGP) devices (switches +battery powered sensors) 5
• Matukio 16

Vipengele vya mfumo

1. Interact Cloud, 2-IT infrastructure, 3-Wireless gateway, 4-Luminaires with built-in sensors/transceivers, 5-Wireless switches, 6-Battery powered ZGP sensors, 7-Smart T-LEDs, 8-Luminaires with wireless drivers, 9-DALI and 0-10V bridges with sensors/transceivers, 10-Switch relay, 11-Mains powered sensor.

Lango lisilo na waya
Lango lisilotumia waya huwasiliana na vimulimuli na vifaa vilivyo tayari vya Interact ndani ya mtandao usiotumia waya kwa kutumia Zigbee. Kuongeza lango kwenye mtandao usiotumia waya huwezesha utendakazi wa ziada (uliofafanuliwa katika Vipengele Muhimu juuview) kwa kuunganisha mtandao kwenye wingu.

Luminaires with built-in sensors
Mwangaza wenye vitambuzi vilivyojengewa ndani huunganisha uwezo wa kuhisi na mawasiliano yasiyotumia waya moja kwa moja kwenye mkusanyiko wa miale. Waendeshaji wa mtandao wa SR (Sensor Tayari) katika nishati ya mwangaza na kuwasiliana na kihisi kilichojengewa ndani, ambacho kina Bluetooth na antena za Zigbee. Zaidi ya umeme wa mains kwa taa, hakuna waya za ziada au sensorer za nje zinahitajika.

Luminaires with built-in transceivers
Mwangaza wenye transceivers zilizojengwa huunganisha mawasiliano ya wireless moja kwa moja kwenye mkusanyiko wa luminaire. Waendeshaji wa mtandao wa SR (Sensor Tayari) katika nishati ya mwangaza na huwasiliana na kipitishi sauti kilichojengewa ndani, ambacho kina antena za Bluetooth na Zigbee. Zaidi ya umeme wa mains kwa luminaire, hakuna wiring ya ziada inahitajika. Transceivers hazina uwezo wa kuhisi, kwa hivyo lazima ziunganishwe na sensorer za nje au na taa zilizo na sensorer zilizojengwa ndani kwa usanidi wa tabia otomatiki.

Luminaires with wireless drivers
Mwangaza wenye viendeshi visivyotumia waya huunganisha mawasiliano yasiyotumia waya moja kwa moja kwenye mwangaza. Viendeshi visivyotumia waya vinavyoendeshwa na mtandao mkuu kwenye mwangaza vina antena ya Bluetooth na Zigbee. Zaidi ya umeme wa mains kwa luminaire, hakuna wiring ya ziada inahitajika. Dereva zisizo na waya hazina uwezo wa kuhisi, kwa hivyo lazima ziunganishwe na sensorer za nje au na taa zilizo na sensorer zilizojengwa ndani kwa usanidi wa tabia otomatiki.

Smart T-LEDs
Smart T-LED huunganisha mawasiliano yasiyotumia waya moja kwa moja kwenye lamp. Kila njia kuu inaendeshwa na Smart T-LED lamp ina antena ya Bluetooth na Zigbee iliyojengewa ndani. Zaidi ya nguvu ya mains kwenye muundo, hakuna wiring ya ziada inahitajika. Smart T-LED hazina uwezo wa kuhisi, kwa hivyo ni lazima ziunganishwe na vitambuzi vya nje au na vimulimuli vilivyo na vihisi vilivyojengewa ndani kwa ajili ya usanidi wa tabia otomatiki.

DALI and 0-10V
Madaraja ya DALI na 0-10V huwezesha udhibiti usiotumia waya kwa miale iliyo tayari isiyoingiliana na viendeshi vya DALI au 0-10V. Mtandao mkuu unaoendeshwa na SR (Sensor Tayari) huunganisha nguvu na huwasiliana na kihisi au kipitishi sauti, ambacho kina antena za Bluetooth na Zigbee. Daraja yenyewe ina vifaa vya relay ya kubadili nguvu na pato la ishara (DALI au 0-10V) ili kubadili na kupunguza mwanga wa luminaires zilizounganishwa tayari zisizoingiliana. Dhana sawa za kupanga zilizoainishwa kwa vimulimuli vilivyo na vitambuzi vilivyojengewa ndani dhidi ya vipitisha data vinatumika.

DALI extender
DALI Extender huongeza basi la SR hadi basi la DALI na kuwezesha programu nyingi zinazohitaji kuunganisha vifaa vya SR kwa viendeshaji vya DALI au viendeshi vya dharura vya DALI. Inatoa usambazaji kwa basi la SR na basi la DALI. Kifaa hiki huwezesha mistari mirefu ya gharama nafuu na idadi ya chini ya vitambuzi, majaribio ya mbali ya miali ya dharura na kuunganishwa kwa viendeshi vyeupe vinavyoweza kusongeshwa na wengine vinavyofanya mfumo kujumuika. Kipanuzi cha DALI kinaweza kusanikishwa kwa kujitegemea au kujengwa ndani kwa luminaire.

Switch relays
Switch relays enable wireless control for non-Interact ready luminaires with 0-10V drivers as well as other on/off switching loads such as receptacles, signage, etc. The mains powered switch relay contains the Bluetooth and Zigbee antennas and is equipped with a power switching relay and a signal output (0-10V). Switch relays do not have sensing capabilities, so they must be grouped with external sensors or with luminaires with built-in sensors for automatic behavior configurations.

Swichi zisizo na waya
Swichi zisizotumia waya hutoa kiolesura cha mtumiaji kwa udhibiti wa kuwasha/kuzima, kufifia, kurekebisha halijoto ya rangi na uteuzi wa eneo.

ZGP (Zigbee Green Power) sensors
Sensorer za ZGP zinazotumia betri ya nje hutumika kudhibiti vimulikaji vyenye vipitisha sauti visivyotumia waya na/au viendeshi visivyotumia waya. Sensorer za kukaa zinazotumia betri pia zinaweza kupangwa pamoja na vimulimuli vilivyo na vitambuzi vilivyojengewa ndani ili kupanua ufunikaji wa mwendo ndani ya kikundi.

 Majukumu ya mtumiaji
The Interact Pro system involves two key roles – expert and user — each with specific responsibilities and permissions. Here is an overview majukumu tofauti na majukumu yao:

1. Mtaalamu
   Jukumu la mtaalam hutumiwa kuagiza na kudumisha mradi. Washikaji-majukumu wataalam kwa kawaida ni wasakinishaji, wahandisi wanaoagiza na wasimamizi wa kituo. Kunaweza kuwa na wataalam wengi waliopewa mradi.
2. Mtumiaji
   Jukumu la mtumiaji linatumika kutekeleza shughuli za udhibiti wa mwanga pekee, na ufikiaji wa kikundi uliowekewa vikwazo ukipewa watumiaji na wataalamu. Jukumu hili linalenga watumiaji wa mwisho ambao wangependa udhibiti wa kibinafsi juu ya vikundi vilivyokabidhiwa kwa kutumia programu ya Interact Pro au web lango. Watumiaji wanaauniwa tu katika miradi iliyo na lango.

Access per role

Jedwali lifuatalo linatoa maelezo ya vidhibiti vya ufikiaji vinavyopatikana na Mtaalamu na Majukumu ya Mtumiaji: Kiwango cha akaunti

Kiwango cha hesabu Kitendo/Wajibu	Mtaalamu	Mtumiaji
Omba ufikiaji (jiandikishe)	✔	✖
Waalike wengine	✔	✖
Futa zingine	✔	✖
Create projects (networks, groups, zones)	✔	✖
Miradi ya Tume (programu pekee)	✔	✖
Sasisha miradi (na lango)	✔	✖
Manage projects (behavior, scenes, replacement)	✔	✖
Nishati na afya (miradi ya lango, web lango pekee)	✔	✖
Ripoti za nishati (miradi ya lango, web lango pekee)	✔	✖
Manage schedules (gateway projects)	✔	✖
Taa za kudhibiti	✔	✔

 Tabia ya mfumo
Tabia ya mfumo inahusu vitendo na majibu yaliyotanguliwa ya mfumo wa taa, kulingana na vichochezi na mipangilio mbalimbali.

1. Utambuzi wa mwendo
   Sensor ya mwendo inategemea teknolojia ya PIR. Vihisi vya PIR vinahitaji mwonekano wa moja kwa moja ili kugundua kitu kinachosonga, na muundo wa kutambua hutofautiana kulingana na urefu wa usakinishaji.
2. Daylight Dependent Regulation
   Udhibiti wa Kitegemezi cha Mchana (DDR) hupima viwango vya mwanga na hudumisha kiwango cha lux kilichopangwa (sehemu iliyowekwa) kwa kufifisha juu au chini taa moja au seti ya mianga. Kwa maneno mengine, wakati mwanga wa mazingira unapoanza kuingia ndani ya jengo, mwangaza utapungua, na wakati giza linapoingia, taa zitaangaza moja kwa moja ili kudumisha kiwango cha mwanga kinachohitajika.
3.  Light behavior templates
   Violezo vya tabia nyepesi huwezesha mwitikio tofauti wa kikundi kwa nafasi, nafasi na kiwango cha mwanga (DDR). Kila kiolezo kina seti ya vigezo vinavyoweza kusanidiwa vinavyoruhusu marekebisho ya kiwango cha mwanga na kuchelewa kwa muda. Kiolezo kinapochaguliwa kwa ajili ya kikundi, tabia ya mwanga huwekwa kwa vimulimuli na vifaa vyote vilivyo ndani ya kikundi hicho kulingana na kiolezo kilichosanidiwa.
4. Available templates:
   • Mwongozo wa Eneo Umezimwa Mwongozo: Kikundi hakijibu umiliki au nafasi. Ubatilishaji wa mtumiaji (swichi ya ukutani, udhibiti wa mwanga wa programu ya simu/lango au ratiba) inahitajika ili kuwasha, kuzima au kuelekea eneo mahususi, kiwango hafifu au halijoto ya rangi.
   • Mwongozo wa Eneo Umezimwa kwa Mwongozo na DDR: Kikundi hakijibu umiliki au nafasi. Ubatilishaji wa mtumiaji (swichi ya ukutani, udhibiti wa mwanga wa tovuti ya programu ya simu au ratiba) inahitajika ili kuwasha, kuzima au kuelekea eneo mahususi, kiwango hafifu au halijoto ya rangi. Wakati taa zinawashwa kwa Kiwango cha Kazi, taa zinazoongezwa kwenye kanda ndani ya kikundi zitaanza kudhibiti kiwango chao cha mwanga ili kujaribu na kudumisha sehemu iliyosawazishwa. Vihisi vilivyojengewa ndani hudhibiti kiwango cha mwanga mmoja mmoja, ilhali vifaa visivyo na kihisi kilichojengewa ndani vinahitaji vitambuzi vingi vinavyotumia betri katika eneo kwa ajili ya udhibiti.
   • Wakati taa zinawashwa kwa mikono hadi kwenye Kiwango cha Kazi, taa zinazoongezwa kwenye kanda ndani ya kikundi zitaanza kudhibiti kiwango chao cha mwanga ili kujaribu na kudumisha sehemu iliyosawazishwa. Vihisi vilivyojengewa ndani hudhibiti kiwango chao cha mwanga mmoja mmoja kwa chaguomsingi lakini vinaweza kusanidiwa kufuata kihisi kikuu cha eneo kilichojengewa ndani badala yake. Vifaa vilivyo katika eneo lisilo na kihisi kilichojengewa ndani vitafuata kihisi kilichojengewa ndani katika ukanda sawa na uliowekwa kama msimamizi wa eneo kwa ajili ya udhibiti. Ikiwa kuna vifaa tu visivyo na vitambuzi vilivyojengwa ndani katika eneo, sensorer nyingi inayoendeshwa na betri inahitajika katika eneo hilo kwa udhibiti.
   • Mwongozo wa Eneo Ukiwa umezimwa Kiotomatiki: Kikundi hakijibu mwanzoni umiliki. Ubatilishaji wa mtumiaji (swichi ya ukutani, udhibiti wa mwanga wa programu/lango au ratiba) inahitajika ili kuwasha, kuzima au kuelekea eneo mahususi, kiwango hafifu au halijoto ya rangi.
     Baada ya muda wa Kushikilia kuisha baada ya nafasi kuwa wazi, kikundi kitabadilika kutoka hali yake ya sasa hadi kiwango cha usuli ikiwa Muda wa Kuongeza Muda umewekwa. Mara tu Muda wa Kuongeza Muda utakapoisha, kikundi kitabadilika kutoka Usuli hadi kiwango cha Nafasi. Ikiwa mwendo utatambuliwa wakati wa Kuongeza Muda, kikundi kitabadilika kutoka kiwango cha Mandharinyuma hadi kiwango cha Jukumu. Ikiwa Muda wa Kuongeza Muda haujawekwa (dakika 0), kikundi kitabadilika moja kwa moja kutoka hali yake ya sasa hadi kiwango cha Nafasi pindi tu Muda wa Kushikilia utakapoisha.
     Mwongozo wa Eneo Ukiwa umezimwa Kiotomatiki na DDR: Kikundi hakijibu mwanzoni umiliki. Ubatilishaji wa mtumiaji (swichi ya ukutani, udhibiti wa mwanga wa programu/lango au ratiba) inahitajika ili kuwasha, kuzima au kuelekea eneo mahususi, kiwango hafifu au halijoto ya rangi.
     Baada ya muda wa Kushikilia kuisha baada ya nafasi kuwa wazi, kikundi kitabadilika kutoka hali yake ya sasa hadi kiwango cha usuli ikiwa Muda wa Kuongeza Muda umewekwa. Mara tu Muda wa Kuongeza Muda utakapoisha, kikundi kitabadilika kutoka Usuli hadi kiwango cha Nafasi. Ikiwa mwendo utatambuliwa wakati wa Kuongeza Muda, kikundi kitabadilika kutoka kiwango cha Mandharinyuma hadi kiwango cha Jukumu. Ikiwa Muda wa Kuongeza Muda haujawekwa (dakika 0), kikundi kitabadilika moja kwa moja kutoka hali yake ya sasa hadi kiwango cha Nafasi pindi tu Muda wa Kushikilia utakapoisha.
     Wakati taa zinawashwa kwa mikono hadi kwenye Kiwango cha Kazi, taa zinazoongezwa kwenye kanda ndani ya kikundi zitaanza kudhibiti kiwango chao cha mwanga ili kujaribu na kudumisha sehemu iliyosawazishwa. Vihisi vilivyojengewa ndani hudhibiti kiwango chao cha mwanga mmoja mmoja kwa chaguomsingi lakini vinaweza kusanidiwa kufuata kihisi kikuu cha eneo kilichojengewa ndani badala yake. Vifaa vilivyo katika eneo lisilo na kihisi kilichojengewa ndani vitafuata kihisi kilichojengewa ndani katika ukanda sawa na uliowekwa kama msimamizi wa eneo kwa ajili ya udhibiti. Ikiwa kuna vifaa tu visivyo na vitambuzi vilivyojengwa ndani katika eneo, sensorer nyingi inayoendeshwa na betri inahitajika katika eneo hilo kwa udhibiti.
   • Eneo Limezimwa Kiotomatiki: Kikundi kinajibu umiliki na nafasi iliyo wazi. Baada ya kukaa, kikundi kitabadilika kutoka ngazi ya Nafasi hadi ngazi ya Kazi. Ubatilifu wa mtumiaji (swichi ya ukutani, udhibiti wa mwanga wa programu/lango au ratiba) unaweza kuwasha, kuzima taa au kwenye eneo mahususi, kiwango hafifu au halijoto ya rangi.
     Baada ya muda wa Kushikilia kuisha baada ya nafasi kuwa wazi, kikundi kitabadilika kutoka hali yake ya sasa hadi kiwango cha usuli ikiwa Muda wa Kuongeza Muda umewekwa. Mara tu Muda wa Kuongeza Muda utakapoisha, kikundi kitabadilika kutoka Usuli hadi kiwango cha Nafasi. Ikiwa mwendo utatambuliwa wakati wa Kuongeza Muda, kikundi kitabadilika kutoka kiwango cha Mandharinyuma hadi kiwango cha Jukumu. Ikiwa Muda wa Kuongeza Muda haujawekwa (dakika 0), kikundi kitabadilika moja kwa moja kutoka hali yake ya sasa hadi kiwango cha Nafasi pindi tu Muda wa Kushikilia utakapoisha.
   • Eneo Limewashwa Kiotomatiki kwa kutumia DDR: Kikundi kinajibu umiliki na nafasi iliyo wazi. Baada ya kukaa, kikundi kitabadilika kutoka ngazi ya Nafasi hadi ngazi ya Kazi. Ubatilifu wa mtumiaji (swichi ya ukutani, udhibiti wa mwanga wa programu/lango au ratiba) unaweza kuwasha, kuzima taa au kwenye eneo mahususi, kiwango hafifu au halijoto ya rangi.
     Once the Hold time expires after vacancy, the group will transition from its current state to Background level if a Prolong time has been set. Once the Prolong time expires, the group will transition from Background to Vacant level. If motion is detected during the Prolong time, the group will transition from Background level to Task level. If the Prolong time is not set (0 minutes), the group will transition directly from its present state to Vacant level once the Hold time expires. When lights are manually switched On to Task level, lights added to zones within the group will begin to regulate their light level to try and maintain the calibrated setpoint. Built-in sensors regulate their light level individually by default but can be configured to follow a zone master built-in sensor instead. Devices in a zone without a built-in sensor will follow a built-in sensor in the same zone configured as a zone master for regulation. If there are only devices without built-in sensors in a zone, a battery powered multi-sensor is required in the zone for regulation.
   • Light Auto On Auto Off: The group responds to both occupancy and vacancy. Upon occupancy, the group will transition from Vacant level to Background level. Individual built-in sensors that detect motion for greater than the Dwell time will transition from Background to Task level. User overrides (wall switch, app/portal light control or schedule) can turn the lights on, off or to a specific scene, dim level or color temperature. Once the Hold time expires after vacancy, individual built-in sensors will transition from Task to Background level. Once all individual sensors in the group have returned to Background level, a static 5-minute Sync time must elapse to ensure vacancy. After the Sync time, the group continues to remain at Background level for the Prolong time. Once the Prolong time expires, the group will transition from Background to Vacant level. If motion is detected during the Sync Time or the Prolong time, the individual built-in sensors detecting motion will transition from Background level to Task level. If the Prolong time is not set (0 minutes), the group will transition directly from its present state to Vacant level once the Hold and Sync times expire.
   • Light Auto On Auto Off with DDR: The group responds to both occupancy and vacancy. Upon occupancy, the group will transition from Vacant level to Background level. Individual built-in sensors that detect motion for greater than the Dwell time will transition from Background to Task level. User overrides (wall switch, app/portal light control or schedule) can turn the lights on, off or to a specific scene, dim level or color temperature. Once the Hold time expires after vacancy, individual built-in sensors will transition from Task to Background level. Once all individual sensors in the group have returned to Background level, a static 5-minute Sync time must elapse to ensure vacancy. After the Sync time, the group continues to remain at Background level for the Prolong time. Once the Prolong time expires, the group will transition from Background to Vacant level. If motion is detected during the Sync Time or the Prolong time, the individual built-in sensors detecting motion will transition from Background level to Task level. If the Prolong time is not set (0 minutes), the group will transition directly from its present state to Vacant level once the Hold and Sync times expire. When lights are manually switched On to Task level, lights added to zones within the group will begin to regulate their light level to try and maintain the calibrated setpoint. Built-in sensors regulate their light level individually by default but can be configured to follow a zone master built-in sensor instead. Devices in a zone without a built-in sensor will follow a built-in sensor in the same zone configured as a zone master for regulation. If there are only devices without built-in sensors in a zone, a battery powered multi-sensor is required in the zone for regulation.
5. Light behavior parameters
   Violezo vya tabia nyepesi huwezesha mwitikio tofauti wa kikundi kwa nafasi, nafasi na kiwango cha mwanga (DDR). Baada ya kuchagua kiolezo cha tabia nyepesi, vigezo vinaweza kubadilishwa ili kurekebisha tabia ya mwanga kulingana na mahitaji.
6. Parameter matrix per light behavior template
7.  Occupancy-based light behavior
8. Light behavior parameter summary
9. Zones and Scenes
   A zone is a sub-selection of luminaries inside a group. Zones allow multiple luminaires to be set in unison when Scenes are configured vs lights in the group that are not in zones, which must be individually set. In addition, luminaires must be in zones to enable Daylight Dependent Regulation (DDR).
   A scene can be triggered either by a single press of a button from a 4-button switch, the LightControl application, or via a schedule. A scene always behaves as a manual override, meaning lights resume normal or automatic behavior once the group Hold time expires.
10. Ubora wa hali ya juu
    The high end trim feature sets the new maximum value for dimming level and proportionally scales down the rest of the values such as task, background and vacant level. This includes any manual dimming or scene levels.
    If the high end trim value is 90%, then 90% is the new 100% dim level and all other values are also scaled down to 90% of their original value.
    When high end trim is adjusted using the Interact Pro app, the visual perception of the resulting power output of the lights dims “linear to the eye”, but the actual power output changes exponentially.
    To use high end trim to reduce a specific amount of output power, use the graph below that depicts the relation between high end trim level and output power. For example, ni lazima uweke kiwango cha upunguzaji wa mwisho hadi 90% ili kufikia upunguzaji wa nishati ya pato kwa 50%.

Pata maelezo zaidi kuhusu Interact www.interact-lighting.com
© 2025 Signify Holding. Haki zote zimehifadhiwa.
Vipimo vinaweza kubadilika bila taarifa. Hakuna uwakilishi au dhamana kuhusu usahihi au ukamilifu wa habari iliyojumuishwa hapa imetolewa na dhima yoyote ya hatua yoyote inayoitegemea imekataliwa. Alama zote za biashara zinamilikiwa na Signify Holding au wamiliki wao husika.

Maswali Yanayoulizwa Mara kwa Mara

• Swali: Je, Interact Pro inaweza kutumika katika mazingira ya nje?
  A: Yes, Interact Pro can be used outdoors, including in outdoor parking lots and covered parking garages.
• Swali: Ni mitandao mingapi isiyotumia waya inaweza kuundwa ndani ya mradi?
  A: The number of wireless networks created within a project depends on the site’s layout and the number of Interact ready luminaires and devices being installed.
• Swali: Je, ni masafa gani ya taa kuwasiliana ndani ya mtandao usiotumia waya?
  A: Lights need to be within 10 meters of at least one other light in the network for guaranteed operation.

Nyaraka / Rasilimali

Mwingiliano na Mfumo wa Taa wa Smart Wireless [pdf] Mwongozo wa Mtumiaji Mfumo wa Taa Mahiri usiotumia Waya, Mfumo wa Taa Mahiri usiotumia Waya, Mfumo wa Taa Mahiri, Mfumo

Marejeleo

• Mwongozo wa Mtumiaji