TZ08 Roller Shutter Controller
Manual pangguna
TZ08 Roller Shutter Controller
Roller Shutter Controller ing tembok dirancang kanggo ngalih munggah / rana roller ngisor disambungake menyang terminal nggunakake gelombang radio, pengontrol lan tombol push langsung disambungake menyang Controller Roller iki.
Roller Shutter Controller ing tembok iki minangka transceiver sing minangka piranti sing aktif Z-WaveTM lan kompatibel karo jaringan apa wae sing aktif Z-WaveTM. Desain slim supaya Controller bisa gampang ndhelikake dhewe menyang kothak tembok lan bakal apik kanggo dekorasi omah.
Teknologi kalibrasi relay cerdas anyar bisa nyuda arus inrush sing disebabake beban lan supaya modul bisa digunakake kanthi sampurna karo macem-macem Roller Shutter.
Pengontrol Rana Roller ing tembok iki bisa ndeteksi posisi Shutter kanthi nggunakake metode pangukuran daya pola, saengga bisa dikontrol kanthi remot ora mung munggah utawa mudhun, nanging uga bisa disetel kanggo mantan. 30% utawa 50%. Lan nalika manual kontrol dening tombol push, controller uga bisa apal posisi lan ngirim posisi rana anyar kanggo controller sawijining (contone. IP-Gateway).
Nambahake menyang Jaringan Z-Wave ™
Ing ngarep casing, there is an include button with LED indicator below which is used to carry out inclusion, exclusion, reset or association. When first power is applied, its LED flashes on and off alternately and repeatedly at 2-second intervals. It implies that it has not been assigned a node ID and cannot work with Z-Wave enabled devices.
Gawan otomatis
Fungsi inklusi otomatis bakal dileksanakake anggere TZ08 ora duwe ID Node lan mung nyambungake TZ08 menyang daya utama.
Cathetan: Wektu entek otomatis yaiku 4 menit sajrone informasi simpul saka pigura panjelajah bakal dipancarake saben 5 detik. Ora kaya fungsi "inklusi" kaya sing ditampilake ing tabel ing ngisor iki, eksekusi inklusi otomatis bebas saka mencet tombol Kalebu ing TZ08.
Tabel ing ngisor iki nampilake ringkesan operasi saka fungsi Z-Wave dhasar. Mangga deleng pandhuan kanggo Z-WaveTM Certificated Primary Controller kanggo ngakses fungsi Setup, lan kanggo nyakup / ora kalebu / nggandhengake piranti.
| Fungsi | Katrangan | Indikasi LED |
| Ora ana ID simpul | Z-Wave Controller ora nyedhiyakake ID simpul menyang TZ08. | 2 detik ing, 2 detik mati |
| Gawan | 1. Wis Z-Wave Controller ngetik mode Gawan. 2. Pencet tombol Kalebu kaping telu sajrone 1.5 detik bakal mlebu mode inklusi. |
Siji pencet siji lampu kilat |
| Pengecualian | 1. Wis Z-Wave Controller ngetik mode pangecualian. | Siji pencet siji lampu kilat |
| 2. Pencet tombol Kalebu kaping telu sajrone 1.5 detik bakal mlebu mode pengecualian. | ||
| ID simpul wis ora dikatutake. | 2 detik ing, 2 detik mati | |
| Reset | 1. Pencet tombol Kalebu kaping telu sajrone 1.5 detik bakal mlebu mode klebu |
Siji pencet siji lampu kilat |
| 2. Ing 1 detik, pencet tombol Kalebu maneh kanggo 5 detik nganti LED mati. | ||
| 3. ID ora dikatutake. | 2 detik ing, 2 detik mati | |
| Asosiasi | 1. Wis Z-Wave Controller ngetik mode asosiasi. Utawa Pencet tombol Kalebu kaping telu sajrone 1.5 detik bakal mlebu mode asosiasi |
Siji pencet siji lampu kilat |
| 2. Ana 1 klompok (Group 1) kanggo TZ08 |
※ Kalebu ID simpul sing diwenehake dening Z-Wave Controller tegese kalebu. Ora kalebu ID simpul sing diwenehake dening Z-Wave Controller tegese pengecualian.
※ Gagal utawa sukses kalebu / ora kalebu ID simpul bisa viewed saka Kontroler Z-Wave.
Indikasi LED
Kanggo mbedakake mode apa TZ08, view saka LED kanggo identifikasi.
| Jinis Negara | Indikasi LED |
| Motor ngaktifake |
Ora preduli munggah utawa mudhun, nutup utawa mbukak, Led bakal sumunar saben detik nalika Motor diaktifake. |
| Ora ana ID simpul | Ing operasi normal, nalika TZ08 durung diparengake ID simpul, LED kelip-kelip lan mateni gantian ing interval 2 detik. Kanthi menet tombol S1 S2 utawa Kalebu, bakal mandheg sumunar sementara. Nanging, sawise medhot lan nyambungake maneh TZ08, LED bakal kerlip lan mati gantian ing interval 2 detik. |
| Kakehan beban | Nalika kakehan negara occurs, TZ08 dipatèni kang LED kelip-kelip lan mateni gantian ing interval 0.5 detik. Kakehan negara bisa ngankat dening medhot lan nyambungake TZ08 kanggo daya utama |
Milih Lokasi sing Cocok
- Aja nemokake TZ08 madhep langsung suryo srengenge, lembab utawa mbledug panggonan.
- Suhu sekitar sing cocog kanggo TZ08 yaiku 0°C~40°C.
- Aja nemokake TZ08 ing ngendi ana bahan sing bisa diobong utawa sumber panas, contone, geni, radiator, ketel dll.
- Sawise sijine iku menyang nggunakake, awak TZ08 bakal dadi sethitik panas kang kedadean normal.
Instalasi lan operasi
- lebokake TZ08 ing tembok menyang kothak tembok lan sambungake kabel listrik AC L,N menyang konektor TZ08 L, N.
- Sambungake saklar tembok menyang TZ08 minangka Fig1.
- Penting kanggo nindakake proses kalibrasi rana sadurunge sampeyan ngontrol rana kanggo mindhah. Tombol pencet liwat 3 detik lan lepas sadurunge detik kaping 6, kontrol rana rol bakal miwiti proses kalibrasi rana. Proses kasebut kasusun saka telung stages. Rana pindhah menyang TOP ing s pisanantage, lan pindhah menyang BOTTOM ing detik stage, lan pindhah menyang TOP maneh ing s kaping telutage. Banjur TZ08 bakal ngerti jumlah total UP lan DOWN. Sajrone proses kalibrasi rana, ana kahanan darurat, sampeyan bisa menet lan ngeculake tombol kalebu kanggo mungkasi proses kasebut
- Yen pangguna nemokake arah kasebut mbalikke, iki bisa uga amarga sambungan NC lan NO sing salah menyang motor, ganti sambungan NC lan NO lan nglakokake proses kalibrasi maneh.
- Kanggo ngalih munggah lan mudhun rana kanthi manual, pencet S1 utawa S2.
- TZ08 dibangun ing fungsi meter lan bisa maca Watt, KWh, V (Voltage), Aku (Saiki), PF (Power Factor) saka mbukak kanthi nggunakake Z-Wave kelas printah, pangguna bisa nyetel watt batesan kanggo njaluk bebaya disebabake operasi abnormal
- TZ08 duwe fungsi proteksi kakehan, lan bisa mbantu nyegah sirkuit cendhak sing disebabake beban.
Pemrograman
- Kelas Komando Dasar
TZ08 bakal nanggapi perintah BASIC lan BINARY sing minangka bagean saka sistem Z-Wave.
1.1 BASIC_GET
Nalika TZ08 nampa Basic Set Command, bakal ngirim Basic Report Command kanggo laporan posisi sandiworo. Nalika nilai laporan 0x00, tegese Shutter ana ing ngisor, yen nilai laporan 0xFF utawa 0x63 tegese Shutter ana ing ndhuwur, sembarang Nilai liyane antarane 0x01~0x62 ora pati jelas Rana ing 1% ~ 99% posisi Nanging yen nilai laporan 0xFE tegese posisi ora dingerteni.
Komando Entuk Dasar: [Komando Kelas Dasar, Entuk Dasar] Komando Laporan Dasar:
[Komando Kelas Dasar, Laporan Dasar, Nilai = 0x00 (NGAWAS)] [Komando Kelas Dasar, Laporan Dasar, Nilai = 0x01~0x62 (Antarane BOTTOM lan Ndhuwur)] [Komando Kelas Dasar, Laporan Dasar, Nilai = 0xFE (TAK DITULIS)] [Komando Kelas Dasar, Laporan Dasar, Nilai = 0x63/0xFF (TOP)] 1-2 BASIC_SET
TZ08 mung bisa nampa Basic Set Command sing nilai (0x00) Ngisor utawa Ndhuwur (0x63/0xFF), nilai liyane ora bisa ditampa
[Command Class Basic, Basic Set, Value = 0x63或0xFF] ngontrol rana menyang ndhuwur (0xFF).
[Command Class Basic, Basic Set, Value = 0x00(0)] kontrol rana menyang ngisor (0x00). - Kelas Prentah Ngalih Binary
2-1 BINARY_SWITCH_GET,
Nalika TZ08 nampa Binary Switch Get Command, bakal ngirim Binary Switch Report
Prentah kanggo laporan posisi sandiworo. Nalika nilai laporan 0x00, tegese Rana ana ing ngisor, yen nilai laporan 0xFF tegese Rana ana ing ndhuwur. Nanging yen nilai laporan 0xFE tegese posisi ora dingerteni.
Saklar Binary Get Command:
[Komando Kelas Binary Switch, Binary Switch Get] Binary Switch Report Command:
[Komando Kelas Binary Switch, Binary Switch Report, Value = 0x00(BOTTOM)] [Command Class Binary Switch, Binary Switch Report, Value = 0xFE(UNKNOWN)] [Command Class Binary Switch, Binary Switch Report, Value = 0xFF(TOP) ] 2-2 BINARY_SWITCH_SET
TZ08 mung bisa nampa Komando Set Binary Switch sing nilaine (0x00)
Ngisor utawa T op (0xFF), nilai liyane ora ditrima.
[Komando Kelas Binary Switch, Binary Switch Set, Value = 0xFF(255)] ngontrol rana menyang ndhuwur (0xFF). Nanging yen rana mudhun, printah iki bakal mungkasi rana.
[Komando Kelas Binary Switch, Binary Switch Set, Value = 0x00(0)] ngontrol rana menyang ngisor (0x00). Nanging yen rana munggah, printah iki bakal mungkasi rana. - Multilevel Switch Command Class (Versi 3):
3-1 SET SWITCH MULTILEVEL:
TZ08 mung bisa nampa Multilevel Switch Set Command sing nilaine (0x00)Bottom utawa T op (0x63 utawa 0xFF), nilai liyane ora bisa ditampa.
[Komando Kelas Multilevel Switch, Multilevel Switch Set, Value = 0x63 utawa 0xFF(255)] ngontrol rana menyang ndhuwur (0xFF).
[Komando Kelas Multilevel Switch, Multilevel Switch Set, Value = 0x00(0)] ngontrol rana menyang ngisor (0x00).
3-2 MULTILEVEL SWITCH GET:
Nalika TZ08 nampa Multilevel Switch Get Command, bakal ngirim Multilevel Switch Report Command kanggo laporan posisi rana. Yen nilai laporan 0x00, tegese rana ana ing ngisor, yen nilai laporan 0xFF utawa 0x63 tegese rana ana ing ndhuwur, nilai liyane antarane 0x01~0x62 tegese rana ing posisi 1% ~ 99%; nilai laporan punika 0xFE tegese posisi ora dingerteni.
Ngalih Multilevel Get Command: [Command Class Multilevel Switch, Multilevel Switch Get] Multilevel Switch Report Command Command: [Command Class Multilevel Switch, Multilevel Switch Report,
Nilai = 0x00(BAWAH)] [Komando Ngalih Multilevel Kelas, Laporan Ngalih Multilevel, Nilai = 0x01~0x62(Antarane Ngisor lan Ndhuwur)] [Komando Kelas Multilevel Ngalih, Laporan Ngalih Multilevel, Nilai = 0xFE(UNKNOWN)] [Komando Kelas Multilevel Ngalih, Laporan Ngalih Multilevel, Nilai = 0x63/0xFF(TOP)] 3-3 GANTI MULTILEVEL miwiti pangowahan tingkat:
Iki minangka prentah sing pangguna bisa mindhah rana menyang posisi tartamtu. 60% saka total kisaran
[Komando Kelas Multilevel Switch, Multilevel Switch Start Level Change, Up/Down Value, Inc/Dec Value, Step Size Value].
3-3.1 Bit munggah/mudhun:
Yen Bit Up/Mudhun=0x00 Rana pindhah munggah；
Yen Bit Up/Down=0x01 Rana pindhah mudhun；
Yen Up / Down Bit = 0x03 ora pindhah
3-3.2 Inc/Desember Bit:
Yen Inc/Dec Bit=0x00 tegese New Step_Size = Now Step_Size + Step_Size ；
Yen Inc/Dec Bit=0x01 tegese New Step_Size = Saiki Step_Size – Step_Size ；
Yen Inc/Dec Bit=0x03 tegese New Step_Size = Saiki Step_Size
3-3.3 Step_Size:
Range saka 0x00~0x63 utawa 0xFF , nilai standar = 50, lan makna 0x63 lan 0xFF yaiku 100% saka total rentang. Yen Saiki Step_Size + Step_Size >100, Step_Size anyar bakal tetep ing 100, yen Saiki Step_Size – Step_Size <0, New Step_Size bakal tetep ing 0
Examplan 1: Yen pangguna pengin rana pindhah munggah, lan jarak 60% saka total jangkoan (anggap saiki Step_Size = 50)Command Kelas Multilevel Ngalih (UP = 0x00)
(Tambahan = 0x00:Step_Size = 50+10 = 60)
Nilai iki makili carane akeh step_size anyar pengin nambah utawa nyudaNgalih Multilevel Mulai Ganti Level Ndhuwur / Mudhun = 0x00 Inc/Dis = 0x00 Step_Size = 10 Exampl 2: Yen pangguna pengin rana pindhah mudhun, lan jarak 50% saka total jangkoan (anggap saiki Step_Size = 50)
Command Kelas Multilevel Ngalih (Mudhun = 0x01)
(Ora Inc/Dec = 0x03: ora ngganti nilai Step_Size，Step_Size = 50)
Nilai iki makili jumlah step_size anyar sing pengin ditambah utawa dikurangi, nalika Inc/Dec = 0x03, atur nilai iki dadi 0)Ngalih Multilevel Mulai Ganti Level Ndhuwur / Mudhun = 0x01 Inc/Dis = 0x03 Step_Size = 0 Examplan 3: Yen pangguna ora ngganti posisi rana nanging mung ngganti Step_Size dadi 40% (anggap saiki Step_Size = 50)
Command Kelas Multilevel Ngalih (Ora ana gerakan munggah/mudhun = 0x03)
(Penurunan = 0x01 : Ukuran_Langkah = 50–10 = 40)
Nilai iki makili carane akeh step_size anyar pengin nambah utawa nyudaNgalih Multilevel Mulai Ganti Level Ndhuwur / Mudhun = 0x03 Inc/Dis = 0x01 Step_Size = 10 ATT 1. Ignore_Start_Level 、Start_Level、Dimming_Duration ora bisa digunakake
2. TZ08 ora bisa ngontrol kacepetan motor.
3-3.4 GANTILAN PERINGKAT SWITCH MULTILEVEL:
Nalika nampa Multilevel Ngalih Stop Level pangowahan Command TZ08 bakal mungkasi motor. - Pengenalan Grup Z-wave (Kelas Komando Asosiasi Versi 1)
Mung ana siji klompok sing diarani Group1, mung ana siji simpul kanggo Group1 sing ndhukung MULTILEVEL_ SWITCH_ REPORTMETER_ REPORT_ COMMAND_V3′ ALARM_REPORT.
4-1 Laporake posisi rana:
Saben-saben nalika pangguna menet S1 utawa S2 lan supaya rana kanggo mindhah, TZ08 bakal laporan status posisi kanggo controller, lan ing proses obah nalika owah-owahan liwat 10% TZ08 bakal ngirim Multilevel Ngalih Report kanggo Group 1 uga.
Laporan Ngalih Multilevel: Ex. Laporan posisi ing 30%
[Saklar Multilevel Kelas Perintah，Laporan Saklar Multilevel，Nilai = 30(%)] 4-2 Kelas Prentah Meter:
Switch bakal nglaporake (1) Konsumsi Daya cepet (Watt) utawa (2) konsumsi daya akumulasi (KWH) utawa (3) Vol beban ACtage (V) utawa (4) AC mbukak saiki ( Aku ) (5) faktor daya mbukak (PF) kanggo Z-Wave Controller sawise nampa Meter Njaluk Command saka Z-Wave Controller.
Nalika konsumsi daya beban beda-beda liwat 5%, bakal ngirim laporan Meter menyang kelenjar Group uga
4-2.1 Konsumsi Daya Instan (Watt) Saklar
Nalika nampa Meter Get Command, bakal nglaporake Command Meter Report menyang simpul sing dijaluk.
Meter Get Command: [Command Class Meter, Meter Get, Scale =0x02(W)] Meter Report Command: [Command Class Meter, Meter Report, skala(bit 2)+Tipe Rate + Type Meter, Precision + Scale(bit 1,0, 1)+ Ukuran, Nilai Meter 2, Nilai Meter 3, Nilai Meter 4，Nilai Meter 0] Jinis Tarif = 01xXNUMX
Jinis Meter = 0x01
Presisi = 1
Skala = 0x02(W)
Ukuran = 4 Byte (Nilai Meter)
Nilai Meter 1 = (W) MSB
Nilai Meter 2 = (W)
Nilai Meter 3 = (W)
Nilai Meter 4 = (W)LSB
Example:
Nilai Meter 1 = 0x00 (W)
Nilai Meter 2 = 0x00 (W)
Nilai Meter 3 = 0x03 (W)
Nilai Meter 4 = 0xEA (W)
Meter (W) = Nilai Meter 3 * 256 + Nilai Meter 4 = 100.2W
4-2.2 Konsumsi Daya Akumulasi (KW / h)
Nalika nampa Meter Get Command, bakal nglaporake Command Meter Report menyang simpul sing dijaluk.
Meter Get Command: [Command Class Meter, Meter Get, Scale = 0x00 KW/h)] Meter Report Command: [Command Class Meter, Meter Report, skala(bit 2)+Tipe Rate + Type Meter, Precision + Scale(bit 1,0 ,1)+ Ukuran, Nilai Meter 2, Nilai Meter 3, Nilai Meter 4，Nilai Meter 0] Tipe Tarif = 01xXNUMX
Jinis Meter = 0x01
Presisi = 2
Skala = 0x00 (KWh)
Ukuran = 4 bita (Nilai Meter)
Nilai Meter 1 = (KWh) MSB
Nilai Meter 2 = (KWh)
Nilai Meter 3 = (KWh)
Nilai Meter 4 = (KWh) LSB
Example:
Skala = 0x00 (KWh)
Presisi = 2
Ukuran S = 4 B ytes (KW / h)
Nilai Meter 1 = 0x00 (KWh)
Nilai Meter 2 = 0x01 (KWh)
Nilai Meter 3 = 0x38 (KWh)
Nilai Meter 4 = 0xA3 (KWh)
Konsumsi daya akumulasi (KW / h) = (Nilai Meter 2 * 65536) + (Nilai Meter 3 * 256) + (Nilai Meter 4) = 800.35 (KW / h)
4-2.3 AC mbukak Voltage (V)
Nalika nampa Meter Get Command, bakal nglaporake Command Meter Report menyang simpul sing dijaluk.
Meter Get Command: [Command Class Meter, Meter Get, Scale =0x04(V)] Meter Report Command:
[Command Class Meter，Laporan Meter，skala(bit 2) +Tipe Rate +Jenis Meter，Presisi + Skala(bit 1,0)+ Ukuran，Nilai Meter 1，Nilai Meter 2] Tipe Rate = 0x01
Jinis Meter = 0x01
Presisi = 1
Skala = 0x04(V)
Ukuran = 2 Byte (Nilai Meter)
Nilai Meter 1 = Byte Dhuwur (V)
Nilai Meter 2 = Byte Kurang (V)
Example:
Skala = 0x04 (V)
Presisi = 1
Ukuran = 2 (2 Bita V)
Nilai Meter 1 = 0x09 (V)
Nilai Meter 2 = 0x01 (V)
AC mbukak Voltage = (Nilai Meter 1 * 256) + (Nilai Meter 2) = 230.5 (V)
4-2.4 AC saiki (I)
Nalika nampa Meter Get Command, bakal nglaporake Command Meter Report menyang simpul sing dijaluk.
Meter Get Command: [Command Class Meter, Meter Get, Scale =0x05(I)] Meter Report Command:
[Meter Kelas Perintah, Laporan Meter，skala(bit 2) +Tipe Rate +Tipe Meter, Presisi + Skala(bit 1,0)+ Ukuran, Nilai Meter 1, Nilai Meter 2] Tipe Rate = 0x01
Jinis Meter = 0x01
Presisi = 2
Skala = 0x05(I)
Ukuran = 2 Byte (Nilai Meter)
Nilai Meter 1 = Byte Dhuwur (I)
Nilai Meter 2 = Byte Kurang (I)
Example:
Skala = 0x05 (I)
Presisi = 2
Ukuran = 2 (2 Bita I)
Nilai Meter 1 = 0x01 (I)
Nilai Meter 2 = 0x21 (I)
AC saiki mbukak = (Nilai Meter 1 * 256) + (Nilai Meter 2) = 2.89 (A)
4-2.5 faktor daya mbukak (PF)
Nalika nampa Meter Get Command, bakal nglaporake Command Meter Report menyang simpul sing dijaluk.
Meter Get Command: [Command Class Meter, Meter Get, Scale =0x06(PF)] Meter Report Command: [Command Class Meter, Meter Report, skala(bit 2) +Tipe Rate + Type Meter, Precision + Scale(bit 1,0, 1)+ Ukuran, Nilai Meter 0] Jinis Tarif = 01xXNUMX
Jinis Meter = 0x01
Presisi = 2
Skala = 0x06(PF)
Ukuran = 1 Byte
Nilai meter 1
Example:
Skala = 0x06 (PF)
Presisi = 2
Ukuran = 1 (1 Bita saka PF)
Nilai Meter 1 = 0x63(PF)
Faktor daya beban (PF) = Nilai Meter 1 = 0.99
4-2.6 ngreset Konsumsi Daya Akumulasi (KWh)
Printah iki kanggo ngreset Konsumsi Daya Akumulasi (KWh) menyang 0 Meter Reset Command:
[Meter Kelas Command, Reset Meter] 4-3 Perintah Laporan Weker:
Nalika TZ08 ndeteksi Overload, bakal ngirim Alarm_Report menyang Group1, Alarm
Level = 0xFF. Nalika nampa perintah Alarm_Get lan TZ08 ora ana ing status kakehan, bakal ngirim Alarm_Report, Level Alarm = 0x00.
4-3.1 Laporan Weker:
[Command_Class_Alarm, Alarm_Report, Alarm Type = 0x08, Alarm Level = 0xFF (Overload)] [Command_Class_Alarm, Alarm_Report, Alarm Type = 0x08, Alarm Level = 0x00 (Normal)] - Konfigurasi Z-Wave
Parameter Konfigurasi Fungsi Ukuran (Byte) Nilai Unit Default Katrangan 1 Watt
Meter
Laporan
Periode2 Ox01- Ox7FFF 5s 720 5 * 720s = 3600s = 1 jam 2 KWH
Meter
Laporan
Periode2 Ox01- Ox7FFF 10 min 6 6 * 10 menit = 1 jam 3 Ambang Watt kanggo Ati-ati Muatan 2 10-1100 1 watt 1100 4 Ambang KWH
kanggo Load Ati-ati2 1-10000 1 kwh 10000 5-1 Watt Meter Laporan Periode:
Yen setelan dikonfigurasi kanggo 1 jam (setel nilai = 720), TZ08 bakal laporan konsumsi daya cepet saben 1 jam menyang simpul cocog Group. Interval maksimum kanggo nglaporake konsumsi daya cepet yaiku 45 jam (5s*32767/3600=45hr). Nilai standar yaiku 1 jam
Periode Laporan 5-2 KWH Meter:
Yen setelan dikonfigurasi kanggo 1 jam (nilai nyetel = 6), TZ08 bakal nglaporake Konsumsi Daya Akumulasi (KW / h) saben 1 jam menyang simpul Grup sing cocog. Interval maksimum kanggo nglaporake Konsumsi Daya Akumulasi (KW/h) yaiku 227.55 dina (10min*32767/1440=227.55 dina). Nilai standar = 1 jam
5-3 Batesan Watt kanggo Muatan Ati-ati
Iki minangka bebaya nalika wattage saka beban liwat nilai ambang prasetel, Yen nilai setelan 1100, nalika mbukak wattage liwat Nilai iki, TZ08 bakal ngirim Watt Meter Report printah menyang simpul saka cocog Group. Nilai standar = 1100W
5-4 Ambang KWh kanggo Muat Ati-ati
Iki bebaya nalika KWh saka mbukak liwat Nilai batesan prasetel, Yen nilai setelan 10000, nalika Akumulasi Power Konsumsi Relay1 utawa Relay2 liwat Nilai iki, TZ08 bakal ngirim KWh Meter Report printah menyang simpul saka cocog Guoup, minimal Nilai 1KWh lan nilai standar yaiku 10000 kWh - Kelas Komando
Switch ndhukung Kelas Command kalebu…
*COMMAND_CLASS_SWITCH_BINARY
*COMMAND_CLASS_BASIC
*COMMAND_CLASS_MANUFACTURER_SPECIFIC_V2
*COMMAND_CLASS_VERSION
*COMMAND_CLASS_ASSOCIATION
*COMMAND_CLASS_METER_V3
*KOMAND_KELAS_KONFIGURASI
*COMMAND_CLASS_SWITCH_MULTILEVEL_V3
*COMMAND_CLASS_ALARM
Ngatasi masalah
| Gejala | Penyebab Gagal | Rekomendasi |
| TZ08 ora bisa digunakake lan LED mati | 1. TZ08 ora nyambung menyang daya Utama 2. TZ08 rusak |
1. Priksa sambungan listrik 2. Aja mbukak TZ08 lan ngirim kanggo ndandani. |
| Arah pamindhahan rana mbalikke | Salah sambungan NC lan NO menyang motor | Tukar sambungan NC NO |
| Lampu LED TZ08 bisa digunakake nanging ora bisa ngontrol | 1. Ora ana setelan asosiasi 2. Gangguan frekuensi sing padha |
1. Nindakake asosiasi 2. Ngenteni sawetara wektu kanggo nyoba maneh |
Spesifikasi
| Operasional Voltage | 100 ~ 240 V AC |
| Beban maksimum | Beban resistif maks. 1100W/600W/550W(EU/US/TW) |
| Range | Minimal 30 m ing lawang 100 m garis tampilan njaba |
| Suhu operasi | 0°C ~ 40°C |
| Range Frekuensi | TZ08 868.42 (EU) / TZ08 908.42(USA/Kanada) / TZ08 922.5/923.9/926.3MHz (Taiwan/JP)MHz |
** Spesifikasi bisa diganti lan dandan tanpa ana kabar.
Dokumen / Sumber Daya
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Z-Wave TZ08 Roller Shutter Controller [pdf] Manual pangguna TZ08 Roller Shutter Controller, TZ08, Roller Shutter Controller, Shutter Controller |
