Zennio ZNIO-QUADP QUAD Plus Analog/Modul Input Digital
UPDATE DOKUMEN
| Versi | Owah-owahan | Kaca |
|
[1.6]_a |
Owah-owahan ing program aplikasi:
· Optimasi modul termostat lan detektor gerak. |
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| [1.5]_a | Owah-owahan ing program aplikasi:
· Koreksi cilik. |
– |
| [1.3]_a | Owah-owahan ing program aplikasi:
· Optimization saka modul probe suhu. |
– |
|
[1.2]_a |
Owah-owahan ing program aplikasi:
· Optimization saka input binar, termostat lan modul detector gerakan. |
– |
PAMBUKA
QUAD PLUS
QUAD Plus punika nganyari, versi cilik-ukuran saka QUAD populer saka Zennio. Modul iki nggabungake papat input kapisah digital / analog, saben bisa dikonfigurasi minangka:
Input binar.
Probe suhu, salah siji model sing disedhiyakake dening Zennio utawa probe suhu NTC liyane saka supplier liyane, sing ing kasus iki bisa kanggo ngatur paramèter ing ETS.
Detektor gerak.
Kajaba iku, QUAD Plus ngetrapake papat thermostats sawijining, sing bisa diaktifake lan dikonfigurasi kanthi kapisah, uga Detak jantung fungsi utawa kabar "isih-urip" periodik.
INSTALASI
QUAD disambungake menyang bis KNX liwat konektor terminal tergabung, nalika garis input kudu disambungake menyang QUAD Plus liwat blok terminal meneng bundled ing packaging piranti. Sawise daya liwat bis KNX, piranti bisa diundhuh loro alamat individu utawa program aplikasi.
Unsur utama diterangake ing ngisor iki:
Tombol Prog./Tes (2): penet cendhak tombol iki nyetel piranti menyang mode program, nggawe LED gadhah (2) cahya abang. Yen tombol iki dicekel ing wektu sing padha nglamar daya bis kanggo piranti, piranti bakal mlebu Mode Aman. Ing kasus kaya mengkono, LED bakal intermit ing abang.
Slot kanggo Input Lines (3): slot kanggo selipan saka pamblokiran terminal input pilihan (4). Utawa, kabel sing diudani saka garis input bisa langsung dicopot menyang slot. Saben aksesoris kudu disambungake menyang salah siji saka slot labeled 1 kanggo 4 lan, ing tangan liyane, kanggo samubarang slot umum, labeled minangka "C".
Kanggo njupuk informasi luwih lengkap babagan fitur teknis QUAD Plus lan babagan keamanan lan prosedur instalasi, waca ing Lembar data saka piranti, bundled karo packaging asli lan uga kasedhiya ing Zennio websitus, http://www.zennio.com.
KONFIGURASI
UMUM
Sawise ngimpor database sing cocog ing ETS lan nambahake piranti menyang topologi proyek sing dikarepake, proses konfigurasi diwiwiti kanthi ngetik tab Parameter piranti.
PARAMETERISASI ETS
Mung layar parameterisable kasedhiya minangka standar umum. Saka layar iki bisa ngaktifake / mateni kabeh fungsi sing dibutuhake.
Detak Jantung (Kabar Urip Berkala): parameter iki ngidini integrator nggabungake obyek 1-Bit menyang proyek ("[Detak Jantung] Obyek sing arep Dikirim '1'") sing bakal dikirim sacara periodik kanthi nilai "1" kanggo menehi kabar yen piranti isih bisa digunakake (isih urip).
Cathetan: Pangiriman pisanan sawise download utawa gagal bis ditindakake kanthi wektu tundha nganti 255 detik, kanggo nyegah kakehan bis. Kiriman ing ngisor iki cocog karo wektu sing disetel
Input x: nyetel jinis input nomer "x": "Input binar”, “Suhu Probe"utawa"Detector Gerak”. Yen input kasebut ora dibutuhake, bisa ditinggalake minangka "dipatèni”.
Termostat x: ngaktifake utawa mateni nomer termostat "x".
Siji entri saben input utawa termostat bakal dilebokake ing wit tab ing sisih kiwa.
INPUT
QUAD Plus nggabungake papat input analog / digital, saben bisa dikonfigurasi minangka:
Input binar, kanggo sambungan tombol push utawa switch / sensor.
Probe suhu, kanggo nyambungake sensor suhu saka Zennio utawa NTC probe saka pihak katelu (sing terakhir mbutuhake konfigurasi paramèter ing ETS).
Detektor gerakan, kanggo nyambungake detektor gerakan saka Zennio.
BINARI INPUT
Mangga deleng manual pangguna tartamtu "Input binar”, kasedhiya ing bagean produk QUAD Plus ing Zennio websitus, http://www.zennio.com.
PROBE SUHU
Mangga deleng manual pangguna tartamtu "Probe Suhu”, kasedhiya ing bagean produk QUAD Plus ing Zennio websitus, http://www.zennio.com.
DETEKTOR GERAK
Sampeyan bisa nyambungake detektor gerakan saka Zennio menyang port input QUAD Plus. Iki ndadekke piranti kanthi kamungkinan ngawasi gerakan lan ngarsane ing kamar, uga tingkat cahya. Gumantung ing deteksi, tumindak respon beda bisa parameterized.
Mangga deleng "Detector Gerak” manual pangguna, kasedhiya ing bagean produk QUAD Plus ing Zennio websitus (www.zennio.com), kanggo informasi rinci babagan fungsi lan konfigurasi paramèter sing gegandhengan.
Cathetan:
Detektor gerakan ZN1IO-DETEC-P kompatibel karo macem-macem piranti Zennio. Nanging, gumantung saka piranti sing disambungake, fungsine bisa uga rada beda. Mulane, mangga deleng manual pangguna sing kasebut ing ndhuwur.
Nalika disambungake menyang QUAD Plus, saklar mikro mburi model ZN1IO- DETEC-P kudu disetel menyang posisi "Tipe B”.
THERMOSTATS
QUAD Plus ngidini ngaktifake lan ngatur kanthi mandiri nganti papat thermostat fungsi, karo kamardikan saka jumlah input sing wis diatur.
Mangga deleng spesifik "Zennio Thermostat Kab” manual pangguna kasedhiya ing bagean produk QUAD Plus ing homepage Zennio (www.zennio.com) kanggo informasi rinci babagan fungsi lan konfigurasi paramèter sing gegandhengan.
LAMPIRAN I. OBJEK KOMUNIKASI
“Range fungsional” nuduhake nilai sing, karo kamardikan saka sembarang nilai liyane dileksanakake dening bis miturut ukuran obyek, bisa digunakake utawa duwe makna tartamtu amarga saka specifications utawa Watesan saka loro standar KNX utawa program aplikasi dhewe.
| Nomer | Ukuran | Aku/O | Gendéra | Tipe Data (DPT) | Range Fungsional | jeneng | Fungsi |
| 1 | 1 bit | CT--- | DPT_Pemicu | 0/1 | [Detak Jantung] Obyek sing arep Dikirim '1' | Ngirim '1' sacara periodik | |
| 2 | 1 Byte | I | C – W – | DPT_SceneControl | 0-63; 128-191 | [Thermostat] Input Pemandangan | Nilai Scene |
| 3, 33, 63, 93 | 2 bita | I | C – W – | DPT_Value_Temp | -273.00º – 670760.00º | [Tx] Sumber Suhu 1 | Suhu Sensor njaba |
| 4, 34, 64, 94 | 2 bita | I | C – W – | DPT_Value_Temp | -273.00º – 670760.00º | [Tx] Sumber Suhu 2 | Suhu Sensor njaba |
| 5, 35, 65, 95 | 2 bita | O | RKT-- | DPT_Value_Temp | -273.00º – 670760.00º | [Tx] Suhu Efektif | Suhu Kontrol Efektif |
|
6, 36, 66, 96 |
1 Byte |
I |
C – W – |
DPT_HVACMode |
1 = Kenyamanan 2 = Siyaga 3 = Ekonomi 4 = Proteksi Bangunan |
[Tx] Mode Khusus |
1-byte HVAC Mode |
|
7, 37, 67, 97 |
1 bit | I | C – W – | DPT_Ack | 0/1 | [Tx] Mode Khusus: Nyaman | 0 = Ora ana apa-apa; 1 = Pemicu |
| 1 bit | I | C – W – | DPT_Ngalih | 0/1 | [Tx] Mode Khusus: Nyaman | 0 = Mati; 1 = Ing | |
|
8, 38, 68, 98 |
1 bit | I | C – W – | DPT_Ack | 0/1 | [Tx] Mode Khusus: Siaga | 0 = Ora ana apa-apa; 1 = Pemicu |
| 1 bit | I | C – W – | DPT_Ngalih | 0/1 | [Tx] Mode Khusus: Siaga | 0 = Mati; 1 = Ing | |
|
9, 39, 69, 99 |
1 bit | I | C – W – | DPT_Ack | 0/1 | [Tx] Mode Khusus: Ekonomi | 0 = Ora ana apa-apa; 1 = Pemicu |
| 1 bit | I | C – W – | DPT_Ngalih | 0/1 | [Tx] Mode Khusus: Ekonomi | 0 = Mati; 1 = Ing | |
|
10, 40, 70, 100 |
1 bit | I | C – W – | DPT_Ack | 0/1 | [Tx] Mode Khusus: Proteksi | 0 = Ora ana apa-apa; 1 = Pemicu |
| 1 bit | I | C – W – | DPT_Ngalih | 0/1 | [Tx] Mode Khusus: Proteksi | 0 = Mati; 1 = Ing | |
| 11, 41, 71, 101 | 1 bit | I | C – W – | DPT_Window_Door | 0/1 | [Tx] Status Jendela (Input) | 0 = Ditutup; 1 = Bukak |
| 12, 42, 72, 102 | 1 bit | I | C – W – | DPT_Ack | 0/1 | [Tx] Kenyamanan Prolongation | 0 = Ora ana apa-apa; 1 = Panglipur Wektu |
|
13, 43, 73, 103 |
1 Byte |
O |
RKT-- |
DPT_HVACMode |
1 = Kenyamanan 2 = Siyaga 3 = Ekonomi 4 = Proteksi Bangunan |
[Tx] Status Mode Khusus |
1-byte HVAC Mode |
|
14, 44, 74, 104 |
2 bita | I | C – W – | DPT_Value_Temp | -273.00º – 670760.00º | [Tx] Setpoint | Input Setpoint Thermostat |
| 2 bita | I | C – W – | DPT_Value_Temp | -273.00º – 670760.00º | [Tx] Setpoint dhasar | Setpoint Referensi | |
| 15, 45, 75, 105 | 1 bit | I | C – W – | DPT_Langkah | 0/1 | [Tx] Langkah Setpoint | 0 = -0.5ºC; 1 = +0.5ºC |
| 16, 46, 76, 106 | 2 bita | I | C – W – | DPT_Value_Tempd | -670760.00º – 670760.00º | [Tx] Setpoint Offset | Nilai Ngambang Offset |
|
17, 47, 77, 107 |
2 bita |
O |
RKT-- |
DPT_Value_Temp |
-273.00º – 670760.00º |
[Tx] Status Setpoint |
Setpoint Saiki |
| 18, 48, 78, 108 | 2 bita | O | RKT-- | DPT_Value_Temp | -273.00º – 670760.00º | [Tx] Status Setpoint Dasar | Setpoint Dasar Saiki |
| 19, 49, 79, 109 | 2 bita | O | RKT-- | DPT_Value_Tempd | -670760.00º – 670760.00º | [Tx] Status Offset Setpoint | Setpoint Offset Saiki |
|
20, 50, 80, 110 |
1 bit | I | C – W – | DPT_Reset | 0/1 | [Tx] Setpoint Reset | Reset Setpoint menyang Default |
| 1 bit | I | C – W – | DPT_Reset | 0/1 | [Tx] Offset Reset | Reset offset | |
| 21, 51, 81, 111 | 1 bit | I | C – W – | DPT_Panas_Adem | 0/1 | [Tx] Mode | 0 = Kelangan; 1 = Panas |
| 22, 52, 82, 112 | 1 bit | O | RKT-- | DPT_Panas_Adem | 0/1 | [Tx] Status Mode | 0 = Kelangan; 1 = Panas |
| 23, 53, 83, 113 | 1 bit | I | C – W – | DPT_Ngalih | 0/1 | [Tx] Urip/Mati | 0 = Mati; 1 = Ing |
| 24, 54, 84, 114 | 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Status On/Off | 0 = Mati; 1 = Ing |
| 25, 55, 85, 115 | 1 Byte | O | RKT-- | DPT_Scaling | 0% – 100% | [Tx] Variabel Kontrol (Keren) | Kontrol PI (Terus) |
| 26, 56, 86, 116 | 1 Byte | O | RKT-- | DPT_Scaling | 0% – 100% | [Tx] Variabel Kontrol (Panas) | Kontrol PI (Terus) |
| 27, 57, 87, 117 | 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Variabel Kontrol (Keren) | 2-Titik Kontrol |
| 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Variabel Kontrol (Keren) | Kontrol PI (PWM) | |
| 28, 58, 88, 118 | 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Variabel Kontrol (Panas) | 2-Titik Kontrol |
| 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Variabel Kontrol (Panas) | Kontrol PI (PWM) | |
| 29, 59, 89, 119 | 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Tambahan Kelangan | Suhu >= (Setpoint+Band) => “1” |
| 30, 60, 90, 120 | 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Panas Tambahan | Suhu <= (Setpoint-Band) => "1" |
| 31, 61, 91, 121 | 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Negara PI (Keren) | 0 = sinyal PI 0%; 1 = sinyal PI luwih saka 0% |
| 32, 62, 92, 122 | 1 bit | O | RKT-- | DPT_Ngalih | 0/1 | [Tx] Status PI (Panas) | 0 = sinyal PI 0%; 1 = sinyal PI luwih saka 0% |
| 123, 127, 131, 135 | 2 bita | O | RKT-- | DPT_Value_Temp | -273.00º – 670760.00º | [Ix] Suhu Saiki | Nilai Sensor Suhu |
| 124, 128, 132, 136 | 1 bit | O | RKT-- | DPT_Weker | 0/1 | [Ix] Overcooling | 0 = Ora Weker; 1 = Weker |
| 125, 129, 133, 137 | 1 bit | O | RKT-- | DPT_Weker | 0/1 | [Ix] Overheating | 0 = Ora Weker; 1 = Weker |
| 126, 130, 134, 138 | 1 bit | O | RKT-- | DPT_Weker | 0/1 | [Ix] Kasalahan Probe | 0 = Ora Weker; 1 = Weker |
| 139, 145, 151, 157 | 1 bit | I | C – W – | DPT_Aktifake | 0/1 | [Ix] Kunci Input | 0 = Mbukak kunci; 1 = Ngunci |
|
140, 146, 152, 158 |
1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Short Press] 0 | Kiriman saka 0 | |
| 1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Short Press] 1 | Kiriman saka 1 | ||
| 1 bit | I | CT - W - | DPT_Ngalih | 0/1 | [Ix] [Short Press] 0/1 Ngalih | Ngalih 0/1 | |
| 1 bit | CT--- | DPT_UpDown | 0/1 | [Ix] [Short Press] Pindhah munggah Rana | Ngirim 0 (Up) | ||
| 1 bit | CT--- | DPT_UpDown | 0/1 | [Ix] [Short Press] Pindhah Mudhun Rana | Ngirim 1 (Mudhun) | ||
| 1 bit | CT--- | DPT_UpDown | 0/1 | [Ix] [Short Press] Pindhah munggah/mudhun Rana | Ngalih 0/1 (Munggah/Mudhun) | ||
| 1 bit | CT--- | DPT_Langkah | 0/1 | [Ix] [Short Press] Stop/Step Up Shutter | Ngirim 0 (Stop/Step Up) | ||
| 1 bit | CT--- | DPT_Langkah | 0/1 | [Ix] [Short Press] Stop/Step Down Shutter | Ngirim 1 (Stop/Step Down) |
| 1 bit | CT--- | DPT_Langkah | 0/1 | [Ix] [Short Press] Stop/Step Shutter (Diuripake) | Ngalih saka 0/1 (Stop/Step Up/Down) | ||
|
4 bit |
CT--- |
DPT_Control_Dimming |
0x0 (Stop)
0x1 (Des. 100%) 0x2 (Des. 50%) 0x3 (Des. 25%) 0x4 (Des. 12%) 0x5 (Des. 6%) 0x6 (Des. 3%) 0x7 ( Desember dening 1%) 0x8 (Stop) 0x9 (Inc. 100%) 0xA (Inc. 50%) 0xB (Inc. 25%) 0xC (Inc. 12%) 0xD (Inc. 6%) 0xE (Inc. 3%) 0xF ( Inc. dening 1%) |
[Ix] [Short Press] Luwih padhang |
Tambah Padhang |
||
|
4 bit |
CT--- |
DPT_Control_Dimming |
0x0 (Stop)
0x1 (Des. kanthi 100%) … 0x8 (Stop) 0x9 (Inc. dening 100%) … 0xF (Inc. dening 1%) |
[Ix] [Short Press] Luwih peteng |
Ngurangi Padhang |
||
|
4 bit |
CT--- |
DPT_Control_Dimming |
0x0 (Stop)
0x1 (Des. kanthi 100%) … 0x8 (Stop) 0x9 (Inc. dening 100%) … 0xF (Inc. dening 1%) |
[Ix] [Short Press] Padhang/Gelap |
Ngalih Padhang/Peteng |
||
| 1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Short Press] Lampu On | Ngirim 1 (Aktif) | ||
| 1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Short Press] Lampu Mati | Ngirim 0 (Mati) | ||
| 1 bit | I | CT - W - | DPT_Ngalih | 0/1 | [Ix] [Short Press] Lampu On/Off | Ngalih 0/1 | |
| 1 Byte | CT--- | DPT_SceneControl | 0-63; 128-191 | [Ix] [Short Press] Run Scene | Ngirim saka 0 - 63 | ||
| 1 Byte | CT--- | DPT_SceneControl | 0-63; 128-191 | [Ix] [Short Press] Simpen Scene | Ngirim saka 128 - 191 | ||
| 1 bit | Aku/O | CTRW - | DPT_Ngalih | 0/1 | [Ix] [Switch/Sensor] Edge | Ngirim 0 utawa 1 | |
| 1 Byte | CT--- | DPT_Value_1_Ucount | 0 – 255 | [Ix] [Short Press] Nilai Konstan (Integer) | 0 – 255 | ||
| 1 Byte | CT--- | DPT_Scaling | 0% – 100% | [Ix] [Short Press] Nilai Konstan (Persentage) | 0% – 100% | ||
| 2 bita | CT--- | DPT_Value_2_Ucount | 0 – 65535 | [Ix] [Short Press] Nilai konstan | 0 – 65535 |
| (Integer) | |||||||
| 2 bita | CT--- | 9.xxx | -671088.64 – 670760.96 | [Ix] [Short Press] Nilai Konstan (Float) | Nilai Ngambang | ||
|
141, 150, 156, 162 |
1 Byte | I | C – W – | DPT_Scaling | 0% – 100% | [Ix] [Tekan Lama] Status Peredupan (Input) | 0% – 100% |
| 1 Byte | I | C – W – | DPT_Scaling | 0% – 100% | [Ix] [Tekan Lama] Status Rana (Input) | 0% = Ndhuwur; 100% = Ngisor | |
|
142, 148, 154, 160 |
1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Long Press] 0 | Kiriman saka 0 | |
| 1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Long Press] 1 | Kiriman saka 1 | ||
| 1 bit | I | CT - W - | DPT_Ngalih | 0/1 | [Ix] [Long Press] 0/1 Ngalih | Ngalih 0/1 | |
| 1 bit | CT--- | DPT_UpDown | 0/1 | [Ix] [Long Press] Pindhah munggah Rana | Ngirim 0 (Up) | ||
| 1 bit | CT--- | DPT_UpDown | 0/1 | [Ix] [Long Press] Pindhah Mudhun Rana | Ngirim 1 (Mudhun) | ||
| 1 bit | CT--- | DPT_UpDown | 0/1 | [Ix] [Long Press] Pindhah munggah/mudhun Rana | Ngalih 0/1 (Munggah/Mudhun) | ||
| 1 bit | CT--- | DPT_Langkah | 0/1 | [Ix] [Long Press] Stop/Step Up Shutter | Ngirim 0 (Stop/Step Up) | ||
| 1 bit | CT--- | DPT_Langkah | 0/1 | [Ix] [Long Press] Stop/Step Down Rana | Ngirim 1 (Stop/Step Down) | ||
| 1 bit | CT--- | DPT_Langkah | 0/1 | [Ix] [Long Press] Stop/Step Shutter (Diganti) | Ngalih saka 0/1 (Stop/Step Up/Down) | ||
|
4 bit |
CT--- |
DPT_Control_Dimming |
0x0 (Stop)
0x1 (Des. kanthi 100%) … 0x8 (Stop) 0x9 (Inc. dening 100%) … 0xF (Inc. dening 1%) |
[Ix] [Long Press] Luwih padhang |
Long Pr. -> Luwih padhang; Release -> Stop |
||
|
4 bit |
CT--- |
DPT_Control_Dimming |
0x0 (Stop)
0x1 (Des. kanthi 100%) … 0x8 (Stop) 0x9 (Inc. dening 100%) … 0xF (Inc. dening 1%) |
[Ix] [Long Press] Luwih peteng |
Long Pr. -> Luwih peteng; Release -> Stop |
||
|
4 bit |
CT--- |
DPT_Control_Dimming |
0x0 (Stop)
0x1 (Des. kanthi 100%) … 0x8 (Stop) 0x9 (Inc. dening 100%) … 0xF (Inc. dening 1%) |
[Ix] [Long Press] Padhang/Gelap |
Long Pr. -> Luwih padhang / luwih peteng; Release -> Stop |
||
| 1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Long Press] Lampu On | Ngirim 1 (Aktif) | ||
| 1 bit | CT--- | DPT_Ngalih | 0/1 | [Ix] [Long Press] Lampu Mati | Ngirim 0 (Mati) |
| 1 bit | I | CT - W - | DPT_Ngalih | 0/1 | [Ix] [Long Press] Lampu On/Off | Ngalih 0/1 | |
| 1 Byte | CT--- | DPT_SceneControl | 0-63; 128-191 | [Ix] [Long Press] Run Scene | Ngirim saka 0 - 63 | ||
| 1 Byte | CT--- | DPT_SceneControl | 0-63; 128-191 | [Ix] [Long Press] Simpen Scene | Ngirim saka 128 - 191 | ||
| 1 bit | O | RKT-- | DPT_Weker | 0/1 | [Ix] [Ngalih/Sensor] Weker: Rusak utawa Sabotage | 1 = Weker; 0 = Ora Weker | |
| 2 bita | CT--- | 9.xxx | -671088.64 – 670760.96 | [Ix] [Long Press] Nilai Konstan (Float) | Nilai Ngambang | ||
| 2 bita | CT--- | DPT_Value_2_Ucount | 0 – 65535 | [Ix] [Long Press] Nilai Konstan (Integer) | 0 – 65535 | ||
| 1 Byte | CT--- | DPT_Scaling | 0% – 100% | [Ix] [Long Press] Nilai Konstan (Persentage) | 0% – 100% | ||
| 1 Byte | CT--- | DPT_Value_1_Ucount | 0 – 255 | [Ix] [Long Press] Nilai Konstan (Integer) | 0 – 255 | ||
| 143, 149, 155, 161 | 1 bit | CT--- | DPT_Pemicu | 0/1 | [Ix] [Long Press/Release] Stop Shutter | Release -> Stop Shutter | |
|
144, 147, 153, 159 |
1 Byte | I | C – W – | DPT_Scaling | 0% – 100% | [Ix] [Short Press] Status Rana (Input) | 0% = Ndhuwur; 100% = Ngisor |
| 1 Byte | I | C – W – | DPT_Scaling | 0% – 100% | [Ix] [Short Press] Status Dimming (Input) | 0% – 100% | |
| 163 | 1 Byte | I | C – W – | DPT_SceneNumber | [Detektor Gerakan] Input Pemandangan | Nilai Scene | |
| 164 | 1 Byte | CT--- | DPT_SceneControl | 0-63; 128-191 | [Detektor Gerakan] Output Pemandangan | Nilai Scene | |
| 165, 194, 223, 252 | 1 Byte | O | RKT-- | DPT_Scaling | 0% – 100% | [Ix] Luminositas | 0-100% |
| 166, 195, 224, 253 | 1 bit | O | RKT-- | DPT_Weker | 0/1 | [Ix] Open Circuit Error | 0 = Ora Ana Kasalahan; 1 = Open Circuit Error |
| 167, 196, 225, 254 | 1 bit | O | RKT-- | DPT_Weker | 0/1 | [Ix] Kesalahan Sirkuit Cekak | 0 = Ora Ana Kasalahan; 1 = Short Circuit Error |
| 168, 197, 226, 255 | 1 Byte | O | RKT-- | DPT_Scaling | 0% – 100% | [Ix] Presensi State (Scaling) | 0-100% |
|
169, 198, 227, 256 |
1 Byte |
O |
RKT-- |
DPT_HVACMode |
1 = Kenyamanan 2 = Siyaga 3 = Ekonomi 4 = Proteksi Bangunan |
[Ix] Presensi State (HVAC) |
Auto, Kenyamanan, Siyaga, Ekonomi, Proteksi Bangunan |
| 170, 199, 228, 257 | 1 bit | O | RKT-- | DPT_Occupancy | 0/1 | [Ix] Presensi State (Binar) | Nilai Binar |
| 1 bit | O | RKT-- | DPT_Ack | 0/1 | [Ix] Anane: Output Budak | 1 = Gerakan Dideteksi | |
| 171, 200, 229, 258 | 1 bit | I | C – W – | DPT_Window_Door | 0/1 | [Ix] Pemicu Presensi | Nilai Binar kanggo Micu Deteksi Presensi |
| 172, 201, 230, 259 | 1 bit | I | C – W – | DPT_Ack | 0/1 | [Ix] Anane: Input Budak | 0 = Ora ana; 1 = Deteksi saka piranti budak |
| 173, 202, 231, 260 | 2 bita | I | C – W – | DPT_TimePeriodSec | [Ix] Presensi: Wektu Nunggu | 0-65535 s. | |
| 174, 203, 232, 261 | 2 bita | I | C – W – | DPT_TimePeriodSec | [Ix] Anane: Wektu Ngrungokake | 1-65535 s. | |
| 175, 204, 233, 262 | 1 bit | I | C – W – | DPT_Aktifake | 0/1 | [Ix] Presensi: Aktifake | Miturut paramèter |
| 176, 205, 234, 263 | 1 bit | I | C – W – | [Ix] Anane: Awan / Bengi | Miturut paramèter | ||
| 177, 206, 235, 264 | 1 bit | O | RKT-- | DPT_Occupancy | 0/1 | [Ix] Ana: Negara Occupancy | 0 = Ora Dikuwasani; 1 = dikuwasani |
| 178, 207, 236, 265 | 1 bit | I | C – W – | DPT_Ack | 0/1 | [Ix] Deteksi Gerak Eksternal | 0 = Ora ana; 1 = Gerakan dideteksi dening |
| sensor njaba | |||||||
| 179, 184, 189, 208,
213, 218, 237, 242, 247, 266, 271, 276 |
1 Byte |
O |
RKT-- |
DPT_Scaling |
0% – 100% |
[Ix] [Cx] Status Deteksi (Skala) |
0-100% |
| 180, 185, 190, 209,
214, 219, 238, 243, 248, 267, 272, 277 |
1 Byte |
O |
RKT-- |
DPT_HVACMode |
1 = Kenyamanan 2 = Siyaga 3 = Ekonomi 4 = Proteksi Bangunan |
[Ix] [Cx] Status Deteksi (HVAC) |
Auto, Kenyamanan, Siyaga, Ekonomi, Proteksi Bangunan |
| 181, 186, 191, 210,
215, 220, 239, 244, 249, 268, 273, 278 |
1 bit |
O |
RKT-- |
DPT_Ngalih |
0/1 |
[Ix] [Cx] Status Deteksi (Binar) |
Nilai Binar |
| 182, 187, 192, 211,
216, 221, 240, 245, 250, 269, 274, 279 |
1 bit |
I |
C – W – |
DPT_Aktifake |
0/1 |
[Ix] [Cx] Aktifake Saluran |
Miturut paramèter |
| 183, 188, 193, 212,
217, 222, 241, 246, 251, 270, 275, 280 |
1 bit |
I |
C – W – |
DPT_Ngalih |
0/1 |
[Ix] [Cx] Force State |
0 = Ora Deteksi; 1 = Deteksi |
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Dokumen / Sumber Daya
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Zennio ZNIO-QUADP QUAD Plus Analog/Modul Input Digital [pdf] Manual pangguna ZNIO-QUADP, Modul Input Analog QUAD Plus, Modul Input Digital QUAD Plus |
