Beijer ELECTRONICS GT-3911 Kōwae Tāuru Analog
Mo tenei pukapuka
Kei roto i tenei pukapuka nga korero mo nga ahuatanga rorohiko me nga taputapu o te Beijer Electronics GT-3911 Analog Input Module. E whakarato ana i nga korero hohonu, te aratohu mo te whakaurunga, te tatūnga, me te whakamahinga o te hua.
Nga Tohu i Whakamahia i roto i tenei pukapuka
Kei roto i tenei whakaputanga nga tohu Whakatupato, Tupato, Panui me te Hiranga i nga waahi e tika ana, hei tohu mo te haumaru, mo etahi atu korero nui ranei. Ko nga tohu e rite ana me whakamaori penei:
WHAKATOKANGA
Ko te ata Whakatupato e tohu ana i tetahi ahuatanga morearea pea, ki te kore e karohia, ka mate, ka whara kino ranei, me te kino nui ki te hua.
WHAKATAHI
Ko te ata Whakatupato e tohu ana i tetahi ahuatanga morearea, ki te kore e karohia, ka pa mai he whara iti, iti ranei, me te kino o te hua.
FAKATOKANGA
Ko te tohu Panui he matohi i te kaipanui ki nga meka me nga tikanga e tika ana.
NUI
Ko te tohu Hiranga e whakaatu ana i nga korero whakahirahira.
Haumaru
- I mua i te whakamahi i tenei hua, panuihia tenei pukapuka me etahi atu pukapuka e tika ana. Kia tupato ki nga tohutohu haumaru!
- Karekau he take ka riro ma Beijer Electronics te haangai mo nga pakaru i puta mai i te whakamahinga o tenei hua.
- Ko nga whakaahua, exampKo nga tuhinga me nga hoahoa kei roto i tenei pukapuka kua whakauruhia hei kaupapa whakamaarama. Na te maha o nga taurangi me nga whakaritenga e pa ana ki tetahi whakaurunga, kaore e taea e Beijer Electronics te kawe kawenga, te kawenga ranei mo te whakamahi pono i runga i te tawhito.amples me nga hoahoa.
Tiwhikete Hua
Kei te hua nga tiwhikete hua e whai ake nei.
Nga Whakaritenga mo te Haumaru Whanui
WHAKATOKANGA
- Kaua e whakaemihia nga hua me nga waea me te hiko e hono ana ki te punaha. Ma te mahi pera ka puta he "arc flash", ka puta mai he huihuinga kino ohorere (te wera, te ahi, nga mea rere, te pehanga pupuhi, te pupuhi oro, te wera).
- Kaua e pa ki nga poraka kapeka, ki nga waahanga IO ranei i te wa e rere ana te punaha. Ma te mahi pera ka raru te hiko, te ara iahiko poto, te kino ranei o te taputapu.
- Kaua rawa e tukua nga mea konganuku o waho kia pa ki te hua i te wa e rere ana te punaha. Ma te mahi pera ka raru te hiko, te ara iahiko poto, te kino ranei o te taputapu.
- Kaua e waiho te hua ki te taha o nga mea e mura ana. Ma te mahi pera ka puta he ahi.
- Ko nga mahi waea waea katoa me mahi e tetahi miihini hiko.
- I te wa e whakahaere ana i nga waahanga, me whakarite kia noho pai nga tangata katoa, te waahi mahi me te taake. A ape i te pa ki nga waahanga whakahaere, kei roto i nga waahanga nga waahanga hiko ka ngaro pea i te tuku hiko.
WHAKATAHI
- Kaua rawa e whakamahia te hua i roto i nga taiao me te pāmahana neke atu i te 60 ℃. A ape i te whakatakoto i te hua ki te ra tika.
- Kaua rawa e whakamahia te hua i roto i nga taiao neke atu i te 90% haumākū.
- Whakamahia i nga wa katoa te hua ki nga taiao whai tohu parahanga 1, 2 ranei.
- Whakamahia nga taura paerewa mo te waea.
Mō te Pūnaha raupapa-G
Ka mutu te punahaview
- Kōwae Whāurutau Whatunga – Ko te kōwae whāurutau whatunga te hono i waenga i te pahi mara me nga taputapu mara me nga waahanga whakaroa. Ko te hononga ki nga punaha pahi mara rereke ka taea te whakarite e ia o nga waahanga urutau whatunga e tika ana, hei tauira, mo te MODBUS TCP, Ethernet IP, EtherCAT, PROFINET, CC-Link IE Field, PROFIBUS, CANopen, DeviceNet, CC-Link, MODBUS/Serial etc.
- Kōwae Roha - Momo kōwae whakawhānui: IO Mamati, IO Analog, me nga waahanga Motuhake.
- Karere - Ka whakamahia e te punaha nga momo karere e rua: Karere ratonga me te karere IO.
IO Tukatuka Raraunga Mahere
E toru nga momo raraunga o te kōwae roha: raraunga IO, tawhā whirihoranga, me te rehita mahara. Ko te whakawhiti raraunga i waenga i te urutau whatunga me nga waahanga roha ka mahia ma te IO tukanga whakaahua raraunga ma te kawa o roto.
- Te rere raraunga i waenga i te urutau whatunga (63 mokowhiti) me nga waahanga whakaroa
- Ko nga raraunga whakaahua whakauru me te whakaputa ka whakawhirinaki ki te waahi mokamoka me te momo raraunga o te mokamoka roha. Ko te raupapa o nga raraunga whakaahua whakaurunga me te whakaputa i runga i te tuunga mokamoka roha. Ko nga tatauranga mo tenei whakaritenga kei roto i nga pukapuka mo te urutau whatunga me nga waahanga IO ka taea te whakarite.
- Ko nga raraunga tawhā whaimana kei runga i nga waahanga e whakamahia ana. Mo te exampKo nga tauira tairitenga he tautuhinga o te 0-20 mA ranei 4-20 mA ranei, me nga waahanga pāmahana he tautuhinga penei i te PT100, PT200, me te PT500. Ko nga tuhinga mo ia waahanga he whakaahuatanga mo nga raraunga tawhā.
Whakatakotoranga
Whakatakotoranga Taiao
| Te pāmahana whakahaere | -20°C – 60°C |
| UL pāmahana | -20°C – 60°C |
| Te pāmahana rokiroki | -40°C – 85°C |
| Te haumākū pātahi | 5% - 90% kore-whakamomona |
| Whakaeke | Rererangi DIN |
| Te mahi ohorere | IEC 60068-2-27 (15G) |
| Te ātete wiri | IEC 60068-2-6 (4 g) |
| Putanga ahumahi | EN 61000-6-4: 2019 |
| Ahumahi aukati | EN 61000-6-2: 2019 |
| Tūnga tāutanga | Poutū me te whakapae |
| Tiwhikete hua | CE, FCC |
Whakatakotoranga Whānui
| Te tohanga mana | Max. 125 mA @ 5 VDC |
| Wehenga | Ko te I/O ki te Rorohiko: Whakahoahoa whakaahua
Te kaha o te mara: Kore-motuhake |
| Mana mara | Tukuna voltage: 24 VDC ingoa ingoatage awhe: 18 – 26.4 VDC
Te tohanga mana: 0 mA @ 24 VDC |
| Waea waea | I/O te teitei taura. 2.0mm2 (AWG 14) |
| Taumaha | 63 g |
| Rahi kōwae | 12 mm x 99 mm x 70 mm |
Ahu
Te rahi o te kōwae (mm)
Whakatakotoranga Whakauru
WHAKATOKANGA
As a product used for high voltage and high current, RTB is not removable for safety purposes.
| Te maha o nga hongere | 3 Ch voltage tāuru, 3 Ch tāuru nāianei mā CT |
| Tohutohu | Tūnga, VL1, VL2, VL3, IL1, IL2, IL3 |
| Vol nui whakaurutage awhe | VLN= 288 VACVLL= 500 VAC |
| Te ātete tāuru voltage ara | 1200 kΩ |
| Te ine o naianei | 5 A (max.)CT 1: 4000 (max.) |
| Ara onāianei ātete tāuru | 30 mΩ |
| Whakatau | 24 moka |
| Whānuitanga whānuitanga whakautu | 45 – 65 Hz |
| Uara ine | Koki, Voltage, Onāianei, Hiko, Pungao, Auautanga, Tauira Hiko |
FAKATOKANGA
- Ka whakahekehia te tika o te ine, mena ka whakamahia te awhe pāmahana roa (-40 – 60 ℃).
- Mēnā he iti te uara tāuru, ka nui pea te hapa o te uara tātai (whakauruhia kia 10% neke atu rānei o te awhe katoa).
Whakahou Huringa o nga Raraunga Tukatuka
| Hapa ine | Voltage & current: 0.3 % @ 25 ℃ Voltage & nāianei: 0.5 % @ -20 – 40 ℃ Voltage & nāianei: 1 % @ -20 – 50 ℃ Voltage & current: 1.5 % @ -40 – 60 ℃ Frequency: ±0.1 HzPhase angle: ±0.6 ⁰ |
| Panui raraunga | Whakahou wa |
| Max | |
| RMS voltage | 300 matou |
| Max. RMS voltage | 300 matou |
| Min. RMS voltage | 300 matou |
| RMS o nāianei | 300 matou |
| Max. RMS o naianei | 300 matou |
| Min. RMS o naianei | 300 matou |
| Te kaha kitea | 250 matou |
| Mana kaha | 350 matou |
| Max. mana kaha | 350 matou |
| Min mana kaha | 350 matou |
| Te kaha tauhohenga | 2000 matou |
| Te kaha kitea | 100 ms |
| Te kaha kitea katoa | 100 ms |
| Te kaha kaha | 100 ms |
| Te pūngao hohe katoa | 100 ms |
| Te pūngao tauhohenga | 100 ms |
| Te pūngao urupare katoa | 100 ms |
| ko phi | 200 matou |
| Tukunga auau whatunga | 200 matou |
| Max. whakarato auau whatunga | 200 matou |
| Min. whakarato auau whatunga | 200 matou |
| Koki wahanga phi | 300 matou |
Hoahoa Waea
| Pin no. | Whakaahuatanga tohu |
| 0 | Voltage tāuru 0 (L1) |
| 1 | Voltage tāuru 1 (L2) |
| 2 | Voltage tāuru 2 (L3) |
| 3 | Voltage tāuru noa (kūpapa) |
| 4 | Tāuru o nāianei L1 |
| 5 | Tāuru o nāianei N1 |
| 6 | Tāuru o nāianei L2 |
| 7 | Tāuru o nāianei N1 |
| 8 | Tāuru o nāianei L3 |
| 9 | Tāuru o nāianei N3 |
Tohu LED
| LED no. | Mahi / whakaahuatanga LED | tae arahina |
| 0 | Tūnga | Kakariki |
| 1 | Voltage whakauru hongere 1 | Kakariki |
| 2 | Hongere tāuru o nāianei 1 | Kakariki |
| 3 | Voltage whakauru hongere 2 | Kakariki |
| 4 | Hongere tāuru o nāianei 2 | Kakariki |
| 5 | Voltage whakauru hongere 3 | Kakariki |
| 6 | Hongere tāuru o nāianei 3 | Kakariki |
LED Channel Statu
| Tūnga | LED | Ka tohu |
| Neke atu i te voltage | Voltage LED whakauru: Weto | I hapa |
| Voltage LED whakauru: Kakariki | Mahi noa | |
| I raro i te voltage | Voltage LED whakauru: Weto | I hapa |
| Voltage LED whakauru: Kakariki | Mahi noa | |
| Neke atu i naianei | LED tāuru o nāianei: Weto | I hapa |
| LED tāuru o nāianei: Kākāriki | Mahi noa | |
| Kaore he tohu | Voltage LED whakauru: Weto
LED tāuru o nāianei: Weto |
I hapa |
| Voltage LED whakauru: Kakariki
LED tāuru o nāianei: Kākāriki |
Mahi noa | |
| Tūnga G-Bus | LED Tūnga: Weto | Wetenga |
| Tūnga LED: Kākāriki | Hononga |
* Tena tirohia te Raraunga Atahanga Whakauru.(Paita Hapa)
Mahere Raraunga ki te Ripanga Atahanga
| Paita | Raraunga putanga | Rau whakauru |
| 0 | Paita mana 0 | Paita mana 0 |
| 1 | Paita mana 1 | Paita mana 1 |
| 2 | Paita mana 2 | Paita mana 2 |
| 3 | Paita mana 3 | Paita mana 3 |
| 4 | Kaore i whakamahia | Paita hapa 0 |
| 5 | Paita hapa 1 | |
| 6 | Paita hapa 2 | |
| 7 | Kua rahuitia | |
| 8 | Uara tukanga 1 | |
| 9 | ||
| 10 | ||
| 11 | ||
| 12 | Uara tukanga 2 | |
| 13 | ||
| 14 | ||
| 15 | ||
| 16 | Uara tukanga 3 | |
| 17 | ||
| 18 | ||
| 19 | ||
| 20 | Uara tukanga 4 | |
| 21 | ||
| 22 | ||
| 23 |
Uara Whakaahua Whakauru
Paita tūnga
| Paita mana 0 | |||||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 | ||
| RES | Ine te whiriwhiri | CON_ID | |||||||
| Ine te whiriwhiri | 0 | = | Voltage | ||||||
| 1 | = | o nāianei | |||||||
| 2 | = | Mana | |||||||
| 3 | = | PF | |||||||
| 4 | = | Koki wahanga | |||||||
| 5 | = | Auautanga | |||||||
| 6 | = | Pūngao | |||||||
| 7 | = | Kua rahuitia | |||||||
| RES | Te tautuhi i nga uara min / teitei / kaha katoa | ||||||||
| CON_ID | CON_ID | ||||||||
| Paita mana 1 | |||||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 | ||
| Kua rahuitia | Ine te whiriwhiri | CON_ID | |||||||
| Ine te whiriwhiri | 0 | = | Voltage | ||||||
| 1 | = | o nāianei | |||||||
| 2 | = | Mana | |||||||
| 3 | = | PF | |||||||
| 4 | = | Koki wahanga | |||||||
| 5 | = | Auautanga | |||||||
| 6 | = | Pūngao | |||||||
| 7 | = | Kua rahuitia | |||||||
| CON_ID | CON_ID | ||||||||
| Paita mana 2 | |||||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 | ||
| Kua rahuitia | Ine Tohu | CON_ID | |||||||
| Ine te whiriwhiri | 0 | = | Voltage | ||||||
| 1 | = | o nāianei | |||||||
| 2 | = | Mana | |||||||
| 3 | = | PF | |||||||
| 4 | = | Koki wahanga | |||||||
| 5 | = | Auautanga | |||||||
| 6 | = | Pūngao | |||||||
| 7 | = | Kua rahuitia | |||||||
| CON_ID | CON_ID | ||||||||
| Paita mana 3 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Kua rahuitia | Ine te whiriwhiri | CON_ID | |||||
| Ine te whiriwhiri | 0 = Voltage 1 = Inaianei 2 = Powe 3 = PF 4 = Phase angle 5 = Frequency 6 = Pūngao 7 = Kua rahui |
||||||
| CON_ID | CON_ID | ||||||
Paita hapa
| Paita hapa 0 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| ERR_VL2 | VL2_Waehere Hapa | ERR_VL1 | VL1_Waehere Hapa | ||||
| ERR_VL1 | Wāhanga 1 voltage input ERROR 0 = OK1 = Error occurred | ||||||
| ERR_VL2 | Wāhanga 2 voltage input ERROR 0 = OK1 = Error occurred | ||||||
| Paita hapa 1 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| ERR_IL1 | IL1_Waehere Hapa | ERR_VL3 | VL3_Waehere Hapa | ||||
| ERR_VL3 | Wāhanga 3 voltage input ERROR 0 = OK1 = Error occurred | ||||||
| ERR_IL1 | Phase 1 current input ERROR 0 = OK1 = Error occurred | ||||||
| Paita hapa 2 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| ERR_IL3 | IL3_Waehere Hapa | ERR_IL2 | IL2_Waehere Hapa | ||||
| ERR_IL2 | Phase 2 current input ERROR 0 = OK1 = Error occurred | ||||||
| ERR_IL3 | Wāhanga 3 tāuru onāianei HAPA 0 = ĀE 1 = I puta he hapa |
| Waehere hapa | 0 = Karekau he hapa 1 = Over input 2 = Under input 3 = No connect |
Paita uara tukatuka
| Tukatuka uara 0-0 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc0[7 : 0] | |||||||
| Proc0[7 : 0] | Tukatuka uara 0 o te paita mana 0 | ||||||
| Tukatuka uara 0-1 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc0[15 : 8] | |||||||
| Proc0[15 : 8] | Tukatuka uara 0 o te paita mana 0 | ||||||
| Tukatuka uara 0-2 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc0[23 : 16] | |||||||
| Proc0[23 : 16] | Tukatuka uara 0 o te paita mana 0 | ||||||
| Tukatuka uara 0-3 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc0[31 : 24] | |||||||
| Proc0[31 : 24] | Tukatuka uara 0 o te paita mana 0 | ||||||
| Tukatuka uara 1-0 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc1[7 : 0] | |||||||
| Proc1[7 : 0] | Tukatuka uara 1 o te paita mana 1 | ||||||
| Tukatuka uara 1-1 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc1[15 : 8] | |||||||
| Proc1[15 : 8] | Tukatuka uara 1 o te paita mana 1 | ||||||
| Tukatuka uara 1-2 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc1[23 : 16] | |||||||
| Proc1[23 : 16] | Tukatuka uara 1 o te paita mana 1 | ||||||
| Tukatuka uara 1-3 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc1[31 : 24] | |||||||
| Proc1[32 : 24] | Tukatuka uara 1 o te paita mana 1 | ||||||
| Tukatuka uara 2-0 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc2[7 : 0] | |||||||
| Proc2[7 : 0] | Tukatuka uara 2 o te paita mana 2 | ||||||
| Tukatuka uara 2-1 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc2[15 : 8] | |||||||
| Proc2[15 : 8] | Tukatuka uara 2 o te paita mana 2 | ||||||
| Tukatuka uara 2-2 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc2[23 : 16] | |||||||
| Proc2[23 : 16] | Tukatuka uara 2 o te paita mana 2 | ||||||
| Tukatuka uara 2-3 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc2[31 : 24] | |||||||
| Proc2[31 : 24] | Tukatuka uara 2 o te paita mana 2 | ||||||
| Tukatuka uara 3-0 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc3[7 : 0] | |||||||
| Proc3[7 : 0] | Tukatuka uara 3 o te paita mana 3 | ||||||
| Tukatuka uara 3-1 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc3[15 : 8] | |||||||
| Proc3[15 : 8] | Tukatuka uara 3 o te paita mana 3 | ||||||
| Tukatuka uara 3-2 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc3[23 : 16] | |||||||
| Proc3[23 : 16] | Tukatuka uara 3 o te paita mana 3 | ||||||
| Tukatuka uara 3-3 paita | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Proc3[31 : 24] | |||||||
| Proc3[31 : 24] | Tukatuka uara 3 o te paita mana 3 | ||||||
Uara Whakaahua Huaputa
| Paita mana 0 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| WHAKATURU | Ine te whiriwhiri | CON_ID | |||||
| Ine te whiriwhiri | 0 = Voltage 1 = Inaianei 2 = Mana 3 = PF 4 = Phase angle 5 = Frequency 6 = Pūngao 7 = Kua rahui |
||||||
| WHAKATURU | Tautuhianu ana i nga uara pūngao min/max katoa | ||||||
| CON_ID | CON_ID | ||||||
| Paita mana 1 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Kua rahuitia | Ine te whiriwhiri | CON_ID | |||||
| Ine te whiriwhiri | 0 = Voltage 1 = Inaianei 2 = Mana 3 = PF 4 = Phase angle 5 = Frequency 6 = Pūngao 7 = Kua rahui |
||||||
| CON_ID | CON_ID | ||||||
| Paita mana 2 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Kua rahuitia | Ine te whiriwhiri | CON_ID | |||||
| Ine te whiriwhiri | 0 = Voltage 1 = Inaianei 2 = Mana 3 = PF 4 = Phase angle 5 = Frequency 6 = Pūngao 7 = Kua rahui |
||||||
| CON_ID | CON_ID | ||||||
| Paita whakahaere X3 | |||||||
| Moka 7 | Moka 6 | Moka 5 | Moka 4 | Moka 3 | Moka 2 | Moka 1 | Moka 0 |
| Kua rahuitia | Ine te whiriwhiri | CON_ID | |||||
| Ine te whiriwhiri | 0 = Voltage 1 = Inaianei 2 = Mana 3 = PF 4 = Phase angle 5 = Frequency 6 = Pūngao 7 = Kua rahui |
| CON_ID | CON_ID |
| CON_ID | Uara ine | Momo Raraunga | Tauine |
| Ine whiriwhiri = Voltage | |||
| 00 | RMS voltage L1-N | uint32 | 0.01 V |
| 01 | RMS voltage L2-N | uint32 | 0.01 V |
| 02 | RMS voltage L3-N | uint32 | 0.01 V |
| 03 | Max. RMS voltage L1-N | uint32 | 0.01 V |
| 04 | Max. RMS voltage L2-N | uint32 | 0.01 V |
| 05 | Max. RMS voltage L3-N | uint32 | 0.01 V |
| 06 | Min. RMS voltage L1-N | uint32 | 0.01 V |
| 07 | Min. RMS voltage L2-N | uint32 | 0.01 V |
| 08 | Min. RMS voltage L3-N | uint32 | 0.01 V |
| 09 | Kua rahuitia | ||
| 0A | |||
| 0B | |||
| 0C | |||
| 0D | |||
| 0E | |||
| 0F | |||
| CON_ID | Uara ine | Momo Raraunga | Tauine |
| Ine te whiriwhiri = O naianei | |||
| 00 | RMS Naianei L1-N | uint32 | 0.001 A |
| 01 | RMS Naianei L2-N | uint32 | 0.001 A |
| 02 | RMS Naianei L3-N | uint32 | 0.001 A |
| 03 | Max. RMS Naianei L1-N | uint32 | 0.001 A |
| 04 | Max. RMS Naianei L2-N | uint32 | 0.001 A |
| 05 | Max. RMS Naianei L3-N | uint32 | 0.001 A |
| 06 | Min. RMS Naianei L1-N | uint32 | 0.001 A |
| 07 | Min. RMS Naianei L2-N | uint32 | 0.001 A |
| 08 | Min. RMS Naianei L3-N | uint32 | 0.001 A |
| 09 | Kua rahuitia | ||
| 0A | |||
| 0B | |||
| 0C | |||
| 0D | |||
| 0E | |||
| 0F | |||
| CON_ID | Uara ine | Momo Raraunga | Tauine |
| Ine whiriwhiri = Mana | |||
| 00 | Te kaha kaha L1 | uint32 | 0.01VA |
| 01 | Te kaha kaha L2 | uint32 | 0.01VA |
| 02 | Te kaha kaha L3 | uint32 | 0.01VA |
| 03 | Mana kaha L1 | int32 | 0.01W |
| 04 | Mana kaha L2 | int32 | 0.01W |
| 05 | Mana kaha L3 | int32 | 0.01W |
| 06 | Max. mana kaha L1 | int32 | 0.01W |
| 07 | Max. mana kaha L2 | int32 | 0.01W |
| 08 | Max. mana kaha L3 | int32 | 0.01W |
| 09 | Min. mana kaha L1 | int32 | 0.01W |
| 0A | Min. mana kaha L2 | int32 | 0.01W |
| 0B | Min. mana kaha L3 | int32 | 0.01W |
| 0C | Te mana tauhohenga L1 | int32 | 0.01VAR |
| 0D | Te mana tauhohenga L2 | int32 | 0.01VAR |
| 0E | Te mana tauhohenga L3 | int32 | 0.01VAR |
| CON_ID | Uara ine | Momo Raraunga | Tauine |
| Ine whiriwhiri = Energy | |||
| 00 | Pungao kitea L1 | uint32 | Tautuhia te tawhā |
| 01 | Pungao kitea L2 | uint32 | |
| 02 | Pungao kitea L3 | uint32 | |
| 03 | Te kaha kitea katoa | uint32 | |
| 04 | Te kaha kaha L1 | int32 | |
| 05 | Te kaha kaha L2 | int32 | |
| 06 | Te kaha kaha L3 | int32 | |
| 07 | Te pūngao hohe katoa | int32 | |
| 08 | Pūngao tauhohenga L1 | int32 | |
| 09 | Pūngao tauhohenga L2 | int32 | |
| 0A | Pūngao tauhohenga L3 | int32 | |
| 0B | Te pūngao urupare katoa | int32 | |
| 0C | Kua rahuitia | ||
| 0D | |||
| 0E | |||
| 0F | |||
| CON_ID | Uara ine | Momo Raraunga | Tauine |
| Te ine i te whiriwhiri = Tauwehe hiko | |||
| 00 | Tauwehe hiko L1 | int32 | 0.01 |
| 01 | Tauwehe hiko L2 | int32 | 0.01 |
| 02 | Tauwehe Podwr L3 | int32 | 0.01 |
| 03 | Kua rahuitia | ||
| 04 | |||
| 05 | |||
| 06 | |||
| 07 | |||
| 08 | |||
| 09 | |||
| 0A | |||
| 0B | |||
| 0C | |||
| 0D | |||
| 0E | |||
| 0F | |||
| CON_ID | Uara ine | Momo Raraunga | Tauine |
| Ine Tīpako = Auautanga | |||
| 00 | Tukunga auau whatunga L1 | uint32 | 0.01 Hz |
| 01 | Tukunga auau whatunga L2 | uint32 | 0.01 Hz |
| 02 | Tukunga auau whatunga L3 | uint32 | 0.01 Hz |
| 03 | Max. tuku auau whatunga L1 | uint32 | 0.01 Hz |
| 04 | Max. tuku auau whatunga L2 | uint32 | 0.01 Hz |
| 05 | Max. tuku auau whatunga L3 | uint32 | 0.01 Hz |
| 06 | Min. tuku auau whatunga L1 | uint32 | 0.01 Hz |
| 07 | Min. tuku auau whatunga L2 | uint32 | 0.01 Hz |
| 08 | Min. tuku auau whatunga L3 | uint32 | 0.01 Hz |
| 09 | Kua rahuitia | ||
| 0A | |||
| 0B | |||
| 0C | |||
| 0D | |||
| 0E | |||
Raraunga Tawhā
Valid Parameter length: 5 Bytes
| Moka#7 | Moka#6 | Moka#5 | Moka#4 | Moka#3 | Moka#2 | Moka#1 | Moka#0 | |
| Paita#0 | CT pūoko 1 : x | |||||||
| Uara mo te kaiwehewehe owehenga huringa o naianei | ||||||||
| Paita#1 | Moka#7 | Moka#6 | Moka#5 | Moka#4 | Moka#3 | Moka#2 | Moka#1 | Moka#0 |
| Auautanga | Te whakatauine mo nga uara kaha | CT pūoko 1 : x | ||||||
| 0 = 45 – 55Hz | 0 = 1m Wh/VARh/VAh | Uara mo te kaiwehewehe owehenga huringa o naianei | ||||||
| 1 = 55 – 65Hz | 1 = 0.01 Wh/VARh/VAh | |||||||
| 2 = 0.1 Wh/VARh/VAh | ||||||||
| 3 = 1 Wh/VARh/VAh | ||||||||
| 4 = 0.01k Wh/VARh/VAh | ||||||||
| 5 = 0.1k Wh/VARh/VAh | ||||||||
| 6 = 1k Wh/VARh/VAh | ||||||||
| 7 = Kua rahui | ||||||||
| Paita#2 | Moka#7 | Moka#6 | Moka#5 | Moka#4 | Moka#3 | Moka#2 | Moka#1 | Moka#0 |
| Whakawhanatage paepae Lx (uara) taumira 0.2 V | ||||||||
| Whakawhanatage paepae = 250 V + uara * 0.2 V (mrahi. 300 V) | ||||||||
| Paita#3 | Moka#7 | Moka#6 | Moka#5 | Moka#4 | Moka#3 | Moka#2 | Moka#1 | Moka#0 |
| Whakaurutage paepae Lx (uara) taumira 0.5 V | ||||||||
| Whakaurutage paepae = 0 V + uara * 0.5 V (mrahi. 125 V) | ||||||||
| Paita#4 | Moka#7 | Moka#6 | Moka#5 | Moka#4 | Moka#3 | Moka#2 | Moka#1 | Moka#0 |
| Paepae teitei Lx (uara) Whakatau 2 mA | ||||||||
| Paepae teitei = 0.8 A + uara * 0.002 A (mōrahi 1.3 A) | ||||||||
FAKATOKANGA
Tautuhia te auau kia whiwhi tika te tauwehe hiko me te kaha.
FAKATOKANGA
He tōraro te inenga mana tauhohenga i te mea he capacitive te kawenga, me te wa e uru ana te kawenga. Na reira ka taea te whakamahi i te tohu o te mana reactive ki te whakaata i te tohu o te tauwehe mana.
- Tauwehe hiko = (Waitohu i te mana tauhohenga taketake) * (abs (Te mana kaha)) / Te kaha kitea)
- Exampte whakatakotoranga
- Read data: Phase1 RMS Voltage / RMS o nāianei / Te kaha kitea / Te mana kaha.
- Input value: 220 V, 1000 A, PF 0.5.
- Parameter: CT 1: 1000, input frequency 55-65 Hz, overvoltage paepae 260 V, ko etahi atu he Taunoa(0).
- Whakawhanatage paepae = (260 V (te uara tautuhinga kaiwhakamahi) – 250 V (te uara tautuhinga taunoa)) / 0.2 V. Whakatau: 0.2 V.
- Paepae overcurrent = 1000 A (tautuhinga kaiwhakamahi CT 1: 1000) = ((1 A (uara tautuhinga kaiwhakamahi) - 0.8 (tautuhinga tautuhinga taunoa)) / 0.001) * 1000 (CT). Whakatau: 0.001 A.
- Ko te uara taunoa katoa he 0.
3. Check the Status byte. When Status byte and Control byte are the same, the Process value is
| Tawhā | Uara |
| CT pūoko 1 : x (12 bit) | 001111101000 (bit) Tautuhi CT 1000 |
| Tauine mo nga uara pūngao (3 bit) | 000 (bit) Tautuhi 1m Wh/VARh/VAh |
| Auautanga (1 moka) | 1 (bit) Tautuhi 55-65 Hz |
| Whakawhanatage paepae Lx (8 bit) | 00110010 (bit) Tautuhi 260 V |
| Whakaurutage paepae Lx (8 bit) | 00000000 (bit) Tautuhi 0 V (taunoa) |
| Paepae auheke Lx(8 bit) | 00000000 (bit) Tautuhi 0.8 A (taunoa) |
| Katoa o te tawhā | E8 83 32 00 00 (Paita hex) |
Tautuhia te Paita Mana (tirohia te upoko Putanga uara ahua).
| Moka#7 | Moka#6 | Moka#5 | Moka#4 | Moka#3 | Moka#2 | Moka#1 | Moka#0 | |
| Whakahaere byte #0 | RES | Ine te whiriwhiri (Voltage) | CON_ID (RMS voltage L1-N) | |||||
| 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | |
| Whakahaere byte #1 | Kua rahuitia | Inehia te whiriwhiri (O naianei) | CON_ID (RMS L1-N onāianei) | |||||
| 0 | 0 | 0 | 1 | 0 | 0 | 0 | 0 | |
| Whakahaere byte #2 | Kua rahuitia | Inehia te whiriwhiri (Mana) | CON_ID (Te mana ahua L1) | |||||
| 0 | 0 | 0 | 1 | 0 | 0 | 0 | 0 | |
| Whakahaere byte #3 | Kua rahuitia | Inehia te whiriwhiri (Mana) | CON_ID (Mana kaha L1) | |||||
| 0 | 0 | 0 | 1 | 0 | 0 | 1 | 1 | |
Tirohia te Paita Tūnga. Ina he rite te paita Tūnga me te paita Mana, ka whakahouhia te uara Tukanga.
| Moka#7 | Moka#6 | Moka#5 | Moka#4 | Moka#3 | Moka#2 | Moka#1 | Moka#0 | |
| Tūnga byte #0 | RES | Ine te whiriwhiri (Voltage) | CON_ID (RMS voltage L1-N) | |||||
| 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | |
| Tūnga byte #0 | Kua rahuitia | Inehia te whiriwhiri (O naianei) | CON_ID (RMS L1-N onāianei) | |||||
| 0 | 0 | 0 | 1 | 0 | 0 | 0 | 0 | |
| Tūnga byte #0 | Kua rahuitia | Inehia te whiriwhiri (Mana) | CON_ID (Te mana ahua L1) | |||||
| 0 | 0 | 0 | 1 | 0 | 0 | 0 | 0 | |
| Tūnga byte #0 | Kua rahuitia | Inehia te whiriwhiri (Mana) | CON_ID (Mana kaha L1) | |||||
| 0 | 0 | 0 | 1 | 0 | 0 | 1 | 1 | |
Tirohia te uara Tukanga.
| Tukatuka uara#0 (RMS Voltage) | 000055F0(Dword hex) 22000(Tihema) 220 V |
| Uara tukanga #1 (RMS o nāianei) | 000F4240(Dword hex) 1000000(Tihema) 1000 A |
| Tukatuka uara#2 (Kua kitea te mana) | 014FB180(Dword hex) 22000000(Tihema) 220 kVA |
| Uara tukanga #3 (Te mana kaha) | 00A7D8C0(Dword hex) 11000000(Tihema) 110 kW |
Tatūnga Pūmārō
WHAKATAHI
- I nga wa katoa panuihia tenei upoko i mua i te whakauru i te waahanga!
- Mata wera! Ka wera te mata o te whare i te wa e mahi ana. Mēnā ka whakamahia te taputapu i roto i te pāmahana teitei, me whakamatao te taputapu i mua i te pa ki a ia.
- Ko te mahi i runga i nga taputapu kaha ka pakaru nga taputapu! Whakawetohia te hiko hiko i mua i te mahi i runga i te taputapu.
Nga Whakaritenga Mokowā
Ko nga whakaahua e whai ake nei e whakaatu ana i nga whakaritenga mokowhiti i te wa e whakauru ana i nga waahanga G-raupapa. Ko te mokowhiti ka hangaia he waahi mo te hau, me te aukati i nga pokanoa hiko i te awe i te mahi. Ko te tuunga whakaurunga he tika te poutū me te whakapae. He whakaahua nga pikitia, a, karekau pea i te orite.
WHAKATAHI
KORE e whai i nga whakaritenga mokowhiti ka hua pea te kino o te hua.
Maunga Kōwae ki DIN Rail
Ko nga upoko e whai ake nei e whakaatu ana me pehea te whakairi i te waahanga ki te reera DIN.
WHAKATAHI
Me whakatika te kōwae ki te rail DIN me nga raka maukati.
Maunga GL-9XXX, GT-XXXX Module ranei
Ko nga tohutohu e whai ake nei ka pa ki enei momo waahanga:
- GL-9XXX
- GT-1XXX
- GT-2XXX
- GT-3XXX
- GT-4XXX
- GT-5XXX
- GT-7XXX
Ko nga waahanga GN-9XXX e toru nga raka maukati, kotahi kei raro, e rua ki te taha. Mo nga tohutohu whakapuru, tirohia te Maunga GN-9XXX Module.
Maunga GN-9XXX Kōwae
Ki te whakairi, ki te whakaheke ranei i te urutau whatunga, i te kōwae IO ka taea te hōtaka me te ingoa hua GN-9XXX, mo muaample GN-9251, GN-9371 ranei, tirohia nga tohutohu e whai ake nei:
Te Mana Mara me nga Pins Raraunga
Ko te whakawhitiwhiti korero i waenga i te urutau whatunga G-raupapa me te kōwae roha, tae atu ki te tuku hiko o te punaha / mara o nga waahanga pahi ka mahia ma te pahi o roto. Kei roto e 2 nga titi hiko o te mara me te 6 nga titi Raraunga.
WHAKATOKANGA
Kaua e pa ki nga raraunga me nga titi hiko mara! Ko te pa ka pa ki te paru me te pakaru i te haruru ESD. 
| Pin no. | Ingoa | Whakaahuatanga |
| P1 | Pūnaha VCC | Pūnaha tuku voltage (5 VDC) |
| P2 | Pūnaha GND | Te whenua o te punaha |
| P3 | Putanga tohu | Tauranga putanga tohu o te kōwae pūtukatuka |
| P4 | Putanga rangatū | Tauranga putanga tuku o te kōwae pūtukatuka |
| P5 | Whakauru rangatū | Tauranga urunga kaiwhiwhi o te kōwae pūtukatuka |
| P6 | Kua rahuitia | Kua rahuitia mo te tohu whakawhiti |
| P7 | Pae GND | Papa whenua |
| P8 | VCC mara | Tuku mara voltage (24 VDC) |
Mana pupuri © 2025 Beijer Electronics AB. Katoa nga mana.
Ko nga korero kei roto i tenei tuhinga ka whakarereke me te kore panui, ka tukuna mai i te wa o te panui. Kei a Beijer Electronics AB te mana ki te whakarereke i nga korero me te kore e whakahou i tenei panui. Karekau he kawenga a Beijer Electronics AB mo nga hapa ka puta mai i tenei tuhinga. Katoa exampKo nga mea kei roto i tenei tuhinga he mea hei whakapai ake i te maarama ki te mahi me te whakahaere o nga taputapu. Kaore e taea e Beijer Electronics AB te kawe i tetahi taunahatanga mena enei o muaampE whakamahia ana i roto i nga tono tuuturu.
In view o te whānuitanga o nga tono mo tenei rorohiko, me whiwhi nga kaiwhakamahi i te matauranga kia tika ai te whakamahi i roto i a raatau tono motuhake. Ko nga tangata whai mana mo te tono me nga taputapu me whakarite kia tutuki ia tono ki nga whakaritenga katoa, paerewa me nga ture e pa ana ki te whirihoranga me te haumaru. Karekau a Beijer Electronics AB e whakaae mo nga kino i puta i te wa e whakauruhia ana, e whakamahi ana ranei i nga taputapu kua whakahuahia i roto i tenei tuhinga. Ka whakakorehia e Beijer Electronics AB nga whakarereketanga katoa, whakarereke, hurihanga ranei o nga taputapu.
- Te Tari Matua
- Beijer Electronics AB
- Pouaka 426
- 201 24 Malmö, Huitene
- www.beijerelectronics.com / +46 40 358600
FAQ
- Q: He aha te tohu o nga tohu LED?
A: The LED indicators show the status of each channel, providing information on the module’s functioning. - Q: Can the terminal be removed for maintenance?
A: No, the terminal on this module is non-removable for safety and stability reasons.
Tuhinga / Rauemi
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Beijer ELECTRONICS GT-3911 Kōwae Tāuru Analog [pdf] Pukapuka Kaiwhakamahi GT-3911, GT-3911 Analog Input Module, GT-3911, Analog Input Module, Input Module, Module |