System design of the control of a 8 elevators x 40 floor building1. Sy terjemahan - System design of the control of a 8 elevators x 40 floor building1. Sy Bahasa Indonesia Bagaimana mengatakan

System design of the control of a 8

System design of the control of a 8 elevators x 40 floor building
1. System diagram
- To access 40 floors, it needs 40 relays. So, 3 units of EXP-2016 provides 48 relay output control
- It also needs a reader control board inside each elevator. 1 unit of EXP-2024
- EXP-1032 controls the EU (such as EXP-2016 and EXP-2024) by rs485. One set of EXP-1032 could
control maximum 32 modules through rs485 bus.
- Requirement of rs485 bus: shielded twisted pair cable (better reliability in data transmission),
travelling cable (flexible, not easily broken).
- EXP-1032 could communicate with computer through LAN/WAN.
- Total hardware required
- 8 elevators x (3 x EXP-2016 + EXP-2024 + 1 x reader)
EXP-2016 (elevator module) 24 units
EXP-2024 (reader/door module) 8 units
EXP-1032 (CPU module) 1 unit
Reader (e.g. AY-M12) 8 units
2. System diagram in more detail
3. Explanation in hardware connection, and how it work
Note: Due to limited space, only 2 EXP-2016 + 1 EXP-2024 are drawn in this diagram.
How it works
- The elevator control system is already provided by the elevator company. We do not intend to
change the circuit in the original control system.
- As shown in the diagram, the elevator broad relays just enable/disable the buttons in the elevator.
- When relay close, it enable the buttons
- When relay open, it disable the buttons
- So the users could only access to the floors which is allowed.
- The selection for which relays to be activated is programmable in the Expanse system. (See the
procedures I described in the next pages)
- The relays, across all modules, could be grouped into a number of output groups and elevator
groups.
- The users could be assigned to any of these groups.
- When the user grant access by using his cards/PIN, only the relays belonged to his group is activated,
and thus restricts the user to go to certain number of floors only.
4. System programming: Rename the output relay to Level 1 to Level 40
- Rename the output (of each relay) to Level-1 up to Level-40, to let us easier review in event logs,
and troubleshooting.
5. System programming: Create Output Groups and Elevator Groups to control relays
Output Groups
- As for example, two output groups and two elevator groups are created, such that
- OutputGrp1-LVL-1-10 control relays related to floor 1 to 10
- OutputGrp1-LVL-11-20 control relays related to floor 11 to 20
- In this example,
the prefix “OutputGrp1” means elevator #1.
“LVL-1-10” means this group could only access level 1 to level 10.
- If some of the relays are damaged after using for a number of years, we could assign the spare relays
(relays that are not used currently) to the group, saving the cost of module replacement.
Elevator Groups
- assigning reader(s) and output group to elevator group
6. Assigning elevator group to user
7. Run a test
- Two users and two cards are enrolled to the Expanse system, such that they could grant access by
presenting cards on readers.
- The user put his card on reader, and then presses one of the enabled button within 4 seconds.
- As shown in the above settings, user8647 is programmed to access only level 1-10. Therefore, in the
event log, only relays of 1 to 10 are activated.
- The duration for the relay activation is also programmable. By default, it is 4 seconds. It means if the
button is not pressed within 4 seconds, it is time out. The user needs to present card again.
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System design of the control of a 8 elevators x 40 floor building1. System diagram- To access 40 floors, it needs 40 relays. So, 3 units of EXP-2016 provides 48 relay output control- It also needs a reader control board inside each elevator. 1 unit of EXP-2024- EXP-1032 controls the EU (such as EXP-2016 and EXP-2024) by rs485. One set of EXP-1032 couldcontrol maximum 32 modules through rs485 bus.- Requirement of rs485 bus: shielded twisted pair cable (better reliability in data transmission),travelling cable (flexible, not easily broken).- EXP-1032 could communicate with computer through LAN/WAN.- Total hardware required- 8 elevators x (3 x EXP-2016 + EXP-2024 + 1 x reader)EXP-2016 (elevator module) 24 unitsEXP-2024 (reader/door module) 8 unitsEXP-1032 (CPU module) 1 unitReader (e.g. AY-M12) 8 units2. System diagram in more detail3. Explanation in hardware connection, and how it workNote: Due to limited space, only 2 EXP-2016 + 1 EXP-2024 are drawn in this diagram.How it works- The elevator control system is already provided by the elevator company. We do not intend tochange the circuit in the original control system.- As shown in the diagram, the elevator broad relays just enable/disable the buttons in the elevator.- When relay close, it enable the buttons- When relay open, it disable the buttons- So the users could only access to the floors which is allowed.- The selection for which relays to be activated is programmable in the Expanse system. (See theprocedures I described in the next pages)
- The relays, across all modules, could be grouped into a number of output groups and elevator
groups.
- The users could be assigned to any of these groups.
- When the user grant access by using his cards/PIN, only the relays belonged to his group is activated,
and thus restricts the user to go to certain number of floors only.
4. System programming: Rename the output relay to Level 1 to Level 40
- Rename the output (of each relay) to Level-1 up to Level-40, to let us easier review in event logs,
and troubleshooting.
5. System programming: Create Output Groups and Elevator Groups to control relays
Output Groups
- As for example, two output groups and two elevator groups are created, such that
- OutputGrp1-LVL-1-10 control relays related to floor 1 to 10
- OutputGrp1-LVL-11-20 control relays related to floor 11 to 20
- In this example,
the prefix “OutputGrp1” means elevator #1.
“LVL-1-10” means this group could only access level 1 to level 10.
- If some of the relays are damaged after using for a number of years, we could assign the spare relays
(relays that are not used currently) to the group, saving the cost of module replacement.
Elevator Groups
- assigning reader(s) and output group to elevator group
6. Assigning elevator group to user
7. Run a test
- Two users and two cards are enrolled to the Expanse system, such that they could grant access by
presenting cards on readers.
- The user put his card on reader, and then presses one of the enabled button within 4 seconds.
- As shown in the above settings, user8647 is programmed to access only level 1-10. Therefore, in the
event log, only relays of 1 to 10 are activated.
- The duration for the relay activation is also programmable. By default, it is 4 seconds. It means if the
button is not pressed within 4 seconds, it is time out. The user needs to present card again.
Sedang diterjemahkan, harap tunggu..
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Desain sistem kontrol dari 8 elevator x 40 lantai bangunan
1. Diagram sistem
- Untuk mengakses 40 lantai, perlu 40 relay. Jadi, 3 unit EXP-2016 menyediakan 48 kontrol relay keluaran
- Ini juga membutuhkan panel kontrol pembaca dalam setiap lift. 1 unit EXP-2024
- EXP-1032 kontrol Uni Eropa (seperti EXP-2016 dan EXP-2024) dengan rs485. Satu set EXP-1032 bisa
mengontrol maksimum 32 modul melalui rs485 bus.
- Kebutuhan rs485 bus: terlindung kabel twisted pair (keandalan yang lebih baik dalam transmisi data),
bepergian kabel (fleksibel, tidak mudah pecah).
- EXP-1032 bisa berkomunikasi dengan komputer melalui LAN / WAN.
- Jumlah hardware yang dibutuhkan
- 8 elevator x (3 x EXP-2016 + EXP-2024 + 1 x reader)
EXP-2016 (lift modul) 24 unit
EXP-2024 (reader / modul pintu) 8 unit
EXP -1032 (modul CPU) 1 unit
Reader (misalnya AY-M12) 8 unit
2. Diagram sistem secara lebih rinci
3. Penjelasan sehubungan hardware, dan bagaimana cara kerjanya
Catatan: Karena keterbatasan tempat, hanya 2 EXP-2016 + 1 EXP-2024 diambil dalam diagram ini.
Cara kerjanya
- Sistem kontrol lift sudah disediakan oleh perusahaan lift. Kami tidak bermaksud untuk
mengubah sirkuit dalam sistem kontrol yang asli.
- Seperti yang ditunjukkan dalam diagram, relay luas lift hanya mengaktifkan / menonaktifkan tombol di lift.
- Ketika dekat relay, itu mengaktifkan tombol
- Ketika relay terbuka, itu menonaktifkan tombol
- Jadi pengguna hanya bisa akses ke lantai yang diperbolehkan.
- Pemilihan yang relay harus diaktifkan diprogram dalam sistem Hamparan. (Lihat
prosedur yang saya jelaskan di halaman berikutnya)
- The relay, di semua modul, dapat dikelompokkan menjadi beberapa kelompok output dan lift
kelompok.
- Para pengguna dapat ditugaskan untuk salah satu kelompok.
- Ketika pengguna akses hibah dengan menggunakan kartunya / PIN, hanya relay milik kelompoknya diaktifkan,
sehingga membatasi pengguna untuk pergi ke sejumlah lantai saja.
4. Pemrograman sistem: Ubah nama output relay ke Level 1 sampai Level 40
- Mengubah nama output (masing-masing relay) ke-Level 1 hingga Level-40, untuk memberitahu kami tinjauan lebih mudah dalam event log,
dan pemecahan masalah.
5. Pemrograman sistem: Buat Kelompok Output dan Elevator Grup untuk mengendalikan relay
Grup Keluaran
- Sebagai contoh, dua kelompok output dan dua kelompok lift diciptakan, sehingga
- relay OutputGrp1-LVL-1-10 pengendalian yang berhubungan dengan lantai 1 sampai 10
- OutputGrp1- relay LVL-11-20 pengendalian yang berhubungan dengan lantai 11-20
- Dalam contoh ini,
awalan "OutputGrp1" berarti lift # 1.
"LVL-1-10" berarti kelompok ini hanya bisa mengakses tingkat 1 ke tingkat 10.
- Jika beberapa dari relay rusak setelah menggunakan selama beberapa tahun, kita bisa menetapkan relay cadangan
(relay yang tidak digunakan saat ini) ke grup, menghemat biaya penggantian modul.
Elevator Grup
- menugaskan pembaca (s) dan kelompok output Kelompok lift
6. Menetapkan kelompok Lift ke pengguna
7. Menjalankan tes
- Dua pengguna dan dua kartu yang terdaftar pada sistem Hamparan, sehingga mereka bisa memberikan akses dengan
menghadirkan kartu pada pembaca.
- Pengguna menempatkan kartu namanya pada pembaca, dan kemudian menekan salah satu tombol diaktifkan dalam waktu 4 detik.
- Seperti ditunjukkan dalam pengaturan di atas, user8647 diprogram untuk mengakses hanya tingkat 1-10. Oleh karena itu, dalam
event log, hanya relay dari 1 sampai 10 diaktifkan.
- Durasi untuk aktivasi relay juga diprogram. Secara default, itu adalah 4 detik. Ini berarti jika
tombol tidak ditekan dalam waktu 4 detik, sekarang saatnya keluar. Pengguna perlu menunjukkan kartu lagi.
Sedang diterjemahkan, harap tunggu..
 
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