Kontrol Akses Cloud

IP401 Cloud Access Controller

U-PROX IP401
Instalasi lan Manual Operasi
Hak lan Perlindhungan
Kabeh hak kanggo dokumen iki dianakake dening Visi Teknis Terpadu Perusahaan Tanggung Jawab Terbatas.

merek dagang
ITV® lan U-PROX® minangka merek dagang kadhaptar saka Wawasan Teknis Terpadu Perusahaan Tanggung Jawab Terbatas.

Babagan Dokumen Iki
This manual describes the procedure for installing, connecting, and operating the access control system controller U-PROX IP401 (hereinafter “the controller”). Please study these instructions carefully before installing the controller.
The characteristics and parameters of the controller are described in the Characteristics section. The Terminology section explains the terms used in this document.
The external appearance of the controller, along with the description of its contacts and operating modes, is presented in the Description and Operation section. The installation, connection of external devices, and configuration of the controller are described in the Controller Operation section.

manungsa waé!
Before installing and connecting the controller, you must carefully study this manual.
Installation and connection are permitted only by persons or organizations authorized by the manufacturer.

Latihan lan Dhukungan Teknis
Kursus pelatihan sing nyakup instalasi lan panggunaan pengontrol U-PROX IP401 ditindakake dening Visi Teknis Terpadu Perusahaan Tanggung Jawab Terbatas. Kanggo informasi tambahan, hubungi personel Visi Teknis Terpadu Perusahaan Tanggung Jawab Terbatas ing nomer telpon sing kasedhiya ing ngisor iki.

Dhukungan Teknis:
+38 (091) 481 01 69
support@u-prox.systems
https://t.me/u_prox_support_bot
Dhukungan iki ditrapake kanggo spesialis sing dilatih. Pangguna pungkasan kudu ngubungi dealer utawa installer sadurunge nyedhaki Visi Teknis Terpadu Perusahaan Tanggung Jawab Terbatas.
Informasi teknis kasedhiya ing websitus: www.u-prox.systems

Sertifikasi
Visi Teknis Terpadu Perusahaan Tanggung Jawab Terbatas nandhakake yen U-PROX IP401 tundhuk karo Petunjuk Kompatibilitas Elektromagnetik 2014/30/EU lan Petunjuk 2011/65/EU (RoHS). Pranyatan Kesesuaian asli kasedhiya ing websitus www.u-prox.systems under the “Certificates” section.

Deskripsi Controller

Kontroler U-PROX IP401 minangka piranti sing dirancang kanggo ngontrol akses menyang papan omah lan industri, uga kanggo ngrekam wektu lan acara.
Kontroler diwenehake ing kasus kanthi tombol tutul sing dibangun kanggo panjaluk metu lan tanpa modul daya.
Controller dianggo karo maca sing nyambung liwat antarmuka RS232 (mung maca U-PROX) utawa liwat antarmuka RS485 nggunakake protokol OSDP (U-PROX SE seri utawa OSDP2.2kompatibel maca liyane).
U-PROX IP401 ngolah informasi sing ditampa saka maca lan, nggunakake rong output, ngalih piranti output (contone, kunci, sirene, lsp.).
The controller has two fixed-function inputs – a door sensor and an exit request button.
Controller bisa operate kanthi otonom utawa minangka bagéan saka jaringan. Kanggo nggabungake pengontrol ing sistem kontrol akses, antarmuka Wi-Fi (jaringan komputer nirkabel) digunakake.
Kontroler ndhukung konfigurasi jaringan liwat Bluetooth Low Energy (BLE) nggunakake aplikasi seluler U-PROX Config.
Nganyari firmware ditindakake saka server tengah liwat Wi-Fi.
Kontroler didhukung dening sumber 12V.
U-PROX IP401 ngontrol lawang kanthi siji maca lan tombol panjalukan metu. Memori non-molah malih sing gedhe ngidini sistem bisa ngatur nganti 10,000 pengenal.
Solusi teknis lan desain sing dirancang kanthi teliti, komunikasi liwat Wi-Fi, memori non-molah malih lan jam wektu nyata, lan proteksi port maca saka sirkuit cendhak, overvoltage, lan polaritas mbalikke mbisakake controller iki digunakake ing macem-macem kontrol akses lan sistem manajemen.

Tujuan saka Piranti

The Cloud Controller U-PROX IP401 is intended for use as part of access control and management systems of various scales – from small office systems to large enterprises.
Controllers are interconnected via a computer network.

Karakteristik

Sumber Daya: Sumber 12V eksternal; konsumsi saiki (kanthi beban pedhot) ora luwih saka 100 mA; riak voltage ora luwih saka 500 mV.

Sambungan maca:

• RS232 – up to 10 m (for U-PROX contactless identifiers)
• RS485 (OSDP2.2) – up to 1000 m

Inputs: 8 inputs for connecting loops with current monitoring (end resistor – 2.2 kΩ).
Built-in Touch Button: for exit requests.
Input Sinyal Eksternal: sensor lawang (DC) lan input kanggo tombol request metu (RTE).
Tamper Kontak: kanggo ndeteksi bukaan kasus.
Outputs: one relay (NO/NC, COM) rated at 3 A @ 12V; a transistor open-collector alarm output – 12V, 160 mA.
Antarmuka Nirkabel: Wi-Fi 2.4 GHz, 802.11b/g/n, ndhukung Open/WPA/WPA2/WEP.
Sistem AC Cloud: U-PROX ACS Cloud.
Sistem AC Lokal: U-PROX WEB.
Konfigurasi: Konfigurasi lengkap ditindakake liwat sistem kontrol akses nggunakake jaringan komputer.

Jam Wektu Nyata.
Memori Non-Volatile:

• Pengenal – 10,000
• Acara - 47,000
• Time zones – 250
• Weekly schedules – 250
• Holidays – 250
• Temporary identifiers – 1000

Terminologi

Pengenal: Ing sistem kontrol akses, saben pangguna duwe kode unik. Pengenal bisa uga ana ing kertu plastik, kunci fob, lsp.
Reader: Piranti sing maca kode pengenal lan nyambung menyang pengontrol akses. Antarmuka Wiegand digunakake.
Kode PIN: Kode sing diketik liwat keypad maca; iku bisa dadi pengenal dewekan utawa tambahan kertu utawa fob tombol.
Lawang: Titik kontrol akses (contone, lawang, turnstiles). Titik akses minangka unit logis saka sistem.
Titik Akses: Waca "Lawang".
Passage Point: A logical unit in an access control system that manages passage through a door in one direction, including the reader, controller (or part of it), and the output mechanism.
Doors with a single passage point are one-sided; with two, they are two-sided.
Tombol Panjaluk Metu: Digunakake kanggo metu saka papan; cara alternatif (contone, tombol kunci listrik utawa tombol) micu acara "DOOR BREACH".
Door Sensor: An input for connecting sensors (magnetic, rotor, etc.) to monitor door status. “Door Open Time” Interval: The period during which, after a user passes, the door is not monitored even if the sensor signal is disrupted.
Nyoba Pickup Identifier: Yen pengenal ora kadhaptar ditampilake kaping pirang-pirang consecutively, controller lumebu ing mode lockout.
Jadwal: Interval wektu lan jadwal sing nemtokake hak akses. Kontroler bisa nyimpen nganti 250 interval wektu, 250 jadwal mingguan, lan 250 preian.
Time Zones: Time intervals used for organizing access schedules.
Loading: The transfer of settings from a computer to the controller after programming.

Deskripsi lan Operasi

Konstruksi Kontrol
Tampilan njaba piranti ditampilake ing Gambar 1.

Controller kasusun saka komponen ing ngisor iki:

• The top part of the device casing
• The touch exit request button
• The bottom part of the device casing
• A mounting screw
• The circuit board with terminal blocks

Gambar 1. Tampilan njaba U-PROX IP401

Layout Blok Terminal
Tata letak konektor ing papan ngisor ditampilake ing Gambar 2.

Tujuan saka Kontak Controller

Kontak	jeneng	tujuane
GND	–	Connection of the external power source
+12V	–	–
NO/NC	Kontak Relay	Relay kontak
COM	umum	–
RED	+12V, Power	Sambungan maca
BLK	GND	–
GRN	pacaran 0	–
WHT	pacaran 1	–
GND	–	Sambungan loop
DC	Kontak Pintu	–
RTE	Tombol Panjaluk Metu	–
OUT	Output weker	–

Indikasi Audio-Visual

Mode akses dituduhake liwat maca sing disambungake menyang controller. Indikasi standar kaya ing ngisor iki:

• Standby Mode: no sound, red blinking once per second
• Mode wengi utawa Lockout: ora ana swara, abang-kuning kedhip sapisan saben detik
• Alarm: no sound, continuous red
• Card Registration: no sound, green blinking once per second
• Inisialisasi: ora ana swara, ora ana indikasi cahya
• Data Reading/Loading, Firmware Update: no sound, continuous red
• Access Granted: a short beep, continuously green; 5 seconds before door time expires – a short beep once per second.
• Access Denied: continuous beep, continuously red.

LED ing tombol tutul mung nuduhake penet.

Operasi Controller
Controllers dikirim ing negara standar pabrik, kang LED abang blinks sapisan saben detik.
Kanggo ngoperasikake pengontrol, kudu dikonfigurasi nggunakake piranti lunak konfigurasi ing piranti seluler. Sawise setelan dimuat, lan yen input utuh, controller lumebu ing mode "Siaga".
Controller ngatur siji titik wacana sing bisa operate ing papat mode: "Standby", "Weker", "Lockout", lan "Free Passage". Mode "Gratis Passage" nduweni prioritas paling dhuwur (kanggo example, nalika geni), ngiring dening "Lockout", "Weker", lan "Standby".

Mode siyaga
Mode siyaga minangka mode operasi standar pengontrol. Ing mode iki, controller menehi utawa nolak akses menyang pengenal kadhaptar.

Passage karo Presentasi Identifier
Kanggo ngliwati lawang, pangguna menehi pengenal tanpa kontak marang sing maca. Yen pengenal kadhaptar lan akses saiki diijini, lawang dibukak (kontroler ngaktifake mekanisme output).

Passage karo Identifier lan Kode PIN
After presenting a registered identifier, the controller checks if a PIN code is required. If needed, it waits for PIN code entry. Once the correct PIN code is entered, the passage point opens (the output  mechanism is activated).
Passage liwat Tombol Panjaluk Metu (Remote Door Opening)
Metu liwat lawang kanthi titik dalan siji-sisi utawa ngidini akses pengunjung bisa ditindakake kanthi nggunakake tombol panjaluk metu. Pencet lan ngeculake tombol mbukak titik wacana (ngaktifake mekanisme output).

Akses Ditolak nalika Presentasi Identifier
Akses bisa ditolak amarga alasan ing ngisor iki:

• The controller is in its factory default (unloaded) state
• The card is not registered in the controller
• The card’s validity period has expired
• Access is currently prohibited due to time and/or day of the week
• An identifier registered as lost or blocked is presented
• The controller is in “Alarm” mode
• The controller is in “Lockout” mode
• The temporary card’s validity period has not yet begun
• The passage counter for a temporary card (visitor card) has been exhausted

Mode weker
The passage point enters “Alarm” mode when unauthorized access occurs (e.g., door breach), when the controller case is opened, when an identifier registered as lost is presented, or when the door remains open too long (exceeding the door open time), and if the identifier pickup function is enabled.
Ing mode "Weker", pengontrol ngaktifake output sing ditunjuk kanggo ALARM utawa SIREN. Output weker tetep aktif nganti weker wis dibusak, lan output sirene wis wektune.
Yen titik wacana ing mode "Weker", wacana diblokir. Lawang bisa dibukak kanthi mencet tombol panjalukan metu.
Mode "Weker" bisa dipateni kanthi nampilake pengenal kanthi atribut "Alarm Clear" utawa kanthi nerbitake prentah saka komputer.

Mode Passage Gratis
Ing sawetara kahanan, kayata nalika ana geni, lindhu, utawa darurat liyane, bisa uga kudu mbukak lawang kanggo dalan gratis. Ing kasus kaya mengkono, controller ndhukung "Gratis Passage" mode.
Titik wacana mlebu mode "Gratis Passage" kanthi prentah saka operator ing komputer.
Nalika ing mode "Gratis Passage", kunci tetep mbukak, lan controller log kabeh pengenal lan kode entri minangka "Akses Diwenehi" preduli saka jadwal. Mode iki digunakake kanggo ngawasi anané personel nalika darurat.
To ensure proper operation in “Free Passage” mode when using mechanically actuated locking devices, it is essential to monitor the door sensor. Mechanical locks are released with a current pulse and remain open until the door is closed. When the door is closed, the lock re-engages.
The controller in “Free Passage” mode checks the door contact and sends an unlock pulse after each door closure.
If the controller is used without a door contact (e.g., a microswitch), using an “impulse” output type for unlocking is not recommended. In such cases, “Free Passage” mode will not function correctly – the door cannot be opened without presenting an identifier.

Mode Kunci
The controller enters “Lockout” mode when a situation arises that requires all users to be denied access. In this mode, passage is allowed only for identifiers with the “Security Service” attribute.
Doors cannot be opened by pressing the exit request button.
Titik wacana mlebu mode "Lockout" kanthi prentah saka operator komputer.

Properti Identifier (Kartu)
Kode (Kode Kartu Elektronik)
Saben kertu duwe kode unik sing diwenehake sajrone manufaktur.

Kode PIN
Kode tambahan kanggo kertu. Iku kudu mung saka enem digit desimal. Bisa digunakake karo pembaca sing duwe keypad terpadu.
Sawise kertu diwenehi menyang maca, keypad terpadu digunakake kanggo ngetik kode PIN kanthi mencet tombol "#". Yen kode PIN sing bener diketik, controller mbukak kunci lawang lan menehi akses. Yen ora, sinyal bebaya ditanggepi, acara "Kode PIN Salah" dicathet, lan lawang tetep dikunci.

Keabsahan
Tanggal kadaluwarsa validitas kertu.

Weker Clear
Nalika kertu kanthi atribut cetha weker diwenehi kanggo maca lawang ing negara weker, controller log acara "Weker Cleared" lan ngreset lawang kanggo mode siyaga. Yen kertu tanpa hak mbusak weker diwenehi, lawang tetep ing negara saiki lan acara "Akses Ditolak. Alarm State "log.

Layanan Keamanan
Atribut iki menehi hak kanggo ngliwati lawang sing dikunci. Yen lawang ana ing mode "Lockout", nampilake kertu biasa bakal nyebabake acara "Akses Ditolak. Negara Lockout". Nanging, nalika kertu karo atribut "Layanan Keamanan" diwenehi, controller menehi akses lan log "Akses diwenehake. Lockout State "acara.

VIP
Atribut iki ngidini akses tanpa syarat (kajaba nalika lawang ana ing mode lockout). Kertu VIP bisa uga duwe jadwal apa wae; anti-duplikasi lan watesan validitas ora ditrapake. Bisa uga duwe kode PIN.
Yen lawang ana ing mode "Lockout", pengenal kanthi atribut VIP ora bakal diwenehi akses.

Anti-duplikasi dipatèni
Iki tegese akses diwenehake preduli saka arah wacana sadurungé, nanging isih tundhuk jadwal diutus lan atribut kertu liyane.

Pilihan Panggunaan lan Mode Operasi Output
Output relay saka controller bisa diprogram minangka kunci (kanthi setelan inversi opsional). Output OUT bisa diprogram minangka sirine utawa weker. Kajaba iku, saben output diwenehi mode operasi: wiwitan-mandeg (output tetep aktif nalika kondisi tetep, contone, nalika ing mode "Weker"), impuls (output aktif kanggo durasi sing disetel), pemicu (output mateni ing acara pisanan lan mateni sabanjure, lan sapiturute), utawa terus (output diaktifake utawa dipateni dening printah individu).

Operasi komunikator
Pengontrol U-PROX IP401 beroperasi kanthi otomatis. Sawise data dimuat saka server, controller proses aturan akses kanggo kertu presented lan ngirim kabar acara kanggo server sistem kontrol akses.
The controller’s communicator operates in notification mode, meaning that when an event (e.g., passage, zone breach) occurs, data is transmitted to the AC server. When connected to a computer network, the controller ensures protection against unauthorized access by encrypting data packets with a 256-bit key and verifying the device’s unique serial number, as well as monitoring the communication channel through periodic test signals.
The U-PROX IP401 can be connected to a computer network via a wireless connection (Wi-Fi). It supports operation within a local network (see Figure 3) as well as over the Internet (see Figure 4), allowing for the construction of distributed access control systems of any scale.

Local Network Operation Algorithm

1. After the controller is powered on, it connects to the pre-configured Wi-Fi and obtains an IP address dynamically.
2. It periodically updates the IP address status (maintaining the reserved IP address);
3. It checks the availability of the AC server (by IP or DNS name);
4. It sends periodic test signals;
5. It transmits event notifications.
6. It waits for commands.

Internet (Wired Local Network) Operation Algorithm

1. After the controller is powered on, it connects to the pre-configured Wi-Fi and obtains an IP address dynamically.
2. It periodically updates the IP address status (maintaining the reserved IP address);
3. It checks for Internet connectivity (availability of the router’s IP address);
4. It checks the availability of the AC server (by IP or DNS name);
5. It sends periodic test signals;
6. It transmits event notifications;
7. It waits for commands.

Prosedur Operasi Piranti

Controller diselehake ing kasus plastik cilik kanthi permukaan kaca.

Prosedur Sambungan

1. At the installation site, mark and drill the necessary holes:
   1. Screw in the mounting screw on the bottom of the controller;
   2. Remove the top cover;
   3. Using the back plate of the controller as a template, mark and drill two holes with a 5 mm diameter and a depth of 30 mm.
2. Run the cable from the power supply unit;
3. Run the cable from the output device (e.g., lock);
4. Install the reader and run its cable;
5. Run the cables from the sensors/buttons;
6. Connect the wires from the power supply, lock, reader, and controller inputs according to the sections below (using a junction box is recommended);
7. Lay the installation cables in the wall;
8. Install and secure the back plate of the controller, connect the communication cable connector, attach the top cover, and fasten with a screw;
9. Using the mobile app, configure the network parameters of the controller;
10. Piranti wis siyap kanggo operasi.
    

Rekomendasi Instalasi
Dianjurake kanggo masang controller ing tembok cedhak lawang supaya kabeh pangguna bisa gampang menet tombol request metu.

Daya lan kabel liyane ora kudu nyedhaki 0.1 m saka casing piranti.

Sambungan Reader
The controller works with a reader that connects via the RS232 interface (only U-PROX readers) or via the RS485 interface using the OSDP protocol (U-PROX SE series or other OSDP2.2-compatible readers).

The reader connection type is configured via the U-PROX Config mobile app.

Gambar 7. Sambungan saka maca seri U-PROX SE liwat OSDP
Konsumsi saiki saben maca eksternal sing disambungake menyang terminal "+ 12V" ora kudu ngluwihi 100 mA. Kanggo maca jarak adoh kanthi konsumsi ing ndhuwur 100 mA, daya kudu diwenehake saka sumber sing kapisah.

Sensor Pintu Kab
Kontroler nggunakake kontak lawang kanggo nemtokake manawa lawang mbukak utawa ditutup. Yen kontak lawang ora ana, pengontrol ora bisa ndeteksi akses sing ora sah utawa kahanan nalika lawang tetep mbukak nganti suwe (contone, nalika sawetara wong ngliwati titik mlebu sing padha).

Lawang ing sistem kontrol akses dianjurake supaya dilengkapi lawang sing luwih cedhak.

Tombol Panjaluk Metu
Doors are opened by pressing and releasing the exit request button.
Additionally, the exit request button can be used for remote door opening (e.g., by a receptionist or security guard).

Nggunakake tombol ing kunci listrik kanggo mbukak lawang bakal micu acara DOOR BREACH.

Piranti Output (Relay)
Kontroler nduweni siji relay solid-state kanggo ngontrol piranti output kayata kunci listrik utawa kait.
Relay wis biasane ditutup (NC) lan biasane mbukak (NO) kontak lan bisa nangani piranti nganggo nganti 1 A ing 30 V.
Voltage irungnya utawa mundhak nalika kabeh output diuripake utawa mateni bebarengan ngirim ora nimbulaké controller kanggo malfunction. Yen ora, sumber daya sing kapisah kudu digunakake kanggo output.

Kunci Listrik
Kemampuan kanggo program mode operasi standar lan kuwalik, uga nyetel wektu aktivasi kunci liwat sawetara sudhut (saka 1 kanggo 255 detik), ngidini controller kanggo operate meh kabeh jinis kunci listrik utawa kancing.
Kasus khusus yaiku nalika wektu disetel dadi 0. Ing kasus iki, pulsa 200 ms dikirim menyang relay.
Gambar 10 nuduhake mantanample saka nyambungake piranti output: pisanan diaktifake dening nglamar voltage (NO), lan kapindho kanthi nglereni sirkuit (NC).
Nalika nggunakake kontak relay kanggo ngontrol beban induktif (kanggo example, kunci elektromagnetik), dhuwur-amplitud voltage pulses bisa kelakon. Kanggo nyegah karusakan ing kontak relay, dioda flyback kudu dipasang ing beban induktif kanthi polaritas mbalikke.
Elinga yen kunci elektromagnetik sing murah ora ngidinke vol sing dawatage aplikasi. Kanggo piranti kasebut, wektu aktivasi relay kudu diprogram kanggo nyegah overheating coil.

Output weker
Output weker controller minangka output kolektor terbuka transistor. Nalika diaktifake, kontak OUT disambungake menyang GND.
Output weker bisa digunakake kanggo nyambung menyang sistem weker eksternal utawa piranti output kanthi konsumsi saiki ora ngluwihi 60 mA.
If a door contact (normally closed) is connected, the alarm output will activate when the door contact is interrupted, except during the designated “door open” interval. The alarm output is activated for a programmed duration, from 0 to 254 seconds. <p style=”font-weight:

Dokumen / Sumber Daya

U-PROX IP401 Cloud Access Controller [pdf] Instruksi Manual IP401 Cloud Access Controller, IP401, Cloud Access Controller, Access Controller

Referensi

• Manual pangguna