iLOQ S5 products

The Programming adapter is used to program locks and keys. It is designed to be used with one programming Token and the iLOQ S5 lock programming cable.

Control and monitor access to secure storage such as medicine cabinets, lockers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.

Compatible installation kits A10.18, A10.58 and A10.59

Control and monitor access to secure storage such as medicine cabinets, lockers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.

Includes mounting parts on a door of 1-4 mm thick. Does not contain a bolt or a strike plate.

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The self-powered iLOQ D5 cylinder generates the electrical energy it needs from the inserting movement of the key. Via the D2D communication it is possible to update the block list.
Surface treatment: Brushed steel

The iLOQ N500 Net Bridge acts as the central unit of an iLOQ Online system. The iLOQ N500 Net Bridge acts as a link between the iLOQ Cloud and the door modules and other bus devices allowing the administrator to remotely control locks and keys with iLOQ Manager without the need to visit the installation site.
The iLOQ N500 Net Bridge is installed in a secure interior space, such as a technical room, that is equipped with an Ethernet connection and an AC outlet.
The iLOQ N500 Net Bridge is connected to the iLOQ Cloud via a LAN network and it has an RS-485 bus for connecting iLOQ N502 Online Door Modules, iLOQ NFC Readers and iLOQ N507 Online I/O Module. The N500 Net Bridge can be powered by a DC power supply or alternatively PoE/PoE+.

Door module for one door. Door module enables to open electronic locks and doors with RFID reader or calendar controls. Door module includes pre-installed SIM-card with 4G connection which allows door module to communicate with server.

Door module for one door. Door module enables to open electronic locks and doors with RFID reader or calendar controls. Door module includes pre-installed SIM-card with 4G connection which allows door module to communicate with server.

The N502 Online Door module is connected to the N500 Net Bridge via RS-485 bus. N502 Online Door Module has connections for a door with up to two iLOQ NFC Readers and two lock cylinders. The N502 Online Door Module enables control e.g. of electric doors, elevators, barriers etc. using NFC Readers or calendar control.

The N503 Offline Door Module operates independently without a connection to iLOQ Cloud. The N503 has connections for a iLOQ NFC Readers and two lock cylinders. The N503 enables the user to control e.g. of electric doors, elevators, barriers etc. by using a valid iLOQ Key in the connected iLOQ NFC Reader or by using a iLOQ S5 Key in the connected C5 Lock cylinder.

The iLOQ N504i NFC/PIN Door Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N504i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N504i is equipped with a keypad with touch buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N504i NFC/PIN Door Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N504i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N504i is equipped with a keypad with touch buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N504i NFC/PIN Door Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N504i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N504i is equipped with a keypad with touch buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N504i NFC/PIN Door Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N504i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N504i is equipped with a keypad with touch buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N504i NFC/PIN Door Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N504i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N504i is equipped with a keypad with touch buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N504i NFC/PIN Door Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N504i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N504i is equipped with a keypad with touch buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N505i NFC/PIN Wall Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N505i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N505i is equipped with a keypad with buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N505i NFC/PIN Wall Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N505i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N505i is equipped with a keypad with buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N505i NFC/PIN Wall Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N505i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N505i is equipped with a keypad with buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N505i NFC/PIN Wall Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N505i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N505i is equipped with a keypad with buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N505i NFC/PIN Wall Reader is connected to the reader bus of the iLOQ N502 Online- or N503 Offline Door Module, or to the chain bus of the iLOQ N507 Online I/O Module to control electronic devices. The N505i can also be connected directly to the main bus of the iLOQ N500 Net Bridge to work as a HotSpot for updating keys.
iLOQ NFC Readers use NFC technology to read and write data to iLOQ S5 and iLOQ S50 keys, but also Mifare RFID tags can be read. The N505i is equipped with a keypad with buttons that can be used to enhance the security by demanding a Key + PIN-code combination or, for low security features like opening the door, with just an access code.

The iLOQ N507 Online I/O Module is a bus device which has 10 potential free relay outputs and 10 inputs thus allowing designers to design more features to the system environments than basic door modules allow them to do. A maximum of five N507 Online I/O Module can be stacked and controlled with a single iLOQ NFC Reader, allowing versatile Key – Access right – Relay control combinations.

Programming key secures system administration for programming locks and keys.

Software for advanced 24/7 multi-site administration of iLOQ 5 Series locking systems. Requires license.