iLOQ S5 products
Lock set including:
– Compact rim lock with 55mm steel bolt G1027.2.CB
– Oval cam lock C5S.3
– Cup escutcheon E10.B7.SP
– Installation kit for 18-38mm thick frame AG5.4
– Installation kit for G1027.2.CB AG5.5
– Spacer ring 10mm AG5.6
Lock set including:
– Compact rim lock with steel bolt G1027.1.CB
– Oval cam lock C5S.3
– Cup escutcheon E10.B7.SP
– Installation kit for 18-38mm thick frame AG.4
– Spacer ring 10mm AG5.6
When the programming cable is connected to the programming Token, or programming adapter, it allows users to program iLOQ S5 lock cylinders.
Decoration ring for Europrofile cylinder.
The unique iLOQ cylinder is self-powered by harvesting electricity from key insertion. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Surface treatments: brushed steel, brushed brass, polished brass.
The unique iLOQ cylinder is self-powered by harvesting electricity from key insertion. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Surface treatments: brushed steel, brushed brass, polished brass.
The unique iLOQ cylinder is self-powered by harvesting electricity from key insertion. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Surface treatments: brushed steel, brushed brass, polished brass.
The unique iLOQ cylinder is self-powered by harvesting electricity from key insertion. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Surface treatments: brushed steel, brushed brass, polished brass.
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
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 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
H5S.1 Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes.
Shackle size 8/25mm, 8/60mm or 8/110mm. Available also with chain.
H5S.1 Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes.
Shackle size 8/25mm, 8/60mm or 8/110mm. Available also with chain.
H5S.1 Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes.
Shackle size 8/25mm, 8/60mm or 8/110mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 8/25mm, 8/60 mm or 8/110 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 8/25mm, 8/60 mm or 8/110 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 8/25mm, 8/60 mm or 8/110 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 8/25mm, 8/60 mm or 8/110 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 8/25mm, 8/60 mm or 8/110 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 8/25mm, 8/60 mm or 8/110 mm. Available also with chain.
H5S.1 Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes.
Shackle size 8/25mm, 8/60mm or 8/110mm. Available also with chain.
H5S.1 Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes.
Shackle size 8/25mm, 8/60mm or 8/110mm. Available also with chain.
H5S.1 Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes.
Shackle size 8/25mm, 8/60mm or 8/110mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28 mm or 11/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28 mm or 11/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28mm or 11/50mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28mm or 11/50mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28mm or 11/50mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28mm or 11/50mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28 mm or 11/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 11/28 mm or 11/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 15/27 mm or 15/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 15/27 mm or 15/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 15/27 mm or 15/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 15/27 mm or 15/50 mm. Available also with chain.
Control and monitor access to secure storage such as medicine cabinets, lockers, barriers and mailboxes. Lock acts as a part of D2D network which allows easy updates to blocked keys list.
Shackle size 15/27 mm or 15/50 mm. Available also with chain.
battery-free digital key with powerful encryption. All keys are mechanically identical. Access rights are programmed into the key and can be flexibly changed. Reliable, maintenance-free key that stands hard use, water, frost and impact. Key acts as a data carrier in D2D network.
Unique AES-256 multi-processor chip, which enables 1-wire and RFID functions. iLOQ HOME compatible.
Dark Blue colored cover (changeable)
Battery-free digital key with powerful encryption. All keys are mechanically identical. Access rights are programmed into the key and can be flexibly changed. Reliable, maintenance-free key that stands hard use, water, frost and impact. Key acts as a data carrier in D2D network.
Unique AES-256 multi-processor chip, which enables 1-wire and RFID functions. iLOQ HOME compatible.
Dark Blue colored cover (changeable)
Software for advanced 24/7 multi-site programming, administration and maintenance of iLOQ S5 and S50 lock cylinders and keys in iLOQ 5 Series system.
First installation of the software – Requirements: Windows 10 or newer, the up-to-date version of your internet browser and local administrator rights, .NET Framework 4.8 installed.
Subsequent installations of the software – Each Windows user profile needs their own installation. The initial software installation must have been done on the workstation before subsequent installations are possible. Subsequent installations do not require local administrator rights.
Annual iLOQ S5/50 license.
