Overview
The Sciener Access Controller is the brain behind high-traffic, centrally-managed doors. Instead of a smart lock on each leaf, the controller drives one or more electromagnetic locks, gates or barriers and accepts credentials from readers, keypads and the app.
It is the right choice for lobbies, server rooms, car parks and any entrance with heavy two-way traffic or a door that must stay locked by force.
Key features
- Drives electric locks. Controls magnetic locks, electric strikes, motorised gates and barriers.
- Multi-reader support. Accepts input from IC card readers, keypads, the app and remote commands.
- Scheduled unlocking. Unlock automatically during business hours and re-secure after.
- Central management. Manage many doors as a group from one software account.
- Fail-secure / fail-safe options. Configure behaviour to match fire-safety and security requirements.
Specifications
| Item | Detail |
|---|---|
| Driven devices | Electromagnetic lock / electric strike / gate motor |
| Inputs | Reader, keypad, door sensor, exit button |
| Connectivity | Wireless gateway + wired lock outputs |
| Management | TTLock / Sciener app & API |
| Power | External DC power supply |
| Scheduling | Time-based unlock/lock groups |
Installation guide
- Plan the wiring. Confirm power, lock type and reader/keypad positions before running cables.
- Mount the controller. Install in a protected location near the door, within reach of lock wiring.
- Wire the lock and inputs. Connect the electromagnetic lock/strike, exit button, door sensor and reader per the wiring diagram.
- Power up and pair. Apply power, then pair the controller with the gateway in the app.
- Configure rules. Set unlock schedules, user groups and credential mapping.
- Test thoroughly. Verify normal entry, exit-button release, forced-secure behaviour and fire-safety fail-safe operation.
Safety note: For doors on escape routes, configure the controller for fail-safe (unlock on power loss) and integrate with the building's fire alarm as required by local code.
Use cases
- Office lobbies — keep the door secure but allow scheduled daytime access.
- Server and comms rooms — restrict to authorised staff with full audit logging.
- Car parks — open barriers by card, code or app.
- Industrial doors — control heavy electromagnetic locks on storage and utility rooms.
FAQ
What is the difference between fail-safe and fail-secure? Fail-safe unlocks when power is removed (used on escape routes so people can exit during a fire). Fail-secure stays locked when power is removed (used on secure storage). The controller supports both, depending on the lock and configuration.
Can it integrate with existing card systems? With compatible readers and the open API, the controller can be incorporated into broader access systems. Confirm reader compatibility with our team.
Related products
Works with Keypad and Card Encoder for credentials, and a Gateway for remote management.