Commercial

Advanced Access Control Solutions

These examples cover openings that do not fit a basic reader-controller-strike pattern. They are scoping templates, not universal wiring diagrams. Final hardware, wiring, power and safety behaviour must follow the selected products, approved building design and responsible trades.

For installers guide

For owners and managersworkflow, ownership and riskFor installersparts, cable and programmingSafety and complianceapproval and coordinated testing

Use an interface schedule, not an assumed relay

For each specialist opening, record which system owns the user, which system owns safe movement, the exact input and output functions, electrical ratings, normal state, failure state, monitoring and who witnesses the final test.

Pedestrian opening solutions

Solution 1 - Automatic sliding or swing door

Access control requests entry; the automatic-door operator controls safe movement

For owners and managers

Best for accessible public entries, clinics, offices and retail sites where authorised users need automatic opening. Decide how visitors call, how staff enter, what happens after hours and who maintains the door operator.

Automatic door access control interface showing the credential, protected controller and relay separated from the automatic door operator, safety sensors, lock and emergency mode
Automatic-door interface ownership: access control requests entry, while the operator retains movement and obstruction safety.

Parts and interfaces

  • Access reader and protected controller
  • Automatic-door operator with supported activation input
  • Compatible lock or operator locking function
  • Presence and safety sensors belonging to the door operator
  • Door contact or operator-state monitoring
  • Intercom release where visitors are admitted
  • Separate access-control PSU unless the operator manual approves otherwise

Cable functions

  • Reader bus and controller network
  • Volt-free access-granted interface to the operator
  • Lock power/control circuit where a separate lock is used
  • Door-state or operator-state return
  • Intercom release pair and required emergency interfaces

Commissioning: test valid and invalid entry, operator safety sensing, lock release timing, door obstruction, power loss, fire/emergency mode, manual egress, after-hours mode and recovery. Access control must not bypass operator safety inputs.

Solution 2 - Electrified mortice lock or exit device

Door hardware preserves the required mechanical function while access control manages entry

For owners and managers

Useful where a frame-mounted strike or maglock is unsuitable, or where the door requires panic/exit hardware. Confirm whether monitoring, latch retraction, dogging, request-to-exit or fail-secure entry is required.

Typical parts

  • Electrified mortice lock, electric trim or latch-retraction exit device
  • Compatible lever, cylinder, strike plate and door preparation
  • Door loop or concealed cable transfer
  • Controller relay or manufacturer interface module
  • Calculated PSU sized for inrush and duty
  • Door contact plus latch/bolt/REX monitoring where available

Cable functions

  • Flexible conductors through the approved transfer
  • Lock power sized for inrush and route length
  • Separate monitoring pairs for REX, latch or request-to-enter
  • Door contact and reader circuits
  • Emergency or fire interface only where required by the approved design

Commissioning: test handing, latch alignment, lever function, mechanical key override, cable movement, inrush voltage, continuous duty, door pressure, egress and every monitored state.

Solution 3 - Double-leaf door

Coordinate the active leaf, inactive leaf, sequencing and monitoring

For owners and managers

Confirm whether one or both leaves are normally used, whether both form part of the required exit width and how the inactive leaf is secured.

Typical parts

  • Selected lock arrangement for one or both leaves
  • Door coordinator and appropriate flush bolts where applicable
  • Separate contacts for each leaf
  • Two cable transfers if both leaves contain powered hardware
  • Controller I/O sufficient to report each meaningful state

Cable functions

  • Individual lock circuits labelled by leaf
  • Active- and inactive-leaf contact inputs
  • REX/exit hardware monitoring
  • Reader and emergency-interface circuits

Commissioning: prove correct closing sequence, latch engagement, individual leaf alarms, free egress, emergency behaviour and the result when either leaf is held open.

Solution 4 - Turnstile or speed gate

Access control grants passage; the lane controller manages movement and safety

For owners and managers

Choose pedestrian throughput, accessibility lane, visitor process, tailgating response, after-hours state and emergency opening. A turnstile manages flow but does not prove identity by itself.

Turnstile and speed gate input output diagram showing entry and exit readers, access controller, lane controller, standard and accessible lanes, feedback and emergency interface
Turnstile I/O ownership: the access controller grants a passage; the lane controller manages barriers, sensors and safe movement.

Typical parts

  • Turnstile or speed-gate lanes and manufacturer lane controller
  • Entry and optional exit readers
  • Access controller with one logical passage per direction as required
  • Accessible gate/lane and visitor release station
  • Fire/emergency interface and local release arrangement
  • Lane alarms or passage-confirmation outputs
  • Network, software licences and operator workstation

Cable functions

  • Reader buses and controller network
  • Dry-contact grant inputs for each direction/lane
  • Passage-complete, forced-passage and fault returns
  • Emergency interface documented to the approved lane behaviour
  • Mains and data separation plus any floor containment

Commissioning: test both directions, accessibility lane, consecutive credentials, rejected access, tailgating detection, obstruction, emergency release, power restoration and event correlation.

Vehicle and remote-opening solutions

Solution 5 - Boom gate, sliding gate or roller door

Access control authorises movement; the automation controller retains safety responsibility

For owners and managers

Decide whether users present a fob, long-range credential, intercom call, keypad code or number plate. Document visitors, deliveries, after-hours access and what happens when the gate cannot close.

Vehicle gate and ANPR workflow showing ANPR, driver credentials and visitor intercom feeding an access decision layer, which requests the separate gate automation controller
Vehicle-entry workflow: credentials, ANPR and intercom may request opening, but the gate automation retains loops, photocells, safety edges and motor control.

Typical parts

  • Gate/door automation and compliant safety devices
  • Weather-rated reader, keypad, intercom or long-range receiver
  • Protected access controller or supported receiver integration
  • Vehicle loops, photocells and safety edges owned by the automation design
  • Gate-state contacts and automation fault output
  • Surge protection, local cabinet and appropriate communications path

Cable functions

  • Reader/intercom data and local power
  • Volt-free open request to the automation controller
  • Gate open/closed and fault return inputs
  • Network, fibre or point-to-point link where distance requires
  • Segregated mains, ELV and underground routes

Commissioning: test safety loops/edges, opening request, invalid credentials, obstruction, manual release, fire/emergency behaviour if applicable, communications loss, lightning/surge protection and gate-state alarms.

Solution 6 - ANPR-assisted vehicle entry

Number-plate recognition feeds a controlled allowlist and gate workflow

For owners and managers

Define who owns the plate list, temporary vehicles, privacy notices, false-read response and a fallback credential. ANPR is operationally convenient but should not be treated as an infallible identity factor.

Typical parts

  • Purpose-selected ANPR camera and suitable illumination
  • Management software or integration licence
  • Gate access controller and automation interface
  • Vehicle presence trigger where required
  • Intercom or alternative credential
  • Managed network, time service and event storage

Cable functions

  • Cat6/fibre and camera power path
  • Software/controller integration over approved API or relay
  • Gate request and state return
  • Intercom/fallback credential path
  • Network segmentation and restricted management access

Commissioning: test day/night reads, approach angles, similar plates, denied vehicles, tailgating, network/server loss, time stamps, manual override and privacy retention settings.

High-security and emergency-operation solutions

Solution 7 - Interlocked doors or mantrap

Sequence two or more doors without creating an entrapment hazard

For owners and managers

Use only where the risk justifies controlled sequencing. Define normal entry, escorted passage, accessibility, maximum occupancy, emergency escape, override authority and response to a door fault.

Two door interlock logic showing monitored Door A and Door B, central interlock decisions, presence sensing, emergency release and guarded operator override
Two-door interlock logic: each unlock depends on the other door reaching its defined secure state, with separate emergency and operator overrides.

Typical parts

  • Dedicated interlock logic or supported controller function
  • Readers and independently monitored locks
  • Door contacts and latch/bolt monitoring
  • Occupancy/presence sensing where the approved design requires it
  • Emergency release, intercom and guarded override
  • Event logging and CCTV association where appropriate

Cable functions

  • Individual reader, lock and state circuits per door
  • Interlock I/O or documented controller logic
  • Emergency release and fire interfaces
  • Intercom, presence and alarm paths
  • Network and protected power with calculated backup

Commissioning: test every door-state permutation, simultaneous requests, held/forced doors, power and network failure, emergency override, accessibility and recovery without trapping an occupant.

Solution 8 - Dual-credential or two-person room

Protect a server, drug, records or high-value room with stronger authorisation

For owners and managers

State whether the policy means card-plus-PIN, biometric-plus-card, or two different authorised people. Set exception, duress and emergency processes before programming.

Typical parts

  • Controller and reader supporting the required authentication rule
  • Secure credential technology and fallback method
  • Door-compatible fail-secure hardware with safe mechanical egress
  • Door/latch monitoring and cabinet tamper
  • Duress input if policy requires it
  • Central audit, alerting and controlled administrator roles

Cable functions

  • OSDP reader bus with Secure Channel where supported
  • Lock, door state, REX and tamper circuits
  • Alarm/duress interface and network
  • Protected power and battery circuits

Commissioning: test every valid and invalid factor sequence, expired credentials, duress, offline mode, time schedules, admin changes, event export and safe exit.

Solution 9 - Emergency lockdown

Apply a documented security state without defeating evacuation

For owners and managers

Lockdown is an emergency operating procedure, not simply a global relay. Define initiating roles, affected doors, local safe-side behaviour, public-entry response, emergency-services override, communications and reset authority.

Lockdown cause and effect diagram showing authorised initiators, local controller rules, perimeter, safe room and excluded door groups, fire and egress priority and operator communications
Lockdown cause-and-effect: door groups can take different security states, while approved fire and egress behaviour retains priority.

Typical parts

  • Controller/software with supported lockdown functions
  • Protected initiating devices or authorised software action
  • Door hardware selected for the required entry and egress state
  • Alarm/public-address integration only through approved interfaces
  • Door-state monitoring and operator display
  • Documented override and reset controls

Cable functions

  • Supervised lockdown inputs where supported
  • Individual door lock and state circuits
  • Alarm, intercom or notification interfaces
  • Network paths designed for local operation during server loss

Commissioning: run a witnessed cause-and-effect test covering every affected door, safe egress, excluded doors, alarm/interface behaviour, communications failure, power loss, authorised override and controlled reset.

Wireless, multi-building and operational solutions

Solution 10 - Wireless or offline electronic locks

Extend managed credentials where door cabling is impractical

For owners and managers

Useful for accommodation, internal offices and heritage or difficult doors. Compare online, wireless-update and card-on-door update models; battery servicing and lost-lock communication are part of the lifecycle cost.

Typical parts

  • Electronic escutcheon, cylinder or mortice lock
  • Management software and required gateways/update points
  • Secure credentials and enrolment device
  • Mechanical override under controlled key management
  • Battery stock and scheduled maintenance process

Communication functions

  • Ethernet/PoE to gateways where online wireless is used
  • Approved wireless coverage and channel plan
  • Credential-based update path for offline locks
  • No assumed real-time alarm path on offline doors

Commissioning: test credential update latency, revoked users, low battery, clock drift, emergency access, mechanical override, event recovery and a complete battery replacement cycle.

Solution 11 - Multi-building campus over fibre

Keep door circuits local while centralising administration

For owners and managers

Best for warehouses, schools, factories and campuses with long distances. Decide which buildings must continue locally during fibre/server loss and who responds to faults in each zone.

Multi-building access control architecture showing central management and a managed fibre network connected to local four-door controller cabinets, power supplies and door home runs in each building
Multi-building architecture: central administration crosses the managed fibre network, while four-door controllers, lock power and door cabling remain local to each building.

Typical parts

  • Local controller cabinets and calculated PSU/battery per building
  • Managed network switches and fibre uplinks
  • Appropriate fibre modules, patching and enclosures
  • Central server/software/licensing and backup
  • Time service, monitoring and remote-support controls
  • Surge/earthing design for exposed external equipment

Cable functions

  • Local home runs from each door to its building controller
  • Fibre backbone rather than long copper inter-building data runs
  • Security VLAN and restricted management routes
  • Separate fire/alarm interfaces local to the responsible system
  • Labelled network, power and door schedules

Commissioning: isolate each uplink and server in turn; prove local decisions, buffered events, time recovery, alarms, configuration backups, switch monitoring and restoration without uncontrolled doors.

Safety and compliance

Automatic doors, turnstiles, interlocks, required exits, fire doors and emergency modes require project-specific coordination. Access control must not assume ownership of movement safety, fire operation or building approval. Record the responsible designer, approving authority, installer and witness for every interface.

Advanced-solution handover checklist

Advanced access control handover evidence
Evidence Business owner receives Installer records
Interface schedule Who supports each connected system I/O, ratings, states, cable IDs and responsible contractor
Cause-and-effect tests Proof of normal and emergency behaviour Inputs applied, outputs observed, witnesses and exceptions
Failure testing Expected operation during outages Power, network, server, device and integration loss results
Operations Named owners and escalation contacts Admin roles, backups, licences, maintenance and reset procedures

Review information

Content owner: SecurityWholesalers access control guide team. Revision: 17 July 2026. Confirm every selected product against the current Australian datasheet, installation manual and approved project documentation.

Definitions | Fire and egress | Door schedule workbook

Further Reading
Guide Page Australian Access Control Glossary Guide Page Fire Compliance and Egress Basics for Access Control Guide Page Access Control Door Schedule Template Guide Page Access Control for Server Rooms

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