Site review
Document lanes, traffic flow, available infrastructure and operating requirements.
Turnkey vehicle access
Turnkey automatic parking barrier systems
Supply and installation of automatic parking barriers. Lexoh coordinates lane design, access controls and commissioning, with payment kiosks or intercoms included according to your project scope.
Defined project scope
Lexoh management software
Access methods selected by site
Detection and safety sequence
Applicable service plan
Turnkey delivery
What does automatic parking barrier installation include?
Installation can include the site survey, foundations and conduits, power and network coordination, barrier and reader mounting, vehicle detection, software configuration and operator training. The quote defines which tasks are included, who performs them and how the complete lane will be tested.
System design
Define barrier placement, detection, credentials, communications and lane behaviour.
Site preparation
Coordinate the bases, protection, conduits and required power or network work.
Equipment installation
Install the selected barriers, detectors, readers, kiosks, cameras or intercoms.
Software configuration
Create the sites, zones, schedules, users, credentials and operational rules.
Testing
Verify identification, safety detection, opening logic, closing logic and exception scenarios.
Commissioning
Put the controlled lanes into service and document the approved operating sequence.
Training and support
Prepare operators to manage daily use and establish the applicable support plan.
On-site civil work
Field work documented step by step
Before the barrier or reader is installed, the lane requires coordinated civil, electrical and communications preparation. These field photos show the work beneath the finished system.
Prefabricated access island
Lexoh handles the turnkey installation: excavation, island installation, electrical connection, equipment installation, configuration and commissioning.
On site
Installation work documented in the field
The project archive shows site preparation, equipment placement and completed controlled lanes in their operating context.
System operation
How an automatic parking barrier system works
The lane identifies the vehicle or user, validates the applicable authorization, controls the barrier and records the result. Vehicle detection protects the movement and confirms when the lane is clear.
Read workflow steps
- Identify
RFID, UHF, plate, QR, intercom or payment
- Validate
User, permit, schedule or transaction
- Authorize
Apply the configured access rule
- Control
Operate the automatic barrier
- Protect and record
Detect the vehicle and log the event
Access decisions and equipment actions remain in the operational record.
View actual Lexoh interface
Flexible identification
Access methods to evaluate for the site
RFID card
A card workflow can be selected when the reader, credential format and user procedure are confirmed.
UHF vehicle credential
A vehicle-tag workflow can be evaluated against the required read point, lane geometry and selected equipment.
License plate recognition
A registered plate can act as the identifier when capture conditions, rules and fallback procedures are approved.
Visitor QR code
A temporary QR credential can be considered with a defined issuer, validity period and reader.
Intercom
An assistance point can connect the lane to an authorized operator under the approved call procedure.
Payment kiosk
Payment can be included at entry or exit when the transaction and validation workflow is part of the project.
Controlled movement
Vehicle detection and safe closing logic
The selected detection method needs to match the lane geometry, pavement and operating conditions. Presence detection, barrier position and closing behavior are defined and tested with the selected equipment before acceptance.
- Presence and passage detection
- Opening and closing sequence
- Emergency and exceptional operation
- Lane-specific testing before commissioning
Cold-climate planning
Planning an automatic barrier for Québec conditions
Winter reliability starts in the site design. The project should account for drainage, snow-clearing envelopes, ice, road salt, equipment temperature ratings, detector installation, protected conduit routes, power interruptions and the operating procedure during severe weather.
Operating temperature, enclosure protection and duty cycle depend on the barrier model selected for the site.
Read the lane plan
Five positions to resolve before equipment is ordered
Mark these positions on the actual site plan. Use the selected model’s dimensioned drawings to confirm the arm movement and installation clearances.
- 01
Approach and waiting
Show where vehicles queue, turn and receive instructions before committing to the lane. Include the largest expected vehicle.
- 02
Driver interaction
Locate the stopping point and the reader, kiosk or intercom the driver must reach. Check the actual vehicle and any trailer.
- 03
Controlled movement
Overlay the arm’s complete motion, the detection areas and the functions specified in the approved protective sequence.
- 04
Departure
Show how the vehicle clears the controlled area and where the next road, garage door or decision point begins.
- 05
Service and pedestrian routes
Keep maintenance access, snow-clearing space and the planned pedestrian path visible on the same drawing.
| Work item | Responsibility to assign | Evidence before the next stage |
|---|---|---|
| Civil preparation | Survey, bases, conduits, drainage and reinstatement | Approved site/model drawings and completed-work review |
| Power and communications | Supply, circuits, network and maintained service | Confirmed requirements and connection checks |
| Field integration | Barrier, detection, readers and operating sequence | Equipment references and configuration record |
| Operating handoff | Staff roles, training, documents and support | Acceptance record and assigned open items |
The Scotiabank Kingston photographs show separate lane islands and cleared vehicle paths under winter conditions. Use that field context to discuss snow storage and service access on your own plan. View the Kingston installation ↗
Project budget
Automatic barrier pricing: what the project budget actually covers
A useful quote separates the equipment price from the work required to deliver an operational lane. This makes options easier to evaluate and prevents civil work, communications or commissioning from appearing as late surprises.
Lane and barrier
Lane width, arm length, opening speed, traffic frequency and required accessories determine the barrier configuration.
Vehicle detection
The pavement, lane geometry and desired safety sequence determine whether loops, above-ground detection or combined devices are required.
Driver interaction
RFID, UHF, plate recognition, QR, payment and intercom do not require the same equipment, mounting or software configuration.
Site preparation
Excavation, concrete bases, protective posts, drainage, conduits and reinstatement depend on the existing site.
Power and communications
Available circuits, cable distances, network access, fibre, cellular backup and local control affect the installation scope.
Commissioning and service
Testing, operator training, documentation, warranty scope and the selected support plan complete the project budget.
What affects the cost of an automatic barrier project?
The total project depends on the number of lanes, existing site infrastructure, preparation work, barrier model, vehicle detection, access method, payment or intercom equipment, software configuration, commissioning and service requirements.
The total project depends on the number of lanes, existing site infrastructure, preparation work, barrier model, vehicle detection, access method, payment or intercom equipment, software configuration, commissioning and service requirements.
Realistic scheduling
How long does an automatic barrier installation take?
There is no reliable universal lead time. The schedule is confirmed after the site conditions, responsibilities, equipment availability and approval process are known. A replacement on prepared infrastructure is not planned like a new entrance requiring excavation and concrete.
Definition
Map the lane and user journeys, including access methods, exceptions and operating requirements.
Survey and coordination
Validate dimensions, utilities, drainage, communications, permits and work assigned to each trade.
Submittals and supply
Approve the selected models, drawings, options and model-specific technical documents before procurement.
Site work
Complete civil, electrical and communications work, including curing or inspections when applicable.
Installation and configuration
Install field equipment, connect devices and configure the access and management rules.
Acceptance
Test normal traffic, safety detection, assistance, outages and emergency operation before handover.
Automatic parking barrier questions
Practical answers for planning, installing and operating an automatic barrier system.
The scope is defined for each site and can include site review, system design, preparation coordination, barriers, vehicle detection, access readers, kiosks or intercoms, software configuration, testing, commissioning, training and support. The proposal identifies the exact work and equipment included.
Depending on the project, the barrier can be authorized by RFID card, long-range UHF vehicle tag, registered license plate, visitor QR code, intercom assistance, mobile action or a validated payment.
Vehicle presence is detected with the method selected for the lane, such as induction loops or above-ground detection. The closing logic uses those signals and the configured sequence to avoid closing while the protected area is occupied.
Continuity depends on the selected controller and project configuration. Where required, local decision-making, cached authorizations and synchronization after reconnection can be designed into the system. The applicable behaviour is confirmed during design and commissioning.
Cost depends on lane count, existing infrastructure, site preparation, barrier model, detection, access methods, payment or intercom equipment, software, commissioning and service requirements. A site-specific quote is the reliable way to price the complete project.
The schedule depends on site survey, approvals, equipment availability, civil work, electrical and network preparation, installation and acceptance testing. A replacement on prepared infrastructure can follow a different schedule from a new lane requiring excavation and concrete. Lexoh confirms the project schedule after these conditions and responsibilities are documented.
Yes, when the existing equipment remains serviceable and compatible with the required functions. Lexoh first records the barrier, controller, detection, readers, cabling and bases, then confirms what can be reused and what must be replaced. Safety and emergency sequences are tested again during the modernization.
Maintenance follows the selected model documentation, cycle count and operating environment. It normally combines routine observation, scheduled mechanical and electrical inspection, safety-device testing, winter preparation and event review when a lane behaves unexpectedly.
Send lane photographs and approximate dimensions, describe the users and access methods, identify existing equipment and utilities, and state whether the entrance must remain open during the work. This allows the first review to address the complete lane rather than only the barrier cabinet.
This requires a site-specific design review. Document approach visibility, waiting and turning space, the vehicles in each direction, identification and detection, and how conflicting movements are handled. Compare the proposed sequence with separate lanes before confirming equipment. A barrier that opens in response to two commands does not by itself establish a workable two-way traffic design.
Include the pedestrian route in the site plan, with an entrance and instructions suited to the people who use it. Review where pedestrians approach or cross near vehicles, and keep them clear of the barrier’s moving area. The qualified design team must apply the selected equipment instructions and applicable site requirements; adding a vehicle detector does not create an approved pedestrian entrance.
Start with the lane, the users and the operating requirements
Lexoh can review the site and define the applicable lane system before equipment is selected.