One sensor per bay
The SXK-T02F mounts above the front of a marked parking space. It detects occupancy by ultrasound and shows the bay status on its integrated LED.
SXK-T02F
Ultrasonic Parking Sensor
The SXK-T02F mounts above the front of a marked parking space. It detects occupancy by ultrasound and shows the bay status on its integrated LED.
DC 10-28 VSupply voltage
Features & configuration.
Parking installers and system integrators planning bay detection, controllers and vacancy displays.
Connect to the guidance network
The sensor reports to a zone controller. Mark the bay positions and ceiling conditions on the plan so we can review the proposed mounting points.
Mount above the bay front
The ultrasonic sensor and integrated LED share one mounting point. Check ceiling height, columns and pipework before fixing the location.
Verify occupied and empty states
Assign the sensor address and bay association during commissioning. Test a parked vehicle and an empty space before accepting the displayed count.
How it fits your project.
The RJ45 sensor connectors carry the specified field interface. They are not Ethernet or standard PoE ports. Confirm the pin assignments, cable length and field power budget.
- Detect the bay status
- Collect data by zone
- Process the parking counts
- Update signs and the parking map
Functional sequence for configuration planning. Use the approved project drawing for physical wiring and installation.
Supplied system topology reference. Confirm actual device counts, branches and power loading for the ordered configuration.
Confirm before installation.
Send these details with your enquiry so we can review the equipment and configuration.
- Number of bays and floor plans
- Ceiling conditions and mounting positions
- Controller groups, power and cable routes
- Sign direction, zone mapping and software connection
Specs.
Details for equipment review and installation planning.
Device & construction
- Installation height
- 2-3 m; recommended 2.5-2.8 m
- Housing and dimensions
- ABS engineering plastic; diameter 126 × 125 mm
- Net weight
- 180 g
Operation & performance
- Detection technology
- Ultrasonic; one monitored bay per sensor
- Detection accuracy
- ≥99% under suitable installation and calibration conditions
- Response after parking
- <2 s at the detector
- Ranging error
- 2 cm
- Indicator
- Seven-colour high-brightness LED
Interfaces & integration
- Communication and connectors
- RS485; 2 × RJ45
- Communication distance
- ≤300 m using CAT5e
Power & environment
- Supply voltage
- DC 10-28 V; rated DC 24 V
- Power consumption
- <2 W
- Power supply distance
- ≤150 m using CAT5e, subject to load and voltage-drop design
- Operating environment
- -30 to +75 °C; 40-70% RH
Technical reference: datasheet p. 4.
Applications.
Match the equipment to the site, the users and the access workflow.
Indoor parking bays
Mark the bays, mounting height and obstructions on the plan. Verify occupied and empty conditions after addressing the sensors.
Indoor parking guidance system illustration; sensor, controller and display configurations vary.Multi-floor car parks
Define the floors, zones and cable routes before selecting controller groups. Match signs to the approved network structure.
Project planning exampleAisles and entrance signs
Place signs before driver decision points. Associate each arrow or displayed count with the correct zone.
Project planning exampleDownloads.
Product documents for your technical review.
Datasheet
Product functions, specifications and configuration scope.
Before you order.
Questions about selection, integration and installation.
What is the SXK-T02F Ultrasonic Parking Sensor used for?+
The SXK-T02F mounts above the front of a marked parking space. It detects occupancy by ultrasound and shows the bay status on its integrated LED.
How many devices are needed?+
Quantities depend on bay count, field devices, cable routes and controller topology. Send the floor plan and proposed sign positions for review.
Can we add another floor or zone?+
Review the downstream device counts, cabling and controller structure before expansion. The optional node layer is selected for the approved layout.
What is checked during commissioning?+
Assign device addresses, map sensors to bays and signs to zones. Verify occupied and vacant conditions, displayed counts and communication recovery.
What should I confirm before ordering SXK-T02F?+
The sensor reports to a zone controller. Mark the bay positions and ceiling conditions on the plan so we can review the proposed mounting points.
How can you help with installation?+
We provide remote video technical guidance, installation videos, wiring diagrams and installation instructions. For large projects, an engineer can provide on-site technical guidance.
Related equipment.
Let’s review your configuration.
Send the model, quantity and installation requirements. Include your layout or controller details where relevant.
Replies within 2 hours during Beijing business hours.