Overview

Robust Industrial Parking Guidance Controller for Multi-Level Underground Facilities

Engineered with high-speed ARM computing, 1000m long-distance CAN bus communication, offline autonomous operation, and IP54 ingress protection for continuous 24/7 parking space telemetry. Commercial-grade ultrasonic parking guidance controller powered by an industrial ARM processor, supporting 1000m CAN bus transmission, offline independent operation, and universal AC 110V–240V power input.

Core Features

Autonomous ARM-Powered Architecture: Onboard industrial 32-bit ARM processor ensures stable edge polling and independent operation without a host computer.
Long-Distance 1000m CAN Communication: Industrial differential CAN bus connectivity effortlessly bridges extensive underground distances up to 1000m.
Industrial Electrical Fortification: Comprehensive circuit protection against overvoltage, short circuits, and overloading, backed by an AC 110V–240V universal power supply.
Extreme Temperature Resilience (-40°C to +80°C): Rugged IP54-rated metal enclosure designed for 5 to 8 years of zero-maintenance operation in harsh garage basements.

Pain Points & The Solution

Complex Multi-Floor Wiring & Signal Loss: Running hundreds of data cables across sprawling basements leads to signal attenuation, unstable baud rates, and costly signal boosters.

The Solution: The FJC-CW200-W provides long-range CAN bus data transmission up to 1000 meters, ensuring zero packet loss across multi-floor parking complexes with streamlined cabling.

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Total System Blackout Caused by Server Downtime: Centralized server-dependent architectures cause all parking space indicators and dynamic direction screens to freeze if the local PC crashes.

The Solution: Fully autonomous offline architecture stores garage zoning topology onboard, maintaining realtime sensor polling and guidance screen refresh rates without active server communication.

Deep Dive Analysis

Edge Computing & Offline Autonomy Engine

Feature: Embedded high-speed ARM processor paired with non-volatile memory for localized rule execution.
Advantage: Executes real-time vacancy calculations, LED indicator color toggling, and multi-tier guidance screen updates entirely offline.
Benefit: Eliminates single-point server failures, ensuring parking guidance never goes dark and minimizing IT maintenance workload.

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Ultra-Long 1000m CAN Industrial Backbone

Feature: Hardware-isolated CAN communication interface delivering signal reach up to 1000 meters.
Advantage: Provides exceptional electromagnetic immunity against underground high-voltage transformers and ventilation fans.
Benefit: Cuts field cabling and repeater procurement costs by over 30%, drastically shortening project deployment schedules.

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Comprehensive Overvoltage & Short-Circuit Safeguards

Feature: Integrated electronic protection circuit covering AC input fluctuations and sensor-side DC 12V/24V power loops.
Advantage: Instantly suppresses power surges and grounds accidental sensor short-circuits without damaging the master motherboard.
Benefit: Prevents costly on-site hardware replacements and guarantees 5 to 8 years of dependable operational lifespan.

Applications & Solutions

Ideal Deployment Scenarios:

Underground & Multi-Story Parking Garages: Multi-floor sensor clustering and backbone aggregation across extensive subterranean facilities.
Commercial Complexes & Corporate Parks: Real-time parking vacancy routing to dynamic direction screens during peak visitor traffic.
Airport & High-Speed Railway Transit Hubs: High-reliability 24/7 continuous operation under extreme temperature and humidity conditions.
Hospital & Campus Parking Facilities: Fast-turnaround parking space telemetry and zone-based vacancy distribution.

Compatible Solutions:

Front-Mounted & Split Ultrasonic Parking Sensors
Indoor Parking Space Dynamic Guidance Screens & Totems
Property Management System (PMS) & Central Monitoring Platform
Custom API Integration & Access Control Platform
License Plate Recognition (LPR) & Mobile App Reverse Car Finding

Feature Specification

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Product Model	KEYPLUS FJC-CW200-W
Product Category	Smart Parking Devices / Parking Detection & Guidance
Processor Architecture	Industrial-Grade 32-bit ARM Embedded Processor
Transmission Range	≤ 1000m (Industrial CAN Communication)
Sensor Compatibility	Front-Mounted / Split Ultrasonic Parking Sensors
Sensor Capacity	Supports cascading 64 to 128 ultrasonic sensors via bus architecture
Uplink Interfaces	TCP/IP Ethernet Port, RS485 Industrial Serial Bus
Input Power Supply	AC 110V to 240V, 50/60Hz Universal Supply
Output Operating Voltage	DC 12V / 24V (Regulated Sensor Bus Power)
Electrical Protection	Short-Circuit, Overvoltage, and Overload Protection
Ingress Protection (IP)	IP54 Dust & Splash Resistant
Operating Temperature	-40°C to +80°C (-40°F to +176°F)
Alarm Signaling	Audible Beeper Alarm, Vibration Alert
Maintenance Features	Remote Firmware Upgrade (OTA), Offline Autonomous Self-Running
Chassis Dimensions	320 mm (W) × 260 mm (H) × 90 mm (D)
Design Lifespan	5 to 8 Years Continuous Duty Cycle
HS Code	8537101190

Packaging & Delivery

Physical Dimensions & Weight:

Housing Dimension: 320 mm × 260 mm × 90 mm (12.6 × 10.2 × 3.5 in)
Mounting: Standard wall-mount flange or inside distribution cabinet DIN-mounting plate
Net Weight: ~3.8 kg

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Packaging Details:

Inner Protective Pack: High-density EPE foam cradled in an export-grade reinforced corrugated carton.
Standard Included Accessories: 1× FJC-CW200-W Master Controller, 1× Power Cable, 1× CAN Terminal Block Pack, 1× Wall Mounting Bracket & Screw Kit, 1× Factory Quality Certificate.
Master Carton: 4 Units / Master Carton (550 mm × 350 mm × 300 mm, Gross Weight: ~16.5 kg).

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Delivery & Logistics:

Sample Dispatch: 3–5 working days for engineering evaluation.
Volume Production: 15–20 working days for commercial batch deployments.
Shipping Terms: EXW, FOB Shenzhen/Ningbo, CIF, and door-to-door DDP logistics supported.

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Commercial ultrasonic parking guidance controller powered by an industrial ARM processor, supporting 1000m CAN bus transmission, offline independent operation, and AC 110V–240V input.

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