LCE Self-Service Parking Access Control System wi | RFQ Sourcing Details

The LCE self-service parking access control system is designed for controlled vehicle entry at parking facilities. Its entrance terminal combines automated ticket issuing with vehicle-loop detection and barrier-gate control. After a ticket is collected, the system can signal the gate to open.

Optional IC, ID, or RFID card handling supports projects that need both temporary-ticket access and credential-based entry. The ticket dispenser accepts thermal paper rolls up to 260 mm in diameter, with a stated capacity of approxima isplay.

Ticket information, time, date, and related parameters can be configured through an external keyboard or remo n options include RS232, RS485, and TCP/IP, depending on configuration.

The dispenser is described as compatible with barrier gates from other manufacturers and can operate as a standalone terminal or as part of a broader parking management system. Remote data queries, monitoring, and parameter adjustment are supported.

The listed protection features include lightning, overload, and interference protection. Published dispenser specifications include case dimensions of 400 × 320 × 1300 mm, a net weight of 60 kg, and power consumption of 30 W during normal operation and 120 W maximum.

Listed power configurations are DC 24 V, AC 110 V at 60 Hz, or AC 220 V at 50 Hz. The stated operating-temperature range is -35°C to +65°C. Customization is available for equipment configuration, color, logo, user interface, payment modules, and third-party system integration.

Before procurement, buyers should confirm the exact bill of materials. In particular, verify whether the quoted configuration includes the barrier gate, vehicle-detection loop, intercom hardware, card reader, network interfaces, management software, and any payment equipment.

The source presents several interfaces and card technologies as optional, so the required selections should be documented in the order specification.

Buyers should also confirm enclosure protection, installation foundation and cabling requirements, gate dimensions and cycle characteristics, local electrical configuration, ticket-paper specification, software licensing, API or SDK scope, and compatibility with the intended parking platform.

Request an approved system architecture and interface list for projects involving third-party barriers, payment systems, plate-recognition equipment, or centralized monitoring.

Warranty duration, spare-parts coverage, commissioning, training, inspection criteria, delivery schedule, packaging, and project-specific acceptance tests should be agreed before ordering.