RNCF7066 Sliding Barrier Gate Access Control System - 30 Persons/Minute, 250mm Barrier, DC24V 20W Drive

Price Negotiable

Price: Negotiation

MOQ: 1

Delivery Time: 7-15 work days

Brand: RONA

Product Description

RNCF7066 Sliding Barrier Gate Access Control System

Professional electronic security access control system featuring sliding barrier gate technology with acrylic or tempered glass swing arm construction.

Technical Specifications

Parameter	Specification
Model Number	RNCF7066
Power Voltage	AC220±10%, 50Hz
Drive Voltage	DC24V 20W
Pass Speed	≤30 persons/minute
Opening Time	0.6 seconds (adjustable)
Barrier Length	250mm
Housing Thickness	2.0mm
Operating Environment	Indoor/Outdoor (-10°C to 70°C)
Humidity	≤90% non-condensing

Core Safety & Security Features

Comprehensive alarm system for break-in, tailgating, over-pass, and reverse passage detection
Anti-pinch safety mechanism with automatic barrier opening during power shutdown
Waterproof housing design for easy maintenance and durability
Emergency escape function with remote-controlled barrier release
Standard input/output ports with RS485 communication capability
Clear directional indicators for passage status visibility

Standard System Functions

Normally open/close operation modes for flexible management
Compatible with RF card readers, biometric scanners, barcode readers, and push buttons
Infrared photocell detection for unauthorized entry and tailgating prevention
Automatic reset function with adjustable passing time
International interface compatibility for system integration
Optional power failure recovery and bi-directional operation

Extended Function Options

Additional infrared sensor integration
LED counting display functionality
Voice prompt system
Customizable barrier colors
Secondary opening capability for ticket systems and anti-passback

System Integration Capabilities

Seamlessly integrates with automatic identification systems, access control networks, traffic management, attendance tracking, and fare collection systems through standardized interfaces and remote PC supervision.