RNCF10238-1 Half Height Turnstile Access Control System - 24V DC Motor, 1000mm Height, 5M+ Cycle Life
Professional half height turnstile with 24V DC brush motor and 304 stainless steel construction. Features 60° anti-reverse function, automatic reset, and compatibility with multiple access control systems. Designed for high-security applications with over 5 million cycle lifespan and -10°C to 70°C operating range.
The RONA RNCF10238-1 half height turnstile provides secure, efficient access control with high transit speed capabilities. This system integrates seamlessly with IC card, ID card, barcode card, fingerprint readers, and door access control devices to manage personnel access in high-security environments.
- Adjustable working conditions via main control board settings
- Secondary mechanism with shock absorption and anti-reverse devices
- 60° anti-reverse function for enhanced security
- Anti-collision avoidance with automatic locking before open signal
- Automatic gate opening during power failure for fire alarm compliance
- Automatic reset function with 1-60 second reset time after power restoration
- Large direction arrow plate for clear passage indication
- Card swipe memory function for access tracking
- Remote control and management via computer interface
| Parameter | Specification |
|---|---|
| Model | RNCF10238-1 |
| Housing Material | 304 stainless steel |
| Standard Size | L1200 × W280 × H1000 (mm) |
| Drive Motor | DC 24V brush motor |
| Arm Length | 510mm |
| Pass Direction | One or bi-directional |
| Working Mechanism | 24V solenoid valve (German Technology) |
| Work Temperature | -10°C to 70°C |
| Normal Running Life | More than 5 million cycles |
- Custom program development for non-standard applications
- LED counting function for traffic monitoring
- Customizable turnstile shape and dimensions
- Voice prompt function for user guidance
Ideal for high-security facilities including prisons, stadiums, parking systems, corporate campuses, and government buildings requiring controlled access management.