BEA 10LZRMICROSCAN1T LZR-MICROSCAN T Single Swing Door Safety System Kit with Laser Technology

BEA 10LZRMICROSCAN1T LZR-MICROSCAN T Single Swing Door Safety System Kit with Laser Technology

Complete Laser-Based Door Safety Solution for Automatic Swing Doors

The BEA 10LZRMICROSCAN1T LZR-MICROSCAN T is a comprehensive laser-based sensor system designed specifically for automatic swing door safety applications. Utilizing advanced Time-of-Flight technology, this complete kit eliminates the limitations of infrared-based devices through background independence that prevents nuisance detections caused by changing weather and floor conditions. The system features integrated gyroscopes that sense door movement for accurate positioning and provides adjustable pattern depths that exceed ANSI 156.10 8.2.2.3 standards with 100 percent coverage in all door states.

Professional Features & Benefits

• Advanced Laser Technology: Time-of-Flight laser sensing eliminates infrared limitations and provides superior detection accuracy in all environmental conditions.
• Background Independence: Eliminates nuisance detections caused by changing weather conditions and varying floor surfaces for reliable operation.
• Integrated Gyroscope Sensing: Door movement detection ensures accurate positioning and optimal safety coverage throughout door operation cycles.
• ANSI Standard Compliance: Adjustable pattern depths exceed ANSI 156.10 8.2.2.3 requirements for comprehensive safety coverage.
• Complete Coverage Protection: 100 percent detection coverage in all door states including fully open, fully closed, opening, and closing positions.
• Complete Installation Kit: Includes left sensor, right sensor, hub, primary harness, secondary harness, door control harness, home switch, door loop/cap kit, and sensor spacer for turnkey installation.
• Stand-Alone Operation: Door-mounted system provides independent safety monitoring without requiring external control integration.
• Commercial-Grade Construction: Engineered for demanding automatic door applications with reliable laser-based detection technology.

Technical Specifications

• Technology: LASER scanner, Time-of-Flight measurement
• Detection Mode: Presence
• Min. / Max. Door Width: 20 in - 48 in (per door leaf) (measured from leading edge to sensor LED)
• Mounting Height: 75 in - 98 in (6.25 ft - 8.2 ft) (measured from finished floor to sensor LED)
• Remission Factor: > 2%
• Angular Resolution: 2.56 deg.
• Test Body: 12 in (W) x 28 in (H) x 8 in (D) (per UL 325)
• Emission Characteristics (IR laser): Wavelength 905 nm; Maximum Output Pulse Power 35 W (Class 1)
• Supply Voltage: 12 - 30 VDC (15 W Class II)
• Power Consumption: < 15 W
• Response Time: Typ. 40 ms; Max. 80 ms
• Output Rating: 4 electro-mechanic relays (galvanic isolated, polarity free)
• Input Rating: 2 optocouplers (galvanic isolated, polarity free)
• Test Input: 8 - 15 VDC
• Temperature Range: -13 deg. F - 121 deg. F (-25 deg. C - 55 deg. C)
• Degree of Protection: Hub: IP20 / NEMA 1 | Sensor: IP53 / NEMA 3
• Humidity: 0 - 95% Non-condensing
• Vibrations: < 2 G
• Material: PC / ASA
• Norm Conformance: EN 60825-1 Eye-safety class 1 IR laser (905 nm), UL325, UL6730

Installation & Operation

1. Verify electrical requirements match available power supply and confirm current capacity before proceeding with installation.
2. Disconnect power supply before beginning installation. Follow all applicable electrical codes and safety procedures.
3. Mount the sensors and hub in the specified door locations ensuring adequate clearance for wiring access, ventilation, and future service requirements.
4. Route and connect wiring according to manufacturer wiring diagrams using the provided primary harness, secondary harness, and door control harness. Use appropriate wire gauge and connectors for the application.
5. Configure operational settings including detection pattern depths and sensitivity per application requirements and ANSI compliance standards.
6. Restore power and test all functions including normal operation, safety detection in all door states, and integration with automatic door control systems.
7. Complete final inspection and document settings. Refer to manufacturer documentation for complete wiring diagrams, programming instructions, and troubleshooting.

Professional Applications

• Commercial Building Automatic Door Systems
• Healthcare Facility Entrance Safety
• Retail Store Automatic Door Protection
• Educational Institution Safety Systems
• Industrial Facility Access Point Safety
• Multi-Tenant Residential Automatic Doors
• Government and Municipal Building Entrances

Why Choose BEA Quality?

BEA LZR-MICROSCAN T safety systems deliver professional-grade reliability with advanced laser technology that exceeds ANSI 156.10 8.2.2.3 standards for automatic door safety. The background-independent detection eliminates environmental interference while providing 100 percent coverage in all door states. Engineered for demanding commercial applications where dependable safety performance is essential for protecting pedestrians and ensuring code compliance.