BEA LZR-FLATSCAN SW Low Energy Safety System for Right Door Mount Sale

$239.13

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SKU: US-7371212685485 Categories: ,
Description

Description

BEA LZR-FLATSCAN SW Low Energy Safety System for Right Door Mount

BEA LZR-FLATSCAN SW Low Energy Safety System for Right Door Mount

Single Curtain Stand-Alone, Door Mounted Safety System for Full and Low Energy Swing Doors.

BEA’s LZR®-FLATSCAN SW is a LASER-based Time-of-Flight presence sensor for use as a stand-alone safety sensor on automatic pedestrian swing doors. This solution can also be used as a reactivation sensor on the approach side of low-energy doors.

This superior technology generates 170 detection points across a single curtain, which allows LZR-FLATSCAN SW to cover the entire face of a single door leaf including the hinge area.

Finger Detection Technology™ utilizes 100 detection points within the hinge area of the door, protecting hands and fingers while the door is in motion.

The LZR-FLATSCAN SW is capable of exceeding the 156.10 section 8.2.2.3 standard for detection area and meets section 8.1.4 for monitoring.

Features
  • Leading edge safety – Detection area extends beyond the leading edge of the door for enhanced safety.
  • Hand Gesture Setup – Easy door width programming using Hand Gesture Setup™ reduces configuration time.
  • Reduced uncovered zone – LASER technology provides a reduced uncovered zone of down to 3/4 inch.
  • Reduced components – Hubless system offers fewer components for easier setup and installation.
Specifications
  • Technology: LASER scanner, Time-of-Flight measurement
  • Detection Mode: Presence
  • Max. Detection Range: 13’ (diagonal) with reflectivity of 2% (e.g. at (W) × 5’ > max. (H) × 12’), see Page 15 of Users Guide
  • Detection Area
    • Door Leaf Safety: 90° 
    • Pinch Zone Safety: 16°
  • Angular Resolution
    • Door Leaf Safety: 1.3° 
    • Pinch Zone Safety: 0.2°
  • Typ. Min. Object Size
    • Door Leaf Safety: 4” @ 13’ (in proportion to object distance, DIP 2 = ON)
    • Pinch Zone Safety: 3/4” @ 13’ (in proportion to object distance, DIP 2 = ON)
  • Emission Characteristics: IR LASER – Wavelength 905 nm; max. output pulse power 25 W; Class 1
  • Supply Voltage: 12 – 24 VDC ±15%
  • Power Consumption: ≤ 2 W
  • Response Time
    • Door Leaf Safety: max. 50 ms
    • Pinch Zone Safety: max. 90 ms
  • Test Input: 30 VDC (max. switching voltage) low < 1 V high > 10 V (voltage threshold)
  • Output – 2 electronic relays (galvanic isolation – polarity free)
    • Door Leaf Safety: 42 VAC / VDC
    • Pinch Zone Safety: 100 mA
  • LED Signals
    • Red: Swing side detection
    • Green: Approach side detection
    • Yellow: Error
  • Dimensions: 5 ½” (W) × 3 1 ⁄3” (H) x 1” (D) (mounting bracket adds ¼”)
  • Material / Color: PC / ASA / Black, White or Silver
  • Tilt Angles: 2 – 10° (without mounting bracket)
  • Degree of Protection: IP54 (EN 60529)
  • Temperature Range: -22 – 140 °F (if powered)
  • Humidity: 0 – 95% non-condensing
  • Vibrations: < 2 G Min.
  • Min Door Leaf Speed: 2° / s
Product Video

Product Literature 
  • BEA LZRFLATSCAN-SW User Guide
  • BEA LZRFLATSCAN-SW Cutsheet
  • BEA LZRFLATSCAN-SW Architectural Spec Sheet
  • BEA LZRFLATSCAN-SW Brochure
  • BEA LZR-FLATSCAN SW Quick Start Guide
  • BEA LZR-FLATSCAN Low Energy One Pager Information Sheet
  • BEA LZR-FLATSCAN SW Application Note
  • What’s in the Box LZR-FLATSCAN SW Low Energy Safety System for Right Door Mount
Additional information

Additional information

Model

Black, Silver, White

Shipping & Delivery

We accept returns on non-sale items that are in original packaging, unused, and unwashed within 30 days of receipt. Please follow our returns/exchanges process below. If items do not meet our requirements for return, they will be shipped back to you in lieu of a refund. Shipping and handling charges are non-refundable (exceptions may apply).

Returns & Exchanges Process: If item(s) fit within our returns guidelines found in the Returns. Please allow 7-10 business days for the credit to appear on your account after your return is processed.