SNT Visual Safety Systems Application Engineering
SERIES: SNT-DOCK-LASER PILOT READY
SNT Laser Truck Docking Guidance System industrial application image
SNT Laser Truck Docking Guidance System industrial application image
SNT Laser Truck Docking Guidance System industrial application image
SNT Laser Truck Docking Guidance System industrial application image
Target Safety Problems
Loading Dock Area Visibility Truck Docking Alignment Risk
Industrial Projection Hardware

Laser Truck Docking Guidance System

Laser-based truck docking guidance system for projecting visible alignment lines in loading-dock and vehicle-positioning applications.

Power Output Laser guidance configuration; final output/class to verify
Input Voltage 9-80V
Typical Height 3.0 - 12.0 m
Protection IP65 Rated

Application Engineering Note

Projection visibility is determined by mounting height, ambient lux, lens optic selection, and floor reflectivity. SNT provides exact Gobo pattern sizing and optical validation prior to pilot deployment.
Engineering Parameters

Technical Specifications & Optical Sizing

All measurements verified at 25°C ambient conditions.

Standard Parameters Verified Values

Rated Output
1200mw
Operating Voltage
9-80V
Light Source
Green laser diode reference option
Power / Output
Laser guidance configuration; final output/class to verify
Input Voltage
Project-specific power supply
Recommended Installation Height
Dock / structure mounted; final height based on dock geometry
Environmental Protection
IP65 reference target; verify final SNT enclosure
Control Mode
Always-on / dock-door / sensor / relay trigger
Data Status
Draft reference configuration — verify against final SNT datasheet before publishing

Environmental & Compliance Industrial Grade

Ingress Protection
IP65 (Dust-tight & Water Jet Protected)
Operating Temperature
-20°C to +50°C
Housing Material
Die-cast Aluminum Alloy 6063
Optical Glass
High-Transmittance Coated Quartz Lens

Detailed Description & Functional Overview

Laser-based truck docking guidance system for projecting visible alignment lines in loading-dock and vehicle-positioning applications.

Typical Applications

This product series is intended for industrial visual safety projects where configuration must be matched to actual site conditions.

Reference Configuration

  • Light / Signal Source: Green laser diode reference option
  • Power / Output: Laser guidance configuration; final output/class to verify
  • Input Voltage: Project-specific power supply
  • Recommended Installation Height: Dock / structure mounted; final height based on dock geometry
  • Environmental Protection: IP65 reference target; verify final SNT enclosure
  • Control: Always-on / dock-door / sensor / relay trigger

Lens / Optical Configuration

  • Line Guidance Optic: Dock-specific — Visible guide line. Reference architecture inspired by industrial laser docking systems; verify final SNT optic.
  • Alignment Line Optic: Dock-specific — Project-specific line length. For truck/trailer alignment guidance.

Selection Information Required

Please provide the application, mounting height, projection/detection distance, ambient light, required marking or detection area, floor/environment conditions, trigger logic and project quantity before final configuration. Draft website data: reference specifications must be verified against the final SNT datasheet before publication or quotation.
Application Sizing & Pilot Request

Configure this system for your facility.

SNT recommends projection models based on your exact ceiling height, ambient lux, floor surface, and safety message requirement. Submit your data for an application review.

Pilot Validation Process

  • 01. Parameter evaluation & optical simulation
  • 02. Tailored pilot unit shipment with chosen gobo
  • 03. On-site visibility test & pilot pass decision
  • 04. Standardized bulk deployment & replication
Inquiry Target: Laser Truck Docking Guidance System

SNT respects your confidential facility layouts and provides engineering data sheets strictly for authorized industrial evaluations.