What are the consequences of uneven lighting on a terminal?
Dark zones at a terminal increase the risks of collisions and compliance violations—discover the consequences and solutions.
Archives: blogs
The importance of uniform lighting at a loading and unloading dock is that it improves visibility and safety.
Poor dock lighting increases the risk of workplace accidents. Discover why lighting uniformity at loading and unloading docks is essential.
What is illuminance and why is it important in industrial lighting?
Incorrect brightness costs you safety and money — discover what candela means for your industrial installation.
What LED lighting is suitable for a production hall?
LED lighting for production halls: which type of fixture is truly right for your environment? Find out here.
How do you properly maintain industrial LED lighting?
Discover how to manage industrial LED lighting with inspections, cleaning protocols, and an effective maintenance plan.
Why is lighting on container storage yards often challenging?
Shadow zones, glare, and corrosion: discover why container yards require specialized lighting solutions.
What does lumen mean in industrial LED lighting?
Lumens measure light output, but for industrial LED lighting, the number doesn't tell the whole story.
Financial risks of poor harbor lighting include:
Poor harbor lighting leads to hidden costs — discover the real financial risks your harbor faces.
Here's a step-by-step guide to an lighting renovation project in a factory: 1. **Initial Assessment and Planning:** * **Define Project Goals:** What are you trying to achieve? (e.g., energy savings, improved visibility, reduced glare, compliance with safety standards, enhanced employee comfort, integration with smart systems). * **Survey Existing Lighting:** Document current fixture types, wattages, light levels, pole heights, beam angles, and a layout of the factory floor. Also, note any areas with poor lighting or specific operational needs. * **Identify Problem Areas:** Pinpoint areas with insufficient light, excessive glare, flickering lights, or high maintenance costs. * **Budget Allocation:** Determine the available budget for the project, considering initial costs, potential rebates, and long-term savings. * **Timeline Development:** Establish a realistic project timeline, including phases for planning, procurement, installation, and testing. * **Stakeholder Communication:** Inform relevant departments (e.g., operations, maintenance, safety) about the project and gather their input. 2. **Design and Specification:** * **Light Level Calculations:** Based on the factory's activities and required standards (e.g., for different work zones, inspection areas), determine the necessary lux levels. * **Fixture Selection:** Choose new lighting fixtures (e.g., LED high bays, linear fixtures, task lighting) that meet the design specifications, energy efficiency targets, and desired light quality (color temperature, CRI). Consider durability and suitability for the factory environment (dust, heat, vibration). * **Control System Design:** Plan for lighting controls such as occupancy sensors, daylight harvesting sensors, dimming capabilities, and central management systems to maximize energy savings and flexibility. * **Layout Planning:** Design the optimal placement of new fixtures to ensure uniform light distribution, avoid shadows and glare, and meet
Step-by-step industrial LED lighting renovation — from preparation to maintenance, including practical pitfalls.
How do you protect LED lighting from dust and moisture in a factory?
The wrong IP rating costs you more than you think — discover which LED protection your factory truly needs.