90357686HU vs 90357689HU — Compare
Martin Exterior Single Dot RGB TIR Lens vs Martin Exterior Single Dot Cool White TIR Lens
The Martin Exterior Single Dot RGB TIR Lens offers full-color pixel control for dynamic architectural displays, while the Martin Exterior Single Dot Cool White TIR Lens delivers significantly brighter monochromatic output (up to 260 lumens) optimized for general facade and perimeter lighting. Choose RGB for color-changing media installations; choose Cool White for maximum brightness in white-light architectural or safety applications.
No sales tax on orders shipped outside California — total cost beats national retailers that charge sales tax in nearly every state.
Martin Exterior Single Dot Cool White TIR Lens
Specs side by side
| Martin Exterior Single Dot RGB TIR Lens | Martin Exterior Single Dot Cool White TIR Lens | |
|---|---|---|
| Price | $485.10 | $486.90 |
| Brand | Martin | Martin |
| Year | Unknown | Unknown |
| Condition | New | New |
Why choose Martin Exterior Single Dot RGB TIR Lens
- ✓ Full RGB color control enables dynamic pixel mapping and color-changing designs
- ✓ Flexible creative options with both calibrated and uncalibrated output modes
- ✓ Compact rugged solution for permanent outdoor color installations
Why choose Martin Exterior Single Dot Cool White TIR Lens
- ✓ Significantly higher brightness: up to 260 lumens non-calibrated vs 96 lumels RGB
- ✓ C5-M corrosion resistance rated for coastal and extreme industrial environments
- ✓ Cool White 6700K dedicated for clean architectural and safety lighting without color mixing complexity
Frequently asked questions
What's the brightness difference between these two?
The Cool White delivers up to 260 lumens (non-calibrated) compared to the RGB's maximum 96 lumens. The Cool White is significantly brighter for single-color applications, while the RGB prioritizes color mixing capability over raw white output.
Which is better for coastal or harsh-weather installations?
The Cool White is rated C5-M corrosion resistance, specifically designed for very high corrosivity coastal and industrial environments. The RGB uses standard IP66 aluminum housing suitable for normal outdoor conditions but not extreme corrosive settings.
Can I use either for dynamic color-changing displays?
Only the RGB model supports dynamic color changes via DMX/RDM control and the Martin P3 System Controller. The Cool White is fixed at 6700K and cannot change color.
Are both controlled the same way?
Both support DMX/RDM protocol and Martin P3 System Controller compatibility. The key difference is that RGB offers pixel-based color mixing while Cool White is single-channel intensity control.