High-power white bar light for broad dimensional and scratch inspection
LXV-BRH40036-W arranges a high-power LED array along a 412 mm bar to provide a broad, uniform white field for large-area dimension measurement and metal-scratch inspection. The documented 24 V / 19.2 W configuration must be positioned and validated against the actual field, surface and exposure.
- Model
- LXV-BRH40036-W
- Single documented configuration
- Boundary
- 412 × 42 × 36 mm
- Long bar housing
- Supply
- 24 V
- 19.2 W
- Output
- White
- High-power LED array
Large-area dimension measurement
Illuminate a long edge or broad part region so dimensional boundaries remain visible across the required field.
Metal-scratch inspection
Use oblique placement to turn scratch orientation and surface slope into local intensity contrast.
Long inspection paths
Cover a 400-class line with one bar instead of several small sources that could create overlap bands.
High-brightness test conditions
Apply the high-power configuration when the final lens, exposure or standoff requires more light than a standard bar arrangement.
How the optical structure solves the inspection problem
Review the product-specific optical behavior, confirmed values and technical graphics together before selecting the final configuration.
- Distributed high-power array
- LEDs are arranged along the bar to spread output across a long inspection path.
- Uniformity objective
- The array is intended to minimise bright and dark bands over the selected field.
- Stable mechanical line
- The 412 mm housing keeps the emitting direction registered along the target edge.
- Directional scratch response
- Changing bar angle changes how a metal scratch interrupts or reflects the field.
- Model-specific thermal load
- The 19.2 W configuration requires heat and duty validation in the final enclosure.
Select from the actual optical, mechanical and electrical requirement
Do not select a custom light from appearance alone. Confirm target, contrast, field, interfaces and load together.
- 1
Measure the illuminated path
Confirm the required field fits the documented 412 mm body and approved emitting length.
- 2
Map scratch direction
Test at least the incident angles needed to reveal every accepted defect orientation.
- 3
Check camera exposure
Validate intensity at the final lens aperture, working distance and line or cycle speed.
- 4
Confirm electrical duty
Provide 24 V / 19.2 W capacity and a compatible brightness-control method.
- 5
Approve the fixture
Confirm uniformity, edge contrast and thermal stability on representative production samples.
Read the product model pattern
LXV-BRH40036-W- LXV
- Product prefix
- BRH
- High-power bar-light family
- 40036
- Documented length/size code
- W
- White output
LXV-BRH40036-W model range
Values remain attached to their own model and are not transferred between designs.
| Model | Colour | Boundary | Voltage | Power |
|---|---|---|---|---|
| LXV-BRH40036-W | White | L412 × W42 × H36 mm | 24 V | 19.2 W |
Release the exact product drawing with the complete inspection station
Dimensions, openings, mounting, channels and thermal clearances belong to the selected product only.
- 01
Reserve the complete 412 × 42 × 36 mm body and keep the full emitting direction unobstructed.
- 02
Align the long axis with the measured edge or scratch-inspection path; use the final fixture angle established by sample testing.
- 03
Use only mounting-hole, cable and connector coordinates from the exact product drawing; no independent mechanical drawing is available for this configuration.
- 04
Provide 24 V / 19.2 W capacity and confirm controller current, connector and cable ratings before energising the light.
- 05
Leave airflow and service clearance around the high-power housing, especially at brackets and cable exits.
- 06
Validate field coverage, uniformity, metal glare, scratch contrast and housing temperature at production duty.
