Independently controlled multi-angle ring light for directional surface-defect contrast
LXV-RNMU combines several illumination angles in one compact ring. Each angle can be controlled independently, and selected bodies support independently controlled colour zones, so one station can separate scratches, stains, edges and relief features that respond differently to light direction.
- Standard models
- 9
- LXV-RNMU50 through LXV-RNMU225
- Supply
- 24 V
- All listed standard models
- Power
- 3.1–36.8 W
- Exact model dependent
- Outer diameter
- Ø50–Ø225 mm
- Nine mechanical envelopes
- Controller
- Strobe / analog / digital
- Match channel count to active zones
Glass surface scratches
Change the active angle to separate fine scratches from broad specular reflection.
Microscope multi-feature inspection
Use individually controlled directions to reveal features with different surface orientation.
Seal and rubber-gasket defects
Illuminate the annular surface from several angles; the documented blue-light instance makes the gasket bright and the defect dark.
SMD and inductor appearance
Use the 8-zone red/blue variant to create different directional contrast around six visible sides.
Measured optical behaviour, application result and multi-zone construction
The measured LXV-RNMU225-W reference preserves the complete working-distance curve and both 100 × 80 mm uniformity fields. The rubber-gasket instance and 8-zone construction then show how independent directions and colours translate into defect contrast.
LXV-RNMU225-W relative illuminance and uniformity
The relative-illuminance curve covers WD 0–200 mm and is normalised to 100% at WD 25 mm. The two field maps use the same 100 × 80 mm field at 60% and 100% luminance settings.
Rubber-gasket defect inspection with LXV-RNMU225-B
The documented arrangement places the camera above the gasket and the multi-angle ring around the lens axis. In the result, the gasket is rendered bright while the defect is dark and visually distinct.
Eight-zone, four-angle red/blue construction
LXV-RNMU80-RRBB-8D uses paired red zones at 75° and 60° and paired blue zones at 45° and 30°. The independently routed zones are intended to expose appearance differences around SMD components and inductors.
Configurable multi-angle body
Configuration options include emitting angle, inner and outer diameter, light-array quantity, colour or colour temperature, multi-area control, cable length and installation method.
- Optical reference
- LXV-RNMU225-W
- Curve range
- WD 0–200 mm; 100% at WD 25 mm
- Uniformity fields
- 100 × 80 mm at 60% and 100% luminance
- Application model
- LXV-RNMU225-B
- Special construction
- LXV-RNMU80-RRBB-8D; 75° / 60° / 45° / 30°
Select the aperture, colour arrangement, output and channel architecture as one configuration
The nine standard rows use different bodies, colours, loads and cable arrangements. Use the exact row and its assigned drawing; the special 8-zone reference is a separate multi-zone configuration, not a substitute for every standard model.
- 1
Define the defect response
Test which directions and wavelengths separate the required feature from normal surface texture.
- 2
Fit the optical envelope
Choose an inner aperture and outer diameter that clear the lens, workpiece and surrounding tooling.
- 3
Select one exact electrical row
Keep voltage, power, colour arrangement, mass and common-model status together.
- 4
Match independent channels
Assign a controller output to every angle or colour zone that must be driven separately.
Read the product model pattern
LXV-RNMU##-R/G/B/W/IR/UV- LXV
- Product prefix
- RNMU
- Multi-angle ring-light family
- ##
- Outer-diameter class
- R / G / B / W / IR / UV
- Colour or wavelength code; multi-zone arrangements list colours in zone order
Complete standard-model reference
Power, colour arrangement, mass and drawing assignment remain tied to each exact model.
| Model | Voltage | Power | Colour arrangement | Mass | Drawing | Common |
|---|---|---|---|---|---|---|
| LXV-RNMU50-B | 24 V | 3.1 W | Blue | 70 g | 1 | No |
| LXV-RNMU60-W | 24 V | 3.6 W | White | 183 g | 2 | No |
| LXV-RNMU75-RGBB | 24 V | 7.1 W | Red / Green / Blue / Blue | 229 g | 3 | Yes |
| LXV-RNMU80-RRBB | 24 V | 5.2 W | Red / Red / Blue / Blue | 246 g | 4 | Yes |
| LXV-RNMU120-W | 24 V | 10.5 W | White | 456 g | 5 | Yes |
| LXV-RNMU150-W | 24 V | 32.1 W | White | 717 g | 6 | No |
| LXV-RNMU180-B | 24 V | 36.8 W | Blue | 1,068 g | 7 | No |
| LXV-RNMU203-W | 24 V | 18.8 W | White | 1,474 g | 8 | No |
| LXV-RNMU225-W | 24 V | 31.4 W | White | 1,689 g | 9 | Yes |
Special 8-zone configuration
This 80 mm construction uses eight independently routed colour/angle zones.
| Model | Voltage | Power | 75° zones | 60° zones | 45° zones | 30° zones |
|---|---|---|---|---|---|---|
| LXV-RNMU80-RRBB-8D | 24 V | 3.6 W | Red | Red | Blue | Blue |
Spectral and control reference
| Item | Reference |
|---|---|
| Red wavelength | 620–630 nm |
| Green wavelength | 525–530 nm |
| Blue wavelength | 465–470 nm |
| White colour temperature | 6600 K |
| Optional wavelengths | UV / IR configurable |
| Controller types | Strobe / analog / digital |
| Operating environment | 0–40 °C; 20–85% RH, non-condensing |
| Extension cable options | PVC flexible / bending / high-temperature; high-flex drag-chain cable |
Use the drawing assigned to the exact body and route every active zone independently
Nine independently bounded drawings preserve the complete mechanical geometry from Ø50 to Ø225 mm. The 80 mm 8-zone option has its own Ø15 aperture, Ø30 mounting circle and multi-lead arrangement.
- 01
Keep the camera optical axis centred through the inner aperture and verify lens clearance at the selected working distance.
- 02
Use only the drawing assigned to the exact model; do not transfer diameters, mounting holes or cable lengths between rows.
- 03
Label every zone lead before connecting the strobe, analog or digital controller.
- 04
After mounting, validate the final angle, colour, uniformity and defect contrast on the real workpiece.
Mechanical envelope and mounting reference
Dimensions are millimetres. Diameter symbols describe circular body, aperture, emitting and mounting references.
| Model | Outer / emitting | Inner aperture | Height | Mounting | Lead |
|---|---|---|---|---|---|
| LXV-RNMU50 | Ø50 outer; Ø39.42 section | Ø22 | 14.5 | 4-R2 slots; 49 × 50 outline | Shown in drawing |
| LXV-RNMU60 | Ø60 outer; Ø44 emitting | Ø16 | 26 | 4-M3 depth 4 on Ø46 | 500 |
| LXV-RNMU75 | Ø80 / Ø55 / Ø40 rings | Ø25 | 38.5; 36.5 internal | 4-M3 depth 5 on Ø33 | Multiple 500 |
| LXV-RNMU80 | Ø80 outer; Ø43 ring | Ø15 | 36.5 | 4-M3 depth 4 on Ø30 | Multiple 500 |
| LXV-RNMU120 | Ø120 outer | Ø40 | 45 | 4-M4 depth 4 on Ø50 | Multiple 500 |
| LXV-RNMU150 | Ø150 outer; Ø140 / Ø108 mount circles | Ø60 | 53; 28 internal | 4-M4 depth 5 on Ø108 and Ø140 | 500 |
| LXV-RNMU180 | Ø180 outer; Ø160 emitting | Ø116 | 50; 48 internal | 4-M3 depth 4 equally on Ø170 | Multiple 500 |
| LXV-RNMU203 | Ø203.2 / Ø176.5 / Ø159 / Ø122 | Ø95.25 | 40 | 4-M4 through holes equally on Ø104.78 | 3000 |
| LXV-RNMU225 | Ø225 outer; Ø200 emitting; Ø47 boss | Ø35 | 64 | 4-M3 depth 6 | Multiple 500 |
Compact and mid-size bodies
The 50, 60, 75, 80, 120 and 150 drawings are separated from the original composite so each connector, section view, aperture and mounting callout remains readable.
Large bodies
The 180, 203 and 225 drawings preserve each complete lower view, connector arrangement, circular mounting reference and labelled body section.
