Three independently controlled colours from one fibre-optic source
LXV-SLG-RGB combines red, green and blue channels in one fibre source. The three channels can illuminate independently or mix at one optical outlet, reducing the space required for colour sorting, multi-process inspection and identification. A touch LCD, continuous or triggered operation, internal and two external trigger modes, RS232/LAN communication and protection functions are integrated into the same light box.
- Colours
- RGB
- Independent or mixed
- Channels
- 3
- Separate LED outputs
- Power classes
- 60 / 250 W
- Two source rows
- Trigger input
- 5–24 V
- Internal + two external modes
- Reference life
- 60,000 h
- To 50% output
Multi-colour sorting
Switch or mix RGB output to separate products by colour response.
Multi-process inspection
Sequence three illumination channels without changing the optical head.
Identification
Select the channel or mixture that produces the clearest target distinction.
Space-constrained systems
Replace three separate light boxes with one three-channel fibre source.
RGB mixing geometry and three readable trigger sequences
The optical arrangement and timing modes are presented separately. Each trigger diagram retains every LED and camera-output trace at a readable aspect ratio instead of shrinking one ultra-wide composite on mobile.
One source, three colours and interchangeable fibre outputs
Internal trigger mode
External trigger modes
- Internal trigger
- Programmed LED1 → LED2 → LED3 cycle
- External mode 1
- One input, sequential RGB
- External mode 2
- Separate RGB inputs
- Trigger response
- 20 μs
- Camera outputs
- CAM1 / CAM2 / CAM3 / ALL
- Operating modes
- Continuous on / trigger / continuous off
Choose the total-power class and required RGB timing mode
The two source rows differ in total power and enclosure drawing. Control, protection and environmental data apply to both documented RGB models unless a row states otherwise.
- 1
Define colour sequence
Choose independent, mixed or sequential RGB operation.
- 2
Choose 60 or 250 W class
Match available output to fibre losses and exposure.
- 3
Select trigger mode
Use internal timing or the appropriate external trigger topology.
- 4
Set the interface
Choose touchscreen, RS232 or LAN adjustment.
Read the product model pattern
LXV-SLG##-RGB- LXV-
- Product prefix
- SLG
- Fibre-optic light source
- ##
- Total-power class
- RGB
- Three-colour output
LXV-SLG-RGB model and parameter range
Every value remains attached to its product-specific row.
RGB source models
| Model | Total power | Colour | Channels | Drawing | Common | Trigger input |
|---|---|---|---|---|---|---|
| LXV-SLG60-RGB | 60 W | RGB | 3 | 1 | Y | 5–24 V |
| LXV-SLG250-RGB | 250 W | RGB | 3 | 2 | Y | 5–24 V |
Control, timing and interface
| Parameter | Value |
|---|---|
| Communication | RS232 / LAN |
| Baud rate | 19200 bps |
| Operating modes | Continuous on / trigger / continuous off |
| Trigger modes | Internal trigger; external trigger mode 1; external trigger mode 2 |
| Trigger response | 20 μs |
| Compatible fibre OD | Ø6–14 mm |
| Drive mode | Constant current |
| Luminance-control level | 256 / 1024 |
| Control method | Touch LCD; optional RS232 / LAN adjustment |
| Display language | Chinese / English switchable |
| External trigger voltage | 5–24 V |
Protection, electrical and environment
| Parameter | Value |
|---|---|
| Warning functions | Overcurrent alarm; over-temperature alarm |
| Input voltage | 100–240 VAC |
| Memory / protection | Overload protection; over-temperature protection; power-off saving |
| Withstand voltage | AC 1500 V for 1 minute; cut-off current 10 mA |
| Insulation resistance | DC 500 V; 20 MΩ or more |
| Operating environment | 0–40 °C; 20–85% RH, non-condensing |
| Storage environment | 0–50 °C; 20–85% RH, non-condensing |
| Reference life | 60,000 h until light intensity is reduced to 50% |
Fibre connector interfaces
| Connector | Fibre side | Equipment side | Key dimensions |
|---|---|---|---|
| LXV-SLG-MO (standard) | Ø25–32 body; Ø15 outlet; 37 mm nose | Ø15.2 interface; 37 mm body | M4 × 0.7; 5 mm engagement |
| LXV-SLG-HY | Ø25 body; Ø15 outlet; 20 mm nose | Ø25.2 / Ø15.2 interface; 30 mm body | M4 × 0.7; 5 / 10 mm steps |
| LXV-SLG-SU | Ø25 body; Ø13 / Ø20 outlet; 15 / 30 mm nose | Ø20.2 interface; 30 mm body | M4 × 0.7; 10 mm step |
Straight fibre assemblies
| Assembly | Core | Protective sheath | Nominal length options |
|---|---|---|---|
| LXV-MG6-110S | Ø6 mm | Ø10 mm | 1100 +50/−0 mm or 2200 +100/−0 mm |
| LXV-MG8-110S | Ø8 mm | Ø16 mm | 1100 +50/−0 mm or 2200 +100/−0 mm |
| LXV-MG10-110S | Ø10 mm | Ø16 mm | 1100 +50/−0 mm or 2200 +100/−0 mm |
Preserve RGB timing, connector geometry, fibre coupling and model-specific ventilation
The RGB source uses the same documented MO, HY and SU connector family and MG6, MG8 and MG10 straight-fibre assemblies, while the 60 W and 250 W light boxes have different envelopes. Treat trigger wiring, optical coupling and mechanical space as one system.
- Select LXV-SLG-MO, LXV-SLG-HY or LXV-SLG-SU connector geometry.
- Select LXV-MG6-110S, LXV-MG8-110S or LXV-MG10-110S and the required nominal length.
- Wire internal trigger, external mode 1 or external mode 2 together with the required CAM1/CAM2/CAM3/ALL outputs.
- Use the exact LXV-SLG60-RGB or LXV-SLG250-RGB boundary drawing and keep ventilation, display, power and communication access clear.
