LXV-3DPA | 3DPA High Power Constant Current Controller

Inspection fit

Constant-current control for high-power line-scan illumination

LXV-3DPA is the constant-current controller family identified for line-scan lights. It combines encoder or PC adjustment, high-level external triggering, communication and protection alarms across 60–1350 W models.

Drive mode: Constant current; Stable, flicker-free output
Adjustment: 256 levels; Encoder or PC
Trigger: 5–24 V; High-level valid
Frequency: Up to 7.5 kHz; At 50% duty ratio
Communication: RS232 / LAN; Model-family function

Line-scan lighting

Use constant-current drive where stable light output and repeatable digital adjustment are required for line-scan acquisition.

Remote recipes

Use RS232 or Ethernet communication to set one of 256 luminance levels from the host system.

Triggered capture

Use the 5–24 V input with the stated timing limits when illumination must follow a PLC or sensor signal.

Protected high-power loads

Alarms cover LED open circuit, short circuit and overload, together with power-off setting retention.

Technical evidence

Host control, trigger behavior and electrical interface

The working system shows PC communication through RS232 or LAN, a PLC/sensor trigger input and a dedicated controller-to-light cable.

LXV-3DPA working systemCommunication and triggering are separate paths; confirm both interfaces before commissioning.

LXV-3DPA shared operating parameters
Parameter	Operating value
Input supply	AC 100–240 V
Adjustment resolution	256 levels
Adjustment methods	Manual encoder knob or PC remote adjustment
Drive mode	Constant current
Baud rate	9600 bps
External trigger	High level 5–24 V valid
Maximum stated trigger frequency	7.5 kHz at 50% external-trigger duty ratio
External trigger delay	10 μs
Communication	RS232 / LAN
Constant on/off	TS switch
Memory	Automatic data saving at power off
Operating environment	0–50 °C; 20–85% RH, non-condensing
Storage environment	0–60 °C; 20–85% RH, non-condensing

External trigger

5–24 V high-level input with NPN and PNP references

In MANU mode, applying the high-level signal turns the light off; in REMO mode it turns the light on. T1 is turn-on delay, T2 is the lighting interval and T3 is turn-off delay. T1 ≤ 10 μs and T3 ≤ 10 μs.

NPN / PNP trigger wiringPreserve Input+ and Input− polarity and use the interface matching the production output device.

REMO-mode trigger sequenceThe waveform is kept as a complete visual; timing definitions remain readable native text above.

Model selection

Compare all 14 constant-current controller configurations

Model codes combine output voltage, total-power family and channel count. The S/M suffixes and dimension group distinguish enclosure variants.

1
Match light voltage
Separate the 24 V and 48 V controller families first.
2
Check each channel
Keep every connected light below the stated one-channel maximum.
3
Check total load
Add all active lights and keep the result within total output.
4
Release the exact housing
Use the same row’s dimension number for mechanical integration.

Model structureLXV-3DPA [voltage] [total power]-[channels / housing]

LXV: LuxMV product prefix
3DPA: High-power constant-current controller
24 / 48: Output-voltage family
60–1500: Power-family code
1 / 2 / 4 + S/M: Channels and enclosure suffix

LXV-3DPA controller models
Model	Maximum total output	One-channel maximum	Channels	Dimension group	Trigger
LXV-3DPA2460-2S	60 W	40 W	2	1	5–24 V
LXV-3DPA2460-4S	60 W	40 W	4	1	5–24 V
LXV-3DPA24120-1M	120 W	120 W	1	2	5–24 V
LXV-3DPA24120-2M	120 W	120 W	2	2	5–24 V
LXV-3DPA24200-1M	200 W	200 W	1	2	5–24 V
LXV-3DPA24200-2M	200 W	120 W	2	2	5–24 V
LXV-3DPA24320-1S	320 W	320 W	1	3	5–24 V
LXV-3DPA24320-2S	320 W	240 W	2	3	5–24 V
LXV-3DPA24500-1S	450 W	450 W	1	4	5–24 V
LXV-3DPA24500-2S	450 W	240 W	2	4	5–24 V
LXV-3DPA24500-4S	450 W	120 W	4	5	5–24 V
LXV-3DPA48750-1S	700 W	700 W	1	6	5–24 V
LXV-3DPA481000-1S	900 W	900 W	1	7	5–24 V
LXV-3DPA481500-1S	1350 W	1350 W	1	8	5–24 V

Integration & dimensions

Plan enclosure size, mounting, connector access and cooling

Eight mechanical groups span compact DIN-rail controllers, ventilated multi-channel housings and handled high-power enclosures.

LXV-3DPA mechanical groups
Group	Models	Overall width	Overall height	Overall depth	Mounting
1	2460-2S / 4S	100 mm	156 mm	134 mm	DIN guide-rail base
2	24120 / 24200-1M / 2M	135 mm	155.8 mm	134 mm	DIN guide-rail base
3	24320-1S / 2S	182 mm	126 mm	262 mm	Removable base; 4 × M3 holes
4	24500-1S / 2S	182 mm	126 mm	262 mm	Removable base; 4 × M3 holes
5	24500-4S	192 mm	126 mm	292 mm	Removable base; 4 × M3 holes
6	48750-1S	192 mm	126 mm	292 mm	Removable base; 4 × M3 holes
7	481000-1S	160 mm	148.6 mm	430 mm	Handled housing
8	481500-1S	208 mm	148.6 mm	450 mm	Handled housing

Mechanical groups 1–3Compact and medium housings for 2460, 24120, 24200 and 24320 variants.

Mechanical groups 4–6Housings for 24500 and 48750 variants. Four M3 holes are available after removal of the shown mounting base.

Mechanical groups 7–8Handled 48 V housings for the 481000 and 481500 single-channel models.

PRODUCT FAQ

Questions to confirm before choosing LXV-3DPA

How should I size the connected load for LXV-3DPA?

Match the connected light voltage first. Then keep every light within the one-channel maximum and the combined active load within the maximum total output stated in the same controller row.

How does the external trigger work on LXV-3DPA?

The family uses a 5–24 V high-level input and provides NPN and PNP wiring. In REMO mode the high-level signal turns the light on; both turn-on and turn-off delay limits are 10 microseconds.

What is LXV-3DPA used for?

LXV-3DPA provides constant-current drive, 256-level adjustment, RS232/LAN communication and triggered operation for compatible high-power line-scan lighting loads.

How can I discuss whether LXV-3DPA fits my inspection task?

Share the line-scan light voltage and power, combined load, channel count, communication method, trigger device and available enclosure space so the exact model and dimension group can be checked.

Can LXV-3DPA be quoted or configured for a specific project?

Use the enquiry form with the exact controller row. Confirm voltage, total and per-channel load, RS232 or LAN operation, 5–24 V trigger wiring, mounting, cooling and connector clearance before release.

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LXV-3DPA controller models

Model

Maximum total output

One-channel maximum

Channels

Dimension group

Trigger

LXV-3DPA2460-2S

60 W

40 W

5–24 V

LXV-3DPA2460-4S

60 W

40 W

5–24 V

LXV-3DPA24120-1M

120 W

5–24 V

LXV-3DPA24120-2M

120 W

5–24 V

LXV-3DPA24200-1M

200 W

5–24 V

LXV-3DPA24200-2M

200 W

120 W

5–24 V

LXV-3DPA24320-1S

320 W

5–24 V

LXV-3DPA24320-2S

320 W

240 W

5–24 V

LXV-3DPA24500-1S

450 W

5–24 V

LXV-3DPA24500-2S

450 W

240 W

5–24 V

LXV-3DPA24500-4S

450 W

120 W

5–24 V

LXV-3DPA48750-1S

700 W

5–24 V

LXV-3DPA481000-1S

900 W

5–24 V

LXV-3DPA481500-1S

1350 W

5–24 V

Questions to confirm before choosing LXV-3DPA

How should I size the connected load for LXV-3DPA?

Match the connected light voltage first. Then keep every light within the one-channel maximum and the combined active load within the maximum total output stated in the same controller row.

How does the external trigger work on LXV-3DPA?

The family uses a 5–24 V high-level input and provides NPN and PNP wiring. In REMO mode the high-level signal turns the light on; both turn-on and turn-off delay limits are 10 microseconds.

What is LXV-3DPA used for?

LXV-3DPA provides constant-current drive, 256-level adjustment, RS232/LAN communication and triggered operation for compatible high-power line-scan lighting loads.

How can I discuss whether LXV-3DPA fits my inspection task?

Share the line-scan light voltage and power, combined load, channel count, communication method, trigger device and available enclosure space so the exact model and dimension group can be checked.