OmniCure LX500 UV LED Spot Curing System Controller
The OmniCure® LX500 UV LED Spot Curing system controller is uniquely designed with proprietary Intelli-Lamp® technology that monitors LED head temperature and lifetime data, while automatically maintaining optical stability ± 5% to provide greater process assurance for your application. Available in either 2 or 4-channel configurations, the OmniCure LX500 is the most flexible and cost-effective option for industrial manufacturing.
View our NEW VIDEO demonstrating how to calibrate the LX500 UV LED Spot Curing System - WATCH NOW.
The LX500 system controller offers a robust and intuitive user interface with the ability to control up to four UV LED Spot curing heads simultaneously or independently at different wavelengths: 365 nm, 385 nm, 395 nm and 405 nm.
The newly improved LX500 Controller is equipped with updated electronics to serve OmniCure’s higher power output V3 UV LED Heads delivering up to 27 W/cm2 irradiance and up to 1,100 mW of optical power. The LX500 features a widened voltage range allowing enhanced support for custom wavelength LED Heads.
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Technical Specification |
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UV LED Heads |
1 to 4 individual & interchangeable to any channel. |
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2.4 " Full Color Displays |
Main Control, Input Configurations, System Maintenance, LED Information, Calibration, Micro SD Log Information. |
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Mode Control |
4 Way membrane control for system display and programming. |
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Timer |
Countdown Mode: Range programmable from 999.9s to 0.1s, in 0.1s intervals. |
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Count Up Mode: User control timing via the front panel or foot pedals. |
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Intensity Level |
5-100% (with 1% increments) |
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Start/Stop |
Control start or stop of the LED emission. |
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Power On/Off |
Separate power on/off controller. |
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Alarms |
Alarm icon will appear on screen in the event of an error or fault. |
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Controller Dimensions |
(H) 5.5”, (W) 3.5", (D) 5.5" |
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External Control Description |
Via optional foot pedal, PLC, or PC through USB communication. |
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Operating Conditions |
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Operating Voltage |
Controller Supply Input: 12 VDC Input to AC adaptor: 100-120 VAC or 200-240 VAC (+/-10%) & 50/60 Hz. |
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Power Consumption |
72 W max at 120 VAC |
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104 W max at 240 VAC (with 4 UV LED heads in operation) |
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Ambient Temperature/ Humidity Range |
5° to 35°C, 85% max. (no condensation) |
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Storage Temperature/ Humidity Range |
-10° to 60°C, 85% max. (no condensation) |
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Certifications & Safety Standards |
RoHS compliant and meets CE requirements |
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Warranty |
1 year |
- Multiple wavelengths at high irradiance: Faster curing time and higher power efficiency
- 17 W/cm² at 365 nm and 750mw total optical power
- 28 W/cm² at 385 nm and 1050mw total optical power
- 27 W/cm² at 395 nm and 1085mw total optical power
- 24 W/cm² at 405 nm and 1075mw total optical power
- Precise light intensity control: Consistent and repeatable UV process for highest product quality
- Intelli-Lamp LED technology: UV irradiation stability for power efficiency and long-term reliability over LED lifetime
- Simultaneous or individual control of up to four UV LED curing heads: Versatility in production setup via a single controller
- Micro SD card interface: Easy programming of single/multiple controllers in a single step; automatically saves exposure events and faults in real time
- LED head temperature display: Optimum efficiency in UV process while extending UV LED head lifetime
- StepCure®: Customized multi-phase curing processes programmed directly from the controller or by PC interface
- High energy efficiency: Approximately 75% less energy consumption than a typical UV arc-lamp curing system
- Compact and robust system design: High performance in dense and harsh manufacturing environments; no additional cooling required
- Intuitive front panel control: Simple to use for quick system set-up in a matter of minutes
- Certifications & safety standards: CE and RoHS compliant
|
Technical Specification |
|
|
UV LED Heads |
1 to 4 individual & interchangeable to any channel. |
|
2.4 " Full Color Displays |
Main Control, Input Configurations, System Maintenance, LED Information, Calibration, Micro SD Log Information. |
|
Mode Control |
4 Way membrane control for system display and programming. |
|
Timer |
Countdown Mode: Range programmable from 999.9s to 0.1s, in 0.1s intervals. |
|
Count Up Mode: User control timing via the front panel or foot pedals. |
|
|
Intensity Level |
5-100% (with 1% increments) |
|
Start/Stop |
Control start or stop of the LED emission. |
|
Power On/Off |
Separate power on/off controller. |
|
Alarms |
Alarm icon will appear on screen in the event of an error or fault. |
|
Controller Dimensions |
(H) 5.5”, (W) 3.5", (D) 5.5" |
|
External Control Description |
Via optional foot pedal, PLC, or PC through USB communication. |
|
Operating Conditions |
|
|
Operating Voltage |
Controller Supply Input: 12 VDC Input to AC adaptor: 100-120 VAC or 200-240 VAC (+/-10%) & 50/60 Hz. |
|
Power Consumption |
72 W max at 120 VAC |
|
|
104 W max at 240 VAC (with 4 UV LED heads in operation) |
|
Ambient Temperature/ Humidity Range |
5° to 35°C, 85% max. (no condensation) |
|
Storage Temperature/ Humidity Range |
-10° to 60°C, 85% max. (no condensation) |
|
Certifications & Safety Standards |
RoHS compliant and meets CE requirements |
|
Warranty |
1 year |
- Multiple wavelengths at high irradiance: Faster curing time and higher power efficiency
- 17 W/cm² at 365 nm and 750mw total optical power
- 28 W/cm² at 385 nm and 1050mw total optical power
- 27 W/cm² at 395 nm and 1085mw total optical power
- 24 W/cm² at 405 nm and 1075mw total optical power
- Precise light intensity control: Consistent and repeatable UV process for highest product quality
- Intelli-Lamp LED technology: UV irradiation stability for power efficiency and long-term reliability over LED lifetime
- Simultaneous or individual control of up to four UV LED curing heads: Versatility in production setup via a single controller
- Micro SD card interface: Easy programming of single/multiple controllers in a single step; automatically saves exposure events and faults in real time
- LED head temperature display: Optimum efficiency in UV process while extending UV LED head lifetime
- StepCure®: Customized multi-phase curing processes programmed directly from the controller or by PC interface
- High energy efficiency: Approximately 75% less energy consumption than a typical UV arc-lamp curing system
- Compact and robust system design: High performance in dense and harsh manufacturing environments; no additional cooling required
- Intuitive front panel control: Simple to use for quick system set-up in a matter of minutes
- Certifications & safety standards: CE and RoHS compliant
