ODSX30 30mm Barrel Spot Light 2nd Generation "PROX Light"
The Prox Light series of spotlights feature single 5W LEDs housed in small 30mm barrels sensor housings. The housings are industry standard threaded barrel M30x1.5 style used for proximity and photoelectric sensors. The lights are available in white, red, amber, blue, green cyan, IR and UV light output. Like the entire line of Smart Vision Lights, the Prox Light series includes an integrated constant current driver inside every light along with built-in strobe input with option for PNP or NPN trigger control. The integrated driver eliminates the need for wiring between the light and external driver and limits current to the LED while providing constant stable power. The lights PNP or NPN strobe triggers control light pulse timing.
- 5-6x time brighter than standard SX30
- 30mm barrel style housing
- Built in SMART driver - No external driver needed
- PNP and NPN strobe input
- OverDrive/Strobe only
- Three high intensity LEDs
- Analog intensity 0-10VDC signal
- Standard optics provide tight focused light
ODSX30 Light Series OVERVIEW
The ODSX30 Series of Prox Lights features three high current LEDs enclosed in a 30mm Barrel Style Housing. This LED pulses at 5-6 times the brightness of a standard SX30 light. The ODSX30 features an Overdrive driver with NPN or PNP signal options. Built in SafeStrobe Technology allows for continued use without damage to the LED. The ODSX30 Series has multiple mounting options allowing for ease of install and comes with two locking bolts.
NOTE: This Light is also available in the following SWIR wavelengths: 1050nm, 1150nm, 1200nm, 1300nm, 1450nm, and 1550nm. Please contact us for pricing for these wavelengths.
Wiring Configuration for operation
Multiple mounting brackets are available. All standard Prox Lights utilize an M30x1.5 Thread for mounting.
Possible Product Configurations:
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.