US$ 62.50
audiosparazap.com
LP780-39 | LP780 Near-IR Longpass Filter
Description
LP780-39 | LP780 Near-IR Longpass FilterThe MidOpt LP780 39 is recommended for use with laser diodes and LED lighting that operate in the 810 830nm range. LP780 filter material is commonly used for Near IR wavelengths found in machine vision applications. An alternate use bandpass filter would be our BP810 filter. All MidOpt filters can also be purchased unmounted and in custom dimensions upon request from Machine Vision Direct. Technical Specifications Specifications + Useful Range Min 800
The LSR900-530 can be mounted using the PB300-M5 (2 recommended) Swivel Mount Bracket Kit
4 mm Working ƒ/N ƒ/8 Resolution (Pixel Size) 14 μm Mount F-Mount Dimensions Approximate 259
228× Image Circle Diameter 16 mm Image Size Dimensions Not Specified Imager Format 1″ Distortion Typical (%) < 0
7 mm Resolution (Pixel Size) 68 μm Mount F-Mount Dimensions Approximate 898
The SX30G2-1150 light has a 30mm diameter and is in the 1150nm Infrared color with a lens angle of 10 Degree
This model is 300mm x 300mm and emits 850nm Infrared color
If dust is apparent
76 in / 578 mm Active Width 1
Specifications + Useful Range Min 350 nm Useful Range Max 800 nm Stabledge Yes Adhesive Backed Yes Peak Transmission ≤ 98 % Surface Quality (Scratch-Dig) 40-20 Substrate Material Clear Glass Filter Diameter M67 x P0
Advanced Illumination RL208M-100590I3S Downloads:
03 mm APS-C IMX342 79
Product Line / Series M112FM Lens Type Fixed Focal Length IP Rating Not Specified Focal Length 50 mm ƒ/N ƒ/2
Shipping Estimate
USA
- USA
- CAN
- USA
- CAN
Ships within 48 hours · Estimated delivery Jul 15 - Jul 20
Exchange/Return Notes
- We offer a 30-day return/exchange service after receiving.
- Final sale items are not eligible for returns or exchanges.
- To process your return/exchange, please contact us at [email protected]
- Please click here for more details>>> Return & Exchange Policy
You may also like
US$ 179.00
US$ 19.00
US$ 375.00
US$ 260.50
US$ 129.99
US$ 18.70
US$ 50.00
US$ 14.00