Clear Plain Round Lens for 5mm LEDs for 0.278″ Dia Mounting Hole

SKU: CML_327_CTP Category:

Product Description

Plain round lens available in clear color and mounts in a 0.281″ (7.13mm) dia. panel hole on 0.375″ (9.5mm) centers with a panel thickness of 0.031″ (0.8mm) to 0.250″ (6.35mm).
RNG_268 retainer provides a reliable solution for high-vibration environments (order separately)
Easy assembly – insert lens through panel hole and slide RNG_268 retainer (order separately) on the back of lens.

Additional Information

LED size

5mm (T-1 3/4)

Lens Attachment Type

Retainer Ring

Mounting Hole Dimension

Dia. 0.281"

Lens Shape

Round Lens

Lens Color

Clear

Lens Height

0.460"

Lens Type

Plain Lens

Material Lens

Polycarbonate UL 94-V2

MSL Rating

RoHS

Yes

REACH Compliant

Yes

Conflict Mineral Free

Yes

Harmonization Code

9001.90.40.00

ECCN

EAR99

Country of Origin

US (United States)

Product Status

Active

Authorized Distributors

Distributor SKU Stock Purchase
US Mouser 593-3270C 17071 Buy Now
US Digi-Key CML_327_CTP-ND 5585 Buy Now
US Allied Electronics & Automation 70053031 0 Buy Now
US Arrow Electronics CML_327_CTP 997 Buy Now
US Arrow Electronics CML_327_CTP 1857 Buy Now
CA Electro Sonic CML327CTP 8994 Buy Now
GB Farnell 3387486 0 Buy Now
US Hawk Electronics CML327CTP 0 Buy Now
US Hawk Electronics CML_327_CTP 0 Buy Now
US Integra Electronics CML327CTP 245565 Buy Now
US Master Electronics CML_327_CTP 8994 Buy Now
US Newark 25C2949 1000 Buy Now
US Onlinecomponents.com CML_327_CTP 8994 Buy Now
GB RS Components 8906088 0 Buy Now
SG element14 APAC 3387486 0 Buy Now

SKU Description Datasheet STEP File IGES File
CML_327_CTP Plain round lens available in clear color and mounts in a 0.281" (7.13mm) dia. panel hole on 0.375" (9.5mm) centers with a panel thickness of 0.031" (0.8mm) to 0.250" (6.35mm). RNG_268 retainer provides a reliable solution for high-vibration environments (order separately) Easy assembly - insert lens through panel hole and slide RNG_268 retainer (order separately) on the back of lens.