SLP3-150-100-F Bivar, PCB Mounted Right Angle LED Light Pipe, Clear Flat Lens
- RS Stock No.:
- 891-9696
- Mfr. Part No.:
- SLP3-150-100-F
- Brand:
- Bivar
Unavailable
RS will no longer stock this product.
- RS Stock No.:
- 891-9696
- Mfr. Part No.:
- SLP3-150-100-F
- Brand:
- Bivar
Specifications
Technical Reference
Legislation and Compliance
Product Details
Find similar products by selecting one or more attributes.
Select all | Attribute | Value |
---|---|---|
Brand | Bivar | |
Flexible/Rigid | Rigid | |
Configuration | Right Angle | |
Orientation | Right Angle | |
Length | 2.54mm | |
Dimensions | 3.8 x 2.54mm | |
Mounting Type | PCB Mounted | |
Lens Shape | Flat | |
Number of Ways | 1 | |
Rows | 1 | |
Columns | 1 | |
LED Included | No | |
Lens Colour | Clear | |
Outer Diameter | 3.8mm | |
Series | SLP3 | |
Configuration Rows x Columns | 1 x 1 | |
Select all | ||
---|---|---|
Brand Bivar | ||
Flexible/Rigid Rigid | ||
Configuration Right Angle | ||
Orientation Right Angle | ||
Length 2.54mm | ||
Dimensions 3.8 x 2.54mm | ||
Mounting Type PCB Mounted | ||
Lens Shape Flat | ||
Number of Ways 1 | ||
Rows 1 | ||
Columns 1 | ||
LED Included No | ||
Lens Colour Clear | ||
Outer Diameter 3.8mm | ||
Series SLP3 | ||
Configuration Rows x Columns 1 x 1 | ||
Bivar SLP Series Right Angle Light Pipes
The SLP series from Bivar are a family of right angle light pipes. These rigid light pipes are made from a clear polycarbonate material. They are available with a 3 mm round lens with either a domed or flat face. The SLP light pipes are mounted onto the PCB using push-fit lugs in close proximity to the LED.
Features of the SLP light pipes:
Right angle
3 mm round lens
Protects LED from ESD
94V-0 clear PC material
Right angle
3 mm round lens
Protects LED from ESD
94V-0 clear PC material
LED Light Pipes, Bivar
Bivar's range of LED light pipes include both rigid and flexible types. Their light pipes enable the user to move light from the LED source to a desired destination over a range of distances up to 100m. Bivar's LED light pipes are ideal for design flexibility.