Link has been copied to clipboard
K12PLGN15NLL4232
K12PL GN 1 5N LL4232 | Series: K12
With a wide choice of LED colors, travels and actuator forces available, the K12 high performance keyswitch is perfect for offroad vehicles, joysticks, armrests, material handling remote controls, industrial/medical electronics. The K12 is designed for low-level switching and is made to last. It can be sealed for environmental protection, and is available in double stroke or detect versions as well.
| Property | Value |
|---|---|
Circuitry | SPST NO |
Activation Type | Momentary action |
Operating Force | Min 5 N / Max 7 N |
Electrical Height | Min 10.3 mm / Max 10.6 mm |
Mechanical Life Cycles | 1000000 |
Ingress Protection | IP 40 |
Illumination | Yes |
Light - Typical Forward Voltage | 2.1 |
Terminals Plating | Lead free tin |
Contact Plating | Gold |
Height | 11 |
Activation Orientation | Top actuated |
Washing Process - Compatibility | Not Compatible |
Electrical Rating - Activated - Voltage DC | Min 2 Volt / Max 30 Volt |
Terminals Type | Thru Hole |
Light - Color | Green |
Rating - Minimum Current | 10 mA |
- Excellent tactile feel
- Wide choice of LED colors, travels and actuator forces
- High reliability / long life
- Sealed version available
- Designed for low-level switching
- Double stroke version available
- Detect version available
K12PLGN15NLL4232 Applications
- Off-road transportation
- Joysticks and Armrests
- Remote controls
- Medical electronics
- Electro-surgical instruments
- Industrial electronics
K12PLGN15NLL4232 Resources
Link has been copied to clipboardShowing 1 to 1 of 1 Total Results
Share
| Part Number | Part Description | RoHS | Pb-Free | RoHS (2015/863/EU) Certificate | REACH (SVHCs) Declaration | REACH (SVHCs) | Halogen Free | IPC-Material Declaration | |
|---|---|---|---|---|---|---|---|---|---|
| Y16WW1500FP | K12PL GN 1 5N LL4232 | View More |
If the product environmental information that you are looking for does not appear in this tab, please complete the Product Environmental Information Request Form.