Weidmüller SL-SMT 5.08HC
5 pieces in stock at third-party supplier
Product details
The Weidmüller SL-SMT 5.08HC is a highly advanced PCB connector designed for a wide range of applications in electronics. With a pin count of 24 and a flange design, this connector provides a reliable connection for electronic components. The pin header is suitable for reflow and wave soldering applications and features a pin length of 3.2 mm, allowing for easy assembly. The high-temperature resistance of the material ensures that the connector remains stable even under extreme conditions. Additionally, the pin headers are labelable and codable, facilitating identification and connection. The SL-SMT 5.08HC is available in a convenient packaging that includes both box and tape options, making it ideal for automated assembly.
- High-temperature resistant pin header for demanding applications
- Optimized for reflow and wave soldering applications
- Labelable and codable pin headers for easy identification
- Suitable for PCB assembly with straight connector design
- Maximum operating temperature of 100 °C and minimum operating temperature of -50 °C.
Compare products
Goes with
Reviews & Ratings
Warranty score
How often does a product of this brand in the «Cables + Plugs» category have a defect within the first 24 months?
Source: Digitec Galaxus- WeidmüllerNot enough data
- 1.Bachmann0 %
- 1.BKL Electronic0 %
- 1.Goobay0 %
- 1.Harting0 %
Warranty case duration
How many working days on average does it take to process a warranty claim from when it arrives at the service centre until it’s back with the customer?
Source: Digitec Galaxus- WeidmüllerNot enough data
- BachmannNot enough data
- BKL ElectronicNot enough data
- DelockNot enough data
- equipNot enough data
Unfortunately, we don't have enough data for this category yet.
Return rate
How often is a product of this brand in the «Cables + Plugs» category returned?
Source: Digitec Galaxus- WeidmüllerNot enough data
- 1.Harting0 %
- 1.Hirschmann Test & Measurement0 %
- 1.SparkFun0 %
- 1.TE Connectivity0 %