Soldering information for the Assmann WSW, A‑2014‑2S‑4‑N‑R modular jack connector

Looking for soldering information for the Assmann WSW, A‑2014‑2S‑4‑N‑R modular jack connector. Please refer to the information shared by the manufacturer.

The datasheet for A-2004-2-4-LPS-N-R specifies a soldering temperature of 235 °C for 5 seconds.

Reflow soldering usually involves surface-mount components and peak temperatures of 245–260 °C for lead-free profiles.

Wave soldering is more common for through-hole parts, and 235 °C aligns with typical wave solder bath temperatures.

Conclusion: This part is not recommended for standard lead-free reflow soldering unless you use selective soldering or pin-in-paste reflow with careful thermal profiling. If your production team prefers a reflow oven, selective soldering or hybrid reflow (with paste and stencil) may be viable, but it must be validated.

Recommendation -

Preferred method: Wave soldering or selective soldering for this through-hole RJ45 jack.

• If reflow is required, use pin-in-paste with a custom stencil and validate the thermal profile to ensure the part survives peak temps.

Applicable Part Numbers
DigiKey Part Number Manufacturer Part Number
AE10393-ND A-2014-3-4-N-T-R
AE10395-ND A-2014-1-4-N-T-R
AE10396-ND A-2014-2-4-N-T-R
AE10392-ND A-2014-2-4-R
AE10399-ND A-2014-2S-4-N-R
AE10398-ND A-2014-2-4-LP/FS-R
AE10390-ND A-2014-0-4-R
AE10391-ND A-2014-1-4-R
AE10394-ND A-2014-0-4-N-T-R
123-A-20141-ND A-20141
123-A-2014-2-4-ND A-2014-2-4
A-2014-2S-3-N-ND A-2014-2S-3-N
123-A-20142-LP/FS-ND A-20142-LP/FS
AE11233-ND A-20140
AE10397TR-ND,AE10397CT-ND A-2014-2-4-SMT-N
AE10389-ND A-2014-3-4-R
A-2014-0-1-N-T-ND A-2014-0-1-N-T
A-2014-3-1-N-T-ND A-2014-3-1-N-T
A-2014-1-1-N-T-ND A-2014-1-1-N-T
A-2014-1-1-ND A-2014-1-1
A-2014-3-1-ND A-2014-3-1
A-2014-0-1-ND A-2014-0-1
A-2014-0-2-N-T-ND A-2014-0-2-N-T
A-2014-0-2-ND A-2014-0-2
A-2014-2-1-N-T-ND A-2014-2-1-N-T
A-2014-2-1-ND A-2014-2-1
123-A-2014-3-4-ND A-2014-3-4
123-A-2014-3-4-N-T-ND A-2014-3-4-N-T
A-2014-3-2-N-T-ND A-2014-3-2-N-T
123-A-2014-1-4-N-T-ND A-2014-1-4-N-T
A-2014-3-2-ND A-2014-3-2
A-20142-ND A-20142
A-2014-1-2-N-T-ND A-2014-1-2-N-T
A-2014-1-2-ND A-2014-1-2
A-2014-0-3-N-T-ND A-2014-0-3-N-T
123-A-2014-2-4-N-T-ND A-2014-2-4-N-T
A-2014-0-3-ND A-2014-0-3
A-2014-2-2-N-T-ND A-2014-2-2-N-T
A-2014-2-2-ND A-2014-2-2
A-2014-3-3-N-T-ND A-2014-3-3-N-T
A-2014-3-3-ND A-2014-3-3
A-2014-1-1-SMT-N-ND A-2014-1-1-SMT-N
A-2014-2S-1-N-ND A-2014-2S-1-N
123-A-2014-1-4-SMT-N-ND A-2014-1-4-SMT-N
A-2014-1-2-SMT-N-ND A-2014-1-2-SMT-N
A-2014-2-1-LP/FS-ND A-2014-2-1-LP/FS
A-2014-1-3-SMT-N-ND A-2014-1-3-SMT-N
A-2014-2-1-SMT-N-ND A-2014-2-1-SMT-N
A-2014-1-3-N-T-ND A-2014-1-3-N-T
A-2014-2S-2-N-ND A-2014-2S-2-N
A-2014-1-3-ND A-2014-1-3
A-2014-2-2-LP/FS-ND A-2014-2-2-LP/FS
A-2014-2-2-SMT-N-ND A-2014-2-2-SMT-N
A-2014-2-3-SMT-N-ND A-2014-2-3-SMT-N
A-2014-2-3-LP/FS-ND A-2014-2-3-LP/FS
A-2014-2-3-N-T-ND A-2014-2-3-N-T
A-2014-2-3-ND A-2014-2-3
123-A-2014-0-4-SMT-N-ND A-2014-0-4-SMT-N
123-A-2014-0-5-SMT-N-ND A-2014-0-5-SMT-N
123-A-2014-0-3-SMT-N-ND A-2014-0-3-SMT-N
123-A-2014-0-2-SMT-N-ND A-2014-0-2-SMT-N
123-A-2014-0-1-SMT-N-ND A-2014-0-1-SMT-N
A-2014-1-4-SMT-N-R-ND A-2014-1-4-SMT-N-R