Your Connection for Professional Demands: Secure and Durable
When it comes to a stable high-frequency connection, compromise is not an option. This N-Socket was developed for maximum reliability. The solid screw lock ensures a mechanically extremely resilient connection that won't loosen even with strong vibrations. The nickel-plated brass housing protects against corrosion and, together with high cycle stability, guarantees a long Service life, even under harsh conditions.
Assembly in Minutes: Why Crimping is the Better Choice
Forget the soldering iron! With this socket, you can create a professional connection in a fraction of the time. Crimping is a clean, fast, and repeatable method. You just need to correctly strip the Cable, press the pin onto the inner conductor, and the sleeve over the shielding braid. With the right crimping tool, you'll achieve a perfect, electrically and mechanically flawless connection every time. Ideal if you need to work quickly and efficiently on-site and are looking for instructions on crimping an N-Socket for H-155 Cable.
Built for Outdoors: Weather Resistance You Can Count On
An outdoor Antenna is only as good as its weakest link. Thanks to the integrated silicone O-ring in the mating face, this socket, when firmly screwed together with a suitable N-connector, is optimally protected against the ingress of rain, snow, and dust. This makes it the first choice for all outdoor installations where you need a permanently stable and weatherproof N-Socket for an outdoor Antenna. For extreme long-term protection, you can additionally wrap the connection with self-vulcanizing tape.
No Compromises on Signal Quality
This socket is more than just a mechanical component – it's a crucial part of your signal chain. The precisely defined 50 Ohm impedance, high-quality PTFE dielectric, and gold-plated inner contact ensure excellent signal transmission. Insertion loss is extremely low, and return loss (VSWR) is outstanding. This means for you: maximum signal strength and minimal interference for your application, whether you're using an N-Connector for RF-240 Antenna cables or other compatible Cable types. This Coaxial Connector delivers performance.
Strengths & Notes at a Glance
- Pro: The robust screw lock ensures an extremely secure and vibration-proof connection.
- Pro: Fast, clean, and reproducible assembly by crimping – ideal for on-site installations.
- Pro: Integrated seal ensures high weather resistance (often IP67) when screwed together.
- Pro: Excellent RF properties due to precise manufacturing and high-quality materials.
- Note: A suitable crimping tool with the correct press inserts is absolutely necessary for assembly.
- Note: A crimped connection cannot be non-destructively detached and reused.
Specifications & Properties
| HAN / MPN: | N-S-H155 |
| EAN / GTIN: | 4251028601991 |
| Shop-SKU: | ART5095 |
| Product Category: | Coaxial Connectors |
| Connector Type: | N-Socket (Female) |
| Standard: | According to IEC 61169-16 |
| Locking: | Screw Locking (5/8-24 UNEF Thread) |
| Mounting Type: | Crimp / Crimp (Inner & Outer Conductor) |
| Impedance: | 50 Ohm |
| Frequency Range (optimized): | DC to 6 GHz |
| Frequency Range (Standard): | up to 11 GHz |
| Compatible Cable Types: | H-155, RF-5, RF-240 |
| Compatible Cable Diameter: | approx. 5.4 mm |
| Return Loss (VSWR): | ≤ 1.30 (at 6 GHz) |
| Insertion Loss: | typ. < 0.1 dB |
| Housing Material: | Brass, nickel-plated |
| Inner Contact Material: | Brass or Bronze, gold-plated |
| Dielectric Material: | PTFE (Polytetrafluoroethylene) |
| Seal: | Silicone O-Ring |
| Protection Class (when connected): | often corresponds to IP67 |
| Mechanical Durability: | ≥ 500 mating cycles |
| Operating Temperature: | -55 °C to +155 °C |
| Weight (estimated): | approx. 30 - 40 g |
Scope of Delivery
| 1 x N-Socket (Crimp) for H-155, RF-5, RF-240 cables |
Frequently Asked Questions (FAQ)
Do I need a soldering iron to assemble this N-jack?
No, absolutely not! This N-jack is a pure crimp version. You simply crimp both the small pin for the inner conductor and the large sleeve for the shielding with a suitable crimping tool. It's super fast, and you don't need any heat for your Network setup.
What exact tool do I need for this N-jack and my H-155 cable?
You'll need a crimping tool designed for H-155 or similar cable types. Pay attention to the correct hexagonal openings (Hex-Crimp). For your H-155 cable, the common crimp dimensions are usually 5.41 mm for the large sleeve and 1.72 mm for the inner conductor pin. However, always check your tool's specifications to be safe! This is crucial for proper Cabling.
Is the connection truly weatherproof if I use it outdoors on my antenna?
Yes, absolutely! When you firmly screw the N-jack with a suitable N-connector, the integrated silicone O-ring reliably protects the connection from rain and moisture. For ultimate protection in extreme weather conditions, you can additionally wrap the finished connection with self-vulcanizing sealing tape, especially for 4G / LTE Outdoor Antennas or 5G Antennas / Outdoor Antennas.
Does this N-jack also fit my thinner RG58 cable?
No, we strongly advise against it. This N-jack is specifically designed for the dimensions of H-155, RF-5, or RF-240 cables with an approximate diameter of 5.4 mm. A thinner cable would not have a secure grip, and the impedance would be incorrect, leading to massive signal losses, impacting your WiFi Antennas or 4G / LTE Antenna Cables.
What's the difference between crimping and soldering – and what's better for me?
Good question! Crimping is a fast, mechanical press connection that you can consistently create with perfect quality using the right tools. It's super stable and vibration-resistant. Soldering requires some practice and is more prone to errors. For a reliable connection you want to make quickly, crimping is your best choice, especially when working with Antenna Cables or Ethernet Cables.
How do I know if I've crimped the N-jack correctly?
You can easily test this: Pull firmly, but gently, on both the cable and the N-jack. Absolutely nothing should move. The inner conductor pin must be rock-solid, and the large sleeve must tightly enclose the shield braiding. Pro tip: Briefly check with a multimeter to see if you've accidentally created a short circuit, ensuring your Network components are safe.
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