00S Series Security Push Pull EPS Coaxial Connector For Printed Circuit Board Mounting

00S Series EPS.00.250 Coaxial Socket with the following main features:

1. Half-moon type Secure high performance push-pull Self-locking system

2. 360° screening for full EMC shielding

3. 00S mini coaxial cable connector

4. high-density installation for saving space

5. Solder or print contacts(straight or elbow)

6. Brass (nickel-plated) shell, collect nut

Specifications of 00S Series EPS.00.250 Coaxial Socket:

Applications of 00S Series EPS.00.250 Coaxial Socket:

EPS.00.250 Coaxial Socket is used in surgical instrumentation, test&measurement, sensors, data acquisition, renewable energy.

About us:

Precision manufacturing is Sreada's core competence.
As a highly vertically integrated corporation,Sreada also controls the vast majority of its manufacturing process from procuring raw materials, through tool making to production, plating, final assembly, and testing.
Total control over these process allow Sreada to react much more quickly to special or high volume customers needs. Each of the manufacturing sites specializes in its own discipline-turning of large volume products, low volume special products, plastic parts, plating, and assembly.
The continuous and rigorous application of strict quality standards guarantees the consistent production of high quality connectors that exceed customers’ expectations year-after-year.

Custom design:

While Sreada offers the most extensive product line in the connector industry, Sreada also understands that some application needs are different.

If Sreada does not have exactly what you need, Sreada can design and build a connector that meets your exact requirements.Sreada offers custom-engineered solutions through innovative design, using state-of-the-art development tools.

These powerful tools allow Sreada to demonstrate product feasibility, including prototyping, in a matter of days or weeks rather than months. Interested in getting a quote on a custom design connection solution?