This site uses cookies to store information on your computer. Some of these cookies are necessary for us to deliver this site to you, others help us to make sure you have an improved user experience on the Smiths Interconnect site and with our people. By using this site you consent to the placement of these cookies. Please read our cookie policy to learn more about our use of cookies.

Eclipta™ - ECL Series

Eclipta Connectors Featuring Edge Card Technology

Smiths Interconnect's Eclipta™ connector series addresses the industry's need for a reliable interconnect system with minimal cost. Eclipta's™ edge card contact module, in the reusable connector body, is designed for high mating cycle life, providing reliable connection over the life of the reusable device.

Features & Benefits

Eclipta's™ easy assembly and high density interconnect design make it ideal for use with mapping and ablation catheters, RF generators, home healthcare devices, value medical systems and many other disposable medical devices. Eclipta™ medical connector incorporates an innovative, double-ended, edge card contact system featuring a PCB as the contact on the disposable connector side. This eliminates the cost of the contact system on that side. In addition, its plug and play design provides effortless termination and virtually eliminates the potential contact damage associated with the termination process. Additional benefits include mass termination of catheter wires directly to the PCB in the disposable and reusable sides, scalability, customization, and the possibility to be re-worked on the reusable side.

  • High Mating Cycle Life
    • Minimum 2,500 mating cycles
    • Increases Mean Time Between Failure (MTBF) of reusable side
  • PCB Connection
    • Fine pitch edge card contacts allow for smaller footprint in medical equipment
    • Finger-proof for patient & medical personnel safety, while eliminating bent pin damage
    • Effortless termination
    • Tolerates standard sterilization protocols: Autoclave, EtO, Sterrad®
    • Embedded electronics allows for greater design flexibility
  • Plug & Play Design
    • Minimized assembly time and inventory costs
    • Rugged plug mates either to disposable device or directly to the system
    • Embedded electronics allows for greater design flexibility
  • Quick, Intuitive Mating
    • Unique connector shape & available keying ensures correct mating in fast-paced medical environments
    • Simple push-button active latch prevents inadvertent unmating and provides audible feedback

Case Study

Eclipta™ Connects Electrophysiology Catheter

A manufacturer of cutting edge medical devices was developing a new cardiac ablation system to treat heart arrhythmias. They required a highly reliable, but cost effective, interconnect between a single use catheter and a reusable cable that must be sterilized between patients, a total of 10 to 20 times. Though the catheter is used only once, the connectors must provide absolute dependability in light of the critical nature of the procedure. Additionally, since the disposable device cannot be reused on another patient, its overall cost is of particular consequence. The mating connector on the reusable cable is subjected to EtO, Sterrad®*, and/or multiple steam autoclave sterilizations, since that cable must traverse the sterile field boundary … yet it must also be cost effective since autoclaving can diminish the life of the cable, thus making it a ‘limited-use’ device. In addition, this cable must maintain its reliability while mating to multiple disposable catheters. And an added requirement was that the connectors must be intuitive and simple to use with gloved hands during the operation.

Learn More

Related Products

Help us improve this page

We are constantly trying to improve the content and overall experience on our website. Please share any feedback you may have regarding this page below.

Create your own user feedback survey

Information Inquiry™-ecl-series/

Request a Quote

Contact Information

Application Information

Product Information

The reCAPTCHA failed. Please try submitting the form again