CBZG5FN Push-Pull Connector for Lithotripters 2026: 5F Series Socket for High-Energy Surgical Equipment and Clinical Lithotripters for US Client

The CBZG5FN-KFS714-S000 is a CBZG5FN push-pull connector for lithotripters — a 5F Series hermetic socket with a high-voltage center pin that transmits high-voltage discharge energy and two low-voltage pins for the safety interlock loop and handpiece temperature sensor, serving as the output port on a lithotripter’s main unit panel. Every specification in this guide is backed by the high-energy medical interconnect engineering of Spring Technology.

Pain point: Releasing massive high-voltage electrical pulses from a clinical lithotripter — where the main unit must deliver discharge energy to the handpiece while simultaneously monitoring a safety interlock loop and the handpiece temperature, with no margin for error?

Core answer: For a US client, Spring Technology supplied the CBZG5FN-KFS714-S000, a 5F Series push-pull connector for lithotripters, designed for medical electronics and specifically for high-energy active surgical equipment and clinical lithotripters. Medical lithotripters require the instantaneous release of massive high-voltage electrical pulses to generate shock waves that shatter calculi within the human body. Serving as the output port on the main unit’s panel, this connector utilizes a high-voltage center pin to transmit the high-voltage discharge energy, while two additional low-voltage pins transmit signals for the safety interlock loop and the handpiece temperature sensor, ensuring absolute operational safety.

1. Technical Parameters & Engineering Standards

This lithotripter connector is built on the ZGN.105F hermetic socket platform, part of the 5F (105F) shell family. The pin arrangement separates the high-voltage discharge path from the low-voltage safety signals.

  • Latching Mechanism: Push-pull self-latching system (anti-vibration & shockproof)
  • Recommended Hardware: Spring Technology Circular Connector
  • Key Metric: High-voltage center pin + 2 low-voltage safety pins; hermetic 5F socket; panel output port
ParameterValue
Connector (this order)CBZG5FN-KFS714-S000 — ZG hermetic socket, 5F (105F) shell, key N, panel mount
High-voltage pinCenter pin transmitting high-voltage discharge energy
Low-voltage pins2 pins: safety interlock loop + handpiece temperature sensor
ApplicationMedical electronics, high-energy active surgical equipment, clinical lithotripters
Panel roleOutput port on the main unit’s panel
FunctionShock wave generation through instantaneous high-voltage pulses to shatter calculi
Connector typeFixed socket, hermetic, panel mount
Shell size5F (105F shell)
Fastening typePush-pull
Contact finishGold-plated

2. Lithotripter Connector Design Highlights

Extracorporeal shock wave therapy demands a connector that handles extreme energy and extreme caution. The design highlights below are why this CBZG5FN push-pull connector for lithotripters is specified for high-energy surgical equipment:

  • High-voltage center pin — transmits the high-voltage discharge energy that generates the shock waves shattering calculi in the body.
  • Safety interlock loop — one low-voltage pin carries the interlock signal, ensuring the system cannot discharge in an unsafe condition.
  • Handpiece temperature sensing — the second low-voltage pin transmits handpiece temperature sensor signals for thermal safety.
  • Panel output port — the hermetic socket mounts as the output port on the main unit’s panel.
  • Separated energy and signal paths — high-voltage and low-voltage circuits are kept distinct for absolute operational safety.
  • Push-pull self-latching — secure connection that holds through clinical handling and patient positioning.

3. 5F Series Connector Family Overview

The 5F (105F) shell is part of Spring Technology’s waterproof and hermetic connector families, used in medical, industrial and field equipment. The connector in this order uses the hermetic ZGN socket design for panel mounting.

3.1 Available Configurations

  • Sockets: ZGN.105F hermetic sockets (this order), including elbow print contact versions.
  • Shell: 5F (105F) shell size in the waterproof and hermetic families.
  • Pin arrangements: mixed high-voltage and low-voltage layouts for active surgical equipment.
  • Keying: key N standard, with additional key options for segregation.

3.2 Customization Services

  • Custom pin arrangements and part numbers (such as the CBZG5FN-KFS714-S000) matched to each system’s energy and safety plan.
  • High-voltage pin and insulation configurations for discharge paths.
  • Hermetic sealing verification for clinical environments.
  • Pre-wired handpiece assemblies for lithotripter systems.

4. Applications: Clinical Lithotripters and High-Energy Surgery

Shock wave lithotripsy combines extreme energy delivery with patient safety systems. This CBZG5FN push-pull connector for lithotripters supports both.

4.1 Extracorporeal Shock Wave Lithotripters

As the output port on the main unit’s panel, the socket delivers the high-voltage discharge energy required to generate shock waves that shatter calculi within the human body.

4.2 Safety Interlock and Temperature Monitoring

Two low-voltage pins carry the safety interlock loop and handpiece temperature sensor signals, ensuring absolute operational safety during treatment.

4.3 High-Energy Active Surgical Equipment

Beyond lithotripsy, the same connector family serves high-energy active surgical equipment that needs separated high-voltage and signal paths.

5. Frequently Asked Questions (FAQ)

Q1: What does the high-voltage center pin do?

**Answer:** The center pin transmits the high-voltage discharge energy that generates the shock waves used to shatter calculi within the human body.

**Answer:** They transmit signals for the safety interlock loop and the handpiece temperature sensor, ensuring absolute operational safety. Discover reliable options from a certified vendor like [Spring Technology](https://www.spring-connectors.com/).

**Answer:** It serves as the output port on the lithotripter’s main unit panel, delivering energy to the handpiece.

**Answer:** Yes. Spring Technology offers custom pin arrangements, high-voltage insulation configurations, hermetic sealing verification and pre-wired assemblies on the 5F platform.

**Answer:** Contact Spring Technology via email at [email protected] or [email protected] with your energy and safety requirements, and the engineering team will respond with a tailored proposal.

Conclusion & Call to Action

This 5F connector delivery for the US client shows how Spring Technology serves high-energy medical equipment — from the high-voltage center pin of the CBZG5FN-KFS714-S000 to its integrated safety and temperature channels, every detail was aligned with the customer’s lithotripter requirements. Spring Technology also provides professional customization services for both push-pull connectors and cable assemblies, offering tailored solutions to meet your specific technical requirements.

For more information about our 105F series connectors or to discuss your requirements, contact us at [email protected] or [email protected], or visit our website.

Building a lithotripter or high-energy surgical system? Send us your voltage, interlock and sensing requirements — our engineering team will respond with a tailored CBZG5FN push-pull connector proposal for your lithotripters within 24 hours.

Further Reading

CBZG5FN Push-Pull Connector for Lithotripters 2026 5F Series Socket for High-Energy Surgical Equipment and Clinical Lithotripters

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