Push-Pull Connector for Data Acquisition 2026: CBZG0BG-SFSM06, CBZG1BG-SFSM06 and CBZG0BB-SFSM06 for Test, Measurement and Industrial Data Acquisition for Russian Customers

Spring Technology supplied Russian customers with three 6-pin push-pull connector for data acquisition sockets — CBZG0BG-SFSM06-0000, CBZG1BG-SFSM06-0000 and CBZG0BB-SFSM06-0000 — covering portable loggers, rack-mounted lab equipment and EMI-heavy factory floors, all rated for over 5,000 mating cycles with gold-plated contacts. Every specification in this guide is backed by the precision interconnect engineering of Spring Technology.

Pain point: Capturing clean sensor data in three very different places — inside a pocket-sized field logger, on the faceplate of a lab instrument, and on a factory floor beside heavy electric motors — where every one of those environments threatens the signal path with noise, vibration or rough handling?

Core answer: For Russian customers in test, measurement and industrial data acquisition, Spring Technology supplied three ZG series 6-pin sockets: the CBZG0BG-SFSM06-0000 input socket for portable, pocket-sized data loggers used in automotive field testing and structural integrity field kits, carrying 6 lines for differential sensor pairs such as dual-channel strain gauges; the CBZG1BG-SFSM06-0000 for faceplates of heavy rack-mounted laboratory equipment such as mass spectrometers or engine dynamometers; and the CBZG0BB-SFSM06-0000 for automation control cabinets and factory floors near heavy electric motors, where its front grounding nut keeps the 6-pin sensor path tightly shielded from industrial EMI/RFI.

All three sockets in this push-pull connector for data acquisition set share the ZG fixed socket platform: a compact push-pull panel mount with gold-plated contacts, available in 0B and 1B shell sizes. The 6-pin configuration provides the wiring needed for differential sensor pairs.

• Latching Mechanism: Push-pull self-latching system (anti-vibration & shockproof)
• Recommended Hardware: Spring Technology Circular Connector
• Key Metric: 6 lines for differential sensor pairs; gold-plated contacts; >5,000 mating cycles

Test and measurement equipment lives on the front line of signal integrity. The design highlights below are why this push-pull connector for data acquisition family is trusted across portable, laboratory and factory environments:

• 6 lines for differential sensor pairs — enough conductors for dual-channel strain gauges and other differential sensors, keeping signal pairs together in one shielded connector.
• Front grounding nut for EMI/RFI shielding — the CBZG0BB-SFSM06-0000 secures the 6-pin sensor path against intense electromagnetic noise from heavy electric motors on factory floors.
• Compact panel-mount design — the 0B shell fits pocket-sized loggers, while the 1B shell suits heavy rack-mounted instrument faceplates.
• Gold-plated contacts — stable, low-resistance connections that preserve low-level sensor signals in measurement chains.
• Push-pull self-latching — quick sensor hookup in the field and in the lab, with a lock that holds under 15 g vibration.
• Proven durability — >5,000 mating cycles and 100 g·6 ms shock tolerance for field kits, dynamometers and production floors.

The ZG series is Spring Technology’s fixed socket family for the 0B, 1B and 2B push-pull platforms — panel-mounting sockets that provide a stable, replaceable port on instruments, loggers and cabinets. All three sockets in this order share the same design language, simplifying spares across the customer’s data acquisition equipment range.

• Shell sizes: 0B (2–9 pin), 1B (2–16 pin), 2B (2–26 pin).
• Pin counts: 2 to 26 pins with solder (SFSM) termination; PCB-contact variants available.
• Keying: keys G, A, B, J and more from the A–M and R range, for multi-connector panels.
• Mounting: fixed panel sockets and PCB-contact sockets across the family.

• Custom pin allocations and part numbers (such as the CBZG0BG-SFSM06-0000) matched to each logger or instrument’s channel plan.
• Grounding options, including front grounding nuts for EMI-heavy installations.
• Key orientation selection to prevent mismating on multi-socket faceplates.
• Pre-wired cable assemblies and shielded harnesses for sensor-to-logger links.

From a logger in a technician’s pocket to a dynamometer cell on the factory floor, this push-pull connector for data acquisition set covers the socket side of the measurement chain in three typical environments.

Automotive field testing and structural integrity field kits rely on compact loggers carried to the vehicle or structure under test. The 0B CBZG0BG-SFSM06-0000 push-pull connector for data acquisition gives these pocket-sized devices a small, rugged input socket for differential sensor pairs such as dual-channel strain gauges.

Mass spectrometers, engine dynamometers and other heavy lab instruments put their sensor inputs on the faceplate. The 1B CBZG1BG-SFSM06-0000 push-pull connector for data acquisition provides a larger, clearly keyed socket that survives frequent cable changes during measurement campaigns.

Control cabinets near heavy electric motors face intense electromagnetic noise. The CBZG0BB-SFSM06-0000 push-pull connector for data acquisition with its front grounding nut keeps the 6-pin sensor path tightly shielded from EMI/RFI, preserving signal quality in production data acquisition.

This ZG connector delivery for Russian customers shows how Spring Technology covers the socket side of test and measurement systems — from the CBZG0BG-SFSM06-0000 logger input to the CBZG1BG-SFSM06-0000 lab faceplate and the CBZG0BB-SFSM06-0000 EMI-shielded cabinet socket, every connector was aligned with the customer's data acquisition 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 0B and 1B series connectors or to discuss your requirements, contact us at [email protected] or [email protected], or visit our website.

Building a test or data acquisition system? Send us your channel count, environment and quantities — our engineering team will respond with a tailored push-pull connector for data acquisition proposal within 24 hours.

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• 0B Series Connector
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