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IP67 indicates dust protection and short-term immersion protection under specified conditions. The connector typically requires the correct mating part, completed assembly and locking; the cable entry and panel seal must also meet model requirements. Protection in the unmated state must be confirmed separately.

These two conditions require separate verification. Short-term immersion, long-term immersion, and high-pressure washing use different test conditions. Provide the engineering team with water depth, duration, temperature, medium, and cleaning method, and select a configuration with corresponding verification documentation.

Conductor cross section, expressed in mm² or AWG, is used to match the terminal's termination capacity; cable outer diameter, expressed in mm, is used to match the rear clamping and sealing structure. Cables with the same conductor cross section may differ in outer diameter due to pin count, insulation, or jacket, so both items must be checked separately.

First confirm working voltage, current, contact count, and cable length, then verify the conductor range of the selected terminal and the outer diameter range of the seal. The jacket material should also match fixed or moving installation, bending, temperature, and media conditions. LLT can evaluate the cable and connector together.

Field assembly makes it easy to set the length to actual routing; molded cable assemblies complete cable length, wiring, and end structure in advance. Choose based on on-site cable routing space, maintenance approach, and volume assembly process, and verify the termination methods supported by the specific model.

With power off, verify the mating part and contact positions, and complete stripping and termination per the model drawing; keep the sealing surface clean, confirm the seal is in place, then lock as specified. After completion, check wiring, clamping and assembly status, and verify per the project process. Torque and stripping dimensions follow the documentation for the corresponding model.

It cannot be determined from the series name alone. Mating requires verifying interface dimensions, threaded or locking structure, coding, pin count, pin positions and the mating model. For industrial communication, shielding and transmission requirements must also be confirmed. Please rely on the drawings of both parties and on validation results.

LLT uses solid phosphor bronze contacts and can evaluate plating configurations based on environmental and contact requirements. A gold plating thickness of 2 microinches equals 0.0508 microns; the specific plating, applicable models, and verification conditions should be stated in the product requirements.

Test duration describes performance under the stated conditions and cannot be converted directly into field service life. The company-provided applicable configuration figures are UV resistance ≥1,000 hours and salt spray ≥480 hours. Some higher nickel-plated and gold-plated configurations use maintained electrical performance after testing as the criterion; verify corresponding models and test conditions against the reports.

UL 94 V-0 is a flammability rating for plastic materials and must be verified against the specific material grade, applicable thickness and other conditions. The UL certification scope of a connector product must be checked in the certification documents for the corresponding model. Selecting a material with a UL Yellow Card does not automatically mean the finished product is certified.

Please provide the target model, application and sales market. LLT provides UL 2238, UL 1977, CE, TÜV, SAA and related documentation for applicable SKUs; actual coverage is subject to the corresponding certificates, declarations or test documents.

Provide the interface drawing or mating model, pin count and wiring definition, working voltage and current, cable length and tolerance, cable outer diameter and material, branch locations, cable exit direction, termination treatment, and environmental and verification requirements. Existing samples or drawings can also serve as the starting point for engineering evaluation.