Model: 5015 16‑Pin Plug‑in Straight Connector Compatible models: MS3106 24‑7S | MS3102 24‑7P (MS3102 24‑7P) Why choose this connector Provides a secure, plug‑in connection for multi‑circuit applications requiring a standard 5015 style interface. 16 contact positions let you consolidate multiple signal or power lines into a single, serviceable connection. Straight (inline) body simplifies routing where a direct plug‑through connection is required. Key benefits Compatibility: Matches MS3106 24‑7S and MS3102 24‑7P interfaces for straightforward mating with existing MIL‑style systems. Ease of use: Plug‑in design allows quick mating and disconnection for maintenance, testing, or replacement. Space efficiency: 16 pins in a single connector reduce panel clutter and wiring complexity compared with multiple separate connections. Primary attributes Pin count: 16 contact positions for mixed signal or power wiring. Form factor: Straight / inline plug‑in connector for direct mating. Standard reference: 5015 series style, associated with MS3102 / MS3106 model families. Models referenced: MS3106 24‑7S and MS3102 24‑7P compatibility. Typical applications Military and aviation wiring harness repairs or installations where 5015‑style connectors are specified. Industrial control and automation equipment that require multi‑circuit, removable connections. Test benches, instrumentation and field service equipment needing a reliable, easy‑to‑swap connector interface. Installation and usage notes Designed for plug‑in mating with the listed MS3102/MS3106 counterparts; ensure proper orientation and secure mating for reliable contact. Suited for applications where a straight connector body provides the cable routing and access for servicing. Verify contact wiring and pin assignments against your existing system configuration before final assembly. This 5015 16‑pin plug‑in connector (MS3102 24‑7P / compatible with MS3106 24‑7S) is intended for users who need a standard, multi‑pin, straight connector for maintenance, replacement, or integration into systems using MIL‑style connector interfaces.