2 Pin MIL-DTL-5015 MS3106-14S-9S Accelerometer Sensor Cable
PCM Cable Co., Ltd. is one of the leading 2 pin mil-dtl-5015 ms3106-14s-9s accelerometer sensor cable manufacturers and suppliers in China. Welcome to wholesale high quality customized products at discount price from our factory. Contact us for quotation and free sample.
Premier Cable PCM-1004 is developed for ICP IEPE accelerometers, vibration sensors and industrial condition monitoring systems, using a 2-position 14S-9 interface with a straight cable exit compatible with the MS3106-14S-9S configuration.
Compared with multi-contact interconnects intended for more complex circuits, the 2-pin arrangement provides a straightforward option for compatible sensor circuits. It can serve as a detachable connection between accelerometers, constant-current sources, signal conditioners, dynamic DAQ systems and vibration analyzers.
PCM-1004 uses an MIL-DTL-5015 style threaded coupling mechanism. After mating, the coupling ring provides positive mechanical retention, helping reduce accidental loosening caused by continuous vibration or cable movement in permanent condition monitoring installations.
Products Specification
| Product Name | MIL-C-5015 MS3106 2 Pin Sensor Cable |
| Part Number | PCM-1004 |
| P1 Connector | MS3106-14S-9S, 2 Pin |
| P2 Connector | MS3106-14S-9S, 2 Pin |
| Connector Standard | MIL-C-5015 |
| Thread Specification | 5/8-24UNF |
| Cable Length | 2000 + 30 mm |
| Wire rod | UL20549 18# x 2C +AB +TPU |
| Cable Outer Diameter | OD 5.2 mm |
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Product Features
Standard 14S-9S 2-Pin Polarized Interface
Features a size 14S shell with a 2-contact 9S layout compatible with the MIL-DTL-5015 MS3106-14S-9S interface. Mechanical polarization supports correct mating and helps prevent misalignment in ICP/IEPE accelerometer and industrial vibration monitoring connections.
Streamlined Axial Straight-Inline Geometry
The straight-plug geometry routes the cable naturally along the connector and sensor axis, minimizing unnecessary lateral bending. It is well suited to recessed measurement points, protected equipment areas, pump housings, bearing blocks, and vibration test locations with adequate axial clearance.
Threaded Coupling & Dual-Clamp Strain Relief
The threaded coupling ring provides secure mechanical retention, while the dual-sided metal cable clamp grips the cable jacket and transfers pulling and bending loads away from the soldered contacts, supporting reliable connections in continuous-vibration and industrial monitoring environments.
Core Application Scenarios
Single-Axis IEPE ICP Accelerometer Cable Infrastructure
Designed for standardized interconnection of single-axis IEPE/ICP accelerometers, supporting compatible 2-pin vibration sensors from PCB Piezotronics, Wilcoxon, CTC, and similar manufacturers. The MS3106-14S-9S compatible interface connects accelerometers to constant-current sources, signal conditioners, dynamic DAQ systems, and online vibration monitoring modules for motors, pumps, fans, gearboxes, and spindle condition monitoring.
Recessed Pump Ports & Enclosed Motor Test Sites
Designed for deep, narrow vibration measurement points with limited lateral clearance. Its straight axial cable exit can reach recessed ports in submersible pumps, enclosed motor housings, cooling fan shrouds, and confined CNC machinery where a 90° connector may not fit. The cable exits directly along the sensor axis, simplifying mating, threaded locking, and routing while providing a stable ICP/IEPE signal connection at difficult-to-access bearing and machinery monitoring points.
Core Performance Advantages
Ultra-Low Loss Dual-Core Coaxial Differential Telemetry
Physically optimized for shared 2-pin paths running constant current instrumentation power and active dynamic AC returns, eliminating high-frequency attenuation caused by skin effects.
Micro-Ohm Contact Consistency under Brutal Vibration
The two core contact interfaces provide exceptional matching preload, maintaining micro-ohm level contact resistance to completely arrest impedance drifting or phantom spikes during vibration loops.
1,000V AC Premium Pin-to-Pin Dielectric Isolation
Compressed with high-density premium dielectric inserts that deliver a pin-to-pin breakdown voltage rating above 1,000V AC, blocking bias voltage leakage in high-humidity oil refineries.
Unmatched Longitudinal Axial Tensile Load Resistance
The inline configuration matched with an armor-grade metal shell handles brutal longitudinal axial tension, fully guarding inner wire solder cups against accidental harness yanking.
Frequently Asked Questions
Q1：Can it be used for permanent vibration monitoring?
A1：It can be configured for permanent condition monitoring, while final reliability depends on connector version, cable construction, shielding, strain relief, environment and assembly quality.
Q2：How should I solder and map Pin A and Pin B on a 2-pin sensor cable, and where do I terminate the wire shield?
A2：Inside standard single-axis IEPE/ICP transmitter systems, the 2-pin configuration follows: Pin A (Signal / Power High) and Pin B (Common Ground / Signal Low). Because it uses a 2-pin matrix, the external braided wire shield should not be soldered to either contact; instead, peel the braid back and clamp it tightly under the internal 360° metallic mechanical cable clamp. This bonds the shield directly to the connector alloy body and sensor chassis, creating a path that successfully grounds high-frequency scatter radiation.
Q3：Why are straight-inline plugs sometimes preferred over 90° right-angle options when measuring motor or industrial pump low-frequency vibration?
A3：The prime benefit of straight plugs lies in their perfect axial symmetry and accessibility down constrained blind pockets. Many heavy castings, spindle blocks, or flameproof housings isolate sensors inside deeply recessed tapped holes where angled shells cannot rotate or clear the sidewalls. The streamlined straight PCM-1004 slides directly down the bore axis for trouble-free thread locking. Additionally, inside narrow routing conduits where cables must be pulled across long links, the inline profile handles heavy axial pulling tension safely without localized stress failure.
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