The VG95234 series connectors are military-standard circular connectors compliant with MIL-DTL-5015, engineered for mission-critical communication radar applications. Designed to deliver stable power transmission, control signal exchange, and data acquisition, these connectors excel in airborne, naval, and ground-based radar systems—withstanding extreme environmental stressors while maintaining consistent performance. As a widely adopted U.S. military-grade connector series, it offers comprehensive model coverage and flexible configurations to match the rigorous demands of radar subsystems.
Complete Model Range of VG95234 Series
The VG95234 series encompasses configurations optimized for different installation methods, functional needs, and environmental conditions, covering all standard variants for radar applications:
VG95234A: Straight cable plugs, supporting crimp or solder termination. Used for connecting radar antenna servo cables, power lines, and signal transmission harnesses.
VG95234B: Straight panel receptacles, designed for mounting on radar control cabinets, transceiver panels, and power modules. Available with optional dust covers for basic environmental protection.
VG95234B1/B2: Sealed panel receptacles with protective caps, achieving IP67/IP68 ingress protection. Suitable for naval radar, coastal radar stations, and outdoor ground radar exposed to moisture and salt spray.
VG95234C1/C2: 90° angled cable plugs, ideal for tight spaces inside radar antenna housings, signal processing units, and compact transceiver modules—enabling space-saving wiring layouts.
VG95234D: High-density straight plugs, featuring compact pin spacing to support multi-channel signal transmission in radar data acquisition and processing units.
VG95234E/E1: EMI-shielded plugs and receptacles. Equipped with metal shells and enhanced shielding structures to reduce electromagnetic interference,适配 radar’s sensitive signal links (non-RF high-frequency links; RF links require dedicated RF connectors).
VG95234F: Flange-mounted receptacles, with rigid flange fixing to resist high vibration. Compliant with MIL-STD-810 vibration standards, suitable for airborne radar fuselage mounting and mobile radar platforms.
VG95234G: High-voltage variants, rated voltage up to 2000V AC (per standard insulation specifications), designed for radar transmitter power supply links and high-voltage auxiliary circuits.
VG95234M: High-current heavy-duty plugs, with single-contact current ratings up to 245A (dependent on contact diameter: 6.0mm contacts). Used for radar transmitter peak power supply and high-power module connections.
VG95234N1/N2: Wall-mounted embedded receptacles, with flush installation design for integration into radar control consoles and fixed ground radar station enclosures.
VG95234R1: Anti-misinsertion coded models, featuring unique keyway coding to prevent incorrect mating—critical for multi-channel radar systems with multiple parallel connectors.
VG95234K: Matching accessories, including sealing gaskets, locking rings, and anti-loosening clips, compatible with all series models to enhance installation reliability.
Flexible Multi-Pin Configurations
The VG95234 series offers 1 to 61 pin options (standard pin counts per MIL-DTL-5015), tailored to the power, signal, and control needs of radar subsystems:
1-4 pins: Used for radar antenna servo motor power supply and basic control signals (e.g., antenna elevation/azimuth adjustment commands).
6-12 pins: Suitable for radar mode switching, equipment status monitoring, and sensor data feedback links (e.g., temperature, pressure sensors in radar modules).
19-37 pins: Applied in radar signal processing units for multi-channel data acquisition, supporting parallel transmission of control signals and low-frequency data.
50-61 pins: High-density configurations for integrating power, control, and signal transmission in complex radar subsystems, reducing the number of connectors required.
Core Performance Advantages for Communication Radar
1. Military-Grade Environmental Adaptability
Operating temperature range of -55°C to +125°C (standard for military-grade connectors), compliant with MIL-STD-810G for vibration and shock resistance. IP67/protection (for sealed models) ensures stable operation in airborne low-pressure, naval salt spray (≥1000 hours salt spray test per standard), and ground dust environments—consistent with radar’s all-weather deployment needs.
2. Standard Reverse Bayonet Locking Mechanism
Adopts a 120° tool-free bayonet locking design, enabling quick mating/unmating during radar maintenance. The anti-vibration structure prevents accidental disconnection under high-frequency vibration (common in airborne and mobile radar), a standard feature of VG95234 series.
3. Verified Electrical Performance
Rated current ranges from 1A to 245A (dependent on contact diameter: 1.5mm→10A, 2.5mm→20A, 4.0mm→40A, 6.0mm→125–245A). Rated voltage up to 2000V AC, insulation resistance ≥1000 MΩ (at DC 500V), and contact resistance ≤20 mΩ (initial value;gold-plated contacts ≤10 mΩ). These parameters ensure minimal signal attenuation and stable power supply for radar operation.
4. EMI Shielding & Corrosion Resistance
Shell materials include aluminum alloy and stainless steel, with cadmium or nickel plating (compliant with military corrosion standards). The metal shell provides inherent EMI shielding, reducing external interference to radar signals-critical for maintaining detection accuracy. Plating ensures resistance to salt spray and humidity in harsh environments.
5. Standard Termination Options
Supports crimp, solder, and PCB mount termination methods (per series specifications), compatible with radar wiring designs-from field-deployed power cables to integrated PCB boards in control units. Crimp termination is widely used for its reliability in vibration environments.
Why Choose Our VG95234 Series Connectors?
Standard Compliance & Full Model Availability
All products strictly comply with VG95234 and MIL-DTL-5015 standards, ensuring compatibility with existing U.S. military and industrial radar infrastructure. We stock all standard models to avoid supply chain delays for radar projects.
Application-Tailored Customization
Offer customized pin layouts, shell plating, and sealing levels based on radar-specific requirements (e.g., enhanced EMI shielding for sensitive subsystems, extended temperature range for extreme environments)-all within standard framework.
Rigorous Quality Testing
Each connector undergoes factory testing, including insulation resistance, contact resistance, vibration, waterproof, and salt spray tests-consistent with military acceptance criteria to ensure reliability.
Professional Technical Support
Provide engineering guidance for connector selection (matching radar power/signal needs), installation, and maintenance-backed by expertise in radar connectivity applications.
Number Of Cores
Contact Diameter(mm)
IP Rating
Shell Material
Termination
Rated Current(A)
Certification
Tel: +8619924482730
Email: info@kmydconnector.com
MP/WhatsApp: +86-19924482730
Manufacturer Address:Baoan District, Shenzhen City, Guangdong Province,China
Highly dependable VG95234 connectors, perfect for mission-critical aerospace and defense equipment.NimbusHarborX2 2026-02-04
Designed to meet strict military standards, these connectors ensure long-term reliability.LumenNavigatorX 2026-02-04
VG95234 5-pin connectors deliver steady power and signal without interruptions.NorthboundX2 2026-02-04
VG95234 3-pin connectors are tough, durable, and maintain stable performance under harsh conditions.ZevioX 2026-02-04