Rectangular Connectors - Housings

Image Part Number Description / PDF Quantity Rfq
566-003-000-711

566-003-000-711

EDAC Inc.

CONNECTORS MODULAR

0

556-003-000-102

556-003-000-102

EDAC Inc.

CONN PLUG 3PIN

0

566-004-000-811

566-004-000-811

EDAC Inc.

CONNECTORS MODULAR

0

565-002-000-311

565-002-000-311

EDAC Inc.

CONN PLUG 2WAY BLACK 22-28AWG

0

565-002-000-411

565-002-000-411

EDAC Inc.

CONN RECEPT 2WAY BLACK 22-28AWG

0

565-005-000-410

565-005-000-410

EDAC Inc.

CONN RCPT 5 WAY BLACK 22-28AWG

0

565-002-000-310

565-002-000-310

EDAC Inc.

CONN PLUG 2 WAY BLACK 22-28AWG

0

570-003-000-100

570-003-000-100

EDAC Inc.

CONN PLUG 3POS WATERPROOF

0

565-002-000-410

565-002-000-410

EDAC Inc.

CONN RECEPT 2WAY BLACK 22-28AWG

0

570-002-000-200

570-002-000-200

EDAC Inc.

CONN RCPT 2POS WATERPROOF 10AMP

0

565-003-000-410

565-003-000-410

EDAC Inc.

CONN RCPT 3 WAY BLACK 22-28AWG

0

565-003-000-310

565-003-000-310

EDAC Inc.

CONN PLUG HSG 3POS 2.50MM

0

565-005-000-310

565-005-000-310

EDAC Inc.

CONN PLUG 5 WAY BLACK 22-28AWG

0

565-005-000-311

565-005-000-311

EDAC Inc.

CONN HOUSING 5POS WATERPROOF

0

566-005-000-210

566-005-000-210

EDAC Inc.

CONN RECEP WATERPROOF 5 POS

0

565-003-000-411

565-003-000-411

EDAC Inc.

CONN HOUSING 3POS WATERPROOF

0

566-003-000-120

566-003-000-120

EDAC Inc.

CONN PLUG 3POS WATERPROOF

0

565-005-000-411

565-005-000-411

EDAC Inc.

CONN HOUSING 5POS WATERPROOF

0

565-003-000-311

565-003-000-311

EDAC Inc.

CONN HOUSING 3POS WATERPROOF

0

566-003-000-220

566-003-000-220

EDAC Inc.

CONN RECEPT 3 POS WATERPROOF

0

Rectangular Connectors - Housings

1. Overview

Rectangular connectors - housings are critical components in electrical and electronic systems, serving as mechanical enclosures for contact arrays and providing alignment and protection for mating interfaces. Defined by their standardized rectangular cross-sections, these housings enable reliable signal and power transmission across diverse applications. Their importance in modern technology lies in their ability to standardize connectivity solutions while supporting miniaturization, high-speed data transfer, and harsh-environment performance in industries ranging from telecommunications to automotive systems.

2. Main Types and Functional Classification

TypeFunctional CharacteristicsApplication Examples
Single-row HousingsCompact design with one linear contact arrayConsumer electronics internal connectors
Double-row HousingsParallel contact arrangement for higher densityIndustrial control panels and PLCs
High-density HousingsMiniaturized contacts with pitch 1.27mmTelecom backplanes and server racks
Waterproof HousingsIP67+ rated sealing with gaskets/O-ringsOutdoor EV charging stations
Modular HousingsCustomizable insert configurationsMultifunctional industrial equipment

3. Structure and Components

Typical housing assemblies consist of:

  • Insulating body (LCP/PBT thermoplastics) with precise contact cavities
  • Integral polarization keys to prevent mis-mating
  • Integrated latch mechanisms (positive/negative locks)
  • Sealing interfaces (for IP-rated variants)
  • PCB mounting features (through-hole/SMT terminations)
Contact retention systems use beam-type spring contacts with gold-plated phosphor bronze alloys, while environmental seals employ silicone rubber gaskets.

4. Key Technical Specifications

ParameterImportance
Rated Voltage (50-600V)Determines dielectric strength and application safety
Current Rating (1-40A)Defines power transmission capacity
Contact Resistance ( 10m )Impacts signal integrity and power loss
Insulation Resistance ( 10G )Ensures electrical isolation between circuits
Operating Temperature (-55 C to +150 C)Dictates environmental suitability
IP Rating (IP20-IP69K)Specifies protection against solids/liquids
Mechanical Life (500-10,000 cycles)Indicates durability for frequent mating

5. Application Fields

Primary industry applications include:

  • Telecommunications: 5G base stations, optical network terminals
  • Industrial Automation: PLC I/O interfaces, sensor/actuator connections
  • Automotive: EV battery management systems, ADAS connectors
  • Medical Equipment: Diagnostic imaging device interfaces
  • Consumer Electronics: Laptop power/data hybrid connectors
Case Study: TE Connectivity's AMPMODU series enables modular connectivity in factory automation systems, supporting rapid replacement of sensors and valves without rewiring.

6. Leading Manufacturers and Products

ManufacturerRepresentative Product Series
TE ConnectivityAMPMODU, CONSENT
Amphenol ICCEB15, CPC12
MolexMicro-Fit 3.0, MX150
Delphi ElectronicsGT Advanced, Metri-Pack 150
JAE ElectronicsDF11, MX64

7. Selection Recommendations

Key selection criteria:

  1. Determine current/voltage requirements with 20% safety margin
  2. Match contact pitch (2.54mm standard, 0.8mm for HDI applications)
  3. Select appropriate locking mechanism (latch/screw types for vibration environments)
  4. Verify material compliance (UL94 V-0 rated for flammability)
  5. Assess environmental requirements (temperature, humidity, chemical exposure)
  6. Evaluate termination compatibility (wire gauge range for crimp versions)
Prioritize suppliers with global footprint for volume production support.

8. Industry Trends

Key development directions:

  • Miniaturization: Sub-1mm pitch solutions for mobile devices
  • High-speed capability: Differential pair designs for 25+ Gbps data rates
  • Eco-friendly materials: Halogen-free thermoplastics adoption
  • Smart integration: Embedded sensors for condition monitoring
  • Standardization: Universal designs per IEC 60603-7 series
The global market is projected to grow at 6.2% CAGR through 2027, driven by electric vehicle and 5G infrastructure demands.

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