Terminals - Turret Connectors

Image Part Number Description / PDF Quantity Rfq
2308-2-00-44-00-00-07-0

2308-2-00-44-00-00-07-0

Mill-Max

TERM TURRET SINGLE L=3.96MM

10875

1598-1

1598-1

Keystone Electronics Corp.

TERM TURRET SINGLE L=7.65MM TIN

0

1511-3

1511-3

Keystone Electronics Corp.

TERM TURRET HOLLOW L=6.17MM TIN

900

11250

11250

Keystone Electronics Corp.

TERM TURRET DOUBLE L=4.98MM TIN

625

H2051-01

H2051-01

Harwin

TERM TURRET HOLLOW L=4.78MM TIN

547

1575-3

1575-3

Keystone Electronics Corp.

TERM TURRET DOUBLE L=4.72MM TIN

7200

2503-2-00-01-00-00-07-0

2503-2-00-01-00-00-07-0

Mill-Max

TERM TURRET SINGLE L=4.75MM

0

H9021-01

H9021-01

Harwin

TERM TURRET SINGLE L=7.65MM TIN

226

2551-3-00-44-00-00-07-0

2551-3-00-44-00-00-07-0

Mill-Max

TERM TURRET SINGLE L=6.02MM

0

2501-3-00-44-00-00-07-0

2501-3-00-44-00-00-07-0

Mill-Max

TERM TURRET SINGLE L=5.56MM

994

1121R-07-0319

1121R-07-0319

Concord Electronics

PTFE INSULATED FEED THRU (TURRET

9950

1633-1

1633-1

Keystone Electronics Corp.

TERM TURRET PIN L=1.93MM TIN

60244600

11303

11303

Keystone Electronics Corp.

TERM TURRET SINGLE L=4.93MM TIN

1211200

11363

11363

Keystone Electronics Corp.

TERM TURRET DOUBLE L=10.8MM TIN

152

2348-2-00-01-00-00-07-0

2348-2-00-01-00-00-07-0

Mill-Max

TERM TURRET SINGLE L=3.96MM

0

1514-3

1514-3

Keystone Electronics Corp.

TERM TURRET SINGLE L=7.14MM TIN

4700

11310

11310

Keystone Electronics Corp.

TERM TURRET SINGLE L=7.87MM TIN

2371000

1574-2

1574-2

Keystone Electronics Corp.

TERM TURRET DOUBLE L=2.64MM TIN

400

2308-2-00-80-00-00-07-0

2308-2-00-80-00-00-07-0

Mill-Max

TERM TURRET SINGLE

9402

2506-2-00-50-00-00-07-0

2506-2-00-50-00-00-07-0

Mill-Max

TERM TURRET SINGLE L=3.96MM

865

Terminals - Turret Connectors

1. Overview

Turret Connectors are electrical interconnect solutions featuring cylindrical terminals with threaded posts for secure wire attachment. This screw-type connection mechanism allows reliable termination of stranded or solid wires without soldering. Their vibration-resistant design and high current-carrying capacity make them critical components in automotive, industrial, and aerospace systems requiring robust electrical connections.

2. Major Types and Functional Classification

TypeFunctional CharacteristicsApplication Examples
Single-Turret TerminalSingle threaded post with hexagonal driveAutomotive battery connections
Double-Turret TerminalDual independent threaded postsIndustrial control panels
Weatherproof TurretSealed housing with IP67 ratingMarine electrical systems
High-Temperature TerminalRated for 200 C continuous operationIndustrial ovens

3. Structure and Composition

Typical turret connectors consist of: - Conductive core (brass/copper alloy with gold/silver plating) - Insulating body (high-temperature nylon or PBT) - Threaded turret (M3-M8 metric sizes) - Locking mechanism (nylon insert or mechanical lock tab) - Mounting flange (steel with zinc coating)

4. Key Technical Parameters

ParameterTypical RangeImportance
Current Rating10-100ADefines power transmission capacity
Voltage Rating300-1000VDetermines insulation requirements
Contact Resistance<5m Impacts power efficiency
Insulation Resistance>10G Ensures electrical safety
Temperature Range-55 C to +200 CDefines operational environment
Durability100-5000 cyclesDetermines service life

5. Application Fields

  • Automotive: ECU connections, alternator terminals
  • Industrial: PLC systems, motor controllers
  • Aerospace: Avionics power distribution
  • Consumer: High-end audio amplifiers

6. Major Manufacturers and Products

ManufacturerProduct LineKey Features
TE ConnectivityDT seriesModular design, automotive qualified
AmphenolTurret PowerLineHigh-vibration resistance
MolexTurretXpressQuick-installation system
DelphiAutomotive TerminalsTS16949 certified
3MIndustrial ConnectorsCorrosion-resistant plating

7. Selection Guidelines

Key considerations include: - Current/voltage requirements (select 20% above system needs) - Environmental conditions (temperature, vibration, moisture) - Space constraints (panel cutout dimensions) - Certification requirements (ISO 8092 for automotive) - Maintenance access (positioning for tool engagement) - Cost optimization (balance between precious metal content and conductivity needs)

8. Industry Trends

Current developments include: - Miniaturization for EV power electronics - Composite materials for weight reduction - Integrated sensors for condition monitoring - Lead-free plating technologies - Standardization through IEC 60352-3 updates

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