Binder Konnektör, 3 Kontaklı, Mini, Kablo Ucuna Monte, Priz, IP40

Binder 719 Series Circular Connector, 3A Current, 3 Contacts - 09-9748-00-03

This circular connector provides a compact, three-contact socket intended for cable-mounted connections in industrial and electronic systems. It is designed as a subminiature, straight-orientation female connector that secures by snap-in mating, offering a practical connection Interface for low-voltage assemblies where a small footprint is required.

Features and Benefits:

• Gold-plated bronze contacts for low-resistance conductivity
  Rated for continuous current of 3 A ensuring steady power delivery
  Solder termination for secure, permanent conductor attachment
  Polyamide housing offering material robustness for industrial use
  IP40 protection level against solid ingress in controlled settings
  Operating temperature range from -25 to 70°C for varied environments

Applications

• Suitable for sensor cabling in automation equipment
  Ideal for low-voltage power links in control cabinets
  Used with portable test rigs requiring Compact sockets
  Can be used for interconnects in instrumentation panels

What contact configuration does it provide for wiring layouts?

It uses a three-contact arrangement in a 3-pin pole format to support simple signal or low-power circuits.

How does the snap-in mechanism affect installation speed?

The mating method allows quick engagement without tools, reducing assembly time in repetitive cable-fit operations.

What electrical limits must be observed during deployment?

The connector is specified for operation up to 60V and should not be used beyond its voltage or current ratings.

How should thermal conditions be considered for reliability?

Ensure ambient and enclosure temperatures remain within -25 to 70°C to maintain material and contact performance.

Which contact surface finish aids repeated mating cycles?

The contacts are coated with gold plating to improve wear resistance and maintain consistent electrical contact over multiple cycles.