205720-9 Industrial Pressure Sensor – High Accuracy, Bulk Pack

205720-9 Overview

The 205720-9 is a high-performance industrial connector designed for reliable and robust electrical connections in demanding environments. Engineered to meet stringent industrial standards, it offers precision mating, secure locking mechanisms, and excellent resistance to environmental factors. This product ensures optimal signal integrity and mechanical stability, making it ideal for complex machinery and automated systems. Sourcing specialists and engineers benefit from its standardized design and proven durability, which simplify integration and maintenance. For detailed technical support and purchasing options, visit IC-fabrikant.

205720-9 Technical Specifications

Parameter	Specificatie
Type contactpersoon	Receptacle
Aantal posities	9
Huidige waardering	10 A per contact
Voltage	250 V AC/DC
Isolatieweerstand	?? 1000 M??
Bedrijfstemperatuurbereik	-40 tot +105°C
Paringscycli	?? 500 cycles
Termination Type	Solder tail
Contactmateriaal	Phosphor bronze with gold plating
Mounting Style	Panel mount

205720-9 Key Features

• High current handling: Supports up to 10 A per contact, allowing for efficient power transmission in industrial equipment.
• Durable contact plating: Gold-plated phosphor bronze contacts provide excellent corrosion resistance and consistent low-resistance connections.
• Robust mechanical design: Built to withstand over 500 mating cycles, ensuring long-term reliability in high-use scenarios.
• Wide operating temperature: Functional from -40 ??C to +105 ??C, suitable for harsh environments and temperature fluctuations.

205720-9 Advantages vs Typical Alternatives

This connector offers superior durability and electrical performance compared to typical industrial connectors. Its gold-plated contacts reduce contact resistance and prevent oxidation, enhancing signal integrity. The robust panel-mount design provides secure mating and mechanical stability under vibration and shock. Furthermore, the high current and voltage ratings support versatile industrial applications, making it a reliable choice over conventional models with lower specifications.

Typische toepassingen

• Industrial automation systems where reliable power and signal connections are critical for process control and machinery operation.
• Control panels requiring secure panel-mount connectors that maintain performance in harsh factory environments.
• Robotics assemblies demanding frequent mating cycles without degradation in electrical or mechanical performance.
• Heavy machinery and equipment installations exposed to wide temperature ranges and potential environmental contamination.

205720-9 Brand Info

The 205720-9 is part of a trusted line of industrial connectors from a leading manufacturer known for precision-engineered interconnect solutions. Designed with a focus on quality and durability, this product reflects the brand??s commitment to delivering components that meet rigorous industrial standards. It supports engineers and sourcing specialists by providing a reliable, easy-to-integrate connector that ensures consistent system performance in demanding applications.

FAQ

What type of termination does the 205720-9 support?

This connector uses solder tail termination, which allows for secure and stable electrical connections. The solder tails are designed to ensure reliable contact integrity when assembled on printed circuit boards or wiring harnesses, facilitating efficient installation and maintenance.

Can the 205720-9 operate in extreme temperature conditions?

Yes, it is rated to operate within a temperature range of -40 ??C to +105 ??C. This wide range enables the connector to perform reliably in harsh industrial environments, including cold storage facilities and high-heat manufacturing sites.

Hoeveel paringscycli kan de connector verdragen?

The connector is designed for a minimum of 500 mating cycles. This durability makes it suitable for applications requiring frequent connection and disconnection without compromising contact quality or mechanical integrity.

What materials are used for the