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(22 products available)
U161 Standard Pin Connector
The U161 standard pin connector has twelve contact points suitable for an operating voltage of 250V. It is a widely used U-series configuration based on the 163-1 standard. These sockets accommodate nominal currents of up to 25 amperes. Because of this, they are frequently used in agricultural machinery.
U161 Power Pin Connector
This device allows high current transmission. Its jaws can carry up to 40 amperes without overheating. Typical voltages for power pin connectors are 415 volts. For this reason, it is suitable for use in industrial activities.
U161 Multi-Pin Connector
For devices needing more complicated connectivity, the U161 multipin connector may be appropriate. It can simultaneously transmit power and multiple signal lines, eliminating the effort of distinct systems. The design is robust and compact, meaning that it saves space and is relevant to crowded situations.
U161 Water-Resistant Connector
The U161 connector has been redesigned to make it more water-resistant. It features padding and a locking tab for better performance in wet areas such as construction sites. This adaptor is perfect for heavy outdoor use, with an IP rating of four or higher.
U161 Panel-Mount Connector
The U161 panel-mount connector is designed so that the connecting cables can be fitted to control panels or machinery housings. This enables secure, stable, and easy connections for equipment that requires permanent or semi-permanent wiring. This is useful in manufacturing and communication systems. The arrangement can be set up for rapid, simplistic access for maintenance or system upgrades.
Housing Material
The connector's housing is made from polycarbonate or nylon. These materials are both strong and impact-resistant. This makes them ideal for use in heavy-duty applications. This helps ensure that the U161 connector maintains its shape and functionality even under strenuous conditions. The U161 socket has a constructed housing resistant to environmental factors like dust, water, and temperature changes. This enhances usability in outdoor and industrial environments.
Insulation Properties
The U161 connectors' insulation properties are also essential for durability. Materials used for insulation, such as thermoplastic elastomers, are heat resistant and prevent breakdown in exposure to chemicals. These properties ensure that the connector can safely operate in environments with wide-ranging temperatures. They also ensure that it can resist wear from continual use in machines.
Durability of Contacts
U161 connectors have contact pins made from brass or copper alloy. These conductors provide optimal electrical conductivity to resist oxidation. To improve the performance of resistant connectors, gold- or silver-plated contacts may be fitted. These additions reduce the potential for corrosion, which commonly manifests as a thin layer of metal over time and reduces functionality. Thus, these connectors remain reliable and efficient for longer periods.
Weather Seals
Weather-seals made from rubber and silicone are added to U161 connectors for extra durability in adverse weather conditions. These seals fill up any gaps in the connector housing to stop moisture, dirt, and dust from entering. The sealing arrangement raises the U161 connector's longevity by minimizing corrosion risks and internal damage, especially when applied in outdoor or hazardous environments.
Industrial Machinery
The U161 connector can withstand voltage and current, making it ideal for connecting power and control systems in heavy-duty industrial machinery. Its reliability minimizes downtime from electrical failures, which is critical in industries requiring continuous operation.
Construction Equipment
The U161 waterproof connectors allow reliable electrical connections in construction equipment operating in unpredictable weather. It prevents internal damage caused by water or dirt, ensuring the equipment works properly in outdoor conditions.
Robotics Systems
Connectors work for several signal and power transmission needs in robotics systems, such as U161 multi-pin connectors. This versatility allows their employment in different applications, promoting compact system design with reliable connections for power and data.
Transport Systems
U161 connectors in transport vehicles link different electronic systems like communication, navigation, and power supply. Their robustness and ease of installation make them good choices for matching the vibrational and environmental challenges of connectors in automotive and rail systems.
Telecommunications Equipment
U161 panel-mount connectors provide dependable, long-lasting connections for telecommunication gadgets. They support stable signaling and power transmission required for infrastructure reliability. Also, they have a compact design that fits easily into rack-mounted or enclosure systems.
Compatibility with Voltage and Current Ratings
Ensure that the Electronic Connectors U161 chosen has suitable voltage and current parameters for the intended use. Doing so will avoid performance losses or connector failures. Also, the U161 power pin connectors are ideal when there is an increased demand for electrical power in the target system.
Environmental Considerations
Choose U161 connectors with adequate sealing and housing materials to ensure reliable performance in extreme conditions. For outdoor applications, consider one with IP-rated weather seals to safeguard against moisture or dust. If operating in extreme temperature conditions, select one with proper heat-resistant material.
Type of Application
Select the connector based on the need for simpler or more complex applications. Panel-mount connectors are suitable for structured systems requiring permanent connections, while multipin connectors cater for needs to supply power and data simultaneously.
Durability and Material
Look for U161 connectors built from highly durable thermoplastic materials like nylon or polycarbonate. These are recommended for heavy-duty applications. Ensure the contacts are constructed of brass, copper, or appropriately plated materials. This ensures maximum conductivity with resistance to corrosion.
Ease of Installation
If the application requires frequent connections and disconnections, select connectors with simple locking mechanisms and good accessibility. Ease of connector access and robustness help minimize the time spent on necessary maintenance and increase productivity.
A1: A U161 connector is made of polycarbonate or nylon. These materials are selected due to their combination of mechanical strength and resistance to impacts. The contact pin is usually formed of brass or copper alloys and may be plated with gold or silver for superior conductivity and minimal corrosion.
A2: Most U161 connectors are manufactured with an IP rating of four or higher. They are designed for arduous outdoor or industrial applications and have additional waterproofing and sealing features to protect against moisture and dust.
A3: The U161 power pin connector is designed especially for difficult tasks. It handles high currents of up to 40 amperes, making it great for heavy industrial machinery or construction activities needing a stable power supply.
A4: The U161 panel-mount connector is most commonly used in telecommunications and computing equipment. It provides permanent but accessible connections that ensure systems remain stable and easily maintainable.
A5: Use of durable materials ensures reliability under heavy use conditions. It prevents downtime and failures. The combination of a robust housing with conductive and corrosion-resistant contacts provides a stable electrical connection over a long period.
