Phoenix Contact SUBCON-PLUS 9 Way D-sub Connector Socket - Right Angle
This Phoenix Contact SUBCON-PLUS D-sub connector socket features a 9-way configuration and a 35° c...This Phoenix Contact SUBCON-PLUS D-sub connector socket features a 9-way configuration and a 35° cable mount. The termination method is screw terminal, with a current rating of 100mA and a voltage rating of 50.0 V. The housing material is Metal Plated ABS. Its dimensions are 60.0mm in length, 16.0mm in width, and 44.0mm in depth. The maximum operating temperature is +75°C, and the minimum operating temperature is -20.0°C. This model is designated as SUBCON-PLUS 9/F and has a pitch of 2.77mm.
This Phoenix Contact SUBCON-PLUS 9/F D-sub connector socket is designed for professionals needing reliable field-mountable connections in industrial environments. Its key benefit is the ability to easily terminate individual wires with separate terminal blocks, ensuring clean connections and high signal integrity. A potential caveat is the 50.0 V voltage rating, which may not be suitable for high-power applications. This connector offers easy assembly, good EMC shielding, and flexibility for various cabling needs.
All features
Model Part Number
2744241
Brand
Phoenix Contact
Extended Product Information
FAQs
What does 'SUBCON-PLUS' signify?
SUBCON-PLUS indicates Phoenix Contact's series of plug-and-play D-sub connectors designed for easy assembly in the field, featuring separate terminal blocks and robust construction.
Can this connector be used for power transmission?
No, this connector is primarily designed for signal transmission with a voltage rating of 50.0 V and a current rating of 100mA. It is not suitable for high-power applications.
How does the 35° cable mount help?
The 35° angle allows for more organized cable routing in control cabinets or enclosures where space is limited, preventing sharp bends and strain on the cable.
Is special tooling required for assembly?
No, the SUBCON-PLUS series is designed for easy assembly. It features knurled screws that can be tightened by hand.
What is the advantage of separate terminal blocks?
Separate terminal blocks for each wire prevent signal crosstalk and interference, ensuring cleaner signal transmission and higher data integrity, especially in multi-conductor applications.
How do I ensure good EMC performance?
Ensure the cable is properly seated in the entry gland and the housing is fully closed. The metal-plated ABS housing provides inherent EMC shielding, but a secure connection is vital.
What is the operating temperature range?
The connector can operate reliably within a temperature range of -20°C to +75°C.
Troubleshooting
No connection or intermittent signal
Verify that all individual wires are correctly stripped and securely fastened in their respective screw terminals. Check for any loose connections or wire strands. Ensure the male connector is fully engaged.
Poor data transmission speed
Confirm that the cable used is rated for the desired data speed and that the connections are clean and tight. Check for any potential sources of electromagnetic interference nearby and ensure the connector's EMC shielding is intact.
Connector housing won't close properly
Ensure no wires are pinched or misaligned within the housing. Make sure the cable is properly seated in its entry gland and not obstructing the closure.
Difficulty tightening screws
The knurled screws are designed for hand-tightening. If resistance is met, check for debris in the threads. Do not force the screws; ensure proper alignment.
Pros and Cons
Pros
Facilitates easy and secure connections in the field.
Individual wire termination prevents crosstalk and ensures signal clarity.
Robust design with good electromagnetic compatibility (EMC).
Tool-less assembly features speed up installation.
Adaptable to various cable sizes and types due to flexible entry.