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DSub jacks for print mounting

Product information for Dsub Jack for Print mounting EDF 09 PP, 37-pole

The 37-pin D-Sub socket from EFB-Elektronik is designed for a reliable solder connection on the PCB. With a 180° connection angle and female contact design, it is suitable for standard-compliant connectors in compact applications.

• 37-pin D-Sub socket for PCB mounting
• 180° design with solder connection for PCB mounting
• Female contact design for a suitable plug connection

The temperature range of -55 to 105 °C supports use in demanding environments. The EDF 37 PP version is designed for a stable signal connection and is suitable for industrial and technical applications where a permanently resilient interface is required.

Technical details
• Type: EDF 37 PP
• Connection type: Soldering
• Shooting angle: 180°
• Finish: Socket
• Contact version: female
• Number of poles: 37
• Temperature range: -55 – 105 °C
• Brand: EFB-Elektronik
• Packaging: 40 pieces per blister
Connection angle (180°/90°): 180
Connection type: Solder
Contact manufacturing method (turned/stamped): stamped
Contact type: female
Model: jack
Temperature range: -55 – 105

Technical properties

Connection angle (180°/90°): 180
Connection type: Solder
Contact manufacturing method (turned/stamped): stamped
Contact type: female
Model: jack
Temperature range: -55 – 105

Product information for Dsub Jack for Print mounting EDF 09 PP, 37-pole

The 37-pin D-Sub socket from EFB-Elektronik is designed for a reliable solder connection on the PCB. With a 180° connection angle and female contact design, it is suitable for standard-compliant connectors in compact applications.

• 37-pin D-Sub socket for PCB mounting
• 180° design with solder connection for PCB mounting
• Female contact design for a suitable plug connection

The temperature range of -55 to 105 °C supports use in demanding environments. The EDF 37 PP version is designed for a stable signal connection and is suitable for industrial and technical applications where a permanently resilient interface is required.

Technical details
• Type: EDF 37 PP
• Connection type: Soldering
• Shooting angle: 180°
• Finish: Socket
• Contact version: female
• Number of poles: 37
• Temperature range: -55 – 105 °C
• Brand: EFB-Elektronik
• Packaging: 40 pieces per blister
Connection angle (180°/90°): 180
Connection type: Solder
Contact manufacturing method (turned/stamped): stamped
Contact type: female
Model: jack
Temperature range: -55 – 105

Connection angle (180°/90°): 180
Connection type: Solder
Contact manufacturing method (turned/stamped): stamped
Contact type: female
Model: jack
Temperature range: -55 – 105

Safety instructions


Important safety information to prevent accidents and damage during installation: Hazard: If the raised floor is used incorrectly, it may break. Action: Avoid walking on the raised floor unless the correct loads and load specifications are taken into account. Incorrect loading Hazard: Incorrect loading can lead to instability and damage. Action: Ensure that the load is even and prescribed according to the manufacturer's instructions. Enclosure falls due to weight being exceeded Hazard: Exceeding the maximum weight limit can destabilize the enclosure. Action: Check the maximum permissible load of the enclosure and ensure that this is not exceeded. Falling components due to inadequate fastening Hazard: Inadequately fastened components can fall and cause injury. Action: Ensure that all parts are properly and securely assembled. Housing parts breaking out due to incorrect loading Danger: Inadmissible loading leads to material damage and possible housing parts breaking out. Action: Ensure that the load is distributed correctly and that the recommended load is used. Risk of tipping due to uneven floor Danger: An uneven floor can cause the cabinet or device to tip over. Action: Make sure that the surface is level and stable to avoid the risk of tipping. Risk of tipping due to insufficient load-bearing capacity of the surface Danger: Insufficient load-bearing capacity of the surface can encourage the cabinet to tip over. Action: Check the load-bearing capacity of the surface before installation and ensure that it can safely support the weight. Cabinet can tip over if heavy server unit is pulled forward Danger: Pulling heavy server units forward can cause the cabinet to tip over. Action: Always secure cabinets and server units with suitable brackets and seek assistance when handling heavy equipment. Risk of tipping over with heavy cooling unit without safety measures Hazard: Improper fastening of cooling units to external brackets can cause the cabinet or device to tip over. Action: Secure cooling units with suitable devices to prevent tipping. Side walls fall off - sash lock not used correctly Hazard: Incorrectly used sash locks can cause the side walls of the cabinet to fall off. Action: Regularly check that all sash locks are correctly and securely fitted. Load capacity not provided Hazard: An insufficient load capacity can destabilise the system. Action: Before installation, check the load capacity information and ensure that the base and the shelves are sufficiently stable. Inadequate fastening when fitting accessories Hazard: Loosely fitted accessories can fall down dangerously. Action: Fasten all accessories carefully and regularly check them for strength. Insufficient wall statics - housing falls down Danger: Insufficient wall statics can cause the housing to fall down. Action: Before installation, make sure that the wall has sufficient static load-bearing capacity and that the housing can be installed safely. Injury from falling attachments Danger: Insufficiently secured attachments can fall down and cause injuries. Action: Make sure that all attachments are correctly secured and check them regularly. Warning: Danger of swallowing The product must not be put in the mouth. If swallowed, there is a risk of suffocation, internal blockage of the digestive tract and a possible risk of poisoning from ingredients that may be contained in the products.

Manufacturer information


EFB-Elektronik GmbH   
Striegauer Straße 1   
33719 Bielefeld   
info@efb-elektronik.de    
https://www.efb-elektronik.de/kontakt