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Stainless Steel Connectors
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Connector type
The connector type can be used to distinguish our products for installation in a device housing from cable parts. The connector type describes the difference between connectors that are mounted on enclosures, connectors that are mounted on cables, and other connection componentsdistributing signal and power.
Number of contacts
This indicates the number of contacts the connector has.
Gender
A connector consists of the male part (pin) and the female part (socket). Depending on the design, the male or female part is either permanently installed or are located at the end of a cable.
Version
The choice of version allows the definition of the cable outgoing.
Locking Type
The locking system describes how the pin and socket elements are joined.
Termination
The termination type determines how cables, single wires or PCBs can be joined with the connector.
Coding
The connector elements, pin and socket, must be brought into form-fitting alignment with one another (coding) before locking. This prevents mismating.
Shielded Option
Electromagnetic compatibility (EMC) means that a connector is shielded or shieldable. This is required when it is necessary to protect the signals or data conducted by the connector, as well as to protect external devices, from disturbance due to electromagnetic effects.
IP-Rating
The degrees of protection according to IEC60529 apply to various articles and provide information on protection against the intrusion of water and solids such as dust.
Approval
Our articles have various approvals which can be preselected here. can be preselected here.
Rated current
The rated current is the electrical current that is assigned to the connector.
Rated voltage
The rated voltage is the electrical voltage assigned to the connector.
Locking material
Depending on the technical requirements or performance data of the connector, the locking mechanism is made of plastic or metal.
Industry
The most important sectors recommended for the requirements, standards and typical applications of the corresponding binder articles.
Single wire length
The stranded wire is an electrical conductor consisting of thin individual wires and is therefore easy to bend. The individual wires of the stranded wire are usually enclosed in a common insulating sheath and come in different wire lengths.
Mounting orientation
The mounting orientation for flange connectors defines the side from which an item can be mounted.
Mounting thread
There are different thread sizes for the device-side connection, depending on the design. These are available in different variants.
Cross section
The connection cross-section defines the possible size of a stranded wire on a contact in the flange or field attachable connector. Cross-sections from 0.08mm² to 6.0mm² are possible here. Since various industry are also using wires according to the American Wire Gauge (AWG), both units are reflected.
Cable outlet
Field attachable connectors can be assembled with different cables. The cable aperture indicates the possible cable diameters that can be used on an article.
Series
The series indicates the product category of binder circular connectors and serves as a guide for selection.
Contact Plating
The contact surface refers to the plating of the contacts (e.g., gold or silver) and affects conductivity, corrosion resistance, and the service life of the circular connector.
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Stainless Steel Connectors

Stainless steel connectors are engineered for extreme conditions where corrosion, chemicals, or mechanical stress could compromise conventional connectors. Their material properties ensure longevity and reliable operation in demanding industrial environments.


Advantages of stainless steel connectors in harsh environments


Stainless steel connectors offer superior resistance to corrosion, mechanical wear, and environmental factors. They maintain reliable connectivity even in wet, salty, or chemically aggressive conditions, making them suitable for outdoor and industrial applications where durability is critical.


Selecting stainless steel connectors reduces maintenance needs and prevents failures that could result in costly downtime. They are ideal for process automation, heavy machinery, and applications with strict hygiene or corrosion requirements.


Why stainless steel is essential for demanding industries


• High corrosion and chemical resistance 
• Long-term durability in harsh conditions 
• Reduced maintenance and downtime 
• Suitable for outdoor, wet, or chemically aggressive environments

Frequently Asked Questions about Stainless Steel Connectors (FAQ)


What are stainless steel connectors?


Connectors with a stainless steel housing that provides high corrosion and chemical resistance for harsh and hygiene-critical environments.


When are stainless steel connectors used?


In corrosive, saline, damp or chemically aggressive environments, and where high hygiene requirements apply.


What advantages do stainless steel connectors offer?


High corrosion and chemical resistance, mechanical robustness, long service life and easy cleanability.


Are stainless steel connectors corrosion-resistant?


Yes, the stainless steel housing is designed for rust and chemical resistance. Sealing (IP rating) additionally depends on the seal design, not on the material alone.

Where are stainless steel connectors used?


In the food and beverage industry, chemical and process engineering, outdoor and coastal applications, and hygiene-sensitive installations.

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