Circular connectors
Low/high voltage, coax/triax, hybrid, fiber optic, push-pull, circular, and even fluid/gas: 30,000 references support your power, signal and data requirements
Versatile solutions to meet your requirements
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
Versatile solutions to meet your requirements
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
Versatile solutions to meet your requirements
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
More than 70 years of world-renowned expertise, know-how and pioneering innovation in harsh-environment connectivity technologies such as ruggedness and endurance, sealing and hermeticity, miniaturization and high density, and faultless data transmission.
Wide range of shell sizes, keying options and pin configurations.
Sales request
Technical specifications, downloads & 3D models
Circular connectors by application
Circular connectors by application
Circular connectors by application
All our series feature rugged connectors
Heavy-use or safety-critical applications must be designed to withstand specific levels of mechanical stress and environmental conditions without degrading power, signal, or data transmission.
To endure the toughest conditions, our circular connectors, cables and electronic solutions are built and assembled with robust materials and a rugged design:
- Mechanical endurance to resist abrasion, wear, and intensive use – up to 10,000 mating cycles without any loss of signal or power
- Design and assembly robustness – resistance to vibration and shock, safe and extremely robust locking (push-pull, breakaway, screw) and keying (with easy error-proof blind mating as well as color-coding identification), mating-rotation resistance, ultra-resistant resin sealing (body and contact block), cable tensile strength up to 400 N (central strength member)
- Material mix (housing, plating, insulating, sealing, overmolding, jacketing) for increased hardness, flex endurance and resistance to environmental conditions such as high temperatures, radiation, corrosion and salt fog, chemicals (sterilization, disinfection and decontamination proof)
- 360° shielding ensuring EMI/RFI protection for faultless data transmission (data integrity and security).
‘Ruggedization’ methods and processes pertain to the entire designing, engineering and manufacturing chain of our circular connectors, cable assembly and electronic solutions – from choosing high-quality materials for housing, coating, plating, insulating and sealing, to overmolding or jacketing cables to protect the insulation and conductor core against environmental aggression and chemical deterioration, etc.
Heavy-use or safety-critical applications must be designed to withstand specific levels of mechanical stress and environmental conditions without degrading power, signal, or data transmission.
To endure the toughest conditions, our circular connectors, cables and electronic solutions are built and assembled with robust materials and a rugged design:
- Mechanical endurance to resist abrasion, wear, and intensive use – up to 10,000 mating cycles without any loss of signal or power
- Design and assembly robustness – resistance to vibration and shock, safe and extremely robust locking (push-pull, breakaway, screw) and keying (with easy error-proof blind mating as well as color-coding identification), mating-rotation resistance, ultra-resistant resin sealing (body and contact block), cable tensile strength up to 400 N (central strength member)
- Material mix (housing, plating, insulating, sealing, overmolding, jacketing) for increased hardness, flex endurance and resistance to environmental conditions such as high temperatures, radiation, corrosion and salt fog, chemicals (sterilization, disinfection and decontamination proof)
- 360° shielding ensuring EMI/RFI protection for faultless data transmission (data integrity and security).
‘Ruggedization’ methods and processes pertain to the entire designing, engineering and manufacturing chain of our circular connectors, cable assembly and electronic solutions – from choosing high-quality materials for housing, coating, plating, insulating and sealing, to overmolding or jacketing cables to protect the insulation and conductor core against environmental aggression and chemical deterioration, etc.
Heavy-use or safety-critical applications must be designed to withstand specific levels of mechanical stress and environmental conditions without degrading power, signal, or data transmission.
To endure the toughest conditions, our circular connectors, cables and electronic solutions are built and assembled with robust materials and a rugged design:
- Mechanical endurance to resist abrasion, wear, and intensive use – up to 10,000 mating cycles without any loss of signal or power
- Design and assembly robustness – resistance to vibration and shock, safe and extremely robust locking (push-pull, breakaway, screw) and keying (with easy error-proof blind mating as well as color-coding identification), mating-rotation resistance, ultra-resistant resin sealing (body and contact block), cable tensile strength up to 400 N (central strength member)
- Material mix (housing, plating, insulating, sealing, overmolding, jacketing) for increased hardness, flex endurance and resistance to environmental conditions such as high temperatures, radiation, corrosion and salt fog, chemicals (sterilization, disinfection and decontamination proof)
- 360° shielding ensuring EMI/RFI protection for faultless data transmission (data integrity and security).
‘Ruggedization’ methods and processes pertain to the entire designing, engineering and manufacturing chain of our circular connectors, cable assembly and electronic solutions – from choosing high-quality materials for housing, coating, plating, insulating and sealing, to overmolding or jacketing cables to protect the insulation and conductor core against environmental aggression and chemical deterioration, etc.
Resistance of our materials
Check out which material is most suitable for your application.
Resistance of our materials
Check out which material is most suitable for your application.
Resistance of our materials
Check out which material is most suitable for your application.
| MATERIAL NAME | IDEAL FOR | TEMPERATURE | MAIN ATTRIBUTES |
| SHELL MATERIAL | |||
| Chromium-plated brass | Ruggedness | -100 to +200°C | Salt mist and mechanical resistance, cost efficiency, electrical conductivity |
| Aluminum | Lightweight | -100 to +200°C | Lightweight |
| Stainless steel | Cleaning / Radiation | -100 to +350°C | Corrosion resistance, surface cleanability, nuclear radiation and mechanical resistance |
| PEI | Sterilization | -65 to +200°C | Sterilization in autoclave, EtO, Cidex, gamma radiation, Steris®, Sterrad® |
| PBT | Insulation | -65 to +135°C | Electrical insulation, low temperature manipulation |
| ABS | Cost efficiency | -20 to +65°C | Disposable solutions, medical applications |
| CONTACT BLOCK MATERIAL | |||
| PEEK | High temperature | -65 to +250°C | High temperature, high chemical and high radiation resistance |
| LCP | High temperature | -65 to +200°C | High temperature and high chemical resistance |
| PBT | Cost efficiency | -65 to +135°C | High chemical resistance, cost efficiency |
| PTFE | Electrical insulation | -65 to +160°C | High dielectric strength, high chemical resistance |
| ABS | Cost efficiency | -20 to +65°C | Disposable solutions, good stability |
| O-RING & SEALING MATERIAL | |||
| FPM (Viton®) | Hermeticity | -20 to +200°C | Acids, weather, ozone, fuels, mineral and silicone oils, high vacuum, gamma rays |
| EPDM | Low temperature | -50 to +200°C | Alcohol, weather, hot water, vapour, detergents, gamma rays |
| NBR | Oil resistance | -30 to +110°C | Acids, mineral oils, petrol, weather, detergents |
| FVMQ | High temperature oil resistance | -55 to +200°C | Mineral oils, alcohol, weather, hot water, detergents |
| TPE | Soft accessories | -55 to +130°C | Very resistant, except to aromatic and chlorinated hydrocarbon |
| Silicone based resin | IP68 sealing | -55 to +200°C | Mineral oils, acids, alkalines, inorganic saline solutions |
| Epoxy based resin | Hermeticity | -65 to +150°C | High chemical and radiation resistance |
| MATERIAL NAME | IDEAL FOR | TEMPERATURE | MAIN ATTRIBUTES |
| SHELL MATERIAL | |||
| Chromium-plated brass | Ruggedness | -100 to +200°C | Salt mist and mechanical resistance, cost efficiency, electrical conductivity |
| Aluminum | Lightweight | -100 to +200°C | Lightweight |
| Stainless steel | Cleaning / Radiation | -100 to +350°C | Corrosion resistance, surface cleanability, nuclear radiation and mechanical resistance |
| PEI | Sterilization | -65 to +200°C | Sterilization in autoclave, EtO, Cidex, gamma radiation, Steris®, Sterrad® |
| PBT | Insulation | -65 to +135°C | Electrical insulation, low temperature manipulation |
| ABS | Cost efficiency | -20 to +65°C | Disposable solutions, medical applications |
| CONTACT BLOCK MATERIAL | |||
| PEEK | High temperature | -65 to +250°C | High temperature, high chemical and high radiation resistance |
| LCP | High temperature | -65 to +200°C | High temperature and high chemical resistance |
| PBT | Cost efficiency | -65 to +135°C | High chemical resistance, cost efficiency |
| PTFE | Electrical insulation | -65 to +160°C | High dielectric strength, high chemical resistance |
| ABS | Cost efficiency | -20 to +65°C | Disposable solutions, good stability |
| O-RING & SEALING MATERIAL | |||
| FPM (Viton®) | Hermeticity | -20 to +200°C | Acids, weather, ozone, fuels, mineral and silicone oils, high vacuum, gamma rays |
| EPDM | Low temperature | -50 to +200°C | Alcohol, weather, hot water, vapour, detergents, gamma rays |
| NBR | Oil resistance | -30 to +110°C | Acids, mineral oils, petrol, weather, detergents |
| FVMQ | High temperature oil resistance | -55 to +200°C | Mineral oils, alcohol, weather, hot water, detergents |
| TPE | Soft accessories | -55 to +130°C | Very resistant, except to aromatic and chlorinated hydrocarbon |
| Silicone based resin | IP68 sealing | -55 to +200°C | Mineral oils, acids, alkalines, inorganic saline solutions |
| Epoxy based resin | Hermeticity | -65 to +150°C | High chemical and radiation resistance |
| MATERIAL NAME | IDEAL FOR | TEMPERATURE | MAIN ATTRIBUTES |
| SHELL MATERIAL | |||
| Chromium-plated brass | Ruggedness | -100 to +200°C | Salt mist and mechanical resistance, cost efficiency, electrical conductivity |
| Aluminum | Lightweight | -100 to +200°C | Lightweight |
| Stainless steel | Cleaning / Radiation | -100 to +350°C | Corrosion resistance, surface cleanability, nuclear radiation and mechanical resistance |
| PEI | Sterilization | -65 to +200°C | Sterilization in autoclave, EtO, Cidex, gamma radiation, Steris®, Sterrad® |
| PBT | Insulation | -65 to +135°C | Electrical insulation, low temperature manipulation |
| ABS | Cost efficiency | -20 to +65°C | Disposable solutions, medical applications |
| CONTACT BLOCK MATERIAL | |||
| PEEK | High temperature | -65 to +250°C | High temperature, high chemical and high radiation resistance |
| LCP | High temperature | -65 to +200°C | High temperature and high chemical resistance |
| PBT | Cost efficiency | -65 to +135°C | High chemical resistance, cost efficiency |
| PTFE | Electrical insulation | -65 to +160°C | High dielectric strength, high chemical resistance |
| ABS | Cost efficiency | -20 to +65°C | Disposable solutions, good stability |
| O-RING & SEALING MATERIAL | |||
| FPM (Viton®) | Hermeticity | -20 to +200°C | Acids, weather, ozone, fuels, mineral and silicone oils, high vacuum, gamma rays |
| EPDM | Low temperature | -50 to +200°C | Alcohol, weather, hot water, vapour, detergents, gamma rays |
| NBR | Oil resistance | -30 to +110°C | Acids, mineral oils, petrol, weather, detergents |
| FVMQ | High temperature oil resistance | -55 to +200°C | Mineral oils, alcohol, weather, hot water, detergents |
| TPE | Soft accessories | -55 to +130°C | Very resistant, except to aromatic and chlorinated hydrocarbon |
| Silicone based resin | IP68 sealing | -55 to +200°C | Mineral oils, acids, alkalines, inorganic saline solutions |
| Epoxy based resin | Hermeticity | -65 to +150°C | High chemical and radiation resistance |
Our series overview
Five product lines with specific features and benefits for your application requirements and operating environments.
ANY SIZE
ANY CONFIGURATION
ANY APPLICATION
| Hermetic
RUGGED
COMPACT
LIGHTWEIGHT
| Hermetic
HIGH-DENSITY MINIATURIZATION
HIGH-SPEED DATA TRANSFER
RELIABILITY
EASY MATING
EASY CLEANING
EASY INTEGRATION
ROBUST
OPTICAL PERFORMANCE
EASY CLEANING
Fischer Core Series
Fischer Core Series Brass
ANY SIZE
ANY CONFIGURATION
ANY APPLICATION
Fischer Core Series Stainless Steel
HIGH CORROSION RESISTANCE
EASY DECONTAMINATION
EASY HANDLING
Fischer Core Series AluLite™
ULTRALIGHT
RUGGED
HIGHLY CONFIGURABLE
Fischer Core Series Plastic
EASY TO USE
DURABLE
LIGHTWEIGHT
Fischer Core Series Disposable
COST-EFFECTIVE
EASY TO USE
MODULAR
Fischer Core Series Broadcast
THE BEST OF TRIAX
RUGGED
FOR OUTDOOR USE
Discover more about our rugged circular connectors
Our original push-pull locking system
Our original push-pull locking system
Our original push-pull locking system
Mating
The plug’s outer sleeve, with flexible fingers, slides forwards and backwards along the body.
Mating
The plug’s outer sleeve, with flexible fingers, slides forwards and backwards along the body.
Mating
The plug’s outer sleeve, with flexible fingers, slides forwards and backwards along the body.
When connected
The beveled edges are firmly captured by a locking groove located inside the receptacle.
When connected
The beveled edges are firmly captured by a locking groove located inside the receptacle.
When connected
The beveled edges are firmly captured by a locking groove located inside the receptacle.
Pulling the cable
The beveled edges of the fingers are forced into the groove, securing the connection.
Pulling the cable
The beveled edges of the fingers are forced into the groove, securing the connection.
Pulling the cable
The beveled edges of the fingers are forced into the groove, securing the connection.
Unmating
Pulling on the outer sleeve of the plug unlocks the latching mechanism.
Unmating
Pulling on the outer sleeve of the plug unlocks the latching mechanism.
Unmating
Pulling on the outer sleeve of the plug unlocks the latching mechanism.
Other locking systems
Combines push-pull automatic locking with an emergency release lanyard.
Combines push-pull automatic locking with an emergency release lanyard.
Combines push-pull automatic locking with an emergency release lanyard.
Designed without a locking mechanism for emergency release.
Designed without a locking mechanism for emergency release.
Designed without a locking mechanism for emergency release.
Designed without a snapping mechanism.
Designed without a snapping mechanism.
Designed without a snapping mechanism.
Features an integral safety locking ring to prevent unauthorized or unintentional disengagement.
Features an integral safety locking ring to prevent unauthorized or unintentional disengagement.
Features an integral safety locking ring to prevent unauthorized or unintentional disengagement.
Enables firm locking by circular movement with the plug’s outer sleeve and receptacle feature threading.
Enables firm locking by circular movement with the plug’s outer sleeve and receptacle feature threading.
Enables firm locking by circular movement with the plug’s outer sleeve and receptacle feature threading.
Securely locks mated connectors in place with interlocking teeth, preventing accidental disconnection due to vibration or movement.
Securely locks mated connectors in place with interlocking teeth, preventing accidental disconnection due to vibration or movement.
Securely locks mated connectors in place with interlocking teeth, preventing accidental disconnection due to vibration or movement.
Resistance to extreme conditions
Extreme temperature resistance
Our most rugged series offers standardized products that operate within the temperature range of -55 °C to +135 °C, tested in compliance with the Military Standard 810 Methods 501.6 and 502.6.
With the right insulator and cable clam set, Fischer Core connectors can even withstand temperature ranges from -70 °C to +250 °C (and -100 °C upon request).
Cabled circular connectors overmolded with TPU material withstand temperatures ranging from -40 °C to +125 °C. As for soft caps, they resist a maximum temperature of +85 °C.
Extreme temperature resistance
Our most rugged series offers standardized products that operate within the temperature range of -55 °C to +135 °C, tested in compliance with the Military Standard 810 Methods 501.6 and 502.6.
With the right insulator and cable clam set, Fischer Core connectors can even withstand temperature ranges from -70 °C to +250 °C (and -100 °C upon request).
Cabled circular connectors overmolded with TPU material withstand temperatures ranging from -40 °C to +125 °C. As for soft caps, they resist a maximum temperature of +85 °C.
Extreme temperature resistance
Our most rugged series offers standardized products that operate within the temperature range of -55 °C to +135 °C, tested in compliance with the Military Standard 810 Methods 501.6 and 502.6.
With the right insulator and cable clam set, Fischer Core connectors can even withstand temperature ranges from -70 °C to +250 °C (and -100 °C upon request).
Cabled circular connectors overmolded with TPU material withstand temperatures ranging from -40 °C to +125 °C. As for soft caps, they resist a maximum temperature of +85 °C.
Corrosion resistance
Protection against corrosion mechanisms – pitting, intergranular or crevice – is achieved by choosing the right materials and type of coating. The most common materials and coatings used are:
- Brass with nickel or chromium coating
- Stainless steel, which is one of the best materials for corrosion resistance, since corrosion protection is embedded within the material itself.
Tested in compliance with standards IEC 60068-2-11 Test Ka, MIL-STD-202 Method 101, and EIA-364-26, our products go through long-standing exposure (1,000 hours) to a 5% salt solution (salt fog) at a temperature of 35 °C without any impact on their mechanical or electrical functionalities.
Corrosion resistance
Protection against corrosion mechanisms – pitting, intergranular or crevice – is achieved by choosing the right materials and type of coating. The most common materials and coatings used are:
- Brass with nickel or chromium coating
- Stainless steel, which is one of the best materials for corrosion resistance, since corrosion protection is embedded within the material itself.
Tested in compliance with standards IEC 60068-2-11 Test Ka, MIL-STD-202 Method 101, and EIA-364-26, our products go through long-standing exposure (1,000 hours) to a 5% salt solution (salt fog) at a temperature of 35 °C without any impact on their mechanical or electrical functionalities.
Corrosion resistance
Protection against corrosion mechanisms – pitting, intergranular or crevice – is achieved by choosing the right materials and type of coating. The most common materials and coatings used are:
- Brass with nickel or chromium coating
- Stainless steel, which is one of the best materials for corrosion resistance, since corrosion protection is embedded within the material itself.
Tested in compliance with standards IEC 60068-2-11 Test Ka, MIL-STD-202 Method 101, and EIA-364-26, our products go through long-standing exposure (1,000 hours) to a 5% salt solution (salt fog) at a temperature of 35 °C without any impact on their mechanical or electrical functionalities.
Sterilization proof
If you’re in need of high-performance connectors that withstand most sterilization methods, consider the Fischer Core Series. These circular connectors are made with premium materials making them capable of withstanding temperatures ranging from -70 °C to +250 °C.
Available in IP68/IP69-sealed and hermetic versions, the circular connectors are designed to resist even the harshest conditions like the highly pressurized steam of autoclaves, delivering the heat able to kill microorganisms in 30 minutes.
Sterilization proof
If you’re in need of high-performance connectors that withstand most sterilization methods, consider the Fischer Core Series. These circular connectors are made with premium materials making them capable of withstanding temperatures ranging from -70 °C to +250 °C.
Available in IP68/IP69-sealed and hermetic versions, the circular connectors are designed to resist even the harshest conditions like the highly pressurized steam of autoclaves, delivering the heat able to kill microorganisms in 30 minutes.
Sterilization proof
If you’re in need of high-performance connectors that withstand most sterilization methods, consider the Fischer Core Series. These circular connectors are made with premium materials making them capable of withstanding temperatures ranging from -70 °C to +250 °C.
Available in IP68/IP69-sealed and hermetic versions, the circular connectors are designed to resist even the harshest conditions like the highly pressurized steam of autoclaves, delivering the heat able to kill microorganisms in 30 minutes.
Vibration and shock resistance
Tested in compliance with MIL standard 202 Method 214 and Condition I, our connectivity solutions resist random vibration of up to 37.80 Grms for our most rugged series. Mounted onto vibration equipment, the locking and contact specifications of a circular connector pair are thoroughly verified.
Electrical signals are monitored to ensure that no micro-cuts smaller than one micro-second occur. Examining electrical signals is also performed to ensure that our connectivity solutions can withstand shocks of up to 300 g amplitude (half-sine pulse of 3 ms, no discontinuity > 1 μs) and withstand drop-resistance tests, by measuring the mechanical deformation that could impact the connection’s functioning.
Vibration and shock resistance
Tested in compliance with MIL standard 202 Method 214 and Condition I, our connectivity solutions resist random vibration of up to 37.80 Grms for our most rugged series. Mounted onto vibration equipment, the locking and contact specifications of a circular connector pair are thoroughly verified.
Electrical signals are monitored to ensure that no micro-cuts smaller than one micro-second occur. Examining electrical signals is also performed to ensure that our connectivity solutions can withstand shocks of up to 300 g amplitude (half-sine pulse of 3 ms, no discontinuity > 1 μs) and withstand drop-resistance tests, by measuring the mechanical deformation that could impact the connection’s functioning.
Vibration and shock resistance
Tested in compliance with MIL standard 202 Method 214 and Condition I, our connectivity solutions resist random vibration of up to 37.80 Grms for our most rugged series. Mounted onto vibration equipment, the locking and contact specifications of a circular connector pair are thoroughly verified.
Electrical signals are monitored to ensure that no micro-cuts smaller than one micro-second occur. Examining electrical signals is also performed to ensure that our connectivity solutions can withstand shocks of up to 300 g amplitude (half-sine pulse of 3 ms, no discontinuity > 1 μs) and withstand drop-resistance tests, by measuring the mechanical deformation that could impact the connection’s functioning.
Chemical resistance
In hospital sterile environments, dentistry and laboratory settings, as well as in food and pharmaceutical processing, devices and equipment must be cleaned, disinfected and sterilized on a regular basis.
Our products’ components – shells, contact blocks, O-rings and seals, cable jackets, etc. – are made of ultra-resistant materials to withstand the conditions incurred by sterilization methods with chemicals such as Steris LCS, Sterrad and EtO.
They also endure exposure to chemicals in oil, gas and petrochemical environments such as aliphatic hydrocarbons, oils or fuels, greases, detergents, dilute acids and bases, and most aqueous salt solutions.
Chemical resistance
In hospital sterile environments, dentistry and laboratory settings, as well as in food and pharmaceutical processing, devices and equipment must be cleaned, disinfected and sterilized on a regular basis.
Our products’ components – shells, contact blocks, O-rings and seals, cable jackets, etc. – are made of ultra-resistant materials to withstand the conditions incurred by sterilization methods with chemicals such as Steris LCS, Sterrad and EtO.
They also endure exposure to chemicals in oil, gas and petrochemical environments such as aliphatic hydrocarbons, oils or fuels, greases, detergents, dilute acids and bases, and most aqueous salt solutions.
Chemical resistance
In hospital sterile environments, dentistry and laboratory settings, as well as in food and pharmaceutical processing, devices and equipment must be cleaned, disinfected and sterilized on a regular basis.
Our products’ components – shells, contact blocks, O-rings and seals, cable jackets, etc. – are made of ultra-resistant materials to withstand the conditions incurred by sterilization methods with chemicals such as Steris LCS, Sterrad and EtO.
They also endure exposure to chemicals in oil, gas and petrochemical environments such as aliphatic hydrocarbons, oils or fuels, greases, detergents, dilute acids and bases, and most aqueous salt solutions.
Radiation resistance
Radiation resistance is required for long-lasting tasks in nuclear or contaminated environments such as handling heavy radioactive loads, performing inspections, and repairing equipment – sometimes performed remotely by robot workers due to inaccessibility or the danger of radiation exposure.
Our radiation-resistant connectivity solutions made of stainless steel are easy to handle with gloves and remotely, and are compatible with nuclear-decontamination fluids, offering a premium material mix and sealing performance.
Radiation-resistant circular connectors are also required to sterilize by gamma irradiation (typically Cobalt 60) medical devices and equipment whose materials cannot withstand the high temperature of steam autoclaving.
Radiation resistance
Radiation resistance is required for long-lasting tasks in nuclear or contaminated environments such as handling heavy radioactive loads, performing inspections, and repairing equipment – sometimes performed remotely by robot workers due to inaccessibility or the danger of radiation exposure.
Our radiation-resistant connectivity solutions made of stainless steel are easy to handle with gloves and remotely, and are compatible with nuclear-decontamination fluids, offering a premium material mix and sealing performance.
Radiation-resistant circular connectors are also required to sterilize by gamma irradiation (typically Cobalt 60) medical devices and equipment whose materials cannot withstand the high temperature of steam autoclaving.
Radiation resistance
Radiation resistance is required for long-lasting tasks in nuclear or contaminated environments such as handling heavy radioactive loads, performing inspections, and repairing equipment – sometimes performed remotely by robot workers due to inaccessibility or the danger of radiation exposure.
Our radiation-resistant connectivity solutions made of stainless steel are easy to handle with gloves and remotely, and are compatible with nuclear-decontamination fluids, offering a premium material mix and sealing performance.
Radiation-resistant circular connectors are also required to sterilize by gamma irradiation (typically Cobalt 60) medical devices and equipment whose materials cannot withstand the high temperature of steam autoclaving.
Proven and tested
Off-the-shelf, customized or tailored to your needs, our high-performance solutions are designed to last.
In order to reach the highest reliability and quality standards, our circular connectors go through a battery of mechanical and environmental tests, in compliance with industry and military standards such as IEC, EIA, MIL-STD-202 and MIL-STD-810.
Watch here some of the tests and proofs we conducted in our laboratory and in the field on the Fischer LP360™ 7-contact connector.
Off-the-shelf, customized or tailored to your needs, our high-performance solutions are designed to last.
In order to reach the highest reliability and quality standards, our circular connectors go through a battery of mechanical and environmental tests, in compliance with industry and military standards such as IEC, EIA, MIL-STD-202 and MIL-STD-810.
Watch here some of the tests and proofs we conducted in our laboratory and in the field on the Fischer LP360™ 7-contact connector.
Off-the-shelf, customized or tailored to your needs, our high-performance solutions are designed to last.
In order to reach the highest reliability and quality standards, our circular connectors go through a battery of mechanical and environmental tests, in compliance with industry and military standards such as IEC, EIA, MIL-STD-202 and MIL-STD-810.
Watch here some of the tests and proofs we conducted in our laboratory and in the field on the Fischer LP360™ 7-contact connector.