Search Results for rnj-27
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
Integrated backshell connector can solve your issue. Our integrated backshell range is available on receptacles and plugs for MIL-DTL-38999 Series III and Series I connectors.
When ordering a connector with integrated backshell, you don´t need to order a backshell separately.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.
Fiber optic termination is the connection of fiber or wire to a device, such as a wall outlet or equipment, which allows for connecting the cable to other cables or devices.
The « IP » defines the resistance of the product against solids (first number) and liquids (second number).
When mated, the Powersafe is defined as IP68.