770-901, intermediate coupling 5-pole / 3-pole encoding A L1 - L black

Intermediate coupling 5-pin / 3-pin encoding A L1 - L black

Cod. A, L1 - L, black distributor WINNA ® MIDI with flaw protection application numbers You can use your installation project: The distributor of the product family WINNA ® MIDI Rating current 25 A is the product of your choice for the performance of an error-free electrical installation. The installation connectors with spring connection technology shine without screw. They can be mounted quickly and efficiently in a variety of applications without any errors. For more safety in the electrical installation, the installation connector is equipped with a mechanical failure protection. According to protection type IP20, the installation connector is protected against the penetration of solid foreign bodies (In a controlled state: IP2xC (these installation connectors are not intended for use in easily accessible areas!). General network applications for almost every application range can be implemented with WINNA ® MIDI installation connectors with encoding A. The installation connector is designed for a load up to 25 A. It can therefore also be used for high-performance consumers. The WINNA ® MIDI connector system with Push- in CAGE CLAMP ® spring connection technology stands for a safe electrification. Thanks to the integrated test opening, connections can even be controlled in a locked state. They thus save time and reduce the effort in the installation. Reduce costs by faster start-up and removal of the service effort - solutions from WINNA ® MIDI With the WINNA ® connector system, the electrical installation will be plug-in. This saves time, reduces costs and reduces service costs. You also benefit from the maintenance-free spring clamping technology in the plug-in version! Plan your installation with protection type IP20 from WAGO. Free of error due to failure protection for controls in the automation for a variety of application areas flexible and space-saving set-up and fast assembly