New Han® solutions for easier field termination, optimising efficiency and lowering total cost of ownership (TCO)

Fast on-site termination

HARTING is offering the greatest variety of connection technologies on the market. Depending on requirements, an intelligent combination of different technologies delivers the best results. The push-in connection technology now extends this portfolio, reducing the assembly time for installing connectors by up to 30%.

The result of this technology is simple handling of components during maintenance work in environments with limited room for manoeuvre such as in wind turbines. This connection technology is particularly well suited to applications where a high degree of flexibility is required, such as when changing tools on machines. Thanks to push-in, this can be done simply, quickly and without the need for tools.

The connection technology behind the Han^® Push-In protected modules DD/E/EE/C/CC represents a refinement of the cage clamp springs which are particularly well suited to field termination due to their speed and ease of use. With push-in technology, the stranded wire for the connection can be inserted directly into the contact chambers, and an internal clamp spring ensures high-strength contact. If ferrules are used, the connection can be established completely without tools. In the case of stripped stranded wires, all you need for installation is a screwdriver.
 

Han^® ORV3 – sustainable interface for IT infrastructure

The global demand for digitalisation infrastructure is growing rapidly. Businesses and consumers have increased their reliance on remote computing, apps, and the Internet of Things (IoT) at a remarkable speed. Society has become significantly more dependent on tasks which require data centres for their accomplishment. Data centres now form the backbone to everyday operations in all sectors. It’s therefore essential that IT infrastructure for data centres is readily available, and any system failures are repaired quickly. 

Open Compute Project (OCP)

The Open Compute Project (OCP) focuses on redesigning hardware for IT infrastructures. The goal of the working group is to make data centres more efficient, more flexible and more quickly scalable. The project is based on an open exchange of ideas, specifications and other intellectual property in order to push innovation to its limits and reduce the complexity of technical components. 

In a data centre, rack Power Distribution Units (rPDUs) provide power to IT equipment. A group of the OCP initiative to which HARTING belongs as a specialist and technical partner, is focusing on the standardisation of racks and their easy integration into the infrastructure of data centres. Joint specifications for “power shelf” input connectors represent an important step. As part of standardisation, HARTING has invested significant know-how in the specification of the “ORV3 OCP Input Power Connector”.  
 

Improving scalability, lowering total cost of ownership (TCO)

With the Han^® ORV3, HARTING for the first time offers an OCP-compliant AC connector, which is also available as complete power shelf v3 rack cable assemblies. Shallower rack systems enable a more compact design for the entire infrastructure. As a result, data centres can significantly increase their productivity within a given footprint. HARTING’s solution thus supports the Open Compute Project’s goal of optimising efficiency in the construction and scaling of data centres.

The Han^® ORV3 for rack systems strikes a balance between standardisation requirements and the goal of achieving as much flexibility as possible in the configuration of cable assemblies for different current and voltage levels. The Han^® ORV3 component dispenses with complexity, as it consists of only a few part numbers. This enables high availability and, in cases of rack unit failures, low average repair times, thanks to the open ORV3 standard. Total cost of ownership (TCO) is sustainably reduced.