AG ELECTRICAL products have achieved TUV, CCC, CE, UL certifications, meanwhile AG R&D team has obtained a lot patents. We can provide elevator cable, robot cable, hoist way cable, aerospace cable, photo voltaic cable, towline cable, wind power generation anti-twisting cable and electric vehicle charging cable that can meet different customer requirements based on IEC, GB/T standard, BS standard and VDE provisions.
Our custom cable has continually exceeded customer expectations with AG FAST RESPONSE, AG FLEXIBILITY, and AG RELIABILITY. Whether you are in the initial stages of design and prototyping, or ready to start producing at volume, AG flexible experienced team can take over to collaborate, consult, and complete any tasks according to your requirements.
In this stage of cable design much of the effort is dedicated to defining the specifics which are not limited to physical cable architecture but also to requirements such as weight, color and targeted cost. In fact, much of the material selection which is a part of custom cable engineering process stems from the target cost of a single unit. Additional data such as the use of cable and its installation in the equipment is also vital to the initial stages of the design. For example, if the wire harness or a cable will operate at high temperatures, a certain type of wire shielding should be selected. Or if a cable is a part of an internal installation in the OEM final product, we need to know about the possible dimensional constraints of such installation.
All these custom characteristics are being entered into the computer and a set of design rules is created by the cable design software tools. These rules are based on the custom cable specifications and prevent any deviations from the design intent set by the client which helps to keep the development on track.
After creating a digital mock up of the custom cable we exchange the information with the client and get a feedback. At this stage some additional requirements or suggestions may arise and new set of rules is applied to the digital design of the product. Once the design intent is finalized a physical prototype(s) can be built and submitted to the client for testing.
