Your will find a summary of our FAQs at
www.woehrgmbh.de/fragen_und_antworten.htm

Special FAQs on the Prioline concept are answered below:

Question: What do PrioLine^® housings cost?
Answer: This depends on the execution and on the number of pieces.
Please note that we can only show examples of already realised projects on our website. The best thing to do is to provide a specification which represents the part to be produced as close as possible. For a first estimate of costs, it is sufficient to indicate the shape, the approx. dimensions and the surface type.
Please note that it is highly recommendable to specify both the surface or printing and the mechanical processing right from the beginning, as it is less costly to produce these along with the production of the individual parts, than to mount the finished parts once again for further processing.

Question: Do you offer standard PrioLine^® housings?
Answer: No, this would not agree with the conception and with our customer orientation.
However, the complete system is based upon standard components and profiles which guarantee not only quick availability, but also cost-saving production.

Question: What can I do if PrioLine^® housings do not seem to be the right choice?
Answer: There is always the possibility to produce an appropriate customised housing for you. To see some examples, please click here.
Moreover, we will be glad to help you to find the best solution.

Question:  We have our own possibilities of mechanical processing. Is it possible to purchase only the profile from you to construct one’s own housings?
Answer: Yes, no problem. See ordering profiles.

Question:    What are the grooved pins intended for and how are they mounted?
Answer: Unlike many other profiles, the PRIOline-profie allows you to realise housing executions which meet the requirements of the VDE (Association for Electrical, Electronic and Information Technologies). This is realised by means of the grooved pins which contact the profiles and the insert plates with each other. Preferably, two grooved pins are driven in diagonally both on the front and on the rear side, respectively, during the assembly (see unifilar drawing).