We are not the manufacturer, authorised distributor or authorised representative of the Rinck Electronic brand in Great Britain. The private labels and part numbers shown on this website are the property of their respective owners.
Manufacturer
Rinck Electronic
Country
Germany
Part number
U400V.24V-1,6A
Description
Stromversorgung Ausgang Gleichspannung: 50VA
Stock availability:
On request
If you want to purchase Rinck Electronic U400V.24V-1,6A, along with require other industrial equipment and spare parts for its repair, please connect FAMAGA United Kingdom, United States, Netherlands, Germany, France, Ireland, Guinea, Philippines, Djibouti, Jordan, The Bahamas, Guyana, Antigua and Barbuda, Afghanistan, Yemen, Lithuania, Turkmenistan, Cuba, Liberia, Albania, Madagascar, Spain, Tajikistan, Mexico, Sudan, Angola, Tanzania, Costa Rica, Oman, Equatorial Guinea, Kuwait, Pakistan, Paraguay, Bhutan, Niger, Rwanda, Uzbekistan, Bulgaria, Armenia, South Korea, Russia, Congo, Argentina, Monaco, Bangladesh, Ghana, Algeria, Egypt, Thailand.
We have been distributing Rinck Electronic units all around the UK and anywhere in the world for over 9 years. All machinery and parts are provided with appropriate quality certificates, as well as a guarantee from the official producer of products Rinck Electronic.
Thanks to the direct deliveries from major European manufacturers and a minimum trade margin, we propose our customers the most fair costs for all products exhibited in our catalogue. If necessary, our qualified specialists will help you select industrial instruments that will fully meet the needs of the production process. More than 4,000 clients have already appreciated the high quality of the units we bring and the competence of the FAMAGA employees.
To clear up the price of Rinck Electronic U400V.24V-1,6A and delivery times, you can fill in a special filling form on our website, give a list of required machinery by E-mail or call to the mentioned phone numbers. We will be able to make the best trade offer for you and prepare optimal distribution times to any place in the UK and any country in the earth.