MDI63A300Z5/30P9XXM12R.162 MD Micro Detectors MDI63A 2024

We are not the manufacturer, authorised distributor or authorised representative of the MD Micro Detectors brand in Great Britain. The private labels and part numbers shown on this website are the property of their respective owners.

MD Micro Detectors MDI63A300Z5/30P9XXM12R.162 MDI63A 2024

Manufacturer

MD Micro Detectors

Country

Italy

Type

MDI63A300Z5/30P9XXM12R.162

Part number

MDI63A 2024

Description

Solid Shaft 63mm, Flange A, Res. 300 ppm, With Zero Pulse, Push-Pull, Shaft 9mm, IP54, Radial M12 Connector Exit

Stock availability:

On request

Price: On request

Order

Several positions are needed?

Send your request on email:

Worldwide delivery services:
fedex dhl ups
Ways of payment:
wire transfer paypal

Specifications MDI63A300Z5/30P9XXM12R.162 MDI63A 2024

If you want to buy MD Micro Detectors MDI63A300Z5/30P9XXM12R.162 MDI63A 2024, along with require other industrial equipment and spare parts for its fix, please connect FAMAGA .

We have been supplying MD Micro Detectors items all over Britain and anywhere in the earth for over 10 years. All machinery and replacements are provided with appropriate quality certificates, with a guarantee from the official creator of products MD Micro Detectors.

Thanks to the upfront deliveries from major European manufacturers and a minimal trade margin, we give our customers the most reasonable prices for all products exhibited in our catalogue. If necessary, our certified experts will help you pick industrial apparatus that will fully meet the concerns of the production process. More than 4,000 clients have already valued the high quality of the elements we supply and the competence of the FAMAGA team members.

To clear up the charge of MD Micro Detectors MDI63A300Z5/30P9XXM12R.162 MDI63A 2024 and delivery times, you can fill in a special filling form on our website, give a list of desirable apparatus by E-mail or call to the mentioned phone numbers. We will be able to compose the best financial offer for you and give optimal distribution times to any city in Great Britain and any country in the planet.