Description - Schneider 140ARI03010 Resistance Temperature Detector (RTD) Input Module
The Schneider 140ARI03010 RTD Input Module is a top-of-the-line product from the Modicon Quantum series. This input module is designed to provide accurate and reliable RTD (Resistance Temperature Detector) measurements for your industrial automation applications.
This module is 100% new original and manufactured in France, ensuring the highest quality and performance standards. It is in stock and ready to be shipped within 1-3 days after payment. The module has a compact size of 30*20*20cm and weighs only 2kg, making it easy to install and integrate into your existing system.
With a one-year warranty and after-sales service, you can trust that the Schneider 140ARI03010 RTD Input Module will meet your needs and exceed your expectations. The module is compatible with various shipping options such as DHL, FedEx, EMS, UPS, and TNT, giving you flexibility in how you receive your order.
The minimum order quantity for this product is 1 piece, allowing you to purchase only what you need for your specific application. Payment terms include T/T and Western Union, making it convenient for you to complete your transaction.
The Schneider 140ARI03010 RTD Input Module is a versatile and reliable solution for your RTD input needs. Whether you are monitoring temperature in a manufacturing process or controlling heating systems in a commercial building, this module is designed to deliver accurate and consistent results.
Key Features:
- Compatible with Modicon Quantum series
- 100% new original product
- Compact size and lightweight design
- One-year warranty and after-sales service
- Compatible with various shipping options
- Minimum order quantity of 1 piece
- Convenient payment terms
Overall, the Schneider 140ARI03010 RTD Input Module is a high-quality and reliable product that will enhance the performance of your industrial automation system. Trust Schneider to deliver the innovative solutions you need to succeed in today's competitive market.
