Description - Allen-Bradley 1786-TPS ControlNet Coax T-Tap Straight Mounting for DIN Rail
The Allen-Bradley 1786-TPS ControlNet Coax T-Tap Straight for DIN Rail is a high-quality product designed for ControlNet T-Tap installations. This product is perfect for connecting nodes on a network to the coax cable system, ensuring smooth and reliable communication between devices.
This straight T-Tap is suitable for DIN Rail, surface/fixture, or "mount through holes in tap" installations. It is part of the 1786 series from Allen-Bradley, a trusted brand known for its innovative and reliable products in the automation industry. The 1786-TPS T-Tap is manufactured by Rockwell Automation in the USA, guaranteeing top-notch quality and performance.
With dimensions of 30*20*20cm and a weight of 2KG, the 1786-TPS T-Tap is compact and lightweight, making it easy to install and maneuver. It comes in its original packing with factory sealing, ensuring that the product is brand new and protected during transportation.
This ControlNet T-Tap is 100% new original, offering superior performance and durability. It is currently in stock and ready to be shipped, with a delivery time of 1-3 days after payment. The product also comes with a 1-year warranty, providing peace of mind and assurance of its quality.
For after-sales service, the Allen-Bradley 1786-TPS ControlNet Coax T-Tap Straight for DIN Rail is backed by a dedicated team ready to assist with any inquiries or issues that may arise. The product is compatible with various shipping methods, including DHL, FedEx, EMS, UPS, and TNT, ensuring fast and reliable delivery to customers worldwide.
Whether you are setting up a new network or upgrading an existing one, the Allen-Bradley 1786-TPS ControlNet Coax T-Tap Straight for DIN Rail is the perfect solution for your communication needs. Trust in the quality and reliability of Allen-Bradley products to keep your automation systems running smoothly and efficiently. Order your 1786-TPS T-Tap today and experience the difference in performance and connectivity.
