The Shunt-Diode Safety Barrier Mtl7787 is a reliable component manufactured by Eaton Electric Ltd Crouse-hinds Series Measurement Technology Ltd. Designed to operate within a temperature range of -20°C to +60°C, this safety barrier ensures secure and efficient operation for various applications. With an output channel featuring Uo: 28V, Io: 93Ma, and Um: 250V, this barrier is a crucial component for maintaining safety in hazardous environments.
Compliant with international safety standards such as Bas01Atex7217, Iecex Bas 04.0025, and Iecex Tsa 05.0036X, the Mtl7787 Safety Barrier is suitable for use in potentially explosive atmospheres. With certifications including Cl.I Div.2 Gp Abcd, Cl I, Zn 2, Iic, T4, Cl.I Ii Iii Div 1, Gp Abcdefg, and Um: 120 Vrms, this barrier provides peace of mind in challenging operational environments. The product number 18-isa110003-0 and part number 77191301383 further ensure the authenticity and quality of this safety barrier.
Featuring a barrier designed for 4-20mA applications, the Mtl7787 Safety Barrier offers precise control and monitoring capabilities. Weighing only 150 grams, this lightweight yet durable component is easy to install and maintain, making it an essential addition to any safety system. With a description including Barr, Is, 28V, 300 Ohm, 93Ma, this safety barrier meets the requirements of various industrial applications, providing a reliable and efficient solution for your safety needs.
In conclusion, the Shunt-Diode Safety Barrier Mtl7787 from Eaton Electric Ltd Crouse-hinds Series Measurement Technology Ltd is a versatile and robust component designed to enhance safety and efficiency in hazardous environments. With a comprehensive set of features, certifications, and specifications, this safety barrier is a reliable choice for ensuring secure operations in industrial settings. Whether you are looking to enhance your existing safety system or implement a new solution, the Mtl7787 Safety Barrier offers the performance and reliability you need to protect your assets and personnel.