51306305-300 | Honeywell AC Terminal Assembly for Control Systems

Product Description

The Honeywell 51306305-300 is an AC Terminal Assembly designed for use in Honeywell’s distributed control systems (DCS) and industrial automation setups. It provides a secure power connection terminal block, ensuring safe and efficient AC power distribution to various system components, including controllers, I/O modules, and field devices.

This AC Terminal Assembly is built for high-reliability environments, ensuring stable power delivery, secure switching, and electrical isolation to reduce the risk of faults and enhance overall system performance. It is commonly used in critical industries such as chemical processing, oil & gas, and power generation, where uptime and system stability are paramount.

 Technical Specifications

• Model Number: 51306305-300

• Product Type: AC Terminal Assembly

• Function: Power connection and distribution in automation systems

• Rated Voltage: Typically 24 V DC (to be confirmed per installation specs)

• Maximum Current: Dependent on operating conditions

• Mounting Type: Panel or rack mount

• Weight: 476 g

• Country of Origin: USA

• Condition: New, in stock

 FAQ

Q1: What is the Honeywell 51306305-300 used for?
The 51306305-300 is an AC Terminal Assembly used to distribute AC power to various components in Honeywell DCS and industrial automation systems.

Q2: What voltage does the 51306305-300 handle?
This module typically handles 24 V DC, though it is important to confirm this based on your specific installation requirements.

Q3: Can this module be mounted in any position?
Yes, the Honeywell 51306305-300 can be mounted either on a panel or a rack, providing flexibility in installation.

Q4: What industries typically use the Honeywell 51306305-300?
It is widely used in critical industries like chemical processing, oil & gas, and power generation, where stable power distribution is essential.

Q5: Does the 51306305-300 have any protection features?
Yes, it provides electrical isolation to minimize the risk of faults and ensure reliable power delivery.