Futuristic Danfoss – 080z0009 – Ak2‑xm 102b 8‑channel High‑voltage Extension I/o Module Value Pack [idNMSkwO]

AK2-XM 102B High-Voltage Extension I/O Module

Introducing the Danfoss AK2-XM 102B (PN 080Z0009), a robust high-voltage extension I/O module designed for seamless integration into ADAP-KOOL refrigeration and HVAC control systems. This innovative module is part of the AK2 series, offering an impressive eight digital inputs capable of handling on/off voltage signals up to 230 VAC. With its durable design and high-voltage signal handling (up to 260 VAC), the AK2-XM 102B expands system functionality in challenging industrial environments, ensuring reliable performance and enhanced control.

Product Specifications and Features

The Danfoss AK2-XM 102B is engineered to meet the demands of modern industrial applications. Key features include:

• Model: AK2-XM 102B (PN 080Z0009)
• Brand: Danfoss, a trusted name in refrigeration and HVAC technology

Module Type: Extension I/O for AK2 local bus systems (ADAP-KOOL)

• Function: 8-channel digital input extension for high-voltage signals
• Bus Interface: AK2 local bus communication for efficient data transfer

Voltage Handling: High-voltage digital inputs (on/off voltage signals)

Mounting: DIN rail or panel integration, adaptable to various system designs

Applications and Benefits

Whether you are managing a refrigeration system or an HVAC network, the Danfoss AK2-XM 102B is the ideal solution for expanding your system's capabilities. Its high-voltage extension I/O module provides numerous benefits, including:

• Improved Control: The eight digital inputs allow for precise on/off signal management, enhancing system control and efficiency.
• Reliability: With its rugged design and high-voltage signal handling, the module ensures reliable performance in demanding industrial environments.

Perfect for a wide range of applications, from commercial refrigeration systems to large-scale HVAC installations, the AK2-XM 102B is an essential component for achieving optimal system performance and control.