Danfoss Power Solutions Inc.

04/16/2026 | Press release | Distributed by Public on 04/16/2026 07:33

Superheat control made easier with EKE 315

Superheat control made easier with EKE 315

  • Thursday, April 16, 2026

Introducing the superheat controller EKE 315, designed to enhance efficiency and reliability in industrial refrigeration systems. This controller simplifies installation and operation, making it an ideal choice for modern applications.

The EKE 315 offers efficient installation with quick setup that reduces downtime and labor costs. An intuitive wizard streamlines the commissioning process, making it user-friendly and straightforward. Simplified connections are achieved with a single 24 V AC or DC supply, ensuring seamless integration with expansion valves like AKV or AKVA solenoid coils.

Built for robust industrial use, the EKE 315 features precise control via 4-20 mA analog input and output. Reliable communication is facilitated through Modus RTU RS 485, ensuring effective bus communication across your systems. It supports low-GWP refrigerants, including ammonia, CO2, Hydrocarbons, and HFOs, making it future-proof and environmentally friendly.

Equipped with advanced control algorithms, the EKE 315 includes Modulating Thermostat (MTR), Minimum Stable SuperHeat (MSS), LoadApp for load-defined SuperHeat, and Suction Pressure Optimization (Po Optimization). These features contribute to enhanced reliability and performance.

The CoolConfig PC tool enhances project management by allowing replication of settings across multiple units and simplifying documentation. This tool ensures consistency and ease of use for managing projects from one EKE 315 to several units.

Features and benefits

  • Rapid installation: The EKE 315 reduces installation time significantly with its plug-and-play design, minimizing operational downtime and labor costs.

  • Efficient commissioning: The built-in wizard guides users through setup, allowing for faster and more accurate commissioning.

  • Versatile power supply: Operates with a single 24 V AC or DC, simplifying electrical requirements and ensuring compatibility with existing systems.

  • Multilingual support: Offers 14 language options, facilitating ease of use and customization for diverse global users.

  • Robust industrial design: Engineered for demanding environments, providing reliable performance with precise 4-20 mA analog control.

  • Advanced communication: Utilizes Modus RTU RS 485 for robust and reliable bus communication, enhancing system integration.

  • Future-proof refrigerant compatibility: Supports the latest low-GWP refrigerants, ensuring compliance with environmental standards and future regulations.

  • Innovative control algorithms: Features MTR, MSS, LoadApp, and Po Optimization to optimize system performance and energy efficiency.

  • Comprehensive PC tools: CoolConfig tool allows for efficient management and replication of settings, streamlining project documentation and consistency.

View the product in our store

FAQ

What benefits does the superheat controller EKE 315 offer?

Efficient installation, multilingual support, and refrigerant compatibility.

Which refrigerants are compatible with the EKE 315?

It supports Ammonia, CO2, Hydrocarbons, and HFOs.

Is the EKE 315 suitable for industrial use?

Yes, it is designed for robust industrial applications. Including Analog Output 4-20 m to ICAD/ICM valves

How many languages does the EKE 315 support?

The interface supports 14 languages.

What does the CoolConfig tool do?

It allows for easy replication of settings and documentation management.

What is the voltage requirement for the EKE 315?

It requires a single 24 V AC or DC supply.

Danfoss Power Solutions Inc. published this content on April 16, 2026, and is solely responsible for the information contained herein. Distributed via Public Technologies (PUBT), unedited and unaltered, on April 16, 2026 at 13:34 UTC. If you believe the information included in the content is inaccurate or outdated and requires editing or removal, please contact us at [email protected]