Description

The N1020 Temperature Controller from Novus is a modern and efficient solution for industrial process management. Compact, with a DIN 1/32 format (48 x 24 mm), it is ideal for applications in reduced spaces, delivering high precision and reliability. Its self-adaptive PID technology and advanced features make it the perfect choice for those seeking a robust and practical temperature controller.

Features

  • Display: 11-segment alphanumeric LCD for clear and precise reading.
  • Sampling: 18 ms period, ensuring high reactivity.
  • Power Supply: 100-240vAC
  • Operating Temperature: -20 °C to 60 °C (-4 °F to 140 °F).
  • Housing: ABS + PC UL94 V-0 construction, durable and impact-resistant.

Applications

  • Food and Beverage Industry: Heating and cooling control in processing equipment.
  • Laboratories and Healthcare: Precise temperature control in critical processes and medical equipment.
  • Industrial Automation: Integration with advanced systems via Modbus RTU.
  • Commercial and Industrial Refrigeration: Efficient solutions for compact systems.

DeepCTRL Technology

DeepCTRL, Novus’s control intelligence built on over 40 years of expertise, enhances industrial performance by integrating a sophisticated, adaptive algorithm with full PID control. By continuously analysing process behaviour, identifying deviations, and recording response patterns, it goes beyond conventional controllers to deliver faster stabilisation, reduced oscillation, and smoother actuation without abrupt corrections, ultimately driving higher operational efficiency, superior product quality, and day-to-day cost savings.

Faster stability and smooth action in the process

The DeepControl delivers faster stabilisation, lower oscillation and greater operational efficiency, with an important differential: smooth action on the manipulated variable. In well-designed processes, this means avoiding abrupt corrections, without instantaneous jumps, maintaining firm, progressive and consistent control, which contributes to more predictable performance and helps protect both the equipment and the process itself.

Direct impact on efficiency and results

In addition to technical gains, the DeepControl was designed to generate a direct impact on daily operations: by keeping the process more stable, it can reduce waste and production losses, improve quality and repeatability, decrease rework and returns and contribute to the reduction of operational costs, such as energy, inputs and maintenance.

Control with method

The result is a comprehensive control, easy to apply and adaptable to different processes. DeepControl is control with method: more performance, less configuration effort and more safety to operate at the right limit of the process.