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Temperature Controller Industrial N1030


Compact, Precise, and Efficient

The N1030 Industrial Temperature Controller is the ideal solution for industrial processes that require precise and reliable temperature control. Compact and efficient, it offers fast response, simplified configuration, and automatic PID adjustment, ensuring thermal stability and energy savings. Designed for easy installation, the N1030 features a removable connector, allowing for quick setup in just 20 seconds, optimizing production processes and reducing downtime.

 

How does an Industrial Temperature Controller work?

 

An industrial temperature controller measures and regulates temperature based on data received from sensors such as J, K, T thermocouples, and Pt100. The N1030 automatically adjusts the heating or cooling system, ensuring the temperature remains within the defined parameters, with PID control for greater accuracy.

 

Benefits and advantages of the N1030 Temperature Controller

 

High accuracy, with precision up to 0.25%.
Flexible outputs, including SSR pulse and relay options.
CE and UL certifications, ensuring safety and compliance.
Password protection, to prevent unauthorized adjustments.
Compact dimensions, ideal for small panels.
Simple and intuitive configuration, minimizing installation time.

 

How to choose the ideal Temperature Controller for your company

 

When selecting an industrial temperature controller, consider factors such as:

• The type of sensor to be used.
• The required temperature range for the process.
• The need for PID or On/Off control.
• The type of output (relay or SSR pulse) for load activation.

 

The N1030 stands out for its versatility, offering efficient solutions for various industrial applications.

 

Benefits of Temperature Controllers in Industrial Automation

 

Precise temperature control is essential for maintaining the quality and efficiency of industrial processes, reducing failures and waste. The N1030 ensures stable and continuous temperature adjustment, promoting more reliable and consistent operations.

 

How to ensure energy efficiency with the N1030 Industrial Temperature Controller?

 

The N1030 is designed to optimize energy consumption, avoiding unnecessary thermal fluctuations and contributing to resource savings, ensuring efficient performance and operational cost reduction.

 

Comparison: Analog vs. Digital Industrial Temperature Controllers

 

 

Analog controllers: Require manual adjustments, offer lower precision, and are recommended for simple applications.
Digital controllers: Provide more precise control, automatic adjustment, and additional functions for higher efficiency.

 

As a digital controller, the N1030 offers a robust and reliable solution for complex industrial applications.

 

Recommended applications for the N1030 Industrial Temperature Controller

 

This controller is ideal for use in various industrial applications, including:

• Refrigeration and heating equipment.
• Manufacturing processes in the food and pharmaceutical industries.
• Thermal control in small industrial machines.

 

Trends in Industrial Temperature Controllers

 

With the growing need for efficiency and precision in industrial processes, temperature controllers are evolving to offer:

• Higher accuracy and reduced response time.
• Increasingly intuitive interfaces for easier operation.
• More compact designs adaptable to various industrial environments.

 

Common configuration errors in Temperature Controllers and how to avoid them

 

Avoiding errors during the installation and configuration of an industrial temperature controller is essential to ensure its proper operation. The most common mistakes include:

• Inappropriate sensor type selection.
• Incorrect PID parameter configuration.
• Lack of periodic calibration.
• Incorrect installation, resulting in inaccurate readings.

 

Following the manufacturer’s guidelines and performing regular tests ensure the reliable operation of the N1030.

 


 

Want to know more about the product? See the articles below on the NOVUS Blog!

 

1. What type of process controller does your company need?

 

2. Innovative and customizable device provides compressed air efficiency check

 

3. How to choose a temperature controller to ensure heat treatment excellence

 

4. Save money: Find out how you can stabilize the temperature during the heat treatment process

 

5. Precision was decisive for the manufacturer of machinery for breweries to adopt NOVUS controllers

 

6. Pizza at the right point – know the story about the oven manufacturer that adopted NOVUS solutions

 


 

The N1030 Industrial Temperature Controller is the ideal solution for those seeking precision, reliability, and efficiency in industrial processes. Request a quote and optimize your processes with NOVUS technology!



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• Input type:

J, K, T and Pt100

• Accuracy:
T/C: 0,25%
Pt100: 0,2%

• Detachable terminal block:

Yes

• Weight:

60 g

• Dimensions:

48 x 48 x 35 mm (1/16 DIN)

• Front panel thickness:

3,3 mm

• PID auto tuning:

Yes

• Control mode:
PID
On/Off

• Control Action:

Heating or cooling

• Output:

SSR Pulse
Relay

• Sampling rate:

200 ms

• Available alarm:

1

• Alarm Types:

Absolute Minimum, Absolute Maximum, Differential, Minimum Differential, Maximum Differential and Sensor Break

• Timer:

Yes, timer model available

• Parameter lock:

Password

• Approval:

CE and UL (C e US)

• Front panel protection:

IP65

• Power supply:
100-240 Vac / 48-240 Vdc
  or
12-24 Vdc / 24 Vac

• Maximum consumption:

5 VA

• Panel Format:

48 x 48 DIN 1/16

• Warranty:

3 years

• Measure displayed:

°C and °F

Anti-flame material:

UL94 V2


        

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