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N1030 is a compact, high-performance PID temperature controller with an excellent cost-benefit ratio. Being only 35mm deep, this controller is specific to places where space matters, optimizing areas and reducing costs.
As a result of the innovative removable connector, the commissioning, and installation of the N1030 is easy and fast.
Ideal for machine and equipment manufacturers N1030 automatically calculates the most suitable PID control parameters for each process, increasing the control reliability.
It is also available in versions with timer, relay + pulse, relay + relay, standard or 24 V supply, to suit the most diverse processes.
N1030 has two outputs always available that can be configured either as control or as alarms and displays configurable in ° C and ° F.
The front panel - resistant to water jets and protected against dust – has a low profile, which gives the controller a differentiated design. Made of anti-flame material and with 3-year factory warranty. N1030 is the best choice for anyone looking for high performance and low cost.
The Internet of Things is already a reality in everyday situations due to the presence of different types of sensors. In this article, written by NOVUS support assistant Leonardo Cabral, are listed some examples of how technology makes life easier for users and we do not even realize it.
According the European market director Valério Galeazzi, the Hannover Messe is an important meeting point: "We have received distributors who visited us because their customers are asking for NOVUS brand products."
A Brazilian ceramic tile company intended to deactivate two smaller kilns and reduce its gas consumption, whose bill was close to U$ 100,000 per month. The N2000s, a PID controller specifically designed for actuation of servomotor valves, has emerged as the ideal solution to the problem.
Communication with machinery and control and measuring instruments is the basis of industrial automation. The oldest communication technique implemented is a current loop with a normal range of 4 mA to 20 mA. By employing a transmitter, a receiver and a power supply, it is possible to transmit process variable data. However, the single loop allows only one-way communication from a sensor to an actuator. Developed in the mid-1980s, the HART protocol allows two-way communication of additional information
Does the calibration certificate alone guarantee the reliability of the process? Without a more systemic analysis it does not ensure suitability for an evaluation process, nor does it ensure a high level of quality for your product. The calibration certificate alone just certifies that your equipment has been compared to a reference standard. The correct use of statistical techniques and a standards-based analysis can help make metrology a revenue-generating activity for the company.
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