 web.png "N1030")
 web.png "Temperature Controller N1030 - Image: 1")
 web.png "Temperature Controller N1030 - Image: 2")
 web.png "Temperature Controller N1030 - Image: 3")
 web.png "Temperature Controller N1030 - Image: 4")
 web.png "Temperature Controller N1030 - Image: 5")
N1030 is a temperature controller that features a high performance PID algorithm in a compact housing, with only 35 mm depth.
Its compact construction and the convenient detachable connector provide an easy set up on short profile panels, optimizing the space and reducing costs. It has two outputs always available which can be configured both as a control or an alarm.
Tags
- 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 Vca / 48-240 Vcc
or
12-24 Vcc / 24 Vca
- 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
9/30/2024
NOVUS will be present at four important fairs in October 2024, presenting its innovative technological solutions for different industry sectors. Check out event details and featured products:
3/1/2021
Being only 35mm deep, N1030 is a compact, high-performance PID temperature controller with an excellent cost-benefit ratio.
11/22/2019
Industry has been using controllers for years. In 1911 the first PID (Proportional - Integral - Derivative) control was created and it is still widely used in automation. In this article, we will present the theory and equation behind each controller action to understand its operation.
