N32U Digital Meters

The Lumel N32U Programmable meter for temperature, resistance and standard signals. The N32U digital meter has a modern and easy-to-read LCD display, universal measuring input and RS485 digital output as a standard.

 

Description

The Lumel N32U Programmable meter for temperature, resistance and standard signals. The N32U digital meter has a modern and easy-to-read LCD display, universal measuring input and RS485 digital output as a standard. 

Lumel are the producers of automation devices for measurement, control, transmission and visualisation of various industrial processes. They also provide Services of designing and manufacturing of automation systems.

Since 1954 Lumel brand has been known as a producer of quality measuring devices and high-pressure die-casting all over the world. Their high position in the market has been achieved thanks to continuous development, employees and modern technology in areas of research, design and production. They deliver complex solutions for power and industrial automation sector as well as for automobile, chemical, steel, or HVAC industries

Their objective is to provide comprehensive solutions by designing intelligent systems based on the electronics Lumel manufactures, which are measuring and regulating equipment for industrial, automotive and military applications, as well as through service production of electronics.

View more Lumel products.

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• Universal input for measuring: temperature, resistance, standard signals
• Two line LCD display with high contrast and built-in backlighting
• Possibility of displaying the measured value and time simultaneously or an uncalculated quantity or unit (programmable unit of measured quantity
• Meter programming from keyboard or through the RS485 interface by means of the free eCon software
• 4 alarm outputs with signalling on LED diodes, working in 7 different modes (option)
• Conversion of any measured value into an analogue signal 0/4...20mA or 0...10V (option)
• Memory of minimal and maximal values for all measured quantities
• Supply of object transducers
• 32-point individual characteristic for the measured value
• Mathematical functions for converting the measured value