Autonics M4YS-NA Loop-Powered Digital Scaling Meter Price is Rs.31,680/-. The Autonics M4YS-NA Loop-Powered Digital Scaling Meter is a compact and efficient measuring device designed for accurate monitoring of 4–20 mA current loop signals in industrial applications. Featuring a bright 4-digit LED display, it provides clear and precise readings without the need for an external power supply, as it operates directly from the input loop. With simple scaling capability, durable construction, and easy panel mounting, the M4YS-NA is an excellent solution for process control, factory automation, and monitoring systems where reliability and low power consumption are essential.
Loop-powered digital scaling meter (no external power required)
Bright 4-digit LED display for clear and easy monitoring
Compact DIN-standard panel mount design
Durable design suitable for industrial environments
Fast sampling speed for real-time process monitoring
Ideal for process control, automation, and monitoring systems
Low power consumption for energy-efficient operation
Measures 4–20 mA DC signals with high accuracy
Programmable scaling for customized measurement ranges
Product Specifications
Type
display
accuracy
±0.3% of full scale
input signal
4–20 ma dc loop-powered
power supply
loop-powered (no external supply required)
sampling time
approx. 200 ms
scaling function
programmable digital scaling for custom ranges
Product Details
Autonics M4YS-NA Loop-Powered Digital Scaling Meter Price is Rs.31,680/-. The Autonics M4YS-NA Loop-Powered Digital Scaling Meter is a compact and efficient measuring device designed for accurate monitoring of 4–20 mA current loop signals in industrial applications. Featuring a bright 4-digit LED display, it provides clear and precise readings without the need for an external power supply, as it operates directly from the input loop. With simple scaling capability, durable construction, and easy panel mounting, the M4YS-NA is an excellent solution for process control, factory automation, and monitoring systems where reliability and low power consumption are essential.
