80mm Non Contact Liquid Level Sensor for valve

$801.08

Magnetostrictive level sensor for valve, high precision, no temperature drift, anti-jamming performance, long life, high temperature resistance, corrosion resistance, high pressure resistant.

SKU: ATO-MSL-0080

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Delivery date: 6-12 days

Overview

Magnetostrictive level sensor with measuring range 80mm is used for adjusting valve. Non contact liquid level sensors also can be used in most industrial automation systems.

Specification:

Basics	Model	ATO-MSL-0080
	Measuring range	0~80 mm
	Shipping weight	1 kg
	Length	279.3 mm
	Diameter	50 mm
Technical parameters	Linearity	≤0.03%FS
	Repeatability	≤0.003%FS
	Resolution ratio	≤0.001%FS
	Hysteresis	≤0.001%FS
	Working Voltage	24V /12V DC
	Working current	Voltage /digital output type≤16mA; Current output type≤35mA
	Output method	0~5V / 0~10V / 4~20mA / 0-20mA RS485 binary digital signal / SSI gray code signal
	Product type	Normal type; Explosion-proof type; Anti-corrosion type
	Measuring rod material	0Cr18Ni9 (304) or 316L stainless steel (secial custom-made)
	Measuring rod diameter	Ф10mm
	Electronic bin material	1Cr18Ni9 (304)
		304 and PTFE casing outside (Anti-corrosion type, special custom-made)
		1Cr18Ni9Ti and protection cover outside (Anti-corrosion type, special custom-made)
	Connecting screw thread	M18×1.5; M20×1.5; 3/4-16UNF
	Type of lead wire	PVC shielded cable; aviation plug (not applicable to explosion-proof type)
	Measuring rod pressure	40MPa, 70MPa (Explosion-proof type)
	Temperature	T1: 0~+ 70℃, T2: -25~+80℃, T3: -40~+120℃
	Buffer area	Front-end of buffer 50.8mm (electronic bin), the end of the buffer 63.5mm (the buffer area can be custom-made)
	Vibration	100g, IEC standards 68-2-715g /10-2000Hz IEC standards 68-2-6
	Protection Class	IP67
	Explosion-proof level	Explosion-proof type: EXd II BT5

Installation diagram:
magnetostrictive level sensor PG7 connection

Tips: Power supply selection of magnetostrictive sensor
Some magnetostrictive sensor has high requirements for power supply. Otherwise measurement accuracy will be influenced, or sensors interfere with each other mutually and even cannot work. When a DC voltage is applied to humidity-sensitive materials including metal oxide ceramic, high-molecular polymer and lithium chloride, their performance may be changed, or even failure may be caused. In consequence, such materials can't use DC voltage, or AC voltage contained DC voltage. So they must use AC power supply. When using magnetostrictive sensors, it is necessary to provide suitable supply power that meets precision requirements. When the sensor is used to transmit long-distance signal, the user should pay attention to the problem about signal attenuation. When the transmission distance exceeds over 200m, it is advised to use magnetostrictive sensor with frequency output signal.

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