YXG-150-Z Anti vibration induction contact pressure gaugeDetailed product description：

YXG-150-Z anti vibration induction contact pressure gauge
The instrument has characteristics of resistance to environmental vibration, medium pulsation, and impact load. The instrument contact adopts a contactless induction switch, which has reliable electrical signal switching, high sensitivity, high control accuracy, fast response, and no hysteresis jumping phenomenon. The switch characteristics are extremely excellent. The instrument is used in conjunction with the YXG-K controller.

Technical parameters:

Execution standard: Q/320211 DGH08-2002
Accuracy level: 1.6 level
Measurement range: 0-0.16, 0-0.25, 0-0.4, 0-0.6, 0-1.0, 0-1.6, 0-2.5, 0-4.0, 0-6.0, 0-10, 0-16, 0-25.0-40, 0-60, -0.1-0.15, -0.1-0.3, -0.1-0.5, -0.1-0.9, -0.1-1.5, -0.1-2.4MPa
Working temperature: -10 ℃~55 ℃
Protection level: IP54
Electrical parameters: Operating voltage 8V DC
Working current: on ≥ 3mA, off ≤ 1mA

Contact type and control method:

model	schematic diagram	Contact type	The position of the control panel when it changes with the indicator needle	Equivalent contact point
YXG-150-Z21		upper and lower limits	1. The control panels are all located inside the induction switch. 2. When the indicator needle moves up (or down), the control chip of the upper limit contact (lower limit contact) exits the sensing switch.	1. Both contacts are disconnected, resulting in high impedance output 2. Connect the upper limit contact (lower limit contact) and output low impedance
YXG-150-Z11		Double upper limit	1. The control panels are all located inside the induction switch. 2. When the indicator pin goes up, the control pads of contacts 1 and 2 exit the induction switch in sequence.	1. Both contacts are disconnected, resulting in high impedance output 2. Connect contacts 1 and 2 in sequence to output low impedance.
YXG-150-Z22		Double lower limit	1. The control panels are all located inside the induction switch. 2. When the indicator pin descends, the control pads of contacts 2 and 1 exit the induction switch in sequence	1. Both contacts are disconnected, resulting in high impedance output 2. Connect contacts 2 and 1 in sequence to output low impedance.
YXG-150-Z1		Single upper limit	1. The control panel is located inside the induction switch. 2. When the indicator pin goes up, the contact control piece exits the induction switch.	1. Contact disconnected, high impedance output 2. Connect the contact and output low impedance.
YXG-150-Z2		Single lower limit	1. The control panel is located inside the induction switch. 2. When the indicator pin descends, the contact control piece exits the induction switch.	1. Contact disconnected, high impedance output. 2. Connect the contact and output low impedance.
Note: In the diagramThe control chip is inside the induction switch, and the indicating contact is in a disconnected state. The control panel is located outside the induction switch, and the indicating contact is in a connected state.

Working characteristics of YXG-150-Z anti vibration induction contact pressure gauge (upper and lower limit contact types)

Contact status	Equivalent contact point (YXG-K output terminal)	Induction switch status	Output current (Instrument output terminal)
	Lower limit contact point		≥3mA (3, 4)
	Upper limit contact point		≤1mA (1, 2)
	Lower limit contact point		≤1mA (3, 4)
	Upper limit contact point		≤1mA (1, 2)
	Lower limit contact point		≤1mA (3, 4)
	Upper limit contact point		≥3mA (1, 2)
Note: Output terminals 1 and 2 with dual upper or lower limits are contact 2, while terminals 3 and 4 are contact 1

Usage and ordering instructions:
Instrument name, model, and measurement range.