Product Summary:
MQJL tilt sensor low precision series adopts anti-interference platform design, integrated new micromechanical sensing unit, wide temperature performance, long-term stable and reliable work. This product adopts the non-contact principle to measure the tilt Angle of the object, and calculates the real-time tilt Angle by measuring the component generated by the gravity of the earth through the internal micromechanical unit. It is simple and convenient to install, and only needs to be fixed on the object under measurement, and does not require a fixed shaft and a rotating shaft. Various installation methods can meet the measurement needs of customers. Ideal accessories for industrial equipment.
- Product Overview
- Technical Parameters
- Size selection
I. MQJL tilt sensor overview:
MQJL tilt sensor low precision series adopts anti-interference platform design, integrated new micromechanical sensing unit, wide temperature performance, long-term stable and reliable work. This product adopts the non-contact principle to measure the tilt Angle of the object, and calculates the real-time tilt Angle by measuring the component generated by the
gravity of the earth through the internal micromechanical unit. It is simple and convenient to install, and only needs to be fixed on the object under measurement, and does not require a fixed shaft and a rotating shaft. Various installation methods can meet the measurement needs of customers. Ideal accessories for industrial equipment.
II. MQJL tilt sensor application field:
● Surveying and mapping instruments ● High-rise building monitoring
● Railway locomotive monitoring ● Bridge and dam monitoring
● Column tilt monitoring ● Geological equipment tilt monitoring
● Construction machinery inclination measurement ● Oil drilling equipment
● Industrial automation attitude control ● Precision platform automatic leveling
III. MQJL inclination sensor technical parameters:
Measuring axis | 1 single axis, 2 double axis |
Measuring range | ±15°，±30°，±60°，±90°，（±180°，only X axis） |
Linearity | 0-15°Linearity≤0.1°，15-30°Linearity≤0.2°，30-90°Linearity≤0.3° |
Resolution | 0.01° |
Working current | 18～45mA（24V） |
Output signal | 0-5V，0-10V，4-20mA，RS485 |
Supply voltage | +12～24VDC |
Working temperature | -40～85℃ |
Temperature drift characteristic | Under conditions -35～65℃，±0.5° |
Output load | ＞500Ω |
Working time | 50000 Hours/time (no fault) |
Response frequency | 5～20Hz |
Insulation resistance | ≥100 MΩ |
Shock resistance | 100g@11ms,three-axis towards(half sinusoid) |
Anti-vibration | 10grms、10～1000Hz |
Protection grade | IP68 |
Shell material | Zinc alloy |
Installation | Three M4 screws |
IV.MQJL inclination sensor selection guide:
V. MQJL inclination sensor wiring mode:
Wiring Method | Single axis | Double axis |
Red | Positive pole +12～24VDC | Positive pole +12～24VDC |
Black | Negative pole 0V | Negative pole 0V |
Green | RS485 A | RS485 A/analog output-X |
White | RS485 B | RS485 B/analog output-Y |
Yellow（analog） | Signal output OUT | / |
GND | Earthing of casing | Earthing of casing |
VI. MQJL tilt sensor installation size:
Installation Precautions
VII. Installation precautions:
The correct installation method can avoid measurement errors, and the following points should be done when installing the sensor:
1.To ensure that the sensor mounting surface is completely close to the measured surface, the measured surface should be as horizontal as possible, there can be no included Angle.
2.The bottom line of the sensor and the axis of the measured object cannot have an Angle, and the bottom line of the sensor should be kept parallel or orthogonal to the rotation axis of the measured object during installation.
3. The mounting surface of the sensor and the measured surface must be fixed tightly, smooth contact, stable rotation, to avoid measurement errors caused by acceleration and vib