SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER CURRENT OUTPUT INCLINOMETER

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ○ CE certification number :ATSZAHE190625019 ○ China National Intellectual Property Appearance Patent (Patent No.: ZL 201830753149.6) ○ Revision time:2024-08-07 Note: Product functions, parameters, appearance, etc. will be adjusted with technical upgrades. Please contact our pre-sales business for confirmation when purchasing. Disclaimer This product is developed exclusively for commercial applications and is prohibited from being used for illegal purposes, such as military activities, research related to nuclear, chemical, or biological weapons, or...

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ▶ DESCRIPTION SDA118T/SDA128T is an industrial-grade current output inclinometer with high anti-vibration performance to ensure high-precision measurement of object dynamics; standard current 4 ~ 20mA output, while outputting the inclination of the biaxial direction, can be transmitted over long distances up to 2000 meters. The attitude parameters (roll and pitch) of the moving carrier can be measured. The output signal has strong anti-interference and is professionally applied to construction machinery equipment working in harsh environments. The product...

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ▶ APPLICATION ★ Rail-mobile monitoring ★ Satellite communications vehicle posture detection ★ Radar detection of vehicle platform ★ Underground drill posture navigation ★ Gun Barrel angle measurement in early shooting ★ Shield pipe jacking application ★ Geological equipment inclined monitoring ★ Ship navigation posture measurement ★ Based on the angle direction measurement ★ Tilt angle measurement of High-altitude construction machinery Measure range Measure axis Zero output Measure Resolution Accuracy Long term stability Zero Temp coefficient Sensitivity...

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ▶ ELECTRONIC CHARACTERISTICS Parameters Supply voltage Working current Output load Operating temperature storage temperature WORDS EXPLANATION Resolution: The sensor can detect and distinguish the smallest change value of measured within the measurement range. Measure Accuracy: The combined deviation of the sensor's linearity, repeatability, hysteresis, zero offset, and horizontal axis deviation on normal temperature conditions. Long-term stability: The deviation between the maximum and minimum values of the sensor after a long times work on normal...

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ▶ WORKING PRINCIPLE The core control unit adopt the import,through the principle of capacitive micro pendulum and earth gravity,when the the inclination unit is tilted,the Earth's gravity of corresponding pendulum will produce a component of gravity,corresponding electric capacity will change,by enlarge the amount of electric capacity/filtering and conversion then get the inclination. ▶ CALCULATION FORMULA FOR ANGLE OUTPUT Angle = (output current - zero position current)÷angle sensitivity Angle sensitivity = output current range ÷ angle measurement...

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER Cable color and function Cable color and function BLACK GND Power Negative X-axis output Y-axis output Power Positive Power Negative X-axis output X-axis output

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ▶SIZE MODULE SIZE Shell size: L46×W35.5×H12.5mm Installation size: L37×W29mm ounting screws: 4M3 screws SHELL SIZE Shell size: L72.6×W42×H23mm Installation size: L63.5×W34.5×H4mm ounting screws: 3M4 screws

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ▶ INSTALLATION During installation, keep the sensor mounting surface parallel to the measured surface, and avoid the influence of motion and acceleration on the sensor as possible. Please confirm the installation option with sales before ordering. Six installation options as the diagram below:

SDA118T/SDA128T CURRENT OUTPUT INCLINOMETER ▶ PRODUCTION INSTALLATION NOTES Please according to the correct method to install inclinometer, incorrect installation will create measurement errors, with particular attention to the "surface", "line":： 1）The Sensor installation surface and the measured surface must be fixed closely, stability,if the install surface unflat, may be created measuring angle error of sensor . 2) The sensor axis and the measured axis must be parallel ,and two axis try not to appear angle.