Inclinometer Sensor, Output 4-20mA, ±10°~±90°

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$638.46

Ex Tax: $638.46

Stock: In Stock
Model: RDDLZ-IMS-518528
Weight: 1.00
SKU: RDDLZ-IMS-518528

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Industrial inclinometer sensor for sale, single axis/2 axis, 4-20mA output signal, optional measuring range ±10°~±90°. It is a high precision tilt detection sensor, accuracy of a small measuring range is only 0.005°, high resolution and stable data transmission.

Features

The single/dual-axis inclinometer sensor adopts dynamic zero test compensation technology, which has fast start-up, high resolution, stable data, and good shock and vibration ability.
Inclinometer sensor has built-in anti-radio frequency and adopts anti-electromagnetic interference circuit.
To make the output signal have higher anti-interference ability, the tilt sensor adopts various technologies such as high application-level MCU, three-proof PCB board, cable, wide temperature shielded metal shell, etc., to improve its reliability and stability, and guarantee the inclinometer sensor has long-term and safe operation in harsh environments.

Technical Specification

Model	RDDLZ-HCA518T/HCA528T				Condition
Measuring Axis	X/XY (single/dual)	X/XY (single/dual)	X/XY (single/dual)	X/XY (single/dual)	-
Measuring Range*	±10°	±30°	±60°	±90°	-
Zero Output	12mA	12mA	12mA	12mA	0° output
Resolution	0.001°	0.001°	0.001°	0.001°	-
Absolute Accuracy	0.005°	0.01°	0.02°	0.05°	@25℃
Long Term Stability	0.01°	0.02°	0.05°	0.08°	-
Zero Temperature Coefficient	±0.002°/℃	±0.002°/℃	±0.002°/℃	±0.002°/℃	-40~85℃
Sensitivity Temperature Coefficient	≤50 ppm/℃	≤50 ppm/℃	≤50 ppm/℃	≤50 ppm/℃	-40~85℃
Power On Time	0.5s	0.5s	0.5s	0.5s	-
Response Time	0.02s	0.02s	0.02s	0.02s	-
Response Frequency	1~20Hz	1~20Hz	1~20Hz	1~20Hz	-
Output Signal	4-20mA
Electromagnetic Compatibility	According to EN61000 and GBT17626
MTBF	≥50000 hours/times
Insulation Resistance	≥100MΩ
Shockproof	100g@11ms, 3 Times/Axis (half sinusoid))
Anti-Vibration	10grms, 10～1000Hz
Protection Grade	IP67
High Seismic Performance	＞2000g
Cables	Standard 2m length, wearproof, grease proofing, wide temperature, shielded cables 4*0.4mm², aviation connector
Dimension	Shell size: L90W59H34mm Installation size: L79W29H6mm Outing screws: 3M4 screws
Weight	190g (without cable)

*Note: This Technical data only list ±10°, ±30°, ±60°, ±90° series for reference, other measuring range please refer to the adjacent specifications.

Electrical Specification

Item	Min	Standard	Max	Condition
Power Supply	9V	12V, 24V	36V	Standard
Working Current	-	40mA	-	No-load
Output Load	-	400kΩ	1000kΩ	Resistive
Working Temperature	-40℃	-	+85℃	-
Store Temperature	-55℃	-	+100℃	-

4-20mA Inclinometer Sensor Electrical Wiring

Single Axis Wiring Definition

Line Color Function	RED	WHITE	GREEN	BLACK	GRAY
Line Color Function	DC 11.5-36V Power supply positive	Out X X axis output current	NC Spare line	GND Power supply negative	Signal ground

Dual Axis Wiring Definition

Line Color Function	RED	WHITE	GREEN	BLACK	GRAY
Line Color Function	DC 11.5-36V Power supply positive	Out X X axis output current	NC Spare line	GND Power supply negative	Signal ground

4-20mA Inclinometer Sensor Dimensions Diagram

Inclinometer Sensor Installation Direction Diagram

The installation must guarantee the inclinometer sensor bottom is parallel to measured face，and reduce the influence of dynamic and acceleration to the tilt sensor. This inclinometer sensor can be installed horizontally or mounted vertically, for installation please refer to the following scheme.

Tips: What are the technical advantages of RDDLZ inclinometer sensor?

RDDLZ inclinometer sensor has good tilt angle measurement performance, and creatively regards horizontal axis error and zero offset as an important part of measurement accuracy. (Note: other general inclinometer sensor products only use nonlinearity as the measurement accuracy of the tilt sensor). At the same time, based on the actual situation that the actual tilt direction cannot be completely parallel or coincident with the sensitive direction of the tilt sensor, RDDLZ inclinometer sensor specially provides the parameter allowable input axis misalignment in order to solve the user's on-site installation trouble. Through this parameter, users can accurately know how to install the inclinometer sensor and reduce the installation time, and can also obtain good measurement accuracy.

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