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RMIW-D Series

Product catalog summary

Overview: The Jewell Emerald Series inclinometer is a high-precision, low-cost device designed for applications requiring accurate motion sensing. It is suitable for use in robotics, construction equipment, industrial measurement and control, and precision machining.

Key Features:

Mounts horizontally or vertically to match the AccuStar footprint.
Extremely rugged and cost-effective compared to traditional force-balanced inclinometers.
High accuracy and greater precision than MEMS technologies.
Withstands up to 500g shock.
Provides a ±5 V DC output with dual input power.

Applications: The inclinometer is used in wheel alignment, construction equipment, antenna positioning, robotics, cross rail management, tilt safety systems, industrial and machining equipment, and stadium loudspeaker positioning.

Performance Specifications:

Input range varies from ±3° to ±90°.
Full range output is ±5 VDC with a nonlinearity of up to 0.05% FRO.
Scale factor ranges from 95.5 to 5 Volts/g depending on the input range.
Bandwidth is nominally 5.0 Hz.
Output and pendulous axis misalignment are both a maximum of 0.50°.
Resolution and threshold are 3.5 µradians maximum.
Weight is 4.2 oz.

Electrical and Environmental Specifications:

Operates on a single axis with an IP65 sealed enclosure.
Input voltage range is ±12 to ±18 VDC with a maximum input current of 40 mA.
Operating temperature range is -55°C to +85°C, and storage temperature range is -60°C to +90°C.
Shock resistance is 500g, 1 msec, ½ sine.

Ordering Information: The RMIW-D Series offers dual-ended power with ±5Vdc output and various mounting options. Range options include ±3°, ±14.5°, ±30°, ±45°, ±60°, and ±90°.

Catalog excerpts

RMIW-D Series ±5VDC Output Making Sense out of Motion… Input Ranges From ±3° to ±90° Rugged, High Precision, Low Cost, Dual-Ended Power Input Inclinometer The Jewell Emerald Series inclinometer is a low cost, high precision inclinometer designed with higher accuracy than comparable MEMS devices. Applications include robotics, construction equipment, industrial measurement and control, and precision machining. Outline Diagram Features • Mounts horizontally or vertically to match the AccuStar footprint • Extremely Rugged • Lower Cost than traditional Force Balanced Inclinometers • High Accuracy • Greater Precision than MEMS Technologies • Withstands up to 500g shock • ±5 V DC Output • Dual Input Power Dimensions in inches [mm] Wheel Alignment Construction Equipment Antenna Positioning Robotics Cross Rail Management Tilt Safety Systems Industrial and Machining Equipment Stadium Loudspeaker Positioning Wire Description Wiring Code Jewell Instruments LLC, 850 Perimeter Road, Manchester, NH 03103 [email protected] • www.jewellinst

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RMIW-D Series ±5VDC Output Making Sense out of Motion… Performance Specifications STATIC/DYNAMIC Input Range, °: Full Range Output (FRO -Note 1) VDC ±0.5%: Nonlinearity (Note 2) % FRO maximum: Scale Factor, Volts/g, nominal: Scale Factor Temp. Sensitivity (SFTS), PPM /°C maximum: Bandwidth (-3 dB), Hz nominal: Output Axis Misalignment, ° maximum: Pendulous Axis Misalignment, ° maximum: 0° Output, Volts range: 0° Output Temp. Sensitivity, Volts /°C maximum: Resolution and Threshold (Note 3), µradians maximum: Weight (oz.): Number of Axes: Input Voltage Range, (VDC): Input Current, mA, max: Output...

Open the catalog to page 2

RMIW-D Series

RMIW-D Series

Catalog excerpts

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