Inclinometers Digital Output

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Inclinometers Digital Output

Sensors for Test & Measurement or board mount versions to allow the fitting into OEM type equipment. Technology options include a fluid fill device for high accuracy or MEMs which offers a higher frequency response but also lower cost. Several sensors options are available to ensure the right solution for your application. There are several grades based primarily on accuracy required. LCA (industrial), SCA (standard range), HCA (high accuracy) and the ACA range which is precision grade. Digital outputs include Modbus, RS-232, RS-485, RS-422, TTL, PWM, CANopen, CAN 2A or 2B. Custom designs available on request.

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Inclinometers Digital Output

PCA826T_485_2

PCA826 DUAL AXIS INCLINOMETER ULTRA PRECISION GRADE

Ultra high precision dual axis inclinometer with digital output

  • Ranges: ±5° to ±60°
  • Output: RS485, RS232, RS422, CAN2.0A
  • Precision accuracy to 0.002 degrees
  • High shock resistance
ACA628_2

ACA616 Single Axis Inclinometer Precision Grade

Precision grade single axis inclinometer digital output

  • Ranges: ±2° to ±30°
  • Output: RS485, RS232, TTL, PWM or CAN
  • Precision accuracy to 0.002 degrees
  • High shock resistance
ACA628_2

ACA626 Dual Axis Inclinometer Precision Grade

Precision grade dual axis inclinometer digital output

  • Ranges: ±2° to ±30°
  • Output: RS485, RS232, TTL, PWM or CAN
  • Precision accuracy to 0.002 degrees
  • High shock resistance
HCA7

HCA7 Series Inclinometer High Accuracy

High accuracy inclinometer digital output

  • Ranges: up to ±180°
  • Output: RS485, RS232 and CANBUS
  • High accuracy to 0.003 degrees
  • High shock resistance
SCA110

SCA116 Single Axis Inclinometer Standard Accuracy

Standard accuracy single axis inclinometer digital output

  • Ranges: ±5° to ±90°
  • Output: RS232, RS485, RS422, TTL, CANopen
  • Standard accuracy to 0.02 degrees
  • High shock resistance
SCA120_1

SCA126 Dual Axis Inclinometer Standard Accuracy

Standard accuracy dual axis inclinometer digital output

  • Ranges: ±5° to ±90°
  • Output: RS232, RS485, RS422, TTL
  • Standard accuracy to 0.02 degrees
  • High shock resistance
LCA318_1

LCA316 Single Axis Inclinometer Industrial Accuracy

Industrial accuracy single axis inclinometer digital output

  • Ranges: ±10° to ±180°
  • Output: RS232, RS484, RS422, CAN, PWM
  • Industrial accuracy to 0.1 degrees
  • High shock resistance
LCA328_1

LCA326 Dual Axis Inclinometer Industrial Accuracy

Industrial accuracy dual axis inclinometer digital output

  • Ranges: ±10° to ±180°
  • Output: RS232, RS485, RS422, TTL, CAM, PWM
  • Industrial accuracy to 0.1 degrees
  • High shock resistance
HDA436T_CAN_1

HDA Triaxial Dynamic Inclinometer Industrial Accuracy

Industrial accuracy three axis inclinometer digital output

  • Ranges: Roll ± 180 °, pitch ± 90 °, azimuth ± 180 °
  • Output: CAN 2.0A, CAN 2.0B, RS232, RS485 option
  • Standard accuracy to 0.1 degrees
  • High shock resistance
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Frequently Asked Questions About Digital Output Inclinometers?

Need Help with Digital Output Inclinometers?

Learn about digital inclinometers, communication protocols, and their advantages for industrial applications requiring precise tilt measurement.

A digital output inclinometer is a sensor that measures tilt or inclination and transmits the angle data digitally using protocols like RS-232, RS-485, CAN, SPI, I²C, or Modbus.

High noise immunity, More precise and stable signal, Easier multi-sensor integration, Typically includes additional features like filtering, diagnostics, and programmable settings, Data can be logged or processed directly by controllers or computers

RS-232 / RS-485: Common in industrial environments, CAN / CANopen: Widely used in automotive, mobile machinery, and robotics, Modbus RTU: Standard protocol for PLCs and SCADA systems, SPI / I²C: Common in embedded systems and compact electronics.

Often, yes. Digital inclinometers tend to offer higher resolution and stability, and may include digital filtering or compensation for temperature and linearity, improving real-world accuracy.

They may require a microcontroller, PLC, or industrial computer that supports the appropriate communication protocol. For example, RS-485 requires a compatible transceiver.

Typically, it outputs angle data in degrees (or radians), often along with status flags, temperature, or diagnostic information depending on the model.

Yes. Digital communication protocols are designed to be robust against electrical noise, especially RS-485 and CAN, making them ideal for harsh environments.

Yes. They are available in both single-axis and dual-axis configurations, and each axis's angle can be reported separately in the data stream.

Communication protocol compatibility, Measurement range (e.g., ±90°, ±30°), Accuracy and resolution, Environmental protection (IP rating), Update rate / bandwidth, Electrical interface voltage and power requirements.

Many digital inclinometers support software-based configuration via serial or CAN interfaces, including setting filters, zeroing angles, adjusting update rates, and more.