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HTS6 High Precision Inclinometer Digital Output Tilt Sensor DC 9~36V

HTS6 High Precision Inclinometer Digital Output Tilt Sensor DC 9~36V

Brand Name: RUICOM
Model Number: HTS6
MOQ: 1
Payment Terms: T/T
Supply Ability: 100000 pieces/year
Detail Information
Place of Origin:
Shenzhen, China
Certification:
CE, RoHS
Measurement Axis:
X / Y / D
Measurement Range:
±10° / ±15° / ±30° / ±45° / ±60° / ±90°
Signal Output:
RS232 / TTL / RS485 / RS422
Communication Protocol:
Serial Protocol / MODBUS
Installation Direction:
Horizontal / Horizontal Downwards / Vertical / Vertical Leftwards / Vertical Rightwards
Supply Ability:
100000 pieces/year
Highlight:

HTS6 Digital Output Tilt Sensor

,

Industrial automation Digital Inclinometer

,

High Precision Inclinometer DC 9V

Product Description

Upper Computer Software Video:




The HTS6 series high-performance single/dual-axis tilt sensors, while maintaining stable and reliable characteristics, further improve measurement accuracy and optimize temperature drift performance. This product integrates a high-precision 16-bit differential A/D converter, combined with a 5th-order digital filtering algorithm, to accurately measure the roll and pitch angles of the sensor relative to the horizontal plane.


Multi-protocol digital output: Supports RS485, RS232, RS422, and TTL interfaces to adapt to different industrial communication needs.

Intelligent temperature drift compensation: Built-in high-precision digital temperature sensor, real-time correction of temperature drift error (optional temperature output), ensuring excellent repeatability in a wide temperature range.

Industrial-grade reliability: Utilizing a reinforced design, this product is suitable for harsh industrial environments due to its excellent expandability and environmental adaptability, possessing superior anti-interference capabilities and long-term stability.


Technical Characteristics

❖ Measuring range ±1~±90° selectable;

❖ Small measuring range accuracy 0.005°;

❖ Resolution 0.001°;

❖ DC 9~36V wide voltage input;

❖ RS485, RS232, RS422, and TTL output interfaces selectable.


Application Field

❖ Industrial automation                                                  ❖ Engineering machinery platform leveling systems 

❖ Hotovoltaic tracking bracket control systems                 ❖ Aerospace attitude reference systems

❖ Precision instrument leveling devices                            ❖ High-precision tilt measurement fields such as platform leveling.

HTS6 High Precision Inclinometer Digital Output Tilt Sensor DC 9~36V


Performance Parameters

HTS6

Condition

Parameter

Measurement Range

-

±10°

±30°

±60°

±90°

Measurement Axis

-

Single-axis / Dual-axis

Resolution1)

-

0.001°

Measurement Accuracy2)

@25℃

0.005°

0.01°

0.01°

0.02°

Long-Term Stability

 

0.01°

0.02°

0.05°

0.08°

Zero-Point Temp Coefficient3)

-40~85℃

0.0005°/℃

Sensitivity Temp Coefficient4)

-40~85℃

≤50ppm/℃

≤50ppm/℃

≤50ppm/℃

≤100ppm/℃

Power-On Startup Time

0.5S

Response Frequency

20Hz

Output Rate

5Hz / 15Hz / 35Hz / 50Hz/ 100Hz optional

Output Signal

RS232 / RS485 / RS422 / TTL / MODBUS

EMC

According to EN61000 and GBT17626

Insulation Resistance

≥100 MΩ

Shock Resistance

100g@11ms, 3 Axial Direction (Half Sinusoid)

Vibration Resistance

10grms/10~1000Hz

Protection Class

IP67

Cables

Standard 2m cable, wire diameter 6.0~6.5mm, wire weight < 155g

Weight

≤200g (excluding cable)

*The maximum range for a single axis is ±90°, and the maximum range for a dual axis is ±89.5°.

1) Resolution: The smallest angular change that can be detected within the effective measurement range, reflecting its ability to monitor minute tilt fluctuations.
2) Measurement Accuracy: A comprehensive evaluation of the sensor's performance indicators under standard ambient temperature, including the overall performance of linearity error, repeatability error, hysteresis error, zero-point offset error, and cross-axis sensitivity error.
3) Zero-Point Temperature Coefficient: The ratio of the sensor's output value to temperature when the sensor is in a zero-input state, defined as the ratio of the zero-point offset within the rated operating temperature range to the room temperature reference value.
4) Sensitivity Temperature Coefficient: A stability index of the sensor's full-scale output value with temperature changes, characterizing the drift rate of sensitivity relative to the room temperature reference value within the rated temperature range.


Electrical Parameters

Parameter

Condition

Minimum Value

Typical Value

Maximum Value

Unit

Power Supply voltage

Standard

9

12

24

36

V

Customized

 

Other voltages

 

 

Operating current

No load

 

50

 

mA

Operating temp

 

-40

 

85

℃

Storage temp

 

-40

 

85

℃


Interface Definition

TTL/RS232/RS485 Pin definition

PIN/Thread Color

Definition

Description

PIN1 / Red

DC9~36V

Positive power supply

PIN2 / White

TTL/RS232_RXD / RS485_D+

Receive data

PIN3 / Green

TTL/RS232_TXD / RS485_D-

Transmit data

PIN4 / Black

GND

Negative power supply

PIN5 / - -

NC

No connection

PIN6 / - -

NC

No connection

PIN7 / - -

NC

No connection


HTS6 High Precision Inclinometer Digital Output Tilt Sensor DC 9~36VHTS6 High Precision Inclinometer Digital Output Tilt Sensor DC 9~36V


RS422 PIN Definition

PIN/Thread Color

Definition

Description

PIN1 / Red

DC9~36V

Power supply positive terminal

PIN2 / Black

GND

Power supply negative terminal

PIN3 / Orange

RS422_RXD+

Receiver's positive signal line

PIN4 / Yellow

RS422_RXD-

Receiver's negative signal line

PIN5 / Blue

RS422_TXD+

Transmitter's positive signal line

PIN6 / White

RS422_TXD-

Transmitter's negative signal line

PIN7 / - -

NC

No connection


HTS6 High Precision Inclinometer Digital Output Tilt Sensor DC 9~36V


Product Dimensions

Case dimensions: L90×W59.1×H34mm

Recommended screws: 3 M4 screws

HTS6 High Precision Inclinometer Digital Output Tilt Sensor DC 9~36V


Ratings & Review

Overall Rating

5.0
Based on 50 reviews for this product

Rating Snapshot

The following is the distribution of all ratings
5 stars
100%
4 stars
0%
3 stars
0%
2 stars
0%
1 stars
0%

All Reviews

T
Timo
Finland Aug 31.2026
Communication is stable when connected to our controller. Tilt readings keep consistent during continuous field operation.
V
Vikram
India Aug 26.2026
Fast response on digital output. Repeatable tilt measurements for our machinery alignment project. Good build quality for the price point.
W
W*i
Singapore Aug 25.2026
Tilt readings are accurate and stable in our equipment‑leveling work.Great value for an industrial‑grade sensor.