Single Axis Digital Inclinometer Sensor RS485 Output ZCT100AL-485-BUS

Product Short Description

Small size, light weight

Entirely industrial device

Stable and reliable performance

Shockproof

High cost performance, easy to integration

Wide supply

Enquiry

Description

Parameter

How To Order

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I. General Description

ZCT100AL-485-BUS is 1-axis inclinometer sensor designed and produced by ZC Tech with a measuring range of 0~360°, output of RS485 BUS.

 

II. Features

Small size, light weight

Entirely industrial device

Stable and reliable performance

Shockproof

High cost performance, easy to integration

Wide supply

 

III. Applications

Aerial lifts, medical devices

Security control, monitoring, alarm system

Boom angle measurement

 

IV. Technical Specificationroom environment25℃))

Parameter

Test condition

Min.

Typ.

Max.

Unit

Operating parameters

Power supply

7

15

VDC

Quiescent current

No load

17

25

mA

Operating temp range

40

+85

Performance parameters

Total range

1-axis

0

360

°

Resolution(1

0.1

°

Accuracy

RMS

≤0.5

°

Zero temp drift

-40+85℃

±0.03

°/℃

Other parameters

Size

Housing

41*46*15.2

mm

Standard cable

0.3

m

Remark 1: resolution is the smallest angular increment at which a detectable change in output can be measured.

 

  V. Digital Output of The Angle

1. RS485 serial port setting:

Baud rate: 9600bps, one start byte, eight data bytes, one stop byte, and no parity byte.

2. Output format of the angle:

There is nine bytes of a group output data.

Byte1: 0x2A

Byte20x2B/0x2D

Byte3thousands of the angle (ASCII)

Byte4hundreds of the angle (ASCII)

Byte5tens of the angle (ASCII)

Byte6units of the angle (ASCII)

Byte70x2E

Byte8tenths of the angle (ASCII)

Byte90x0F

Eg: the current angle value is +3.6 deg, the display of the hexadecimal is:

2A 2B 30 30 30 33 2E 36 0F

Note:

When the measured angle is out of the range, it will display:2A 2B 30 38 38 38 2E 38 0F.

 

VI. User Commandsthe following commands is hexadecimal

  1. 0x1A 0x0C XX 0x0D ―― Set address of the sensor’s axes. Successful setting will get a return value of 0x2A 0x0C XX 0x0F, XX represents the sensor’s axes’ address, which can be valued from 0×01 to 0×20, factory default address is 0×01;
  2. 0x1A 0x1C XX 0x0D ―― Set the current angle as zero position. Successful setting will get a return value of 0x2A 0x1C 0x0F, XX represents the sensor’s axes’ address;
  3. 0x1A 0x0E NN 0x0D ―― Set filter parameter. NN can be valued 0×01(the fastest) /0×02/ 0×03 /0×04(the slowest). There is no return value after successfully set, and the sensor get into the ready state;
  4. 0x1A 0x1E XX 0x0D ―― Read the tilt angle, XX represent the sensor’s axes’ address, and the return value can be referred to the digital output of the angle.

 

VII. Mounting Size and Attentions

1. Appearance and Mounting Size

ZC-inclinometer-sensor-Appearance-and-Mounting-Size

2. Wire connection  ( provided by customers )

-2

1

Shield

2

7V~12V

3

GND (0 V)

4

RS-485 A

5

RS-485 B

3. Wire connection (default parameter)

1 Red

7V~12V

2 Black

GND (0 V)

3 Blue

RS-485 A

4 Yellow

RS-485 B

4. PCB size and wire definition

PCB-Size-and-Wire-definition

5. Attentions when mount the sensor

① The sensor should be mounted vertically. When the lead cable is toward to right, sensor is in the zero position. Rotate the sensor in clockwize, the angle will increase.

② Incorrect installation methods will lead to the measurement error. In order to minimize the mount error, please make sure the sensor perpendicular with the horizontal plane.


Parameter Test condition Min. Typ. Max. Unit
Operating parameters Power supply 7 15 VDC
Quiescent current No load 17 25 mA
Operating temp range 40 +85
Performance parameters Total range 1-axis 0 360 °
Resolution(1 0.1 °
Accuracy RMS ≤0.5 °
Zero temp drift -40+85℃ ±0.03 °/℃
Other parameters Size Housing 41*46*15.2 mm
Standard cable 0.5 m

Remark 1: resolution is the smallest angular increment at which a detectable change in output can be measured.

ZCT100AL-485-BUS1-axis Inclinometer sensor specification

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