Product Description

 Application: 

 

 

 

Features:

At close range, high frequency and high precision, suitable for indoor use.

Technical Specification

Measurement range	0.05—20m
Measurement Accuracy	Standard value:±0.5mm(Static Object),  ±1mm(dynamic object)
Measurement blind area	0.05M
Resolution	0.1mm
Measurement Time	0.1s
Output mode	UART ;RS232 ,, Analog output 4-20mA
Laser Type	Semiconductor wavelength 640nm red visible laser , Class II safety to the eyes
Power consumption	< 1W(Ranging Power)   <0.1W(Standby Power)
Laser Life	>20000h
Power input	5VDC or 6-24VDC
Temperature Range	storage temperature:-40℃ to +80℃  Working temperature:-20℃–65℃
Dimensions	57x28x100mm
Weight	160g

 

Note: if you need RS485 Bus, which can connect 250nos of laser distance sensor at the same time

 

RS232 RS485 Wiring and instructions

 

RS232 RS485 Command

 

 

Statement for value measured returned

 

Digit	Display	For example	Explanation
1-9	Distance value	12.3212m display as:44 3A 31 32 2E 33 32 31 32,Unit: m 2.3212m display at:44 3A 20 32 2E 33 32 31 32,Unit: m	BCD code, No ten digits with 20 (space)display
11-14	back light	For example 0304	The smaller the value, the better the back light is.,the value <300 represents ranging better,if the vaue>2000, it needs the reflector panel. In the use of low reflection light, objects measured ,such as coal mines need to strictly monitor the value, if <50 , the command needs 0x44.
17-20	Temperature value	If current temperature is 30.4℃,the result displays :33 30 2E 34  Unit : ℃	In the high temperature and low temperature applications, such as iron and steel plant, when the long-term operating or ambient temperature exceeding 60℃ to ensure the long-term stability of the sensor, to make the necessary heat treatment, or turn off the laser, or suspended in a standby state to allow the sensor measurement .

 

Error information is shown as 44 3A 45 52 XX XX 21 OD OA)or (48 3A 45 52 XX XX 21 OD OA)

 

 

 

Error Code information
Code	Fault reason	Solution ways	Code	Fault reason	Solution ways
03	Low temperature	Heating	04	High Temperature	Cooling
07	Intensity of incident light	Reduce the impact of incident light	08	Signal is too weak	Use the reflection plate
09	Signal is too strong	To reduce the reflection of the measured object	15	Shake too fast	Reduce the vibration of the measured object
18	Too close	Increase measuring distance	19	Out of range Object moving too fast	Reducing the measuring distance reduce the moving speed of the measured object

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 Warning:

Under unfavorable conditions, such as in bright sunlight or when measuring to poorly reflecting or very rough surfaces, the module’s measuring range and accuracy will be reduced, please take measurements with reflector(not included).

Do not point the laser dot at persons or animals and do not stare into the laser beam or view directly with optical instruments

 

 

Kindly Prompt: If need to DB9 Female head, so RX,TX and G will be corresponding to connection to Second, Third and Fifth base pin of DB9 head separately.

 

 

 

 Frequently Asked Questions (FAQ)

 

 

On what kind of targets can be measured?

All opaque targets can be measured. Reliable measurements on transparent targets are not possible.

     

How is the measurement rate influenced?

The measurement rate is influenced by the target. If the laser light is well reflected by the target, fast measurement rates can be achieved (up to 0.15s in tracking mode).

     

Does dust influence the measuring process?

If dust overcasts the main part of the laser beam, then your
measurement will be influenced in a negative way. However, this situation can only be found in extreme dusty environment like cement hopper etc.

     

Is it possible to measure to a moving target?

Yes it is possible. The measured distance is the mean value between the distance at start and end of the measuring process.

     

What is the Measuring Accuracy?

The measuring accuracy corresponds to the ISO-recommendation ISO/R 1938-1971 with a statistical confidence level of 95% (i.e. ±twice the standard deviation, refer to diagram right. The typical measuring accuracy relates to average conditions 

    

Is the Laser Light eye safe?

Class II lasers are low power ( 15 minutes) damage to the eyes could result. Avoid looking into a Class II Laser beam or pointing a Class II laser beam into another person’s eyes. Avoid viewing Class II laser beams with telescopic devices. Realize that the bright light of a Class II Laser beam into your eyes will cause a normal reaction to look away or close your eyes. This response is expected to protect you from Class II Laser damage to the eyes.