Laser ranging sensor 60 meters
Onick Insight-60 laser distance sensor is a next-generation, powerful, and durable distance measurement device designed specifically for the industrial measurement market. It boasts numerous advanced features and is a state-of-the-art, economical online position detection system with impressive accuracy and exceptional stability. Because it emits a laser beam at a target and accurately calculates distance using the reflected beam, it can achieve significant detection distances without a reflective target. Furthermore, it requires a much smaller target area than ultrasonic sensors, making it possible to detect the position of small objects at long distances.
The Onick Insight-60 laser rangefinder is widely used in industrial liquid and material level measurement, production line blank positioning, overhead crane XY positioning, large workpiece assembly positioning, geometric metrology of oversized objects, light scattering testing, ultrasonic characteristics testing, military firearms calibration, automatic target range control, safe docking of ships, and container positioning. Its online, continuous detection eliminates the need for manual spotting required by handheld laser rangefinders, enabling unattended continuous monitoring. Position data can also be transmitted to remote monitoring terminals, making it an ideal instrument for industrial automation and intelligent production management.
1. Product Features:
1. The measuring range is 0.05-60m.
2. Typical accuracy is ± 1mm.
3. Supply voltage 12VDC to 24VDC.
4. 0.000-Lmax (* Maximum distance can be set by software, Lmax<=60) corresponds to
4-20mA output. If 4-20mA output is required, please specify when ordering.
5. RS232, RS485 or RS422 communication interface protocols are optional. Please specify the communication interface protocol when ordering.
6. Operating ambient temperature <40℃
7. Overall dimensions: 120*75*45 (mm)
8. Measurement frequency 5HZ
2. Wiring Instructions:
DB9 connector: ⑨⑤Power supply, DC12V to DC24V/5W, ⑨ is the + pole, ⑤ is GND.
④4-20mA positive output.
③ 232: RXD (connected to PC TXD).
④ 232: TXD (connected to PC RXD).
① 422 (T+).
⑥ 422 (T+).
⑧ 422 (R+) or 485 (A).
⑦ 422 (R-) or 485 (B).
Waterproof aviation plug: ①② Power supply, DC12V to DC24V/5W, ① is the + pole, ② is GND.
③RXD (connect to PC TXD)
or 485(A)
or 422 (T+)
④TXD (connect to PC RXD)
or 485(B)
or 422 (T-)
⑤GND (connect to PC GND)
⑥4-20mA positive terminal or 422 (R+)
⑦4-20mA negative terminal or 422 (R-)
3. Communication Protocol:
The sensor address addr range is 80H to FFH, recorded as A1A2H. The factory default sensor address addr is 80H (hexadecimal).
(1) Distance measurement
When the host computer (such as PC) sends the address addr (A1A2) to the sensor, the sensor will send the measured target distance to the host computer in the following format: 'H''A1''A2''L' 'X4''X3''.''X2''X1''X0'CR (carriage return)
LF (line feed) If the distance is 12.3.45m, the sensor sends the address addr = 80H. Then the sensor sends the following characters
String: 'H''8''0''L''1''2' '.''3' '4''5' CR (carriage return) LF (line feed) If there is '—' or space, the test fails.
(2) Maximum distance Lmax setting
When the host computer (such as a PC) sends the character 'L' to the sensor, the sensor sends the current maximum distance Lmax: xxm to the host computer. Convert the number to be set into hexadecimal (30Æ1E) and send it to the sensor.
When the host computer (such as PC) sends the character 'l' to the sensor, the sensor sends the current maximum distance Lmax: xxm to the host computer.
(3) Sensor sending address addr setting
When the host computer (such as a PC) sends the character 'A' to the sensor, the sensor sends the current sensor sending address addr: A1A2H to the host computer. Convert the number to be set into hexadecimal (such as 80) and send it to the sensor.
When the host computer (such as PC) sends the character 'a' to the sensor, the sensor sends the current sensor sending address addr: A1A2H to the host computer.
4. Demonstration:
Connect the serial port to the PC, plug in the power supply, and use the serial port debugging assistant SComAssistantV2.1 to set up the test as shown below. Assume that the sensor address addr range is 80H (hexadecimal).
Solemnly declare:
(1) Precision instruments are not allowed to be opened;
(2) Do not plug or unplug the connector while it is powered on. Otherwise, it will be deemed as a waiver of the warranty and the consequences will be at your own risk!
The main application industries of online control measurement are: industrial liquid level, material level, production line billet transmission positioning, overhead crane XY positioning, large workpiece assembly positioning; geometric measurement of super-large objects, light scattering test, ultrasonic characteristics test, military firearms calibration, target range automatic control, ship safety berthing, container positioning and other fields.
The main application industries of online control measurement are: industrial liquid level, material level, production line billet transmission positioning, overhead crane XY positioning, large workpiece assembly positioning; geometric measurement of super-large objects, light scattering test, ultrasonic characteristics test, military firearms calibration, target range automatic control, ship safety berthing, container positioning and other fields.
