Main features:
>M18 mounting threaded bushing;
>Easy to install;
Basic features:
>1 x npn or pnp switching output;
>Analog voltage output 0-5/10V or analog current output 4 - 20mA;
>Digital TTL output;
> It can change the output by serial port upgrade;
> It can set the detection distance by learning line;
>Temperature compensation;

model

JLUB1000-18GM75-E4-V1

JLUB1000-18GM75-E5-V1

JLUB1000-18GM75-E8-V1

JLUB1000-18GM75-E9-V1

JLUB1000-18GM75-I-V1

JLUB1000-18GM75-U5-V1

JLUB1000-18GM75-U10-V1

Setting detection range
Factory setting: Default window mode, normally open, A1=60mm; A2=1000mm
A1: Target distance from near and far, through the A1 point, the switch from open to close.
A2: Target distance from near and far, through the A2 point, the switch from closed to open.
Working mode: A1 and A2 can be learnt individually, and the working mode can be selected by setting the position of A1 point and A2 point, and the working modes are as follows 5 kinds:

Mounting
Due to the directional nature of ultrasonic sensors, the mounting position needs to be taken into account. It is recommended that the mounting position be perpendicular to the object to be measured in order to obtain a better relative accuracy.

485 protocol description
Product working baud rate: 115200
Stop bit: 1
Data bits: 8
Parity: None

1、Command Format

2、Specific Command Description

1) Write sensor ID number

Example: Write A5 01 01 02 00 A9, the sensor returns data: A5 02 01 00 00 A8

2) Write A1 value (A1 value less than 600 or more than 1000, A1 will not work, the switching quantity into the single point normally open mode)

Example: Write A1 value 800 (8cm): A5 01 02 20 03 CB.

Sensor return data: A5 01 02 20 03 CB

3) Write A2 value (A2 value less than 600 or more than 1000, A2 will not work, the switching quantity into single point normally closed mode)

Example: Write A2 value 10000 (100cm): A5 01 03 10 27 E0.

Sensor return data: A5 01 03 10 27 E0

Using external temperature compensation, write the external temperature value:

Example: Write a temperature of 18°C, 18*100=1800 converted to hexadecimal: A5 01 04 08 07 B9.Sensor return data: A5 01 04 08 07 B9

Use internal temperature compensation to write the internal temperature:

Example: Write internal temperature value 0°C: A5 01 05 00 00 AB.

Sensor return data: A5 01 05 00 00 AB

6) Read the current measurement data of the sensor

Example: Write A5 01 06 00 00 AC.

The sensor returns the following data

7) Read current sensor ID

Example: Write A5 01 F0 00 00 96, the sensor back to the data: A5 01 F0 00 00 96 (write ID number can be 0 ~ 32, back to the data in the ID for the current sensor ID, read ID can only have a sensor in the 485 network).

Detection range	60~1000mm
Adjustment range	60~1000mm
Dead zone	0~60mm
resolution	0.17mm
Repeatability	0.15% of Full scale
Absolute Accuracy	1%(built-in temperature compensation)
Switching frequency	10hz
Switching Hysteresis	2mm
Response Time	100ms
Power supply	15~30VDC，10%Vpp
Protection circuit	Anti-reverse connection protection, instant over-voltage protection
No-load Current	≤25mA
Operational current	≤200mA，short circuit protection,reverse polarity protection
Yellow LED	Normally lighting on, targets detected in the A1-A2 range; flashing, targets detected in learning state
Red LED	Normally lighting on, no target detected; flashing, no target detected in learning state

Characteristic
Working Temperature? ? ? 25℃~+70℃(253~343K)
Storage temperature -40℃~+85℃(233~358K)
Electromagnetic compatibility GB/T17626.2-2006
GB/T17626.4-2008
Protection class IP65
Connection M12 connector
Housing Material Copper nickel plated

Response Characteristics Curve

Output

Mode

Electric Wiring

Dimension