Taihua ALJ series 30mm DC6-36V Proximity sensor photoelectric switch
The ALJ series proximity switch is equipped with photoelectric technology, making it perfect for applications that require non-contact sensing. It has a high switching frequency, making it ideal for high-speed automation processes in factories and manufacturing plants.
The sensor is designed with a rugged body, making it capable of withstanding harsh environments, including exposure to dust and water. It has a high IP67 ingress protection rating, ensuring reliable detection even in the harshest industrial environments.
The ALJ series proximity switch is easy to install and integrate with existing automation systems, ultimately reducing downtime and increasing productivity. The sensor has a compact and durable design, making it a versatile solution for industrial automation applications.
In summary, the ALJ series 30mm DC6-36V proximity sensor photoelectric switch is a reliable and practical solution for industrial automation applications. With its advanced technology, rugged design, and superior sensitivity, this sensor provides accurate and reliable detection for any manufacturing process.
Looking for a reliable and high-performance switch? Look no further than our product, which conforms to GB/T14048.10 and other national or industry standards. It boasts numerous features, such as its small size, fast response, high repetition accuracy, and wide voltage range. Additionally, its anti-interference performance is top-notch, and it eliminates mechanical wear, spark, and noise. Its vibration resistance and long service life make it an ideal choice for many applications. The convenient installation and calibration process is further enhanced by the red LED status indicators, which make it easy to identify its operating status. It's no wonder that this switch is widely used instead of micro switches or limit switches – it truly stands out as a superior choice.
| Main technical parameter | |||||
| ALJ30A3- series | |||||
|
Model |
DC 3-wire type NPN type |
NC |
ALJ30A3-10-Z/AX |
ALJ30A3-15-Z/AX |
|
|
NO |
ALJ30A3-10-Z/BX |
ALJ30A3-15-Z/BX |
|||
|
NO/NC |
ALJ30A3-10-Z/CX |
ALJ30A3-15-Z/CX |
|||
|
DC 3-wire type PNP type |
NC |
ALJ30A3-10-Z/AY |
ALJ30A3-15-Z/AY |
||
|
NO |
ALJ30A3-10-Z/BY |
ALJ30A3-15-Z/BY |
|||
|
NO/NC |
ALJ30A3-10-Z/CY |
ALJ30A3-15-Z/CY |
|||
|
DC 2-wire type |
NC |
ALJ30A3-10-Z/DX |
ALJ30A3-15-Z/DX |
||
|
NO |
ALJ30A3-10-Z/EX |
ALJ30A3-15-Z/EX |
|||
|
AC 2-wire type |
NC |
ALJ30A3-10-J/DZ |
ALJ30A3-15-J/DZ |
||
|
NO |
ALJ30A3-10-J/EZ |
ALJ30A3-15-J/EZ |
|||
| Installation |
Embedded |
Non-embedded |
|||
| Sensing distance |
10mm |
15mm |
|||
| Setting distance |
0～7mm |
0～10.5mm |
|||
| Hysteresis | Max.10% of sensing distance | ||||
| Standard sensing target | 30×30×1mm(Iron) | ||||
| Power supply(Operating voltage) | 6～36VDC/90～250VAC | ||||
| Leakage current | Max.10mA | ||||
| Response frequency(※1) | DC 1500Hz/AC 20Hz | ||||
|
Residual voltage |
DC 3-wire type Max.1.0V/DC 2-wire type Max.3.5V/AC 2-wire type Max.10V | ||||
| Affection by temp. | Max.±10% for sensing distance at ambient temperature 20℃ | ||||
| Control output | Max.200mA | ||||
| Insulation resistance | Min.50MΩ(at 500VDC megger) | ||||
| Dielectric strength | 1500VAC 50/60Hz 1minute | ||||
|
Vibration |
1mm amplitude at frequency of 10 to 55Hz(for 1 min.)in each of X,Y,Z directions for 2 hours | ||||
| Shock | 500m/s2(approx.50G）X,Y,Z directions for 3 times | ||||
| Indicator | Operation indicator(red LED) | ||||
| Ambient temperature | -25～+70℃( No icing) | ||||
| Storage temperature | -30～+80℃(No icing) | ||||
| Ambient humidity | 35～95%RH(No condensation) | ||||
| Protection | IP67 | ||||
| DC 3-wire type |
| DC 2-wire type |
| AC 2-wire type |
| DC 3-wire type |
| AC and DC 2-wire type |
1. Mutual interference
More than two proximity switches are shown in the figure below. When they are installed face to face or in parallel, the frequency interference is easy to cause misoperation. Pay attention to the distance between products when installing them (there are notes in the figure below).
- Influence of surrounding metal
If there is metal around the proximity switch, it will lead to poor reset and other misoperation. In order to prevent misoperation caused by the surrounding metal, attention should be paid to the distance between the product and the metal during installation (there are notes in the figure below).
| "Sn" in the table is the detection distance | ||
|
Type Item |
Inductive proximity switch |
Capacitive proximity switch |
|
A |
≥5Sn |
≥10Sn |
|
B |
≥4Sn |
≥10Sn |
|
C |
≥2Sn |
≥3Sn |
|
D |
≥3Sn |
≥3Sn |
|
ΦE |
≥4d1 |
≥6Sn+d1 |
