Friends who pay attention to Sick will not be unfamiliar with the W4-3 series products, this classic mini photoelectric is widely praised by the industry for its excellent set pressing function and diverse optical functions. Whether it's a lubricated and reflective mobile phone surface, a wrinkled black food bag, or a porous and high-gloss PCB, you'll find a product in the W4-3 series for safety testing.
With the rapid development of the automation profession, the user's requirements for photoelectric sensors are becoming more and more stringent, under the great success of W4-3, Sick continues to develop products that are more suitable for the user's intelligent production needs, and finally launched a new mini intelligent photoelectric W4F series this year.
Compared with the W4-3, the W4F adopts an integrated configuration, and the shell is constructed of Vistal material, which greatly improves the strength. The unique rotary press integrated teaching button and blue energy ruler can not only satisfy the different debugging habits of users, but also provide clear and clear visual guidance for teaching. The interior adopts Sea's latest ASIC chip technology, which can effectively shield ambient light and scenery interference. In addition to the classic dual-line light source, long-range press and V-shaped lens, the W4F series has launched a unique model of double switch, triangulation ranging and narrow beam, providing customers with a variety of functions in a small space.
A miniature photoelectric sensor capable of triangulation
WTT4, WTT12 and other photoelectric flying principle have excellent ranging function in mid-range intervals, and the measurement repeatability can reach 1.1-3.0mm. In the use scenario of short interval (<150mm), triangulation is often more stable. W4F has launched a miniature photoelectric based on triangulation principle ranging, with a detection interval of 15-220mm, a repeatability of 0.3-2.2mm, and an output interval value through IO-Link communication. In addition to the ranging function, this product also has a normal switching function, with built-in dual independent switches, which can teach different intervals separately, and perform logic programming such as window, and, or for two-stage switching quantities to realize the functions of object state distinction and edge identification.
WTB4FT dual-line light
The secret weapon for detecting bright, porous, uneven objects
Food packaging conveyor lines, PCB board production lines, and intralogistics conveyor lines often need to detect objects such as brightness, porousness, and unevenness. Due to the special material and structure, it is difficult to achieve stable detection with ordinary point light source photoelectric products. W4F double-line spot would be a good solution. The two linear light spots extend the scanning range, and even for the detection of porous objects, it is still possible to output a stable and continuous signal. When inspecting bright surfaces such as PCB boards and food packaging bags, the unique light point of view makes the W4F dual-line light have the characteristics of similar to V-lens, and the return light captured by the receiver is enhanced, making the inspection results more accurate.
WTF4FD Vision Push-Type
An excellent choice for detecting irregular incoming materials and thin objects in a stable setting
In some cases, the shape of the material on the conveyor belt is irregular, and the commonly used set press type photoelectric receiver cannot capture the light back stably; Or the incoming material is close to the conveyor belt, and the height difference with the conveyor belt is very small, so it is difficult to distinguish whether the source of light return at the receiving end belongs to the object or the scene. In both cases, attempts to use long-range photoelectric presses often yield surprising results. Unlike the set press, the long-range press relies on a stable set, and the yellow indicator lights up after the set is taught; When an object is presented in front of the set, the yellow indicator lights down, the object is detected, and a signal is output. This type of photoelectric can achieve a smaller height of the smallest detection object and is often suitable for the detection of thin and irregular objects.
|
More on that
|
The main characteristics and usage methods of SICK sensors
Key Characteristics of SICK Sensors (Displacement Sensor Principle)
Nominal Resistance: The value of resistance indicated on the potentiometer.
Promise error: The ratio of the nominal resistance to the practical resistance to the nominal resistance is the resistance deviation, which indicates the accuracy of the potentiometer. Promise errors are usually made in the ± 20 ...
|
|
Sick Sensors - Common faults and treatment methods of photoelectric sensors
1. First of all, the front face of the photoelectric sensor must be parallel to the surface of the workpiece or object to be detected, so that the conversion efficiency of the photoelectric sensor will become high.
2. When installing and welding, the small distance between the root of the pin of the photoelectric sensor and the pad shall not be less than 5 mm, otherwise ...
|
|
Sick Sensors – Precautions for the use of pressure sensors
1. The sensor should be handled gently, especially for the small range sensor with aluminum alloy material as the elastomer, any impact or drop caused by vibration is likely to cause a large output error. In addition, it is necessary to protect the sensor outlet head and not to break it
2. Design loading ...
|
|
Detailed explanation of fault judgment and maintenance of SICK sensors
Analysis of the factors that may cause the zero point change of the SICK sensor: overload will lead to a sudden change in the zero point, and the output resistance will obviously exceed the specified value impact, as above; Moisture return or turbidity, so it is mainly manifested as a continuous change of 0 point, high and low, etc., at this time, the ground resistance will be further reduced - in ...
|
|
Scope of application for SICK sensors
1. Detect the torque in the working process of various machining centers and automatic machine tools.
2. Detect the load torque and input power of reducer, fan, pump, mixer, winch, propeller, drilling machinery and other equipment.
3. Detection of generators, electric motors, internal combustion engines...
|
|
Sick sensors – how light-sensitive sensors work, classification and areas of application
A photosensor is a sensitive device that responds to or converts external light signals or light radiation. A photosensor is a sensor that uses a photosensitive element (photodiode) to convert an optical signal into an electrical signal. Their sensitive wavelengths are close to those of visible light, including infrared and ultraviolet wavelengths ...
|
|
Parameter settings for the Sigg distance sensor
1. Set to "Surface" to measure the distance from the first surface within the sensor's detection range. This setting is available for all sensor heads.
2. Set to Glass Thickness to measure the distance from the front to the back of a transparent object, such as glass. This means that it has been measured with the sensing ...
|
|
Sick OD2000 laser displacement sensor was launched
The OD2000 is an excellent multi-range sensor with a laser displacement sensor measuring within 1,200 mm with high accuracy. Technology based on the principle of laser triangulation, as well as the versatility of the measuring range, make it suitable for many different industry applications.
OD2000 multi-range not only solves the problem of electric ...
|
|
Sick released a new product, the safety camera safeVisionary2
With the practical application and demand of security protection, the existing 2D protection equipment has gradually been unable to meet the customer's requirements for safety, and the demand for 3D safety equipment is getting higher and higher.
Today we are launching a new product from SICK---safeVisionary2.
|
|
Sick Sensors – Infrared Sensor Installation Requirements and Precautions
Infrared sensor installation requirements:
1. Infrared sensors are usually set up in areas where intruders may enter or where high-value items are stored, such as the living room, master bedroom, corridor or corridor of a general family; In general, companies usually set up sensors in computer rooms, corridors, warehouses, etc.
|
|
Sick Sensors - Introduction to the working principle and classification of photoelectric sensors
Photoelectric sensor is a small electronic device, a key element to end the photoelectric conversion in various photoelectric detection systems. It is a sensor that uses the various properties of light to detect the presence or absence of objects and changes in the surface state. Photoelectric sensors are non-contact, fast responding, and functionally reliable.
|
|
Sick sensors – how to work and how to use color mark sensors
How the color mark sensor works
The color mark sensor is actually a reverse installation, the light source is perpendicular to the target object device, and the bearer is biased towards the device at an acute angle to the object, so that it only detects the scattered light from the target object, and then prevents the sensor from directly bearing the reflected light, and can make ...
|
|
Sick Sensors – Applications of Photoelectric Sensors
1. Application of photoelectric sensor in high-voltage and high-current testing
In recent years, the use of optical equipment for high-voltage and high-current measurement has developed rapidly in the power system, and many new photoelectric sensor systems have been put into on-site operation, bringing many convenient measures for the monitoring of high-voltage and high-current.
|
|
How to adjust the sensor of Sick NT6-03022? What are the methods?
1. Self-regulation. At the beginning of use, please check whether the switch itself is in good condition, whether the appearance is in good condition, etc.
2. When avoiding obstructions. When the photoelectric switch is used, for some goods such as colored goods, goods with weak reflectivity, and goods with large gaps between small pieces...
|
|
Applications of Sick photoelectric sensors
Photoelectric sensors that use optoelectronic components as sensitive components have a wide variety of types and applications. According to the nature of the output of photoelectric sensors, they can be divided into two categories:
(1) The photoelectric measuring instrument made by converting the measured into a continuously changing photocurrent, can be used to measure the intensity of light and the object ...
|
|
New Arrivals | Sick DLS40 incremental encoder
As we all know, incremental encoders are used to monitor rotational speed or position, and are widely used in all kinds of automated machinery. With the continuous development of the industrial control industry and the continuous change of product demand, SICK has launched a more cost-effective and cost-effective small incremental encoder market in the large and competitive small incremental encoder market.
|
|
Sick sensors – the three major functions of photoelectric sensors
First, the transmission effect
Through the photoelectric sensor, it can be very good to complete the transfer between the media, which is a very popular way of action in many industrial fields and enterprises, because some energy can not be transmitted manually and can only be reached by machines.
|
|
Sick new products on the market | Medium and long range photoelectric sensor G20 series
Do you have the following problems in the application of photoelectric sensors?
When detecting dark objects (such as black and blue), as long as the detection distance is slightly farther away, even if it is only more than 1 meter, diffuse reflection photoelectric is easy to miss;
In the application of the logistics industry, feedback trusses, set ...
|
|
Sick intelligent sensors help the intelligent transformation of the pharmaceutical industry
With the obvious trend of population aging and the innovation and development of the medical and pharmaceutical industry, it can be expected that the demand for pharmaceutical products in China will continue to grow rapidly, and it is estimated that the industry scale will reach 2.15 trillion yuan by 2024. The huge market size also means more fierce market competition, plus ...
|
|
Sick | Cameras from RIBE Technik are used to monitor the assembly facility
Quality assurance through programmable imaging: RIBE Technik from Schwabach has developed an innovative bumper assembly system that includes an inspection system.
Machine vision from SICK enables the identification of individual components and the monitoring of each operating process as a special system concept ...
|
|
Contact
working hours
