200 watt RMS stereo amplifier board - SX200ST

Tester multi-functional MPI-530 measurement, loop impedance, short-circuit, etc. leakage current in three key protective leakage flow model,B+ AC , A ,F, B, a test dielectric, etc. resistance .. game, play online ( Static Resistance) and the resistivity of the soil. resistance with acoustic warning and optical control of the authenticity of the connection terminal earth تغذیهPE with the use of an electrode contact (ZL-PE)measurement, loop impedance, short-circuit: •Measure the impedance مقادیرجریان short circuit the bottom (with precision up to 0.001 Ω ) , The flow of 23 amps and 44 amps (phase to phase ) resistance short circuit current Anne=10 Ω •Measuring values in the system of nutrition, 95...440 V , 45...65Hz •Measure مقادیرجریان the connection(with accuracy of 0. 01 Ω ) without the need to cut the key Protective باIΔn ≥ 30 mA •Distinguish between the voltage phase and the voltage between the phases in the calculation of short circuit current •Measuring interface with Uni-Schuko cable or .2 and 5, 10, and 20 yards or adapters AGT Measuring leakage current in three key protective leakage flow model,B+ AC , A ,F, B: •Model MPI-530-IT allows measurements in the distribution system, IT also offers •Test the keys in fashion, General, etc. Selective., the Time-delayed with the flow, leakage (IΔn) 10, 30, 100, 300, and 500 and 1000میلی H •Measure all پارمتر, key protector, the leakage flow even مقادیرجریان impedance short-circuit with the 15mA in the circuit L-PE •Select waveform leakage current imposed: sinusoidal (start from increasing or decreasing edge), a pulsating, one-sided (positive or negative), the pulsating, one-sided, with the deviation DC (positive and negative), the direct (positive and negative) •Measure, cut off the flow (IA) in the key Protector with the increased flow •Measure the time tA function key with the stream, 5×IΔn 2×IΔn 1×IΔn, and 0.5×IΔn •Measure مقدارمقاومت earth(RE )وولتاژتماس( UB )without the function key •Identify the phase and the null, and lack of performance in case of switching on the socket •Measure the current performance of the keyboard(tA) and real-time performance (tAl) •Measure voltage 95 blue, 270 volt Measure, test, dielectric : •Range testing insulation up to UP 10 GΩ •Voltage test voltages 50, 100 و250و500و1000 volt •Measuring interface with Uni-Schuko •Safe and blocking test in terms of power, •Generate audio signal every 5 seconds during the test •Ability to test insulation resistance measurement dielectric wall and the floor adjacent to electrical installations ( in order to use this function need to buy one or two پروپ PRS-1) is in accordance استانداردIEC 60364-6 The possibility of testing dielectric cables, multi-Strand (3, 4 and 5 string) ( for use of this function, need to buy equip additional AutoISO-1000 adaptor.) Measure the resistance .. game, play online ( Static Resistance) and the resistance of special soil : •Measuring the resistance, two electrodes (2P) •Check the connective and continuity of equipment and system ground (RCONT 200mA) with the calibration area, cable, consumer, in accordance استانداردEN 61557-4 •Resistance measurement earth system earth system via three electrodes or four electrodes(4P) (3P) •Measure the resistance of the system ground without the need to isolate equipment from system ground via three electrodes and a clamped(3P + ) •Measure resistance of ground system and the resistance of the looped earth RLoop) ( to help the two clamped ( ) .In the method, کلمپی need to purchase the clamped flow are Measure the resistance for the soil type of the four electrode WENER Ability, other: Measurement of resistance with acoustic warning and optical Control, the authenticity of the connection terminal earth تغذیهPE with the use of an electrode contact (ZL-PE) Measure پارمتر, ولتاژو Frequency AC(True RMS) and be active(P) and reactive(Q), A be apparent (S), CosØ, and the fortieth harmonic disturbances harmonic(THD) voltage and current first harmonics Measuring AC current(True RMS) with clamped and the coil, the flow Identify and display the sequence of gauge phases and identify the direction of rotation of the motor, Equipped به10000 internal memory to record measurements with the name of the customer And the location of test and data transfer to computer

## Athenic Pr18-8dn Induction Sensor: Why do engineers trust this Korean sensor to accurately detect metals in harsh industrial conditions?\r\n\r\n\r\nWhen it comes to industrial automation and precise equipment, Autonics of South Korea shines as a pioneer in this field. The company, which started operating in 1985, has dedicated its research, development and manufacturing of automation equipment to promote productivity in various industries around the world and to help development and prosperity. With more than 6,000 diverse products, including a variety of sensors, controllers, motor equipment and laser marketing systems, Athenix offers comprehensive solutions to the industry. The company\'s widespread presence in world markets, through a network of twelve subsidiaries and branches in countries such as China, Japan, Vietnam, Turkey, Russia, Iran, the United States and Brazil, reflects Atonix\'s commitment to providing advanced Korean technology and becoming a reliable partner on industrial sites around the world.\r\n\r\n### Take a closer look at Atonix Induction Sensor Pr18-8dn: a clever choice\r\n\r\nThe Pr18-8dn Induction Sensor of the popular PR series of Atonix is ​​a great example of accurate engineering and reliable performance. The cylindrical design and 18mm diameter, designed to detect metal objects in industrial environments, has quickly become one of the main choices of experts.\r\n\r\n### How does an induction sensor work? Magnetic field magic!\r\nYou might be interesting to know how these small sensors \"feel\" a piece of metal. At the heart of an induction sensor is a coil (or pulley) that, by passing the alternating current, is created an electromagnetic field around the tip of the sensor. When a metal object (conductive or magnetic permeability) approaches the field, it creates eddy currencies in that object, and these flows in turn create the opposite magnetic field. This phenomenon changes the impedance (apparent resistance) of the sensor coil. The internal electronic circuit of the sensor detects this impedance change and activates the output signal when it crosses a specified threshold, indicating the presence of a metal object. These sensors are often used to diagnose the presence or absence of metal targets, and their output has a function similar to an electric key.\r\n\r\n### Key Specifications that distinguish PR18-8dn:\r\n\r\n** Design and Dimensions: ** A cylindrical 18mm diameter (M18 standard), ideal for installation in different machinery spaces.\r\n** Sensing Distance: ** This sensor is able to detect standard metal objects between 4.01 to 8.00 mm from its tip. This distance, commonly known as the \"nominal distance\", is very suitable for near -diagnostic applications.\r\n** Output Type: ** NPN Normally Open (NO). This means that in normal (absence of metal object), the output of the sensor is inactive and as the metal object approaches the range of detection, the output is present.

## Atonix BR100-DDT Cylindrical optical sensor: 100mm precision diagnosis with resistant metal body, NPN output and IP66 standard for industrial environments\r\n\r\n\r\nThe BR100-DDT optical sensor from the prestigious Autonics Company is a accurate and reliable measurement solution for industrial applications that require the diagnosis of objects at high stability short distances. This cylindrical sensor with a diameter of 18 mm and a solid metal body, with a 100mm vision interval, the Light On/Dark On/Dark On NPN output, and the degree of IP66 protection, offers unique performance in different environmental conditions. Atonix, as one of the global pioneers in the production of industrial automation equipment, guarantees quality and innovation in products such as BR100-DDT.\r\n\r\n### Exact Technical Specifications of the Athenic BR100-DDT optical sensor:\r\n\r\n| Featured | Value/Explanation |\r\n| : ----------------------- | : --------------------------------------------------------------------\r\n| ** Model ** | BR100-DDT |\r\n| ** Brand ** | Autonics\r\n| ** Sensor Type ** | Nouri, most likely, Diffuse Reflective Due to 100mm Vision Distance |\r\n| ** Sensing Distance ** | ** 100 mm (10 cm) ** |\r\n| ** Sensor body sex ** | ** Metal (usually nickel -coated rice for corrosion resistance) **. |\r\n| ** Appearance ** | ** Cylindrical, threaded ** |\r\n| ** Cylindrical eye diameter ** | ** 18 mm in diameter (M18) **. |\r\n| ** Connection Type ** | ** Cable (cable) **. |\r\n| ** Wire length ** | ** 2 m **. |\r\n| ** Nutrition voltage ** | ** 12 to 24V DC (VDC) **. |\r\n| ** Output quantity ** | ** NPN Open Collector Transistor **. |\r\n| ** Output Type (Performance Mode) ** | ** light on / dark on (selected by control wire) **. |\r\n| ** Type of light used ** | ** Infrared LED (Infrared LED), wavelengths usually about 850nm or 940nm **. |\r\n| ** Response Time ** | ** High-Speed ​​Response Time

## Solid Mode Relay (SSR) Three phases ESR-60DA Foot Foot: How advanced semiconductor technology transforms 60 amps without noise and longevity?\r\n\r\n\r\nSolid mode (SSR) three-phase ESR-60DA, one of the technological achievements of Taiwan\'s prestigious Fotek Company, is a new response to the complex needs of motor and resistance loads in modern industrial automation. Using the latest advances in semiconductor technology, the product offers 60 amp current switching capability with a standard 4-32V DC control input, and, with advanced internal mechanisms, prevents malicious electrical noise and helps to extend its lifespan and connected equipment. Fotak has gained a global reputation in quality and innovation since 1985 in the research, development and production of industrial automation hardware, especially in the production of sensors and relays.\r\n\r\n### relay technical explanation, evolution from electromechanical to solid state (SSR) and ESR-60DA technology\r\n\r\n** What is a relay? Fundamental concept and its evolution: **\r\nThe relay, in the simplest definition, is an electric key that allows control of one or more electrical circuits using a separate control signal. This control signal is usually less powerful than the controlled orbit. The relay includes a set of input terminals for the control signal (s) and a set of operational contact terminals. These calls can be in a variety of configurations such as Normally Open (NO), Normally Closed (NC), or a combination of them.\r\nThe relays were initially used for applications such as signal repetition in long -range telegraph circuits and logical operations in telephone transactions and early computers.\r\n\r\n** ** Electromechanical Relay (EMR): ** The traditional relay shape uses an electric magnet (coil) to create mechanical force to open and close physical contacts. By passing the current through the coil, the magnetic field created, absorbs the armature and moves the contacts.\r\n** Electrothermal relay: ** This type of relay uses a deformation of a bio -metal strip (consisting of two metal with different thermal expansion coefficients) due to the heat -inducing heat passing to establish or disconnect the connection.\r\n** Latching Relans: ** These relays change with one pulse control and remain in the same position even after cutting the pulse. Another pulse (or pulse with the opposite polarity) is needed to restore them to the original situation. This feature is useful in applications where the status of the control is important in the event of a power outage.\r\n\r\n** Solid State Relay Religion (Solid State Relay - SSR): A technological leap **\r\nThe constraints of electromechanical relays, such as lower switching speeds, spark production, noise and electromagnetic noise (EMI), mechanical depreciation and thus limited lifespan, resulted in the development of solid state relays (SSRs). SSRs of the properties of semiconductor parts (such as thyristors, triacles, and power transistors) b)

## A3G-4mx Footer Reflectory Sensor: How to accurately detect at extremely long distances up to 4 meters with a powerful relay output and universal feeding?\r\n \r\n\r\nThe A3G-4MX optical sensor from the Fotek Pioneer Company is an advanced and unique solution in the field of industrial measurement and automation that are specifically designed for applications that require accurate detection of objects at very long distances, up to 4 meters. This sensor is an ideal option for the most challenging industrial environments and needs, using a reflux mechanism (mirror), a powerful 5-amp relay output, and universal feeding (12-240 VDC and 240-240 VAC). Founded in 1985 in Taiwan, Fotak Company, with decades of experience in research, development and production of industrial automation equipment, is recognized as a valid and acceptable global name, especially in the production of sensors.\r\n\r\n## Technical Explanation of optical sensor and performance mechanism A3G-4mx\r\n\r\n### What is the optical sensor?\r\nThe optical sensor, or a photocolicic sensor, is an electronic equipment that measures physical quantities of light and converts them to understandable electrical signals for other control devices and systems. These sensors are able to identify the presence or absence of an object, the distance to the object, and even some of its surface characteristics without the need for physical contact. In the structure of optical sensors, infrared light is usually used or in some cases laser light. Infrared light, especially with a wavelength of about 880 nm, is widely used because of its less interference with ambient light and the ability to achieve more switching intervals.\r\n\r\n### Main Types of optical sensors:\r\nAccording to the information provided, optical sensors are divided into three main categories:\r\n1. ** Diffuse Reflective: ** In this type, the transmitter and receiver are in a compartment. The light sent from the sender is received by the recipient after colliding with the body surface and reflection. These sensors are cheap, integrated and easy to install, but usually have less board and lower accuracy than other types and are suitable for applications that are not critical or difficult to install separate receiver.\r\n2. ** Through-BEAM Sensor: ** In this model, the transmitter and receiver are two separate sections that are installed in front of each other. The light is sent directly from the transmitter to the receiver and any obstacle in this path causes the body to detect. These sensors have high accuracy, long distance detection (up to 100 meters and even more) and the ability to detect transparent objects. However, their installation is more complex and costly.\r\n3. ** Retro-Reflective optical sensor: ** This type of sensor, which is also the A3G-4MX model, has the transmitter and receiver in a single compartment. In contrast to the sensor, a special reflector (mirror or charter) is installed. The light sent from the transmitter to the reflector is shining and returned to the recipient after careful reflection. If physically block the path between the sensor and the reflector, the signal

## CDR-30X optical sensor: 30cm accurate detection with универсал pnp/npn and IP66 standard\r\n\r\n\r\nThe CDR-30X optical sensor, presented by Taiwan\'s Fotek Company, is an advanced and reliable solution for the applications of objects recognizing in the field of industrial automation. Using one -way optical diagnostic technology and providing effective visibility of up to 30 cm, along with selective NPN/PNP output and IP66 protection standard, it brings high flexibility and efficiency to a wide range of industries, including packaging, printing, and material transmission lines. Fotak, with a background since 1985 in the research, development and production of industrial automation equipment, has been one of the most recognized worldwide names in the field of sensors.\r\n\r\n### What is an optical sensor and how does it work?\r\nThe optical sensor is a device based on the principles of light, presence, absence, or characteristics of objects without physical contact. These sensors generally include an optical transmitter (usually LED) and an optical receiver. The transmitter sends and analyzes the light beam to the target, and the receiver receives and analyzes the reflective light from the surface of the object or light. The main advantages of optical sensors include non -contact and non -destructive measurement, high response speed, and remote detection capability. These sensors are widely used to identify goals and move in industrial, automotive and electronic products.\r\nFor example, in some systems, LED light is shining to a surface like glass, and the CCD camera receives a reflection light. The contact or non -contact of an object (such as fingerprints with prominent lines) with the surface of the glass changes the light reflection pattern, causing contrast in the received image and allowing it to be diagnosed. Modern sensors often use low -use architecture to optimize energy productivity.\r\n\r\n### Highlights of the CDR-30X optical sensor with technical details:\r\n\r\n** 1. Sensor type: Diffuse Reflective: **\r\n\r\nIn this type of sensor, the light transmitter and receiver are in a single compartment. The sensor sends the light beam and detects the reflected light directly from the surface of the target object. This design eliminates the need for separate reflectors and makes installation easier. The CDR-30X is suitable for detecting a wide range of materials and surfaces (except for completely transparent or very dark with low reflection).\r\n** 2. Sensing Distance: 30 cm **\r\nThe sensor is capable of detecting objects up to 30 cm from the sensor level. This distance is usually calibrated for a standard surface (such as matte white paper) and may vary slightly depending on the color, gender and reflection of the target object surface. Most of these sensors have a sensitivity adjustment screw to adapt to different conditions.\r\n** 3. Bodies: Resistant Engineering Plastic **\r\nThe sensor body is made of high quality and durable plastic (usually ABS or similar), which in addition to lightness, provides good resistance to conventional industrial blows and some chemicals and is good electrical insulation.\r\n** 3. Nutrition