Products

The PT100 RTD is a high-precision temperature sensor that plays a key role in many industrial applications. Its design is based on a fine platinum wire whose electrical resistance depends on temperature. At 0 degrees Celsius, this sensor has a resistance of exactly 100 ohms, which gives it its name. The PT100 RTD operates on the principle that the resistance of a metal increases with increasing temperature. This property makes the PT100 particularly suitable for precise temperature measurements. Unlike other temperature sensors, such as thermocouples, the PT100 RTD offers excellent linearity and very low drift over time, making it a reliable choice for many industrial applications. Another advantage of the PT100 RTD is its high accuracy. In critical applications, such as the chemical or pharmaceutical industries, it is crucial to measure precise temperatures to ensure product quality. The PT100 can measure temperatures in a range from -200 to +850 degrees Celsius, making it versatile. The installation and calibration of the PT100 RTD is relatively simple. It is often used in conjunction with special measuring devices that precisely convert resistance changes into temperature values. This allows for easy integration into existing process monitoring systems. Characteristics: Sensor: Pt100 Measuring range: -50 to +500 °C Output: 0-10V Working voltage: DC 24V Accuracy: plus or minus 0.2 percent FS Dimensions: 45 mm diameter (1.77 inches) Material: plastic Weight: 25 g

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The PT100 RTD is a high-precision temperature sensor that plays a key role in many industrial applications. Its design is based on a fine platinum wire whose electrical resistance depends on temperature. At 0 degrees Celsius, this sensor has a resistance of exactly 100 ohms, which gives it its name. The PT100 RTD operates on the principle that the resistance of a metal increases with increasing temperature. This property makes the PT100 particularly suitable for precise temperature measurements. Unlike other temperature sensors, such as thermocouples, the PT100 RTD offers excellent linearity and very low drift over time, making it a reliable choice for many industrial applications. Another advantage of the PT100 RTD is its high accuracy. In critical applications, such as the chemical or pharmaceutical industries, it is crucial to measure precise temperatures to ensure product quality. The PT100 can measure temperatures in a range from -200 to +850 degrees Celsius, making it versatile. The installation and calibration of the PT100 RTD is relatively simple. It is often used in conjunction with special measuring devices that precisely convert resistance changes into temperature values. This allows for easy integration into existing process monitoring systems. Characteristics: Sensor: Pt100 Measuring range: -50 to +500 °C Output: 4-20mA Working voltage: DC 24V Accuracy: plus or minus 0.2 percent FS Dimensions: 45 mm diameter (1.77 inches (approx. 45 mm)) Material: plastic Weight: 25 g Scope of delivery : 1 x piece

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Product description: 2838 Massage bed vibrator with micro vibration motor The 2838 massage bed vibrator is an innovative device designed for the targeted application of vibration therapy and massage. It is suitable for use in both professional facilities and for home use. With a compact design and powerful specifications, this vibration massage motor offers a variety of benefits. Technical specifications - **Rated voltage**: The motor can be operated with either 12V or 24V, making it flexible for different applications. - **Working current**: With a working current of only 0.4 A, the motor is energy efficient and does not place unnecessary strain on your power supply. - **Working speed**: The motor reaches impressive working speeds of up to 5000 rpm, so it can effectively relieve even stubborn tension. - **Maximum power**: With a maximum power of 6 watts, the motor can operate even during extended use without the risk of overheating. - **Product size**: With dimensions of 93 mm (length) x 64 mm (width) x 33 mm (thickness), the vibrator is compact and can be easily integrated into various massage beds. wiring The 2838 massage bed vibrator is equipped with a No. 22 sheathed wire that is approximately 1 meter long. It is connected via a DC 5.5 × 2.1 female plug, which facilitates installation and replacement of the device. Area of ​​application e This micro vibration motor is ideal for various applications, including: - **Massage baths**: Comfort and relaxation for your customers. - **Pet feeding devices**: Promote a quiet environment during feeding. - **Home use**: Ideal for personal massages to relieve muscle tension. Overall, the 2838 massage bed vibrator combines innovative technology with practical applications, making it a valuable addition to any massage and therapy environment. Specifications for 2838 Vibrator : Rated voltage: DC12V / 24V Working current: 0.4 A Working speed: 5000 rpm Maximum power: 6 watts Product size: 93 mm (length) x 64 mm (width) x 33 mm (thickness) Wiring: No. 22 sheathed wire, the longest is about 1 meter, with DC 5.5 × 2.1 female plug Specifications for 2430 Vibrator : Rated voltage: DC12V Working current: 0.35 A Working speed: up to 4500 rpm Maximum power: 3 watts Product size: 75 mm (length) x 50 mm (width) x 29 mm (thickness) Wiring: No. 22 sheathed wire, the longest is about 1 meter, with DC 5.5 × 2.1 female plug Material: Plastic Color: Blue/Gray Scope of delivery : 1 x piece

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Product description: 16-channel paperless recorder data logger The 16-channel paperless recorder offers universal analog signal input and is ideal for precise data acquisition in a variety of applications. With a powerful touchscreen interface, intuitive operation allows for easy navigation through the versatile functions. Technical specifications: Power supply : AC 85V~265V / DC 24V~110V (optional), with a low power consumption of ≤5VA, depending on the number of channels. Number of channels : The recorder supports 1 to 12 analog inputs and 2 to 4 optional pulse inputs. Input signals : Compatible with a wide range of thermocouples (K, E, R, B, N, T, J, S, WRE5-26, WRE-25) and resistance thermometers (Pt100, Pt1000). Current and voltage inputs : Supports 4-20 mA, 0-10 mA and voltages from 0-5V to ±100mV. Storage : Built-in 8G TF memory allows recording over 2000 days at one minute interval. Alarm functions : Each channel is equipped with four alarm modes to meet both upper and lower limit values. Communication : Equipped with RS485, MODBUS RTU, Ethernet MODBUS TCP as well as wireless communication via 4G, WIFI, LORA and Thread. Environment : The recorder operates reliably at temperatures from -20°C to 60°C and humidity from 0 to 95% RH. The housing is made of fire-resistant ABS material, ensuring additional safety. With a compact design (96x96x102 mm) and easy installation (opening size 92x92 mm), this recorder is the perfect solution for modern data acquisition needs.

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Steering angle: 180 degrees Control by remote control Current: 4.8V/470mA 6.0V /650mA Load current: 4.8V/750mA 6.0V/950mA Dead band:2usec Lifespan:>15000 times without load Moving angle: 60 ° ± 10 ° Stick Type: MOS stick Motor type: Cored motor Potentiometer type: Direct drive Signal Booster Type: Digital Size: 40.5X20.2X40.3mm Weight: 62g (without accessories) Ball bearings: 2BB Gearbox Material: Metal Gearbox Case Material: PA66+fiber40% Wire length: 260mm Connector type: 26AWG,JR connector Brown Wire: Negative Red wire: Positive Orange wire: signal Application: RC car, RC airplane, helicopter 25KG servo: Storage temperature range: -30 °C ~ 80 °C Operating temperature: -25 °C ~ 70 °C Temperature range: -25 °C ~ 70 °C Humidity range: 65% ± 10% Size: 40.0*20.5*40.5mm Weight: 56g ± 2g Gearbox Type: 5 Metal limit angle: 360 ° bearing: 2BB Head gear spline: 25T Diameter: 5.9mm Head type: plastic, POM Case: Engineering plastic (PBT)+ aluminum alloy Connector wire: 320mm ± 5mm Motor: Carbon brush motor Steering angle: 180 degrees Control by remote control Voltage: 4.8 V-7.2 V no load speed: 0.18 sec/60 °-0.14 sec/60 ° Current: 140mA - 200mA Peak Torque: 23.5kg.cm-26.8kg.cm Current: 2600mA ± 10% - 3400mA ± 10% Voltage range: 4.8-7.2 V Command Signal: Pulse width change Amplifier Type: Digital Controller Pulse wide range: 500 ~ 2500usec Neutral position: 1500usec Running degree: 180 ° ± 3 ° (when 500 ~ 2500usec) Dead band width: 5 usec rotating direction counterclockwise: (when 1000 ~ 2000usec) Attention !!! 360° Servo: Rotate continuously either left or right 35KG servo: Operating voltage range: 4-8.4 V Operating speed (6 V): 0.238 seconds/60 ° (42 rpm) Operating speed (7.4V): 0.192sec/60 ° (52RPM) Stall torque (6V): 28.8kg/cm Stall Torque (7.4V): 35.5kg/cm Running current no load (6V): 150mA Running current without load (7.4V): 180mA Stall current at blocking (6V): 3.2a Stall current when locked (7.4V): 3.9A No-load current (at standstill): 6mA Rated torque (6V): 9.5kg.cm Rated torque (7.4V): 11.8kg cm Rated current (6V): 1000mA Rated current (7.4 V): 1200 mA Control specification: Control: PWM (pulse width change) Pulse width range: 500-2500 μsec Neutral position: 1500 μsec Degree of travel: 180 ° (at 500-2500 μsec) Dead band width: ≤ 4 μsec Direction of rotation: counterclockwise (at 1500-2500 μsec) Control: PWM (pulse width change) Pulse width range: 500-2500 μsec Neutral position: 1500 μsec Degree of travel: 180 ° (at 500-2500 μsec) Dead band width: ≤ 4 μsec Scope of delivery : 1 x piece 25KG / 3.5KG

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ESP32S DevKit V1-3 38Pin: Your perfect development board for IoT projects The ESP32S DevKit V1-3 38-Pin is a versatile and powerful development board specifically designed for IoT applications. With integrated 2.4G Wi-Fi and Bluetooth technology, it provides an excellent foundation for your Internet of Things projects. Thanks to the IPEX port, you can easily extend the wireless range of your applications, making it an ideal choice for a wide range of applications. A standout feature of the ESP32S DevKit is the ability to convert one GPIO pin into two. This functionality is enabled by the breakout board, which helps you use your GPIO resources more effectively. Instead of a traditional breadboard, you can use this straightforward solution to double the number of available pins. This makes it easier to reuse all the pins in your DIY projects and gives you the flexibility to get creative. Specification: : PCB material: high quality FR-4 material : Number of PCB layers: 2 layers : PCB thickness: 1.6mm : Board size: 7.8 x 6.3 x1 cm The ESP32S DevKit V1-3 comes with everything you need to get started: Scope of delivery : - 1 x ESP32S DevKit V1-3 38Pin - 1 x antenna - 1 x breakout board for pin extension

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AC dimmer for smart home systems The AC Dimmer is a versatile device designed to control AC voltage and allow maximum transfer from 8A to 16A/24A (using the TRIAC BTA16, rated for 600V/16A-24A). However, we do not recommend loading the dimmer to its maximum specification (maximum 10A per channel ). Typically, the dimmer is used to turn the power of lamps or heating elements on and off. It can also be used in applications such as fans, pumps, and air purifiers. Recently, dimmers have become a popular choice for smart home systems. For example, if you want to gently adjust the brightness, a dimmer allows you to switch lamps on and off slowly, creating a pleasant atmosphere. Dimmers are particularly effective with filament lamps. While they are less stable at low brightness levels with LED lamps, they work reliably at moderate and high brightness levels. It's important to note that fluorescent lamps (gas discharge lamps) are not dimmable. ### Technical aspects The dimmer's power section is isolated from the control section to eliminate the possibility of high-current interruptions in the microcontroller. The dimmer's logic level is tolerant to 5V and 3.3V, allowing microcontrollers to be easily connected. The `RBDdimmer.h` library is used to control the dimmer with an Arduino. This library utilizes external interrupts and process time interrupts, simplifying programming and allowing more processing time for the main code. This allows multiple dimmers to be controlled from a single microcontroller. The `RBDDimmer.h` library and some examples can be downloaded from the "Documents" or on GitHub. We continuously update our library, so we recommend checking our website regularly for updates or subscribing to our newsletter. ### Connecting the dimmer The dimmer is connected to the Arduino controller via two digital pins. The first pin is used to initiate the signal at AC phase zero, which triggers the interrupt signal. The second pin (DIM/PSM) controls the dimming current. Please note that the zero pin must be connected to specific microcontroller pins, the assignment of which may vary depending on the model (Uno, Nano, Leonardo, Mega), as these are tied to the microcontroller's interrupts. With all these features and options, the AC dimmer is an excellent choice for anyone who wants flexible and convenient control of their electrical devices.  **Topic: Theory of Dimming by Pulse Skip Modulation** Dimming of light sources and other electrical loads can be achieved in various ways, particularly through pulse-skipping modulation (PWM). In this context, three main methods for implementing dimming are presented. ### Method 1: Cyclic blocking This method involves transmitting one or more cycles of a sine wave signal while blocking the load during subsequent cycles. By selectively controlling the time intervals during which the signal is applied, the effective power to the load is reduced. This technique is relatively simple to implement and requires only a dimmer and appropriate programming code to control the timing of the signal. ### Method 2: Partial transferrence of sine waves This method involves controlling the transmission of portions of each sine wave to the load. Instead of transmitting the entire wave, only a portion of the signal is used, which in turn reduces the average power to the load. This also requires a dimmer, as well as a circuit that detects zero-crossing and is capable of controlling a TRIAC. ### Important NOTE It's important to note that the use of dimmers with LED lights, fluorescent lamps, or other lamps that already have built-in brightness controls is not recommended. These types of lamps are often incompatible with conventional dimmers and may cause unwanted effects or damage. specification power Up to 250V (10A per channel) AC frequency 50/60Hz TRIAC BTA16 - 600B / BTA24 - 600B isolation Optocoupler Logic-level 3.3V/5V/12V Zero point Logic-level Modulation (DIM/PWM) Logic-level ON/OFF TRIAC Signal current > 10mA Environment: For indoor and outdoor use Operating temperatures: − 20 °C to 80 °C Operating humidity: Dry environment only ROHS3 Compliant Scope of delivery : 1 x piece

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The laser launch principle is a fundamental concept in modern laser technology. It is based on the generation of coherent light characterized by certain properties: monochromaticity, coherence, and directional stability. These properties distinguish laser light from ordinary light, which is often irregular and broad. The specific production method of laser modules plays a crucial role in achieving these properties and thus generating highly precise light. A laser produces very tightly focused, high-brightness light beams. This high brightness is particularly important in a wide range of applications, from industrial to medical and entertainment technology. The advantage of lasers is that they can be easily adapted to different configurations, enabling simple installation and stable, reliable operation. Areas of application of lasers The versatility of lasers can be seen in the fact that they can be used in various scenarios: 1. ** Visual positioning **: Lasers can be used to mark exact positions in a room, which is particularly important in the construction industry or when setting up machinery. 2. ** Laser Testing Tools **: In quality assurance and engineering, laser testing tools are essential for precise measurements and adjustments. 3. ** Concentricity Positioning **: Laser modules help to position objects in an exact center, which is important for assembly and manufacturing. 4. ** Signaling devices **: Lasers can also be used as signaling units to visually mark specific points or areas. Product information: To meet these requirements, we offer different types of laser modules, each tailored to specific applications. Red Dot Point Laser Module - *Wavelength**: 650 nm - **Diameter**: 12 mm - **Weight**: 13.5 g - **Length**: 35 mm - **Maximum power**: 5 mW - **Voltage**: DC 3V - 6V - **Maximum current**: 40 mA - **Drive circuit**: APC This module is great for simple point projects and markings. Red (adjustable line) laser module - **Wavelength**: 650 nm - **Diameter**: 12 mm - **Weight**: 13.5 g - **Length**: 36 mm - **Power**: 5 mW - **Voltage**: DC 3V - 6V - **Current**: 30 - 50 mA Ideal for applications where a line is required, for example in construction surveying. Red cross line laser module - **Diameter**: 12 mm - **Weight**: 13.5 g - **Length**: 36 mm - **Power**: 5 mW - **Voltage**: DC 3V - 6V - **Current**: 25 - 50 mA This module is often used in interior design to create accurate cross markings. Scope of delivery : 1 x piece

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AC dimmer for smart home systems The AC dimmer is a versatile device designed to control AC voltage and allow a maximum transfer of 8A to 16A/24A (using the BTA16 TRIAC, rated for 600V/16A-24A). However, we do not recommend loading the dimmer to its maximum specification. Typically, the dimmer is used to turn the power of lamps or heating elements on and off. It can also be used in applications such as fans, pumps, and air purifiers. Recently, dimmers have become a popular choice for smart home systems. For example, if you want to gently adjust the brightness, a dimmer allows you to switch lamps on and off slowly, creating a pleasant atmosphere. Dimmers are particularly effective with filament lamps. While they are less stable at low brightness levels with LED lamps, they work reliably at moderate and high brightness levels. It's important to note that fluorescent lamps (gas discharge lamps) are not dimmable. ### Technical aspects The dimmer's power section is isolated from the control section to eliminate the possibility of high-current interruptions in the microcontroller. The dimmer's logic level is tolerant to 5V and 3.3V, allowing microcontrollers to be easily connected. The `RBDdimmer.h` library is used to control the dimmer with an Arduino. This library utilizes external interrupts and process time interrupts, simplifying programming and allowing more processing time for the main code. This allows multiple dimmers to be controlled from a single microcontroller. The `RBDDimmer.h` library and some examples can be downloaded from the "Documents" or on GitHub. We continuously update our library, so we recommend checking our website regularly for updates or subscribing to our newsletter. ### Connecting the dimmer The dimmer is connected to the Arduino controller via two digital pins. The first pin is used to initiate the signal at AC phase zero, which triggers the interrupt signal. The second pin (DIM/PSM) controls the dimming current. Please note that the zero pin must be connected to specific microcontroller pins, the assignment of which may vary depending on the model (Uno, Nano, Leonardo, Mega), as these are tied to the microcontroller's interrupts. With all these features and options, the AC dimmer is an excellent choice for anyone who wants flexible and convenient control of their electrical devices.  **Topic: Theory of Dimming by Pulse Skip Modulation** Dimming of light sources and other electrical loads can be achieved in various ways, particularly through pulse-skipping modulation (PWM). In this context, three main methods for implementing dimming are presented. ### Method 1: Cyclic blocking This method involves transmitting one or more cycles of a sine wave signal while blocking the load during subsequent cycles. By selectively controlling the time intervals during which the signal is applied, the effective power to the load is reduced. This technique is relatively simple to implement and requires only a dimmer and appropriate programming code to control the timing of the signal. ### Method 2: Partial transferrence of sine waves This method involves controlling the transmission of portions of each sine wave to the load. Instead of transmitting the entire wave, only a portion of the signal is used, which in turn reduces the average power to the load. This also requires a dimmer, as well as a circuit that detects zero-crossing and is capable of controlling a TRIAC. It's important to note that the use of dimmers with LED lights, fluorescent lamps, or other lamps that already have built-in brightness controls is not recommended. These types of lamps are often incompatible with conventional dimmers and may cause unwanted effects or damage. specification power Up to 250V (8A) AC frequency 50/60Hz TRIAC BTA16 - 600B / BTA24 - 600B isolation Optocoupler Logic-level 3.3V/5V/12V Zero point Logic-level Modulation (DIM/PWM) Logic-level ON/OFF TRIAC Signal current > 10mA Environment: For indoor and outdoor use Operating temperatures: − 20 °C to 80 °C Operating humidity: Dry environment only ROHS3 Compliant

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The JGA25-370 is a powerful DC motor available in various voltages of 6V, 12V, and 24V. Its compact design and high efficiency make it an ideal choice for a wide range of applications, from model making to automated systems and industrial machinery. Technical features The JGA25-370 features a robust construction and durable materials. With high torque and consistent power output, this motor offers excellent value for money. The various voltage options allow users to tailor the motor to specific requirements. The integrated gear unit further increases torque while maintaining controllable speed. This makes it particularly suitable for applications requiring precise control and high loads. Areas of application Thanks to its versatility, the JGA25-370 finds application in many areas. In model making, it is often used for remote-controlled vehicles or robots. It is also used in automation technology, for example, in conveyor belts or automated locking mechanisms. Furthermore, this motor is ideal for DIY projects that require a reliable drive. Scope of delivery : 1 x piece

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Optoelectronic Encoder: Optical Rotary Encoder NPN Open Circuit Incremental Encoder The optoelectronic encoder is a high-precision optical encoder that uses light beams to convert rotary motion into digital signals. This encoder is available in various resolutions, including 1024 pulses per revolution (p/r), 600 p/r, and 360 p/r. The single-phase version with 600 pulses per revolution is particularly noteworthy. Using two phases, A and B, enables frequency doubling, allowing for up to 2400 pulses per revolution. Technical details: - Power supply: The encoder requires a DC voltage in the range of 5 to 24 volts, which makes it flexible for different applications. - Shaft: The shaft has a size of 6 x 13 mm (0.23 x 0.51 inches), perfect for use in compact machines. - Encoder size: With dimensions of 38 x 35.5 mm (1.49 x 1.39 inches), the encoder offers a compact solution for many applications. - Output: The encoder features an AB 2-phase output provided as a rectangular orthogonal pulse circuit. The outputs are designed as NPN open collectors and require careful handling to avoid damage to the triode outputs. - Maximum mechanical speed: The encoder can reach up to 5000 rpm and thus supports high speeds. - Response frequency: It offers a response frequency of 0 to 20 kHz, which enables fast signal processing. - Cable length: With a cable length of 1.5 meters, the encoder offers sufficient space for installation. Important note : The A and B phase outputs must not be connected directly to VCC as this may damage the triode outputs. Overall, this optoelectronic encoder provides a reliable and precise solution for applications requiring accurate rotary positioning. Power source: DC5-24V Shaft: 6 * 13 mm/0.23*0.51" Size: 38 * 35.5 mm/1.49*1.39" Output: AB 2 phase output rectangular orthogonal pulse circuit, the output for the NPN open collector output type Maximum mechanical speed: 5000 rpm Response Frequency: 0-20kHz Cable length: 1.5 meters Connection: Green = A phase, White = B phase, Red = Vcc Power + Black = V0 Scope of delivery : 1 x piece

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The ESP32R4 controller features the ESP32 microcontroller, 2.4 GHz Wi-Fi, and Bluetooth LE 4.2 (BR/EDR + LE). Two CPU cores with adjustable clock speeds up to 240 MHz are used to control four relays, four buttons, the buzzer, and additional embedded modules for additional interfaces and a color TFT touchscreen. The ESP32R4, equipped with the ESP32 microcontroller, can be deployed as a complete standalone system or as a slave device for the cloud or server, reducing the communication stack overhead for the main application. The ESP32R4 can be connected to other systems via its UART, I2C, SPI, and SDIO interfaces to provide Wi-Fi and Bluetooth functionality. ESP32-DOWD-V3 microcontroller module with 4MB or 16 MB FLASH and 8 MB PSRAM Embedded or External WiFi/Bluetooth antenna 4 active relays for commutate load 10A, 240AVC/30VDC with LED indicate 4 functional buttons AC 90~240V or DC 7~36V power IN Programming buttons: PROG and RESET and UART programming header Sound Buzzer Status LED Socket for RF433/315 receiver modules Pin headers and RJ-12 sockets for connecting additional equipment with I2C, SPI, Serial UART, RS232 or RS485 interface. Enclosure or board variation. MCU ESP32 – 32-bit 2.4GHz Wi-Fi & Bluetooth/BLE Two CPU core(s) with adjustable clock frequencies, ranging from up to 240 MHz +19.5 dBm output power ensures a good physical range Classic Bluetooth for legacy connections, also supporting L2CAP, SDP, GAP, SMP, AVDTP, AVCTP, A2DP (SNK) and AVRCP (CT) Support for Bluetooth Low Energy (Bluetooth LE) profiles including L2CAP, GAP, GATT, SMP, and GATT-based profiles like BluFi, SPP-like, etc Bluetooth Low Energy (Bluetooth LE) connects to smart devices, broadcasting low-energy beacons for easy detection Peripherals include capacitive touch sensors, high-speed SPI, UART, I2S and I2C Firmware: Esphome Home Assistant TASMOTA Scope of delivery: 1 x ESP32R4 Board 4M 1 x Din Rail housing with instructions and support service

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OV5640 image sensor: Technical overview The OV5640 image sensor is a state-of-the-art solution for digital imaging applications, offering an impressive 5 million pixels. This high resolution enables the capture of clear and detailed images for applications in a variety of fields, such as surveillance, robotics, and mobile devices. Important functions With its low operating voltage, the OV5640 is particularly well-suited for embedded applications. This not only ensures low power consumption but also helps extend battery life in mobile devices. The sensor supports a field of view of up to 120 degrees, making it ideal for wide-angle shots. Control is via an SCCB bus, which allows for easy programming of all image processing functions. These include gamma curve adjustment, white balance, and saturation and chroma control. This ensures flexible image quality management and allows adaptation to the specific requirements of each application. Technical specifications - **Number of pixels:** 5 million pixels - **Operating voltage:** Low voltage, ideal for embedded applications - **Field of view:** 120 degrees - **Connector:** DVP - **Height:** 5.12 mm - **Lens size:** 1/4" - **Cable length:** 78 mm - **Distortion:** Less than 1% Additionally, the OV5640 can be used with various ESP modules. These modules are equipped with a dual-core 32-bit CPU, supporting frequencies up to 240 MHz and offering computing power up to 600 DMIPS. They also feature integrated functions such as UART, SPI, I2C, PWM, ADC, and DAC, making them a flexible choice for various image processing applications. With its unique sensor technology, the OV5640 significantly improves image quality by delivering clear and stable color images while minimizing distortion. This makes it an excellent choice for developers with high demands on image processing. Scope of delivery : 1 x piece ESP32Cam with the camera

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Temperatur-Signalwandler HDTW-Serie Der Signalwandler der HDTW-Serie isoliert, wandelt und verteilt Thermoelement- (TC) und Widerstandsthermometer-Signale (RTD) in standardisierte Strom- oder Spannungssignale. Zusätzlich ist auch ein 1:1-Ausgang (direkte Weiterleitung) möglich. Dank dreifacher galvanischer Trennung zwischen Eingang, Ausgang und Versorgungsspannung bietet das Gerät höchste Stabilität, Störsicherheit und Zuverlässigkeit für den Einsatz in industriellen Automatisierungsumgebungen. Die Wandler sind mit intelligenter Online-Selbstdiagnose ausgestattet, arbeiten mit niedrigem Energieverbrauch, schneller Reaktion und hervorragenden Temperatureigenschaften. Sie eignen sich ideal zur Integration in DCS, SPS/PLC, SCADA und Messgeräte. Vorteile auf einen Blick Unterstützt Thermoelemente (K, J, T, B, S, R, N, E, WRe u.a.) Unterstützt RTDs (Pt100, Pt1000, Cu50, Cu100, BA1, BA2 u.a.) Galvanische Isolation zwischen Eingang, Ausgang und Stromversorgung Selbstdiagnose für stabile und sichere Signalübertragung Hohe Genauigkeit: ±0,1% F.S. Sehr geringer Temperaturdrift: ≤40 ppm/°C Schnelle Reaktion: ≤500 ms Flexibel: Strom- und Spannungsausgänge oder 1:1-Ausgang (TC/RTD) Für DIN-Schiene geeignet Industriequalität nach IEC61326-1 (EMV) Technische Spezifikationen Kategorie Details Modellreihe HDTW Genauigkeit ±0,1 % F.S. (bei 25°C ± 2°C) Reaktionszeit ≤500 ms Temperaturdrift ≤40 ppm/°C Ausgangsripple <5 mV Eingangssignale (TC) K, E, S, B, J, T, R, N, WRe3/25, WRe5/26 u.a. Eingangssignale (RTD) Pt100, Pt1000, Cu50, Cu100, BA1, BA2 u.a. Ausgangssignale 4-20mA; 0-20mA; 0-5V; 0-10V; 1:1 Thermoelement; 1:1 RTD Lastwiderstand Stromausgang ≤600 Ω (bei 4-20mA); ≤1 kΩ (bei ±10mA) Lastwiderstand Spannungsausg. ≥1 MΩ (0-5V); ≥2 MΩ (0-10V) Versorgungsspannung DC 18–32V   Leistungsaufnahme DC 24V: 0,7W (1in1out) / 1,3W (2in2out)   Isolation ≥2500 VAC, 1 min, 1 mA Isolationswiderstand ≥100 MΩ Kanalkonfigurationen 1in/1out, 1in/2out, 2in/2out Betriebstemperatur -20°C bis +60°C Schutzklasse IP20 (für Schaltschrankmontage) Abmessung:   110mm x 117mm x 17 mm   Lieferumfang: 1 x Temperatur-Signalwandler HDTW (nach Auswahl)

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Single-Channel Frequency Input Safety Barrier HD-506 The Frequency safety barrier HD-506 is used for safe separation and signal transmission between potentially explosive areas (zone 0, 1, 2) and the safe zone. The device converts Frequency pulse signals (0.1Hz–100kHz) into a standardized output signal (e.g. 4–20mA or 0–10V) around. Thanks to galvanic isolation between input, output and supply voltage ensures maximum safety and reliability. Online error diagnosis and PC programming options, the barrier can be flexibly adapted. Certified according to [Ex ia Ga] IIC (NEPSI), this device is ideal for applications in the Process automation, chemical, petrochemical, energy and manufacturing industries . Advantages Safe signal transmission between Ex area (Zone 0–2) and safe area Supports frequency input signals up to 100kHz Converts signals into 4–20mA, 0–10V, 0–5V or 1–5V to Galvanic isolation between Input, output and supply Error self-diagnosis for reliable operation Ex ia IIC certification for maximum safety in potentially explosive areas Compact design (only 12.7mm wide) for DIN rail mounting Technical data category Details Model series HD-506 Supply voltage 18–32VDC (with reverse polarity protection) Power consumption ≤0.8W (Single), ≤1.3W (Dual) Input signal Frequency pulse signal Frequency range 0.1Hz – 100kHz Pulse width >5 μs Input resistance ≥3 kΩ Signal trigger Low: 0–1V, High: 4–30V Distribution voltage 24VDC, ≥16V @ 20mA Output signals 4–20mA, 1–5V, 0–5V, 0–10V, others Max. load ≤550Ω (at 4–20mA) accuracy ±0.1% FS (25°C ±2°C) Temperature drift 40 ppm/°C Reaction time <500 ms Insulation voltage ≥2500V AC (intrinsically safe), ≥1500V AC (non-intrinsically safe) Insulation resistance ≥100 MΩ Operating temperature -20°C to +60°C Dimensions (W H D) 12.7mm × 110mm × 118.9mm Certification NEPSI, Ex ia IIC, Zone 0/1/2, T4-T6 Scope of delivery : 1 x piece

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LED/Motor radio dimmer/switch for 12V/24V DC voltage This modern RF dimmer is the perfect solution for anyone who wants convenient and flexible control of their 12V to 24V LED lamps or motors. Equipped with a functional wireless remote control, this dimmer allows for continuous dimming – tailored to your individual needs. Thanks to its connection behind the 12V/24V DC LED transformer, the dimmer is suitable for almost all common LED bulbs with a maximum current of 30A. A standout feature of the wireless dimmer is its range of approximately 50 meters. This allows you to conveniently control the lighting from another room without requiring a line of sight. Unlike conventional infrared dimmers, which rely on a direct line of sight, the RF dimmer ensures a reliable connection through walls. The LED dimmer also boasts a practical memory function. When you turn it on again via the wall switch, the last dimming level is automatically restored, so you don't have to adjust the brightness of your lights every time. Of course, the lights can also be turned on or off directly via the remote control, further increasing ease of use. It's important to note that the wireless dimmer is only suitable for 12V/24V DC LED transformers. Halogen transformers with 12V AC are not compatible. The device's compact dimensions (L 48 x W 62 x H 20 mm) allow for easy installation, even in tight spaces. With a maximum power of 360W and a wide operating temperature range of -20 to 70°C, this LED wireless dimmer is both powerful and versatile. Get ready to revolutionize your lighting environment! Scope of delivery : 1 x piece

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Product description: PLC control module EC311-CPU2A310G1616D from LicOS Discover the powerful PLC control module EC311-CPU2A310G1616D, specially designed for automation systems with RS485 communication. Product Name PLC control module Model EC311-CPU2A310G1616D fire LicOS Place of Origin Condition 100% Original Series EC300 series Product Function Complete the execution of user program and logic control. Application Small and medium-sized PLC applications, such as process control, edge data acquisition, logic control, etc. Core Points 1. Support IEC61131-3 programming language (LD, FBD, IL, ST, SFC, CFC). 2. The CPU module supports a variety of industrial field buses, such as CAN bus, RS485 bus, industrial Ethernet bus, etc. 3.The CPU module supports a variety of industrial fieldbus protocols: CANopen, Modbus TCP master-slave, Modbus RTU/ASCII master-slave, Profinet/IO master-slave, EtherNet/IP, EtherCAT, etc. 4. Can communicate with the host computer through multiple network protocols: support MQTT protocol and OPC UA Server protocol. 5. 16m of program storage space, 32m of data storage space, 51m of power-off data retention and 32g of expandable storage space. 6. Instruction speed of 4 ns/basic instruction. 7. CPU supports Webvisu (Web version HMI). 8. Network information can be configured through the Web. 9.The standard backplane bus is integrated locally, and the body supports up to 16 GL100 I/O modules (16 * 32 = 512 points), and the head and tail refresh time is less than 5ms. 10. 16 racks can be extended via fieldbus. Technical consulting support Yes Warranty 1 year Product Feature 1. Ethernet speed reaches 10m/100Mbps self-adaptation. 2. A standard backplane bus is integrated locally. The body supports up to 16 I/O modules (16 * 32 = 512 points), and the head and tail refresh time is less than 5ms. 3. The body integrates 16-channel digital input (source/drain type) and 16-channel digital output (drain type). 4. Maximum capacity of IO point: 4096 digital channels and 1024 analog channels. 5. The switch network port can be configured as Modbus TCP or Profinet, EtherNet/IP according to the configuration. 6. It can indicate the normal operation of the program, the stop of the program, the system error indication and the bus status indication through the CPU panel. Communication Port ★3 independent RS485:, Modbus RTU/ASCII master/slave protocol, free protocol. ★1-way CAN bus. ★2-way Ethernet interface RJ45. Network Type ★1.Profinet ★2.Modbus TCP ★3.EtherNET/IP ★4.MQTT ★5.OPC ​​UA Server ★6.EterCAT Product model EC310-CPU1A310G1616D EC311-CPU2A310G1616D EC312-CPU3A310G1616D Main frequency of processor Memory Used in programs 16M 16M 16M 16M For data 32M + 1M power-down holdover 32m + 51m power-down holdover 32M + 1M power-down holdover Expandable memory 32G, SD card pluggable 32G, SD card pluggable 32G, SD card pluggable Storage mode Nand Flash permanent storage, no battery backup required. Programming mode IEC61131-3 Programming Language (LD/FBD/IL/ST/SFC/CFC) Program execution mode Compile and execute Instruction processing speed 4 ns/Basic Instruction 4 ns/Basic Instruction 4 ns/Basic Instruction Maximum capacity of IO point Remote IO site 64 64 64 Number of I/O modules 1024 1024 1024 CPU body module integrated IO input Number of channels 16 16 16 Contact type Source/Drain Input with High Speed ​​Input Interrupt Function Source/Drain Input with High Speed ​​Input Interrupt Function Source/Drain Input with High Speed ​​Input Interrupt Function CPU body module integrated IO output Number of channels 16 16 16 16 Contact type Drain type output Drain type output Drain type output Communication interface RS485 2 2 2 2 RS422 0 0 0 0 RS232 1 1 1 1 CAN 1 1 1 1 RJ45 1 2 3 Communication protocol EtherNet √ √ √ √ EtherCAT × √ √ √ profinet √ √ √ √ MQTT √ √ √ √ OPC UA Server √ √ √ √ Modbus TCP √ √ √ √ Canopic √ √ √ √ Modbus RTU/ASCLL √ √ √ √ Free agreement √ √ √ √ Network transmission √ √ √ √ EtherCAT motion control parameters / / / / WebVisu √ √ √ √ Supply voltage 24VDC(-15%~20%) 24VDC(-15%~20%) 24VDC(-15%~20%) 24VDC(-15%~20%) Scope of delivery : 1 x module

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The NEO-M9N module is based on the robust u-blox M9 GNSS chip, which provides exceptional sensitivity and acquisition times for all L1 GNSS systems. The u-blox M9 standard precision GNSS platform, offering meter-level accuracy, is the successor to the renowned u-blox M8 product line. The NEO-M9N supports simultaneous reception of four GNSS signals. The high number of visible satellites allows the receiver to select the best signals. This maximizes positioning accuracy, especially in challenging conditions such as deep urban canyons. The NEO-M9N detects jamming and spoofing events and reports them to the host, allowing the system to respond to such events. Advanced filtering algorithms mitigate the effects of RF interference and jamming, enabling the product to operate as intended. The NEO-M9N module integrates a SAW filter combined with an LNA in the RF path. This design enables normal operation even in the presence of strong RF interference, such as when a cellular modem is coupled to the NEO-M9N. The NEO-M9N offers backward pin-to-pin compatibility with previous u-blox generations, saving developers time and money when upgrading their designs. Software migration requires minimal effort thanks to continuous support for UBX messages across product generations. parameter Product variants NEO-M9N GNSS features GNSS BeiDou, Galileo, GLONASS, GPS/QZSS Number of concurrent GNSS 4 Oscillators TCXO Interfaces UART ✓ USB ✓ SPI ✓ I2C ✓ Electrical data Maximum supply [V] 3.6 Minimum supply [V] 2.7 Environmental data, quality & reliability Maximum temperature [°C] 85 Minimum temperature [°C] -40 Features Antenna supervisor ✓ Data logging ✓ FW update via serial interface ✓ Internal oscillator ✓ RTC crystal ✓ Dimensions Dimensions [mm] 12.2 x 16.0 x 2.4 Services AssistNow ✓ Scope of delivery : 1 x piece

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The OV2640 camera module is a powerful solution for a wide range of applications. Here are its outstanding features: 2 Megapixel Resolution : Provides razor-sharp images and videos with brilliant clarity. Autofocus function : Guarantees sharp images at all times, regardless of the distance to the subject. Flexible viewing angles : Choose between 160 degrees or 120 degrees to adapt your shots to the specific needs of your project. Compact design : Ideal for applications with limited space, such as IoT devices and surveillance systems. Cable length of 75 mm : Allows easy integration into your projects without additional complications. Compatible with ESP32 CAM : Specially designed for use with the popular ESP32 CAM to ensure a seamless connection. Versatile applications : Perfect for IoT applications, security monitoring or creative photography. The OV2640 camera module combines versatility and high performance to meet all your needs. Take advantage of the possibilities this module offers for your project! Scope of delivery : 1 x piece

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The OV5640 78MM camera module is a powerful solution for projects requiring high-resolution image processing. With a resolution of 5 megapixels, this module delivers stunning images and videos, making it ideal for applications in robotics, surveillance, and machine vision. A standout feature of the OV5640 module is its autofocus, which ensures sharp and clear images even in changing lighting conditions. This is particularly advantageous in scenarios where fast movement occurs or objects at different distances need to be captured. Furthermore, the wide angle of view of 120° to 160° allows for larger areas to be captured, making the module an excellent choice for surveillance and security applications. The OV5640 module is specifically designed for use with the ESP32 CAM. The ESP32 microcontroller is known for its high performance and versatile connectivity, including Wi-Fi and Bluetooth, making it a perfect choice for IoT projects. The module's 24 pins allow for easy connection and control of various functions, ensuring seamless integration into a wide variety of systems. Programming the OV5640 module is relatively easy, even for beginners, thanks to extensive libraries and documentation. Developers can achieve impressive results quickly and efficiently without requiring in-depth knowledge of image processing technologies. Overall, the OV5640 78MM camera module is an excellent choice for anyone looking to use a high-quality camera with autofocus and a wide viewing angle in their ESP32 projects. Whether for hobby projects or professional applications, this module offers a wide range of possibilities for implementing creative ideas. Scope of delivery : 1 x OV5640 5MP

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Discover our versatile USB-connected laser module with an impressive 5mW output and a wavelength of 650nm, providing a brilliant red light source. With a working current of less than 50mA and an operating voltage of 3-5V, this module is both efficient and easy to use. The approximately 1-meter-long USB connector allows for flexible use in a variety of environments. The modular design allows for adjustable focal length, allowing you to choose between a point, straight line, or cross-beam layout as needed. This laser module is ideal for applications such as laser positioning, laser technology experiments, or mechanical indicator lights. Whether you're working in the hobby or professional field, this device will significantly enhance your projects. Rely on quality and precision with our 12mm laser diode module! Specification: Product Name: Cutting Pruning Positioning Lamp Name: USB 5V Clamp Laser Positioning Light Light source color: Red 、Green Base: strong magnetic base Spot shape: cross, line, dot Characteristics: -Laser system is perfect for sewing, quilting, embroidery and crafting projects with its repositionable neck. -Find your exact starting point, create straight lines without tools or center your designs with the help of this laser -It can be used for a variety of projects. -It provides precise sewing guidance without leaving marks on your material. -It is the most affordable option, perfect for your first laser experience. Included in delivery are the easily interchangeable dot, line and crosshair lenses. Scope of delivery : 1 x USB laser module + holder

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The MG996R is a sophisticated digital servo motor, especially popular in the world of remote-controlled (RC) models. It features precise control, high torque, and durable metal gears. With a rotation range of 180°, 270°, or even 360°, this servo offers numerous possible uses in various applications, whether in RC cars, airplanes, or robots. With a maximum torque of up to 15 kg/cm (at 6V), the MG996R offers impressive power, making it ideal for demanding tasks. Digital control enables more precise movements and faster response compared to analog servos. This is especially important for models that require fast maneuvers, such as race cars or helicopters. The MG996R can operate with an operating voltage of 4.8V to 7.2V, making it flexible enough for various battery types. The servo's features are ideal for hobbyists and professionals seeking robust and reliable solutions for their RC projects. A standout feature of the MG996R is its metal gear. Unlike plastic gears, the metal gear not only offers greater durability but also minimizes the risk of damage under load. This robustness makes the MG996R ideal for use in harsh environments where other servos might fail. Another advantage is the ability to choose between different rotation ranges. The 180° mode is ideal for applications requiring precise positioning, while the 270° mode offers extended mobility. The 360° mode, on the other hand, enables continuous rotation, making it perfect for robots and mobile platforms. Areas of application The versatility of the MG996R opens up numerous application possibilities. In RC cars, it ensures precise steering and fast braking. In model aircraft, the servos can be used to control the flaps or rudder to ensure flight stability. The MG996R also finds application in robotics, for example in grasping arm robots or autonomous vehicles, where precise movements are essential. Installation of the MG996R is straightforward thanks to its standardized connector and simple mounting. Many RC enthusiasts also appreciate the ability to easily swap the servo for more powerful models without having to make extensive adjustments. MG996R 180° angle Technical data: Dimension: 40.8 * 20.1 * 38mm/1.61 * 0.79 * 1.5 inch Connection cable length: 300 mm/11.8 inches Weight: 60 g Maximum angle: 270 ° Operating speed: 0.16 sec./60 degrees (6 V) Operating speed: 0.14 sec/60 degrees (7.2 V) Torsional moment: 12kg.cm.at (6V) 13kg.cm.at (7.2 V) Temperature range: 0-55 ℃ Operating voltage: 6-7.2 V MG996R 270° angle Technical data: Dimension: 40.8 * 20.1 * 38mm/1.61 * 0.79 * 1.5 inch Connection cable length: 300 mm/11.8 inches Weight: 60 g Maximum angle: 270 ° Operating speed: 0.16 sec./60 degrees (6 V) Operating speed: 0.14 sec/60 degrees (7.2 V) Torsional moment: 12kg.cm.at (6V) 13kg.cm.at (7.2 V) Temperature range: 0-55 ℃ Operating voltage: 6-7.2 V MG996R 360° rotation (continuous rotation either left or right) Technical data: Dimension: 40.8 * 20.1 * 38mm/1.61 * 0.79 * 1.5 inch Connection cable length: 300 mm/11.8 inches Weight: 60 g Maximum angle: 360 ° (rotates continuously) Operating speed: 0.16 sec./60 degrees (6 V) Operating speed: 0.14 sec/60 degrees (7.2 V) Torsional moment: 12kg.cm.at (6V) 13kg.cm.at (7.2 V) Temperature range: 0-55 ℃ Operating voltage: 6-7.2 V Scope of delivery : 2 x pieces

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