REICHELT IE: Cleaning drying accessories
The Best
Save space by placing your dryer on the washing machine. No assembly work required
- Compatible with all standard or slim front loading washing machines and dryers, 60 cm wide, with a maximum depth of 60 cm
- Easy installation
- Safety belt (6 metres) with metal buckle supplied
- Maximum vertical load on the stand: 60 kg/588 N.
- Width: 60cm
- Maximum shelf load: 8 kg
- Maximum sustained belt tension: 200 kg/1962 N.
Technical data:
- Compatibility: All standard or slim front loading washing machines and dryers, 60 cm wide, with a maximum depth of 60 cm
- Maximum vertical load on the support: 60 kg/132 lb/588 N.
- Maximum belt tension: 200 kg/1962 N.
Top Pick
It also creates extra space to stack your laundry.
Excellent
Green nylon spiral brush for all-round cleaning and patio care.
Also suitable for lifting/combing artificial turf.
The green nylon spiral brush is used for cleaning stubborn dirt and for maintaining and brushing up artificial turf.
Recommended
1. Set the iron to the wool setting.
2. Rub the stick over the iron plate until it begins to melt. If the stick evaporates, the iron is too hot.
3. Leave the melted substance to soak in for a few seconds and then wipe the iron with a rough, dry cloth.
4. If you have a steam iron, use the steam function several times to clear out the holes. Use in a well-ventilated area.
Featured
Alternative
Ecovacs W-CC02-0012 cleaning cloths - genuine accessories for Winbot Mini
Transform your cleaning with the Ecovacs W-CC02-0012 cleaning cloths - specially designed for the Winbot Mini range.
The soft microfibre pads effortlessly remove dirt, dust and hair from glass surfaces and deliver an impressive streak-free finish.
- Saves space
- Easy installation
- Pull-out shelf
Tower Pro - washing machine and dryer stack kit
Save space by placing your dryer on the washing machine. No assembly work required
- Compatible with all standard or slim front loading washing machines and dryers, 60 cm wide, with a maximum depth of 60 cm
- Easy installation
- Safety belt (6 metres) with metal buckle supplied
- Maximum vertical load on the stand: 60 kg/588 N.
- Width: 60cm
- Maximum shelf load: 8 kg
- Maximum sustained belt tension: 200 kg/1962 N.
- Made from high-quality microfibre fabric
- High dirt absorption
- Extremely durable and a perfect fit
Details:
- Komplettset zur schonenden Reinigung von Bildschirmen und Kunststoffoberflächen von Bürogeräten
- schonender Schaumreiniger für Kunststoffoberflächen mit lang anhaltender antistatischer Wirkung
- Pumpspray für streifenfreie Bildschirmreinigung
- akoholfreie Reinigungsflüssigkeiten
- nhalt: Reinigungsschaum SUPERCLEAN FOAM 150 ml, Reinigungsspray SCREENCLEAN FLUID 125 ml, 10 fusselfreie Vliestücher, 1 Tastaturreiniger
Delievery without Raspberry Pi
The interlock from the WINSTA® MINI family is the best solution for safe installation. WAGO's WINSTA® product family is complemented by a wide range of accessories. WINSTA® MINI is responding to the trend toward miniaturization. Our smallest connector system is primarily suitable for luminaires, for example, which offer much less space for the connection technology thanks to the LED technology.
- Easy connection: User-friendly terminal connection allows easy connection of the CANH and CANL lines to the CAN bus network
- compact design: Ensures compatibility with various project housings and facilitates seamless integration into existing setups
- high-quality communication: MCP2515 controller for protocol management and error handling, SN65HVD230 transceiver for converting digital signals into differential signals
- Versatile: Suitable for automotive applications, industrial control systems, robotics projects and IoT devices
- powerful extension: utilizes the strengths of the Seeed Studio Xiao development board and extends its functionality with CAN bus communication
The integration of the MCP2515 controller and the SN65HVD230 transceiver on the expansion board ensures seamless and efficient communication via the CAN bus. The MCP2515 controller handles protocol management, message filtering and error handling, while the SN65HVD230 transceiver converts the digital signals from the controller into the differential signals required for CAN bus communication.
With the Seeed Studio CAN Bus Breakout Board, you can utilize the power of the Seeed Studio Xiao development board and its extensive ecosystem to create projects that require CAN bus communication. Whether you are working on automotive applications, industrial control systems, robotics projects or IoT devices, this expansion board provides a reliable and compact solution for integrating CAN bus capabilities into your designs.
Technical specifications
- Compatibility: Seeed Studio Xiao development board
- Communication interface: CAN bus (Controller Area Network)
- CAN transceiver: SN65HVD230
- CAN controller: MCP2515
- Terminal connection: 2-pin terminal for CANH and CANL lines
The Seeed Studio CAN Bus Breakout Board is a powerful and compact extension that adds CAN bus communication to your projects. It is ideal for automotive, industrial control, robotics and IoT applications. With its user-friendly terminal connection and compact design, it integrates seamlessly into existing setups and allows you to use the extensive features of the Seeed Studio Xiao development board.
External links
https://wiki.seeedstudio.com/xiao-can-bus-expansion/
https://www.seeedstudio.com/blog/2019/11/27/introduction-to-can-bus-and-how-to-use-it-with-arduino/
- compatible with Arduino and Dasduino
- supports RS-485 communication
- Range up to 1200 m
- Data transfer rate up to 20 Mbps
- Power consumption between 120 µA and 500 µA
The module is designed for applications in noisy environments and ensures stable data transmission over long distances. The use of a female connector ensures a simple and secure connection to the microcontroller. The RS-485 interface offers reliable communication that is insensitive to electromagnetic interference. The module is particularly suitable for industrial applications where stable and fast data transmission is required.
Technical data
- Voltage: 5 V
- based on: SN65176BDR
- Dimensions: 38 x 22 mm
The module offers an efficient solution for extending microcontroller systems with a robust communication interface that works reliably in demanding environments.
External links
https://github.com/SolderedElectronics/RS-485-Transceiver-breakout-hardware-design
- made of very high quality hard anodised aluminium
- CPU cooling surface, housing and heat sink in one
- all important connections still accessible
- 4 rubber feet for stable stand on most surfaces
- easy mounting, no glueing, no modifying
- perfect fit for Odroid XU4 / XU4Q
Scope of delivery
- Aluminium case, complete
- 4x rubber feet
- 4x screws
- push button
- CPU heat conduction pad
- 3x LED light guide
Note
- 2 holes on the bottom for optional mounting on various surfaces
- additional heat sinks or fans are not necessary with this enclosure
Details:
- Microfibre cloth for cleaning sensitive surfaces
- Washable up to 95°C
- Material: 80% polyester, 20% nylon
- Cloth size: 200 x 200 mm
- each WS2812B LED can be controlled individually
- supports approx. 16 million colors
- simple control via Arduino (or a compatible board such as Dasduino)
- requires only one control pin
- diodes are arranged on a board in a row of 10
The WS2812B LED is characterized by its flexible color control and simple implementation. The ability to control each LED individually allows users to create detailed and dynamic lighting scenarios. Programming is done via the Arduino IDE, with only a few lines of program required to control the LEDs via a single pin. This is made possible by the integrated controller in each WS2812B LED, which simplifies color control and communication. The linear arrangement of the LEDs on the board and the ability to connect multiple boards together also allows for larger and customized installations.
Technical data
- Number of LEDs: 10
- Voltage: 5 V
- LED type: WS2812B
- Current: Maximum 60 mA per LED
- Dimensions: 80 x 10 mm
In conclusion, the WS2812B offers a highly efficient solution for individual and dynamic LED lighting projects. Its easy integration into Arduino-based projects and support for a variety of colors make it an attractive choice for developers and hobbyists who want to personalize their environment with vibrant lighting scenarios.
External links
https://github.com/SolderedElectronics/Soldered-WS2812-Smart-Leds-Arduino-Library
https://github.com/SolderedElectronics/Smart-LED-WS2812B-Stick10-hardware-design
- Simple connection via I2C
- Only two pins required
- compatible with 16×2, 20×4 and 16×4 LCD displays
- Supports Arduino and compatible boards
- quick commissioning with Arduino library
The adapter offers an efficient solution for integrating LCD displays into Arduino projects. By using the I2C interface, only two pins are occupied, which increases the availability of GPIO pins for other applications. The adapter is compatible with a wide range of LCD displays, including the popular 16×2, 20×4 and 16×4 formats. The Arduino library simplifies programming and enables quick and easy control of the LCD displays. The female header facilitates the connection and provides a stable and reliable interface between the LCD and the Arduino board.
Technical data
- I2C address: 0x20 (HEX)
- Voltage: 3.3 V
- Potentiometer for contrast
- for HDD44780 LCD driver
- easyC/Qwiic compatibility
easyC
easyC is a robust connection system that optimizes the connection of microcontrollers, sensors and actuators using JST-SH compatible connectors (JST 4-pin). It offers solderless connections, serial connections of multiple devices (daisy-chaining), error-free design, parallel connection, universal compatibility and intermediate compatibility with Qwiic (Sparkfun connection system), simplifying prototype development. Further information on easyC can be found under ''Data sheets''.
In summary, this adapter is a practical and flexible solution for efficiently integrating LCD displays into Arduino projects. Its easy installation and wide compatibility make it a valuable component for developers and engineers.
External links
https://github.com/SolderedElectronics/Soldered-16x2-LCD-Arduino-Library
https://github.com/SolderedElectronics/I2C-LCD-driver-board-hardware-design
Dimensions (WxHxD): 115 x 60 x 12 mm
Delivery without DIN rail and Raspberry Pi
Cleaning drying accessories REICHELT IE Best Products
- equipped with a powerful microcontroller for fast image processing
- supports machine vision and machine learning with TensorFlow Lite
- enables real-time pattern and object recognition
- compact design for use in space-constrained projects
- suitable for applications in robotics and embedded systems
This board offers developers the opportunity to efficiently implement advanced image processing applications. It supports the integration of machine learning and machine vision in various projects, from robotics to intelligent monitoring systems.
In summary, the OpenMV Cam H7 is a versatile and powerful platform for developers who want to integrate machine vision and machine learning into their projects.
Another feature of this board is a jumper on the back of the board that allows you to configure the board to 3.3 V or 5 V (both power output and IO levels).
The board is shipped with 5 V by default, but you can cut the standard trace and solder a jumper if you want to switch to 3.3 V.
Specification
• Chip: FT232RL
• RXD/TXD transceiver communication display
• USB power supply can be selected between 5 V and 3.3V, adjustable by jumper
• SPI interface
Technical data
• Chipset: TTP229
• Supply voltage: 2.4 - 5.5 V DC
• standby consumption from 2 µA
• serial interface
• selectable sampling rate
• automatic calibration
• dimensions:65 x 50 mm
• suitable for Raspberry Pi 4
• made of 3 mm structured plastic (HIPS)
• Holes in the base for horizontal and vertical DIN rail mounting
• Vent on top of the housing
• GPIO flat cable slot at the bottom
• CSI slot for camera cable
• Delivery with push-fit rubber feet
• Snap-on mounting
Supplied without Raspberry Pi and without DIN rail mounting clip
Features:
- Automatic spray system with two nozzles
- Three cleaning programs: Left edge cleaning, right edge cleaning, automatic cleaning
- High cleaning speed: 4 min/m2
- Suitable for windows, mirrors and wall tiles
- Reliable fall protection system with backup battery
- 2.4 G remote control incl. batteries
- Brushless motor
- Large water tank
- Extra-long power cable
Technical specifications:
- Suction power: 2800 pa
- Power: 72 W
- Internal water tank: 70 ml
- Two spray nozzles
- Cleaning speed: 4 min/m2
- Noise level below ~65 dB
- Li-ion 500 mAh backup battery
- Charging time: ~1 h
- Operating time: ~20 min
- Power cable: ~5.7 m
- Safety rope: 4 m
- Safety carabiner
- 2.4 G remote control including 2x AAA batteries
- AC adapter: input: 100 - 240 V ~50/60 Hz 2 A, output: 24 V/3 A
- Dimensions: 29.5 x 14.5 x 8.2 cm
- Weight: 1.16 kg
Package contents:
Window cleaning robot, AC power cable, extension cable, safety rope, remote control (incl. battery), 10x cleaning pads, 4x cleaning rings, water spray bottle, operating instructions
- Load capacity of up to 250 kg
- Adjustable from 37 cm x 37 cm to 62 cm x 62 cm
- Anti-vibration rubber feet for quieter operation
- Rollers allow easy movement of heavy devices
- Front-mounted brake lever for easy access and stable footing
Thanks to its robust enamelled steel construction, integrated rollers and flexible frame structure, it ensures maximum user-friendliness in homes or businesses.
- uses MCP2518FD CAN controller for high performance communication
- supports CAN 2.0B and CAN FD for flexible data transmission
- Communication via SPI protocol ensures efficient microcontroller interaction
- physical access to the CAN bus via CANH and CANL pins
- integrated 120 Ohm terminator, connectable via a jumper
The breakout board provides a high-performance interface between the CAN network and microcontrollers via SPI, enabling reliable transmission of data in real time. Compatibility with both CAN standards allows a wide range of applications in various systems, from classic automotive applications to advanced industrial networks. Physical access to the CAN bus is facilitated by easily accessible terminal pins with screw terminals, allowing easy installation and maintenance. The integrated 120 Ohm terminator improves signal integrity, which is particularly beneficial in demanding environments.
Technical data
- Standards: CAN 2.0B and CAN FD
- Voltage: 2.7 ... 5 V
- Current: from 10 µA to 12 mA
- SPI interface
- Dimensions: 38 mm x 22 mm
The use of our CAN breakout with the MCP2518FD CAN controller provides a robust solution for developers who require reliable and flexible data communication via the CAN network in their projects. With support for multiple standards and easy implementation, the board provides a valuable extension for a wide range of applications.
External links
https://github.com/SolderedElectronics/Soldered-CAN-Bus-Breakout-MCP2518-Arduino-Library
https://github.com/SolderedElectronics/CAN-Transceiver-MCP2518-board-hardware-design
Technische Daten
• bei gedrückter Taste TTL High
• 5 V Spannungsversorgung
• 3-Pin-Anschluss
Anschlussbelegung
• Pin 1: Ausgangssignal
• Pin 2: Spannungsversorgung
• Pin 3: Masse
Technische Daten
• bei gedrückter Taste TTL High
• 5 V Spannungsversorgung
• 3-Pin-Anschluss
Anschlussbelegung
• Pin 1: Ausgangssignal
• Pin 2: Spannungsversorgung
• Pin 3: Masse
- is supplied with one printed circuit board and one 2x 20-GPIO strip
- Dimensions: 66 x 57 x 2 mm
Delivery without Raspberry Pi
The USB to RS232 TTL based module provides the best and most convenient way to connect your RS232 TTL devices or demo boards to your PC via USB port.
- Easy to move
- Ergonomic braking system
- Adjustable structure
Wheel Wash: Universal anti-vibration base with rollers for washing machine or dryer
Use the wheels at the bottom of the base to move your heavy equipment forwards or backwards easily.
- Ergonomic braking system
- Stable metal structure
- Powder coating that withstands heavy use
- Load capacity: 250 kg
- Adjustable structure 37x37 cm - 62x62 cm
- Anti-vibration rubber feet
- offers six connections for an extended connection of easyC devices
- enables quick and easy expansion of the device sequence
- ideal for complex or space-constrained projects
- avoids the problem of too few connections on individual components
- reduces the need for cumbersome cable routing
The easyC Hub has six connections, making it the ideal choice for extending device chains, especially when multiple components need to be connected. This facilitates the organization and implementation of projects where space and accessibility are limited. Using the hub also reduces the complexity of cable management by providing a central connection point that eliminates the need to run cables.
Technical specifications
- Dimensions: 39 mm x 34 mm
- Operating voltage: 3.3 V
- Connections: easyC x6
- easyC/Qwiic compatibility
- Holes for mounting: 1
The easyC Hub is a crucial extension for the easyC system, especially for developers who need a fast and efficient way to expand their prototype networks. With its ability to seamlessly connect multiple devices, it improves flexibility and efficiency in the development phase.
easyC
easyC is a robust interconnection system that optimizes the connection using JST-SH compatible connectors (JST 4-pin) of microcontrollers, sensors and actuators. It offers solderless connections, serial connections of multiple devices (daisy-chaining), error-free design, parallel connection, universal compatibility and intermediate compatibility with Qwiic (Sparkfun connection system), simplifying prototype development. Further information on easyC can be found under ''Data sheets''.
External links
https://github.com/SolderedElectronics/easyC-hub-hardware-design
- Housing with clear front and cut-outs for connections
- no modifications necessary
- Raspberry Pi housing for the top hat rail
reference
- suitable for Raspberry Pi (1)B+, 2B, 3B, 3B+
- Delivery without Raspberry Pi
Technical data
- Nominal charging voltage: 3.7 V
- Adjustable charging current: 20/70/120/170/270/320/370 mA
- Final charging voltage: 4.2 V
- USB input voltage: 5 V
- Dimensions (LxWxH): 42 x 32 x 10 mm
- Charging current selection: via DIP switch
- Connection: 2-pin JST plug, reverse polarity protected
• Supply voltage: 2.5 ... 6 V
• supports the I2C protocol
• Cascading of up to 8 modules
• Setting the device address (A0 / A1 / A2)
• Backlight Enable/disable
• Contrast adjustment possible
• Dimensions (LxWxH): 41.5 x 19 x 15.3 mm
