Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
3 in stock
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
Durchdringbarer Touch-Dimmer LED-Lichtschalter (12–24 V, bis 60 W)
Handbewegungs- & Touch-Steuerung für LED-Beleuchtung – geeignet für Holzpaneele bis 25 mm
Der innovative Touch-Dimmer-Sensor ermöglicht die unsichtbare Steuerung Ihrer LED-Beleuchtung durch Holz, Glas, Kunststoff und andere nicht-metallische Materialien. Ideal für Küchenmöbel, Kleiderschränke, Vitrinen oder Spiegel – ganz ohne sichtbare Schalter.
Eigenschaften
Unsichtbare Steuerung: Installation hinter Holzplatten, Spiegeln oder Kunststoffflächen
Durchdringungstiefe: bis zu 25 mm (Materialstärke, nicht-metallisch)
Steuerungsarten:
Berühren für Ein/Aus
Handbewegung / Wischen für stufenloses Dimmen
Einfache Installation: Kein Bohren oder Öffnen von Löchern notwendig
Kompatibel mit: LED-Streifen, LED-Leuchten und andere 12–24 V DC Beleuchtungen
Materialverträglich: funktioniert mit Holz, Glas, Stein, Acryl, Kunststoff, Papier u. a.
⚠️ Hinweis: Bitte nicht in der Nähe von Metall installieren, da dies die Funktion beeinträchtigen kann.
Technische Daten
Typ: Handwisch- & Touch-Dimmer-Schalter
Eingangsspannung: DC 12–24 V
Maximale Last:
12 V → 5 A (max. 60 W)
24 V → 3 A (max. 72 W)
Erfassungsbereich: ≤ 25 mm (nicht-metallische Materialien)
Lieferumfang
1 × Touch-Dimmer LED-Lichtschalter (12–24 V)
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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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Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
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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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Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
Diesen RF Dimmer für 12V bis 24V RGB LED Streifen können Sie mit der mitgelieferten Touch-Fernbedienung stufenlos dimmen und die Farben Ihres RGB LED Streifens ändern oder Effekte steuern. Der RGB LED Funk-Touchdimmer wird hinter dem 12V/24V DC LED Trafo angeschlossen und ist für fast alle LED Streifen geeignet.
Den RGB Touch Funk-Dimmer können Sie auch von einem anderen Raum aus steuern, da dieser über Funk (RF) arbeitet und nicht wie andere Dimmer mit Infrarot. Darüber hinaus besitzt der LED-Dimmer eine Memory/Speicherfunktion, sodass dieser nach dem Einschalten über den Wandschalter die letzte Dimmstufe beibehält. Sie können Ihre Beleuchtung aber auch über die Dimmer Fernbedienung ein- und ausschalten.
Wichtig:- Nur geeignet für 12V/24V DC LED Trafos! Nicht für 12V~ AC Halogen Trafos geeignet!- Achten Sie unbedingt auf Ein- und Ausgang! Der Dimmer kann sonst Schaden nehmen.- Beim Anschluss ist stets auf die Polarität zu achten. Falls + und - vertauscht werden ist die Dimmfunktion nicht gegeben.Technische Daten:- RGB LED Dimmer / Steuerung für 12-24V RGB Streifen- leichter Anschluss über zwei Kabelklemmterminals (max. 1,5mm²)- Stromversorgung: maximal 18 A- Maße (Dimmer): 83mm x 79mm x 33mm- Maße (Fernbedienung): 55,5 x 113,5mm- Reichweite: ca. 20 Meter (Innenraum)- Standby-Strom: < 0,5 Watt- Fernbedienung: CR2032 Batterien (im Lieferumfang enthalten)- Farbe: schwarz
Lieferumfang:
1 x Stück mit Fernbedienung
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Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
LA42DWQ Potentiometer – Geschwindigkeitsregelknopf für Frequenzumrichter
Drehbarer Einstellknopf | Verschiedene Widerstandswerte (10K / 100K / 500K)
Das LA42DWQ Potentiometer ist ein hochwertiger Drehknopf zur präzisen Geschwindigkeitsregelung von Frequenzumrichtern. Dank robustem Design, einfacher Montage und Schutzklasse IP65 eignet es sich ideal für den Einsatz in Industrie, Werkstatt und Hobbyprojekten.
✅ Eigenschaften
Modell: LA42DWQ
Nennwiderstand: 10K / 100K / 500K Ohm (je nach Auswahl)
Widerstandstoleranz: ± 0,5 %
Einstellung: Drehbar
Isolationswiderstand: 100 MΩ
Montageöffnung: Ø 22 mm
Schutzklasse: IP65 (staub- & spritzwassergeschützt)
Gewicht: ca. 50 g
Zertifizierungen: CCC, CE, RoHS
Lieferumfang
1 × Potentiometer (LA42DWQ)
20 in stock
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
Das ESP32-Entwicklungsplatine, der Standard- bis 7-Zoll- Bildschirm und SD Card unterstützen das automatische Herunter laden mit einer Taste, bieten lvgl-Demo und Arduino-Beispiele
Parameter:
Verwenden Low-Power-Dual-Core-32-Bit-CPU, die als Anwendungs prozessor verwendet werden kann.
Die Haupt frequenz beträgt bis zu 240MHz und die Rechen leistung beträgt bis zu dmips Eingebaute 520 kb sram
Arbeitsspannung 4,75-5,25 V
Spiflash Standard 32mbit
RAM intern 520kb
Wi-Fi 802,11 b/g/n/e/i
Bluetooth Bluetooth 4,2 br/edr und ble Standard
Unterstützung schnitts telle (2mbps) uart, spi, i2c, pwm
Unterstützung tf karte, maximale unterstützung 4g
Io port 9
Standard einstellung für serielle Port rate 115200bps
Spektrum bereich 2483,5 ~ MHz
Antennen form an Bord der Leiterplatte antenne, 2dbi gewinnen
Bild Ausgabe format: JPEG (nur ov2640 Unterstützung), BMP, Graustufen
Verpackungs methode dip-16
Sende leistung 802,11 b: 17 ± 2dbm (@ 11mbps)
802,11g: 14 ± 2dbm (@ 54mbps)
802,11 n: 13 ± 2dbm (@ mcs7)
Empfangende Empfindlichkeit cck, 1mbps:-90dbm
Cck, 11mbps:-85dbm
6mbps (1/2bpsk): -88dbm
54mbps (3/464-qam): -70dbm
Mcs7 (65 MBit/s, 72,2 MBit/s): -67dbm
Strom verbrauch schalten Sie den Blitz aus: 180ma @ 5v
Schalten Sie den Blitz ein und stellen Sie die Helligkeit auf das Maximum ein: 310ma @ 5v
Tiefschlaf: Der niedrigste Strom verbrauch kann 6ma @ 5v erreichen
Moderm-Schlaf: Der niedrigste kann 20ma @ 5v erreichen
Licht-Schlaf: der niedrigste kann 6,7 ma @ 5v erreichen
Sicherheit wpa/wpa2/WPA2-Enterprise/wps
Arbeitstemperatur-20 ℃ ~ 70 ℃
Speicher umgebung-40 ℃ ~ 125 ℃, <90% rh
Anwendung
Home Smart Device Bild übertragung
Drahtlose Überwachung
Intelligente Landwirtschaft
Qr drahtlose Erkennung
Signal des drahtlosen Position ierungs systems
andere iot Anwendungen
Lieferumfang:
1 x Display Modul Mit Kabel
Weitere Bilder
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
2,4 GHz drahtloses Transceiver-Modul der Serie E01
Das 2,4 GHz drahtlose Transceiver-Modul der Serie E01, basierend auf dem bewährten nRF24L01P-Chip, bietet eine herausragende Kombination aus kompakter Bauweise und vielseitigen Anwendungsmöglichkeiten. Mit seiner SPI-Schnittstelle ist dieses Modul einfach in bestehende Systeme integrierbar und eignet sich ideal für eine Vielzahl von Anwendungen im Bereich der drahtlosen Kommunikation.
Technische Spezifikationen
Das Modul operiert im Frequenzbereich von 2400 bis 2525 MHz und nutzt dabei einen Standard-Oszillator mit 16 MHz. Mit einer Sendeleistung von bis zu 27 dBm (max. 500 mW) erreicht das Modul beeindruckende Reichweiten und eine zuverlässige Datenübertragung. Die Empfangsempfindlichkeit liegt bei bemerkenswerten -99 dBm, wodurch auch schwache Signale effizient empfangen werden können.
Die Luft-Datenrate des Moduls variiert zwischen 250 kbps und 2 MBit/s, wobei der Standardwert bei 250 kbps liegt. Diese Flexibilität in der Datenrate ermöglicht es Entwicklern, je nach Anforderung der Anwendung die optimale Geschwindigkeit auszuwählen.
Einsatzmöglichkeiten
Dank seiner geringen Größe und hohen Leistungsfähigkeit findet das Serie E01 Modul Anwendung in zahlreichen Bereichen, darunter Industrieautomation, Smart Home-Lösungen, Telemetrie und IoT-Anwendungen. Die Verwendung hochwertiger Bauteile, wie präzisen Industriekristallen und der eingebetteten TCXO-Technologie (Temperaturkompensierte Quarzoszillatoren), garantiert eine stabile und zuverlässige Funktion über verschiedene Umgebungsbedingungen hinweg.
Lieferumfang:
1 x Stück
Weitere Bilder
HF-Parameter
Wert
Bemerkung
Arbeits frequenz
2400 ~ 2525 MHz
Standard: 2,4 ghz(16mhz oszillator)
Sende leistung
27 dbm
Max. Leistung (500mw)
Empfangende Empfindlichkeit
-99 dbm
Luft datenrate: 250kbps
Luft datenrate
250k ~ 2 MBit/s
Standard: 250kbps
Test abstand
5000m
In offener und klarer Luft, mit maximaler Leistung, 5dbi Antennen gewinn, Höhe von 2m,
Luft datenrate: 250kbps
Hardware-Parameter
Wert
Bemerkung
Größe
18*33,4mm
Ohne sma
Antennen typ
SMA-K
Kommunikation schnitts telle
Spi
Paket
Dip
Elektronischer Parameter
Min.
Typ.
Max.
Einheit
Zustand
Strom versorgung
2,5
3,3
5,5
V
Kommunikation ebene
2,0
3,3
3,6
V
Sende strom
480
490
500
Ma
3,3 v
Sende strom
380
390
400
Ma
5,0 v
Empfangen von Strom
22
23
24
Ma
3,3 v
Empfangen von Strom
21
22
23
Ma
5,0 v
Betriebs temperatur
-40
20
+ 85
℃
Betriebs feuchtigkeit
10
60
90
%
Lagerte mperatur
-40
20
125
℃
Hochwertige Industrie komponenten
* Original nordisch importiert nrf24l01p
* Kristall oszillator in Industrie qualität
Hochpräziser und Niedertemperatur-Kristall oszillator
* Leistungs verstärker
Erhöhte Übertragungs entfernung
* Hochwertige Komponenten
Haupt sächlich von murata, tdk, avx etc.
Stift definition
Schaltplan
Anwendungen
Mit stabiler Serien fertigung eignet sich das Modul für verschiedene Anwendungen (insbesondere für Smart Home, iot)
Uav/rf fernbedienung
Sicherheits überwachung und-kontrolle
Digitale Bilder fassung
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
Model
Innen Durchmesser- 30mm // Aussendurchmesser-60mm
Product specification
10mil 850nm wavelength
Shine the light
Infrared
Product structure
36pcs Ø5 IR LED for PCB plate and support IR-CUT
Wavelength
850nm/940nm
Angle
90 degree
IR distance
20-30m
Suitable for lens
Fixed 2.8mm/3.6mm lens
Power
DC12V 320mA
Technical parameters
36pcs Ø5 IR LED,10mil,PCB plate, 850nm, IR - CUT interface,Uniform brightness, the service life of 40000 hours.
Model
Innen Durchmesser-17mm // Aussendurchmesser-53mm
Product specification
10mil 850nm wavelength
Shine the light
Infrared
Product structure
36pcs Ø5 IR LED for PCB plate and support IR-CUT
Wavelength
850nm/940nm
Angle
90 degree
IR distance
20-30m
Suitable for lens
Fixed 2.8mm/3.6mm lens
Power
DC12V 320mA
Technical parameters
36pcs Ø5 IR LED,10mil,PCB plate, 850nm, IR - CUT interface,Uniform brightness, the service life of 40000 hours.
Lieferumfang:
1 x Stück
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
DTT433-RF – 4-Kanal 0–10V Funk-Übertragungsadapter (bis 5 km Reichweite)
Der DTT433-RF besteht aus zwei Einheiten: einem Sender (DTT433-TX) und einem Empfänger (DTT433-RX). Das System ermöglicht die kabellose Übertragung von bis zu vier analogen 0–10V-Signalen über eine Entfernung von bis zu 5.000 Metern – absolut zuverlässig, störungsarm und mit hoher Präzision.
Durch die robuste 2,4-GHz-Funktechnologie (NRF24L01-Kompatibel) ist das Set ideal, wenn analoge Mess- oder Steuersignale über große Entfernungen, ohne Kabeltrassen oder in schwer zugänglichen Bereichen übertragen werden müssen.
Jedes Adapter-Paar arbeitet über einen eigenen Funkkanal. Dadurch können bis zu 125 Paare gleichzeitig im selben Raum betrieben werden – ohne Interferenzen.
Hauptmerkmale
Kabellose Übertragung von 4 Kanälen (0–10V)
Sende- und Empfangssignal 1:1 identisch
Reichweite bis 5 km (mit E01-2G4M27D Antenne)
Reichweite bis 1 km (mit NRF24L01+PA+LNA -Antenne)
Reichweite bis 100m (mit Standard-NRF24L01-Antenne)
Extrem hohe Genauigkeit: 0,001 V
Industrietauglicher Temperaturbereich −30°C bis +70°C
SMA-K Antennenanschluss
Störsichere 2,4–2,525 GHz Funkübertragung
Typische Anwendungen
Kabellose Verbindung von Sensoren und Messsystemen
Erfassung von analogen Signalen über große Distanz
Übertragung von Sensordaten aus schwer zugänglichen Bereichen, z. B.– Kellerräume– Hallen– Außenbereiche– zwischen Gebäuden
Mobile oder temporäre Messaufbauten
Prozessautomatisierung ohne zusätzliche Leitungen
Technische Details – Übersicht (Sender + Empfänger)
Allgemeine Funktechnik (je nach Antennen-Variante)
E01-2G4M27D Hochleistungsantenne (bis 5 km)
Arbeitsfrequenz: 2400–2525 MHz
Sendeleistung: 5 bis 27 dBm (500 mW)
Empfangsempfindlichkeit: –99 dBm
Luftdatenrate: 250 kbps (Standard), bis 2 Mbit/s
Reichweite: bis 5000 m (freie Sicht)
Anschluss: SMA-K
NRF24L01+PA+LNA Standardantenne (bis 1 km)
Arbeitsfrequenz: 2400–2525 MHz
Luftdatenrate: 250 kbps (Standard)
Reichweite: bis 1000 m (freie Sicht)
Anschluss: SMA-K
(Herstellerangaben zur Sendeleistung und Empfindlichkeit variieren – typ. 0 dBm / –85 dBm)
NRF24L01 Standardantenne (bis 100 m)
Arbeitsfrequenz: 2400–2525 MHz
Luftdatenrate: 250 kbps (Standard)
Reichweite: bis 100 m (freie Sicht)
Anschluss: SMA-K
(Herstellerangaben zur Sendeleistung und Empfindlichkeit variieren – typ. 0 dBm / –85 dBm)
Sender – DTT433-TX
Parameter
Wert
Versorgungsspannung
0–24 V DC
Eingangssignal
0–10 V analog
Anzahl Kanäle
4
Genauigkeit
0,001 V
Temperaturbereich
−30°C … +70°C
Abmessungen
70 × 80 × 20 mm
Antennenvarianten
E01-2G4M27D oder NRF24L01
Max. Reichweite
5000 m / 1000 m /100 m (Freie Luft)
Arbeitsfrequenz
2400–2525 MHz
Datenrate
250 kbps (Standard)
Sendeleistung
Siehe Antenne
Empfangsempfindlichkeit:
–99 dBm
Empfänger – DTT433-RX
Parameter
Wert
Versorgungsspannung
12 V DC
Ausgangssignal
0–10 V analog (identisch zum Sender)
Anzahl Kanäle
4
Genauigkeit
0,001 V
Temperaturbereich
−30°C … +70°C
Abmessungen
70 × 80 × 20 mm
Antennenvarianten
E01-2G4M27D oder NRF24L01
Max. Reichweite
5000 m / 1000 m / 100 m (Freie Luft)
Arbeitsfrequenz
2400–2525 MHz
Datenrate
250 kbps (Standard)
Sendeleistung
Siehe Antenne
Empfangsempfindlichkeit:
–99 dBm
Lieferumfang
1× DTT433-TX Sender (4-Kanal 0–10V Eingang)
1× DTT433-RX Empfänger (4-Kanal 0–10V Ausgang)
1× Antenne (je nach Auswahl: E01-2G4M27D oder NRF24L01)
Anschlussklemmen / Terminalblöcke
Bedienanleitung
Optional anpassbar
Weitere Antennentypen
Mehrere gleichzeitig betreibbare Paare (bis 125)
Gehäusefarben oder Industriegehäuse
Vorteile
Einfacher Einbau & zuverlässige Performance
Sauberes Design, kompatibel mit gängigen Setups
Schneller Support & Ersatzteilservice durch Oreluxtech
3 in stock
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
RC Hydraulik Öltank aus Aluminiumlegierung
60×50×40 mm | CNC-gefertigt & eloxiert – kompatibel mit Huina, Kabolit & Double E
Dieser kompakte Hydraulik-Öltank aus Aluminiumlegierung ist speziell für RC-Baumaschinen entwickelt. Mit seinen Maßen von 60 × 50 × 40 mm passt er perfekt in zahlreiche Umbauten und bietet dank präziser CNC-Bearbeitung sowie eloxierter Oberfläche hohe Stabilität und Langlebigkeit.
Das integrierte runde Sichtfenster zeigt den Ölstand direkt an. Mehrere Gewindebohrungen (M5 & M3) erlauben flexible Anschlussmöglichkeiten, ab Werk sind M5-Öldüsen für 4-mm-Schläuche vormontiert.
✅ Eigenschaften
Abmessungen: 60 × 50 × 40 mm
Material: Aluminiumlegierung
Verarbeitung: CNC + Eloxierung
Farbe: Grau
Gewindeanschlüsse:
3 × M5-Gewindebohrungen (inkl. montierter 4-mm-Öldüsen)
3 × M3-Gewindebohrungen
Feature: Transparentes Sichtfenster zur Ölstandsanzeige
Kompatibilität: Für Hydraulik-Umbauten diverser RC-Baumaschinen
🔧 Passend für
Huina 1580 / 1592 / 1593 / 1594 Hydraulikumrüstung
Kabolit 336 / 966
Double E EC160E Bagger
und weitere Hydraulik-Modelle
Lieferumfang:
1 × RC Hydraulik-Öltank (60×50×40 mm, grau, mit vormontierten 4-mm-Öldüsen)
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
15 in stock
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
CN3791 MPPT Solar-Panel Laderegler Bord 3,7 V 4,2 V 2A 1 Zelle Lithium-Batterie Lademodul 6V 9V 12V 2-Pin JST Stecker Feature: Diese ist eine maximale power point tracking (MPPT) solar Ladegerät für single-cell LiPo Batterien.
Das MPPT Solar Ladegerät wird entwickelt, um die maximale Leistung aus dem Solarpanel zu nutzen und die LiPo-Batterie effizient aufzuladen. Durch den Einsatz einer CN3791 Stromverfolgungsladeschaltung und vorgefertigten Anschlüssen ist das Setup einfach und erfordert lediglich das Anschließen des Solarpanels und der Batterie. Die Einstellung der Haltespannung für das MPPT erfolgt bereits standardmäßig und es stehen Varianten mit unterschiedlichen Eingangsspannungen zur Verfügung, um den Anforderungen verschiedener Solarpaneltypen gerecht zu werden. Beschreibung:
Erhaltungsladeschaltung von tief entladene Batterien
Automatische aufladen
Ladung Status und Ladung ende Status anzeige
Soft Start
Batterie Überspannung Schutz
Solar-Panel Maximum power point Tracking
Komplette Ladung Management für single-cell lithium-batterien
Parameter:
Eingangs spannung: wählen sie die entsprechende modul nach die nennspannung der solar panel (6V/9V/12V)
Ausgang spannung: nenn 3,7 V volle ladung spannung 4,2 V lithium-batterie
Interface: 2-pin JST anschlüsse (oder PH2.0)
Max ladestrom: 2A
PWM schalt frequenz: 300KHz
Ladespannung: 4,2 V ± 1%
Arbeits umgebung temperatur: -40 ° C bis + 85 ° C
Größe: 45X2 0X 9,5mm
Paket enthalten: 1 × CN3791 MPPT Solar Panel Regler Modul
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
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
Next-day delivery
Midweeks Monday to Friday we offer next day delivery if the product is on stock and exceptions on holidays.
Weekends We do not offer deliveries on the weekends.
International Depending on where you're located, we offer next day delivery. Check status on this link
Der DTT433-RF-TCP ist ein industrietaugliches Funk-Übertragungssystem für analoge 0–10 V Signale, bestehend aus einem Sender (DTT433-TX) und einem Empfänger (DTT433-TCP).Er ermöglicht die kabellose Übertragung von bis zu vier analogen Kanälen über große Distanzen von bis zu 2.500 m (abhängig von der Antenne) – präzise, störungsarm und zuverlässig.
Der Empfänger stellt die Messwerte direkt über Modbus TCP (Ethernet) bereit und eignet sich ideal für SPS-Systeme, Industrie-PCs, Raspberry Pi, SCADA- und IoT-Anwendungen.
⭐ Hauptmerkmale
✔ 4-Kanal-Übertragung von 0–10 V Analogsignalen
✔ Kabellos bis 2,5 km Reichweite (freie Sicht, je nach Antenne)
✔ Modbus TCP (Ethernet) für SPS, IPC, SCADA & IoT
✔ Hohe Auflösung & Genauigkeit: 0,001 V
✔ Mehrkanalfähig: bis zu 25 Funk-Paare parallel ohne Interferenzen
✔ Empfänger kann mehrere Sender verwalten (Standard 5, erweiterbar)
✔ Industrie-Temperaturbereich: −30 °C bis +70 °C
✔ Webinterface über IP-Adresse
✔ SMA-K Antennenanschluss
🏭 Typische Anwendungen
Industrieautomation & Prozesssteuerung
Gebäude- & Energietechnik
Maschinen- und Anlagenüberwachung
Mobile oder temporäre Messsysteme
Nachrüstung bestehender Anlagen ohne neue Kabel
Sensoranbindung in schwer zugänglichen Bereichen(Keller, Hallen, Außenbereiche, Gebäude-zu-Gebäude)
🌐 Netzwerk & Kommunikation (Empfänger)
Merkmal
Wert
Ethernet-Chip
Protokoll
Modbus TCP
IP-Modus
DHCP oder statisch
Webinterface
Zugriff über IP-Adresse
Multi-Sender-Support
Standard bis 5 TX (erweiterbar)
Geräte im Funknetz
bis zu 25 Paare
Datenhaltung
Letzte Werte optional speicherbar
📶 Reichweite nach Antennentyp
E01-2G4M27D (High-Power): bis 2,5 km
NRF24L01+PA+LNA: bis 1 km
NRF24L01 Standard: bis 100 m
(jeweils bei freier Sicht)
🔧 Funktechnik – Allgemein
Frequenzbereich: 2400–2525 MHz
Datenrate: 250 kbps (Standard), bis 2 Mbit/s
Empfangsempfindlichkeit: –99 dBm
Störsichere ISM-Band-Übertragung
Jeder Funk-Paar arbeitet auf eigenem Kanal
📥 Sender – DTT433-TX (4-Kanal Analog)
Parameter
Wert
Versorgung
0–24 V DC
Eingangssignal
0–10 V analog
Kanäle
4
Genauigkeit
0,001 V
Temperaturbereich
−30 °C … +70 °C
Abmessungen
70 × 80 × 20 mm
Funkfrequenz
2400–2525 MHz
Antennen
E01-2G4M27D / NRF24L01
Max. Reichweite
2.5 km / 1 km / 100 m
Anschluss
Schraubklemmen
📤 Empfänger – DTT433-TCP (Ethernet / Modbus TCP)
Parameter
Wert
Versorgung
6–24 V DC
Ausgang
Modbus TCP (Ethernet)
Max. Geräte
bis 25
Temperaturbereich
−30 °C … +70 °C
Abmessungen
70 × 80 × 20 mm
Funkfrequenz
2400–2525 MHz
Antennen
E01-2G4M27D / NRF24L01
Netzwerk
RJ45 Ethernet
📦 Lieferumfang
1× DTT433-TX Sender (4-Kanal 0–10 V)
1× DTT433-TCP Empfänger (Modbus TCP)
1× Antenne (je nach Auswahl)
Anschlussklemmen / Terminalblöcke
Bedienanleitung
⚙️ Optional & Anpassbar
Weitere Antennentypen
Mehrere gleichzeitig betriebene Funk-Paare
Industrie- oder Sondergehäuse
Erweiterte Sender-Anzahl pro Empfänger
Kundenspezifische Konfiguration
✅ Vorteile
Kein Verlegen von Signalkabeln nötig
Sehr hohe Messgenauigkeit
Schnelle Integration in bestehende Systeme
Zuverlässige Funktechnik für Industrieeinsatz
Support & Ersatzteilservice durch OreluxTEC
