MAK 191A24-4 - Makita energy kit 191A24-4 BL1830B + DC18RC

112.27 EUR
Access the complete sheet with information, compare prices and discover the features of PRODUCTNAME, available at the price of PRICE CURRENCY; it falls into the CATEGORY NAME; the sale is managed by SELLER NAME and the production is done by MANUFACTURER NAME.
Makita energy kit
Consists of lithium-ion battery BL1830B and fast charger DC18RC
Makita lithium-ion battery BL1830B:
Battery capacity: 3.0 Ah/54 Wh
Makita DC18RC charger:
The fast charger ensures a long battery life thanks to active cooling.
Features:
Battery voltage from 14.4 to 18 V
Charging status display
Charging Time 1.3 Ah: 15 min
Charging Time 2.0 Ah: 24 min
Charging Time 3.0 Ah: 22 min
Charging Time 4.0 Ah: 36 min
Charging Time 5.0 Ah: 45 min
Charging Time 6.0 Ah: 55 min
EAN: 0088381547000
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Makita energy kit
Consists of lithium-ion battery BL1830B and fast charger DC18RC
Makita lithium-ion battery BL1830B:
Battery capacity: 3.0 Ah/54 Wh
Makita DC18RC charger:
The fast charger ensures a long battery life thanks to active cooling.
Features:
Battery voltage from 14.4 to 18 V
Charging status display
Charging Time 1.3 Ah: 15 min
Charging Time 2.0 Ah: 24 min
Charging Time 3.0 Ah: 22 min
Charging Time 4.0 Ah: 36 min
Charging Time 5.0 Ah: 45 min
Charging Time 6.0 Ah: 55 min
EAN: 0088381547000
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products

Series: Ripjaws DDR4 SO-DIMM
Memory Type: DDR4
Form Factor SO-DIMM
Channel Config Dual-channel
Capacity: 32GB (16GBx2)
Tested Speed: 2400MHz
CAS Latency 16-16-16-39
Voltage 1.2 V



Series: Ripjaws DDR4 SO-DIMM
Memory Type: DDR4
Form Factor SO-DIMM
Channel Config Dual-channel
Capacity: 16GB (8GBx2)
Tested Speed: 2133MHz
CAS Latency 15-15-15-36
Voltage 1.2 V

Series: Ripjaws DDR4 SO-DIMM
Memory Type: DDR4
Form Factor SO-DIMM
Channel Config Dual-channel
Capacity: 32GB (16GBx2)
Tested Speed: 2133MHz
CAS Latency 15-15-15-36
Voltage 1.2 V

Series: Ripjaws DDR4 SO-DIMM
Memory Type: DDR4
Form Factor SO-DIMM
Channel Config Single-channel
Capacity: 8GB (8GBx1)
Tested Speed: 2133MHz
CAS Latency 15-15-15-36
Voltage 1.2 V

Series: Ripjaws DDR4 SO-DIMM
Memory Type: DDR4
Form Factor SO-DIMM
Channel Config Single-channel
Capacity: 8GB (8GBx1)
Tested Speed: 2400MHz
CAS Latency 16-16-16-39
Voltage 1.2 V

Series: Ripjaws DDR4 SO-DIMM
Memory Type: DDR4
Form Factor SO-DIMM
Channel Config Single-channel
Capacity: 4GB (4GBx1)
Tested Speed: 2400MHz
CAS Latency 16-16-16-39
Voltage 1.2 V

Where our electricity will come from in the future
Although more than half of Germany's electricity is still generated from gas and coal, the share of renewable energy, which is mainly generated from wind and hydropower and photovoltaics, is rising continuously. And it will have to if Germany is to achieve its climate targets.
With this experiment set, children aged 10 and older learn how energy is generated from nature and what the special technical challenges are in this process - from the generation to the storage of green electricity. With all the necessary technical components, templates and a comprehensive manual to introduce the topic.
GEOlino is the knowledge magazine for young readers in Germany. The range of topics covered by GEOlino knows virtually no bounds, from the cell nucleus to adventurous expeditions to the Arctic and outer space.
Whether it's science, technology, politics or sports, the magazine balances knowledge transfer with fun and has stood for unique children's journalism for over 20 years. Franzis Verlag's GEOlino adventure world builds on this diversity of topics and expertise.
Whether solar cells, motors, capacitors, switches or cables - all the electronic components you need for the projects are on board. The only thing left to do is to get a 9 V block battery.
The rest of the craft materials can be found in any household.
Scope of delivery
• thermometer
• resistors
• construction bars
• motor/generator
• measuring device
• syringes
• pressure clamps
• cable
• solar panel
• capacitors
• LEDs
• screwdriver
• screws and nuts
• battery clip
Notes
• additionally needed: 1x 9 V block battery, some household materials.
• not suitable for children under 3 years. Choking hazard, as small parts can be swallowed or inhaled.
• not suitable for children under 10 years. Instructions are enclosed and must be followed. Keep packaging and instructions as they contain important information

The 4 V solar cell provides enough energy to generate considerable air movement despite its small size. The model works in direct sunlight and bright halogen light. Thanks to the coloured instructions the assembly is very simple. Soldering is not necessary as the solar module has screw terminals.
The solar beginner's set is excellently suited for work and school lessons, is characterized by the best price/performance ratio and playfully internalizes the simple electric circuit as well as solar technology.
- Set-up time: approx. 10 - 15 minutes
- Difficulty level: easy

The nRF52 DK is a versatile single board development kit for Bluetooth Low Energy, Bluetooth Mesh, NFC, ANT and 2.4 GHz proprietary development on the nRF52805, nRF52810 and nRF52832 SoCs.
It facilitates development taking advantage of all the features of the nRF52805, nRF52810 and nRF52832 SoCs. It includes an NFC antenna that enables rapid use of NFC A-tag peripherals on the nRF52832. All GPIOs are available via edge connectors and headers, and 4 buttons and 4 LEDs simplify output and input to and from the SoC.
It is compatible with the Arduino Uno revision 3, so third-party shields can be easily mounted. The integrated SEGGER J-Link debugger allows programming and debugging of both the integrated SoC and external SoCs via the Debug Out header. It can also be directly connected to the Power Profiler Kit and the Power Profiler Kit II.
It can be powered via USB, but also includes a CR2032 battery holder that allows prototype testing in the field.
The box includes an nRF52 DK board, an NFC antenna, and a CR2032 battery. Hardware layout and schematics are available.