Multi Battery Pro LED Floodlights and Work Lights Compared
Whether you need broad construction site lighting, portable work lighting or focused light for installation and inspection, this overview presents different brennenstuhl® Multi Battery Pro LED floodlights and work lights for professional use.
The models differ in more than just light output. Key considerations include light distribution, design, mounting options, IP rating and flexibility at the workplace. This comparison helps you choose the right Multi Battery Pro work light for each application. To learn how the Multi Battery 18V System Pro works, see our guide to the Multi Battery 18V System Pro. Find out which 18V batteries and adapters are compatible in our overview of compatible 18V battery systems.
Which Multi Battery Pro work light is right for which task?
Different working situations require different features. For larger work areas, high light output and robust construction matter most; for installation and inspection, flexible mounting options and different lighting modes can be more important.
| Model |
Light output |
Key benefit |
Best suited to |
| MX MB 18 A TRA |
up to 3150 lm |
3 interchangeable light heads |
installation, maintenance, inspection and changing work situations |
| AL MB 2000 A |
2400 lm |
compact, robust and portable |
quick and flexible lighting directly at the workplace |
| AL MB 3000 A |
3000 lm |
wide-area work light with reduced glare |
installation, fit-out work and even area lighting |
| AL MB 4000 A |
4400 lm |
high light output and robust construction |
larger work areas and demanding construction site use |
| HL MB 3000 A |
1082 lm spot / 2160 lm area light |
handheld light and floodlight in one |
inspection, maintenance and alternating between spot and area lighting |
MX MB 18 A TRA – one light, three possibilities
The Professional Multi Battery Pro modular cordless LED hand lamp MX MB 18 A TRA combines three lighting modes in one base unit, making it particularly suitable for changing installation and work tasks. Three interchangeable light heads provide area lighting, 360° all-round lighting or focused light.
Three lighting solutions with one base unit
- COB work light head: 30 W, 3150 lm, 5000 K and a 100° beam angle for wide-area work lighting.
- 360° floodlight head: 20 W, 2140 lm and 5000 K for all-round lighting in the work area.
- Torch head: 10 W, 1030 lm, 8000 K and continuously adjustable focusing from 5–60° for targeted lighting.
This means the MX MB 18 A TRA can be used as a work light, 360° area light or focusable torch depending on the task. Additional light heads are already planned, so the modular system can be expanded in future.
Flexible positioning while you work
The base unit has a tilting lamp head with five locking positions. A 360° rotating metal hook also allows flexible attachment at the workplace.
Runtime depending on the light head
At 100% brightness, the product specifications give approximately the following runtimes per 1 Ah of battery capacity:
- Work light head: 42 minutes per Ah
- 360° floodlight head: 60 minutes per Ah
- Torch head: 90 minutes per Ah
Four brightness levels of 100%, 75%, 50% and 25% let you adapt the lighting to the task. A battery charge indicator shows the remaining power. The integrated protection system helps protect compatible power tool batteries from deep discharge and overheating due to high load currents. USB-A and USB-C ports with 20 W Power Delivery are also provided.
Particularly suitable for: installation, maintenance and inspection work, and users who regularly switch between area lighting, all-round lighting and focused light.
Discover the MX MB 18 A TRA
AL MB 2000 A – compact and versatile at work
The Professional Multi Battery Pro cordless LED work light AL MB 2000 A is designed as a compact, flexible lighting solution delivering 2400 lm light output for portable use and direct illumination of the work area.
Four brightness levels of 100%, 75%, 50% and 25% allow adjustable lighting. At full brightness, runtime depends on the battery used and is approximately 60 minutes per Ah.
Robust and easy to position
- robust die-cast aluminium housing
- rubber housing protection
- anti-tip protection for lens and housing
- extendable metal bracket
- IK08 impact resistance
Features include a battery charge indicator and protection against deep discharge and overheating caused by high load currents. The power bank function with USB-A and USB-C 20 W Power Delivery can also charge compatible mobile devices.
Particularly suitable for: mobile tasks requiring a compact floodlight that can be set up and positioned quickly.
Discover the AL MB 2000 A
AL MB 3000 A – wide-area lighting with reduced glare
The Professional Multi Battery Pro cordless LED floodlight AL MB 3000 A is designed for wide-area illumination with reduced glare and is ideal for installation, interior fit-out and work areas requiring even lighting. It delivers 3000 lm at 30 W.
A specially designed surface distributes light across a wide area while reducing glare.
Flexible setup and tripod mounting
- stable housing made from break- and impact-resistant plastic
- rubber housing protection
- robust folding bracket for floor placement or tripod attachment
- battery protective cover against dust and splashing water
- IP65 protection rating
- IK08 impact resistance
The AL MB 3000 A has four brightness levels. At full power, runtime depends on the battery and is approximately 38 minutes per Ah. A battery charge indicator and protection against deep discharge and overheating are also included.
Particularly suitable for: installation, interior fit-out and other work areas requiring even, wide-area illumination with reduced glare is essential.
AL MB 4000 A – high light output for demanding tasks
The Professional Multi Battery Pro cordless LED floodlight AL MB 4000 A is designed for high light output in tough working conditions and is especially suited to large work areas and demanding construction sites. With 4400 lm at 40 W it has the highest light output of the conventional Multi Battery Pro floodlights compared here.
Robust features for construction sites and trades
- robust die-cast aluminium housing with rubber protection
- removable battery protective cover
- anti-tip protection for light and housing
- stable base
- tripod mounting possible
- IP65 protection rating
- IK08 impact resistance
Four brightness levels let you adjust light output. At full power, runtime varies by battery and is approximately 38 minutes per Ah.
Particularly suitable for: large work areas and professional applications where high light output, robustness and suitability for outdoor use are the priorities.
HL MB 3000 A – handheld light and floodlight in one
The Professional Multi Battery Pro cordless LED hand lamp HL MB 3000 A combines focused spot lighting and area lighting in a single light, making it ideal for inspection, maintenance and installation requiring different types of lighting.
Very bright SMD LEDs produce 1082 lm of focused light with a maximum beam distance of up to 200 metres. For area lighting, a COB LED light ring provides an additional 2160 lm . Use the switch to select 100% spot lighting or area lighting at 100%, 75%, 50% or 25%.
Spot or area light depending on the task
The different lighting characteristics make the HL MB 3000 A particularly useful when requirements change during a job. Depending on the battery used, the manufacturer specifies approximate runtimes of:
- Spotlight: 100 minutes per Ah
- Area lighting: 50 minutes per Ah
Other features include an ergonomic handle, adjustable magnetic base, removable battery protective cover and battery charge indicator. The housing is rated IP54 and has IK08 impact resistance.
Particularly suitable for: inspection, maintenance and installation requiring both long-range focused light and close-range area lighting are needed.
Multi Battery Pro work lights compared side by side
| Feature |
MX MB 18 A TRA |
AL MB 2000 A |
AL MB 3000 A |
AL MB 4000 A |
HL MB 3000 A |
| Max. luminous flux |
3150 lm |
2400 lm |
3000 lm |
4400 lm |
2160 lm area / 1082 lm spot |
| Lighting concept |
3 interchangeable light heads |
compact work light |
wide-area, reduced-glare light |
powerful work lighting |
spot and area lighting |
| Runtime at 100% |
42 / 60 / 90 min per Ah depending on head |
approx. 60 min per Ah |
approx. 38 min per Ah |
approx. 38 min per Ah |
spot approx. 100 / area approx. 50 min per Ah |
| IP rating |
IP20 |
IP20 |
IP65 |
IP65 |
IP54 |
| Impact resistance |
IK08 |
IK08 |
IK08 |
IK08 |
IK08 |
| Positioning |
360° rotating hook and tilting lamp head |
extendable metal bracket |
folding bracket and tripod mounting |
base and tripod mounting |
magnetic base and ergonomic handle |
| Key benefit |
maximum flexibility in lighting modes |
compact and portable |
even area lighting |
highest light output |
focused and area lighting combined |
Use Multi Battery Pro work lights with different 18V batteries
Multi Battery Pro work lights are designed for compatible 18V battery systems from various power tool manufacturers. Compatible Bosch Professional and AMPShare 18V batteries fit directly; other supported systems use the appropriate Pro adapters. Find out which batteries are compatible and which adapter you need in our overview of compatible 18V batteries and Multi Battery Pro adapters.
More Multi Battery work lights
In addition to the Multi Battery Pro work lights presented here, products from the earlier Multi Battery 18V System remain available. These include the Professional Multi Battery LED 360° Hybrid Floodlight 12050 MH and the Multi Battery LED Hybrid Floodlights 10050 MH and 6050 MH, which can operate on either a battery or mains power.
What is the brennenstuhl® Multi Battery 18V System Pro?
The brennenstuhl® Multi Battery 18V System Pro allows compatible 18V batteries from different power tool systems to be used with selected brennenstuhl® work lights. If you already use an 18V battery system, you can also use your existing batteries for professional work lighting. Depending on the battery system, the battery connects to the work light either directly or via a suitable Multi Battery Pro adapter. The Pro generation features a redesigned interface for a more secure mechanical connection. Multi Battery Pro also has its own battery management system to help protect the battery in use.
How does the Multi Battery 18V System Pro work?
The basic principle of the Multi Battery system is simple: Use an existing, compatible 18V power tool battery with a suitable brennenstuhl® work light. The Multi Battery 18V System Pro supports compatible 18V batteries of different Ah capacities from ten established power tool systems.
AMPShare batteries can be connected directly to a Multi Battery Pro work light. Other compatible battery systems require the corresponding Multi Battery Pro adapter. Find out which manufacturers and battery systems are supported and which adapter is needed in our overview of compatible 18V batteries and Multi Battery Pro adapters.
How does the new Multi Battery Pro interface work?
The interface connects the work light, battery and, where necessary, the appropriate Multi Battery Pro adapter. In the Multi Battery 18V System Pro, the adapters slide into the interface from the side and are mechanically guided and secured on both sides.
Compared with the previous design, where the adapter was inserted from above, this creates a more secure mechanical connection between the adapter, battery and work light. This firm connection helps keep the battery and adapter securely attached during mobile and professional work.
Use Bosch Professional and AMPShare 18V batteries directly with Multi Battery Pro
A key feature of the new interface is that it accepts compatible Bosch Professional and AMPShare 18V batteries directly. No additional Multi Battery Pro adapter is required. This reduces the number of connecting components while maintaining a secure mechanical connection.
Users of Bosch Professional 18V batteries in particular benefit from a direct connection between the battery and work light. Compatible 18V batteries from other supported power tool systems still require the respective Multi Battery Pro adapters.
Battery management system to protect the battery
In addition to the mechanical connection, protecting the power tool battery is an important part of the Multi Battery 18V System Pro. brennenstuhl® uses its own battery management system (BMS), which has been tested and approved by Bosch.
The BMS helps protect the battery against deep discharge, among other things. Avoiding excessive discharge is particularly important for lithium-ion batteries. The Multi Battery 18V System Pro therefore combines flexibility across different 18V battery systems with additional protection for the power tool battery.
What are the advantages of the Multi Battery 18V System Pro?
The system is particularly suitable for professionals who already use an 18V battery system and want to power their work lighting with those batteries. The main benefits at a glance:
- Reuse existing 18V batteries: Compatible power tool batteries can also power selected brennenstuhl® work lights.
- Ten power tool systems supported: Compatible 18V batteries from various established manufacturers can be used with the Multi Battery system.
- Insert AMPShare batteries directly: Compatible AMPShare batteries do not need an additional Multi Battery Pro adapter.
- More secure mechanical interface: Side-inserted adapters are guided and secured on both sides.
- Battery protection: The integrated battery management system helps prevent deep discharge.
- Flexible work lighting: The Multi Battery principle is used in various work lights and LED floodlights.
Multi Battery Pro vs AMPShare – what is the difference?
Both Multi Battery Pro and AMPShare enable flexible use of 18V batteries, but they take different approaches. AMPShare is a cross-brand 18V battery system in which compatible tools from different manufacturers share the same battery interface.
By contrast, the Multi Battery 18V System Pro allows selected brennenstuhl® work lights to be powered by compatible batteries from various 18V power tool systems. AMPShare batteries connect directly; other supported battery systems use the appropriate Multi Battery Pro adapter. Multi Battery Pro therefore extends the options beyond a single battery system.
Which work lights can be used with Multi Battery Pro?
The Multi Battery 18V System Pro is used with a variety of brennenstuhl® work lights, from compact hand lamps to powerful cordless LED floodlights. The new generation adds further work lighting solutions, while existing Multi Battery products are being updated with the new interface. Find the most suitable light for your application in our guide comparing Multi Battery LED floodlights and work lights.
Which 18V batteries are compatible with Multi Battery Pro?
Whether a battery can be inserted directly or requires an adapter depends on the power tool manufacturer and the specific battery system. For a full list of supported manufacturers, compatible batteries and suitable interface adapters, see our guide to compatible 18V batteries and Multi Battery Pro adapters.
What should you not plug into an extension lead?
An extension lead makes it possible to supply several devices from a single mains socket, but it is not suitable for every application. The most important rule is that the combined electrical load of all connected devices must remain within the maximum load specified for the extension lead.
There is no universal list of appliances that can never be connected to any extension lead. The electrical requirements of the appliance, the specification of the extension lead and the manufacturer's instructions all need to be considered. High-powered appliances in particular require additional care because they can place a considerable load on the extension lead.
Which appliances should usually be connected directly to a wall socket?
Appliances with a high continuous power demand are generally best connected directly to a suitable wall socket, especially where the appliance manufacturer recommends this. This frequently applies to electrical heating appliances and other devices that draw a large amount of power for extended periods.
If the operating instructions state that an appliance must be connected directly to a mains socket, an extension lead should not be used. The appliance manufacturer's instructions always take priority.
Can I plug an electric heater into an extension lead?
Portable electric heaters can have a high power consumption and may operate at that level for long periods. This places a substantial continuous load on the cable, plug and contacts of an extension lead.
For this reason, a heater should normally be connected directly to a suitable wall socket unless the appliance manufacturer explicitly permits another arrangement. Never use an extension lead whose electrical rating is lower than the power required by the heater.
Can I connect a kettle, toaster or other kitchen appliance?
Kettles, toasters and many other appliances that produce heat can draw a relatively high amount of power. A single appliance may already account for a large proportion of the maximum load of an extension lead, especially if other devices are connected at the same time.
Check both the appliance rating and the permitted load of the extension lead before use. Where the manufacturer's instructions recommend a direct wall connection, follow that guidance rather than using a multi-socket extension lead.
Can I plug a microwave into an extension lead?
A microwave can require a significant amount of electrical power and may have specific requirements for its mains connection. Whether an extension lead is permitted therefore depends on the appliance manufacturer's instructions and the electrical specification of the extension lead.
If the instructions specify connection directly to a wall socket, the microwave should not be operated through an extension lead.
Can I plug a fridge or freezer into an extension lead?
Refrigerators and freezers are often intended to remain connected continuously. Their compressors can also create a higher electrical demand when starting than during normal operation. Whether an extension lead can be used therefore depends on the appliance manufacturer's requirements and the suitability of the extension lead.
For a permanent installation, a direct wall connection is generally preferable where possible. If an extension lead is considered, check the appliance instructions and ensure that the product is suitable for continuous operation and the required electrical load.
Can I plug a washing machine or tumble dryer into an extension lead?
Large household appliances such as washing machines and tumble dryers can have high power requirements, particularly when heating water or air. They are therefore commonly intended to be connected directly to a suitable wall socket.
Always follow the manufacturer's installation instructions. If a direct mains connection is specified, do not use an extension lead or multi-socket power strip as an alternative.
What happens if an extension lead is overloaded?
If connected devices draw more power than the extension lead is designed to handle, plugs, cables and electrical contacts can become excessively warm. Continued overloading can damage the extension lead and increase the risk of an electrical fault.
Warning signs can include unusual heat, discolouration, a smell of overheated plastic, damaged insulation or plugs that no longer fit securely. If any of these signs appear, disconnect the extension lead and stop using it.
How do I know whether my devices exceed the maximum load?
Check the power rating of every device connected to the extension lead and add the values together. The total must remain below the maximum electrical load specified for the extension lead. Using more socket outlets does not increase the amount of power available.
For example, connecting a second or third high-powered appliance can overload an extension lead even if several sockets are still physically unused. Our guide to the maximum load of an extension lead explains how to calculate the combined load in more detail.
Can I plug one extension lead into another?
No additional electrical capacity is created by connecting several extension leads together. Daisy chaining also introduces additional plugs and contacts into the power path, which can increase the risk of overheating or poor connections.
If the existing extension lead is too short or does not provide enough sockets, use one suitable extension lead with the required cable length and number of outlets instead. More information is available in Can you plug an extension lead into another extension lead?.
Can I use all the sockets on an extension lead?
Yes, provided the extension lead is designed for the connected equipment and the combined electrical load remains within its specified maximum. The number of occupied sockets alone does not determine whether an extension lead is overloaded.
Several low-powered devices such as chargers, monitors or small electronics can consume considerably less power than one high-powered heating appliance. Always consider the total load rather than simply counting the plugs.
What else should not be connected to an extension lead?
Do not connect equipment if its plug, cable or housing is damaged, and do not use an extension lead in an environment for which it is not designed. A standard indoor extension lead, for example, should not simply be used outdoors where it may be exposed to moisture.
You should also avoid using adapters or other accessories that create an unstable connection or prevent plugs from fitting correctly. Every component in the connection should be suitable for the intended electrical load and environment.
How can I use an extension lead safely?
- Check the maximum electrical load of the extension lead before connecting high-powered equipment.
- Add together the power consumption of all connected devices.
- Follow the appliance manufacturer's instructions regarding the mains connection.
- Do not connect one extension lead to another.
- Keep plugs, cables and socket outlets free from visible damage.
- Stop using the extension lead if it becomes unusually hot or shows signs of damage.
- Use an extension lead that is suitable for the environment in which it will be operated.
- Choose enough cable length and socket outlets so that additional adapters or chained extension leads are unnecessary.
When should I use a wall socket instead?
A direct wall connection is the better choice when the appliance manufacturer specifies it, when a device has a particularly high or continuous power demand, or when there is any doubt about whether the extension lead can safely supply the required load.
An extension lead should make power distribution more convenient without compromising the electrical requirements of the connected equipment. Choosing the correct product and respecting its maximum load are more important than simply having enough available sockets.
Which USB port do I need and what is the difference?
In a world of increasing digitalisation, USB connections have become indispensable. Whether they are used to charge electrical devices or for data transfer, they are an integral part of our everyday lives. Brennenstuhl also offers a selection of products that rely on USB A and USB C connections.
The long-standing USB A connection
The USB A connection was the most common connection for many years. This will now slowly change due to a new regulation within the EU. However, it will be a few years before it disappears completely from the scene due to the devices still in circulation. The charging power varies depending on the technology installed inside. For the vast majority of USB A ports, this is 18W.
The new USB C connection
The new USB C connection is the latest standardised format for plugs, cables and sockets. It was developed in collaboration with leading technology companies.
The law was passed in 2022 and came into force on 28 December 2024. Since then, this connection has been mandatory for all small devices and associated charging cables in order to end the chaos with different cables. Since this date, the new standard has applied to smartphones, headphones, tablets, digital cameras, headphones, portable video game consoles, keyboards, navigation devices, e-readers, headsets and portable speakers. This charging standard will also apply to laptops and notebooks from 2026. The USB C connection has a symmetrical design and enables easy handling, as a USB C cable can be plugged into the device on both sides. Unlike a USB A connection, the direction does not matter. The USB C connection is also usually more powerful than the USB A connection.
As charging cables and devices with a USB connection will still be in circulation in the coming years, both connections will still be in demand. In the longer term, however, the USB C port will completely replace the USB A port.
However, if several devices are connected at the same time, only the maximum charging capacity of the power strip can be reached. How much output can ultimately be drawn from the individual charging socket depends on the technology installed in the product and is always different. For more detailed information, therefore, always refer to the product label.
USB C Power Delivery provides the option of faster charging. You can find more information about Power Delivery here
How much energy do small devices need?
Most commercially available small devices require significantly less energy to charge than the maximum possible output from the power strip.
Below is a list of some small devices with their required charging power
- Smartphones: approx. 5-20W
- Laptops approx. 60W-100W
Multiple socket outlets with USB
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Multiple socket outlets with USB C
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What is an RCD and which power distribution board do I need on the construction site?
RCDs
RCDs must be installed in all CEE power distribution boards. But what is an RCD, what does RCD stand for and what types are there?
Residual current circuit-breakers, also known as RCDs in common parlance, permanently monitor the connected systems and devices of the power distribution board and switch off towards earth in the event of dangerously high residual currents. In this way, RCDs make a significant contribution to reducing life-threatening electrical accidents.
The word RCD consists of the F for the word fault and the I for the symbol of the electrical current.
Basically, there are several types of RCDs. These include the RCD type A and the RCD type B. A type A RCD can detect AC residual currents and pulsating DC residual currents and triggers at residual currents of more than 30 mA. If a residual current flow occurs, the RCD interrupts the circuit at lightning speed. However, unlike a type B RCD, it does not protect against almost smooth DC residual currents. This means that comprehensive personal and system protection is only guaranteed with a type B RCD.
Site power distributor
Our building site power distributors are ideal for use on the building site. These are available in heavy current versions with 16A, 32A and 63A. As described above, these must always be equipped with an all-current-sensitive RCD (RCD type B). Compared to the 32A power distributors, the 63A power distributors have a larger socket and a larger cable cross-section. The sockets of the 63A power distributor have a higher load capacity and are equipped with more fuses than those of the 32A power distributors.
You should pay attention to the following basic features of construction site power distributors:
- oil-resistant RN cable
for permanent outdoor use
- RCD protection
for your own safety
- Sufficient sockets
16A protective contact sockets, resilient 16A & 32A sockets
- IP44
Foreign body and splash water protection
brennenstuhl® site power distributor 16A:
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brennenstuhl® site power distributor 16A:
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brennenstuhl® site power distributor 16A:
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Personal protection on construction and assembly sites
Personal circuit breakers on the construction site - why the caution?
Craftsmen and tradespeople often have to connect their power tools to a socket outlet whose functional safety they do not know and cannot check. Faulty electrical installations are usually not immediately recognisable and are therefore particularly dangerous. Serious accidents can be the result.
According to the rules of the employers' liability insurance associations, existing sockets on construction and assembly sites must therefore never be used without further ado. In the case of sockets with unknown protective measures in a building installation, the direct connection of electrical appliances to sockets is therefore only permitted with an upstream PRCD-S.
This poses a problem for tradesmen and fitters in particular, as they work at frequently changing locations and require electrical devices to carry out their work.
The solution for more protection on construction and assembly sites: The brennenstuhl® Professional PRCD-S ADVANCED
The Professional PRCD-S ADVANCED provides the perfect remedy. It is an extended personal circuit breaker, also known as an RCD RCD, which also features protective conductor monitoring. The PRCD-S ADVANCED was explicitly designed for use on construction sites and permanent outdoor use.

The technology of a PRCD-S: The circuit breaker
An RCD (residual current circuit breaker) is an electrical protective device. It is primarily used to protect against electric shocks. The RCD recognises the difference between incoming and outgoing current in a circuit. As soon as the residual current circuit breaker detects a fault current, whether due to an insulation fault or a current flow, e.g. via a person, the residual current circuit breaker switches off the circuit. This significantly reduces the risk of electric shock due to a residual current.
For personal protection, the residual current device must trip and interrupt the circuit at a residual current of 30mA at the latest. In DGUV Information 203-006 (formerly BGI 608) Section 5.4.1, a PRCD-S is strongly recommended on construction and assembly sites and is also promoted accordingly by BG Bau.
More safety with brennenstuhl® quality
Compared to other brennenstuhl® PRCD-S on the market, the PRCD-S ADVANCED has low-resistance protective conductor monitoring, glove detection and extended test coverage, thus preventing electrical accidents.
Switch-on fault detection (glove detection)
When switching on with strong insulation, e.g. by wearing a glove, the brennenstuhl® PRCD-S Advanced cannot be switched on.
Low-resistance protective conductor monitoring
Only connections below approx. 1 kΩ are accepted - reliable protection against high-resistance, unsafe contacts.
Extended test functions
In addition to the prescribed residual current test, the protective conductor monitoring is tested for interruption and voltage detection.
Ready for operation
After successful switch-on, the switching status indicator lights up red, signalling voltage at the output of the PRCD-S Advanced.

Subsidised by the BG Bau
Fulfils all technical requirements for the occupational safety premium (in accordance with DGUV information 203-006 / formerly BGI608).
The PRCD-S ADVANCED offers protection against the following faulty electrical installations:
- N or L conductor interruption
- undervoltage
- PE conductor interruption
- Wiring fault
- Voltage on PE conductor when switching on
- External voltage on PE conductor during operation
- Residual current 30mA
PRCDS-ADVANCED with oil-resistant rubber cable
The PRCD-S ADVANCED from brennenstuhl® with oil-resistant rubber cable utilises a low-resistance protective conductor detection of approx. 1kΩ. Only connections below approx. 1kΩ are accepted, thus providing reliable protection against high-impedance unsafe contacts - in contrast, simple devices accept connections with several 100kΩ.
Glove detection is also integrated. This means that the device cannot be switched on in the event of a fault, even with an insulated glove.
An extended test cover including protective conductor detection and monitoring ensures additional safety. Safety is increased with the comprehensive function test by checking the entire signal chain from protective conductor monitoring to the RCD switching function.
The PRCD-S fulfils all technical requirements for promotion by BG Bau.
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PRCD-S ADVANCED for cable mounting
The PRCD-S ADVANCED from brennenstuhl® is also available as a mobile personal protection circuit breaker for cable mounting. Cables with a connection cross-section of 1.5mm2 or 2.5mm2 and a cable diameter of 8-14mm can be connected to it by a qualified electrician.
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Camping & Outdoor
Professional cable reels and work lights by brennenstuhl®
Ready for the next level?
brennenstuhl® Professional supplies quality equipment for power and light on the construction site and benefits from over 60 years of experience in the development of professional work light and power distribution.
The professional tools from brennenstuhl® are manufactured to meet the requirements of professionals, meet the often tough operating conditions and are reliable and durable.
brennenstuhl® KU cable reels with 5-socket insert
brennenstuhl® Professional optimises power distribution on construction sites with cable reels that offer five sockets. This extension enables more flexibility and efficiency at work. A indicator shows the active power supply status of the connected devices.
Square 33m and 50m KA/KC/KD cable drums
Thanks to their square shape, the KA/KC/KD cable reels offer high stability on all four sides. The construction site cable reels are suitable for construction sites. They also offer safety and convenience in use with five sockets, Powerblock or CEE sockets.
SC steel cable reel for the construction site
The SteelCore cable reels are characterised by their insulated sheet steel construction, which gives the cable reels with four sockets a high level of resistance.
Extension cables and power distributors for professionals
The Professional BSV 5 FI type B rubber-fibre distribution boards ensure a high level of operational safety thanks to the RCD and MCB inside the distribution board. It is possible to operate several loads on one three-phase/power current connection point with IEC 60309 plug-in systems.
The extension cables are also suitable for use on construction sites and long-term outdoor use in accordance with DGUV-I 203-006.
Professional site floodlights for maximum efficiency and unleashed luminosity
brennenstuhl® Professional offers the ideal solution for every lighting requirement on the construction site, from compact hand lamps to 360° construction floodlights for large-area working light. The hybrid floodlights with high-quality RN cable are particularly flexible and can be operated either with a rechargeable battery or mains power as required.
The brennenstuhl® Multi Battery 18V System, which is compatible with the 18V battery technology of well-known manufacturers thanks to interface adapters, provides even more lighting versatility.
The aim is to make the existing even better!
brennenstuhl® Professional is the result of decades of expertise in lighting and power distribution, designed to unleash the electrifying energy and passion in craftsmanship. The power tools from brennenstuhl® Professional meet the highest standards and demands of professionals.
brennenstuhl® Professional offers a reliable and versatile solution for power distribution and work lighting on construction sites. With thoughtful features such as overload protection, status indicators, durable materials, and flexible operation options, they meet the high demands of craftsmanship, industry, and construction sites. Whether it's cable reels, work lights, or extension cords, the products ensure maximum efficiency, safety, and longevity, making them the perfect choice for professionals who rely on quality and performance.