- 2045 x 1194 x 612 mm External dimensions
- maximum 54 Ah per lithium-ion cell
- 0.95 m³ internal cabinet volume
- Fire resistance F90 / type 90
- 2045 x 1194 x 612 mm External dimensions
- maximum 54 Ah per lithium-ion cell
- 0.95 m³ internal volume
- Fire resistance F90 / type 90
- Internal dimensions: 730 x 530 x 450 mm
- incl. 4-socket power strip
- MPA-tested fire resistance over 60 min
- incl. 2 networkable fire detectors (battery-operated)
- Internal dimensions: 730 x 530 x 450 mm
- incl. 4-socket power strip
- MPA-tested fire resistance over 60 min
- permanently installed fire alarm in the event of heat and/or smoke development
- Internal dimensions 730 x 530 x 450 mm
- FWF60 from inside to outside
- "I/O30" in the sense of VDMA standard sheet 24994:2024-08, max. 4.6 kWh
- Telecommunication module
- 1000 x 1000 x 490 mm external dimensions
- lockable cabinet doors
- incl. 18 sockets
- 4 height-adjustable shelves
- 2000 x 1000 x 490 mm external dimensions
- lockable cabinet doors
- incl. 18 sockets
- 4 height-adjustable shelves with 80 kg load capacity
- 1850 x 415 x 540 mm External dimensions
- with industrial socket
- 58 kg weight
- four lockable doors
- 1180 x 1000 x 490 mm External dimensions
- 80 kg weight
- incl. 8 sockets and 16 USB charging points
- height-adjustable shelves with 80 kg load capacity
- 1180 x 1000 x 490 mm external dimensions
- lockable cabinet doors
- incl. 1 socket and 30 USB charging points
- height-adjustable shelves with 80 kg load capacity
- 1000 x 1000 x 490 mm external dimensions
- lockable cabinet doors
- incl. 1 socket and 30 USB charging points
- 2 height-adjustable shelves with 80 kg load capacity
- 1000 x 1000 x 490 mm external dimensions
- lockable cabinet doors
- incl. 8 sockets and 16 USB charging points
- 2 height-adjustable shelves with 80 kg load capacity
- 2000 x 1000 x 490 mm external dimensions
- lockable cabinet doors
- incl. 8 sockets and 16 USB charging points
- 4 height-adjustable shelves with 80 kg load capacity
- 2000 x 1000 x 490 mm external dimensions
- lockable cabinet doors
- incl. 1 socket and 30 USB charging points
- 4 height-adjustable shelves with 80 kg load capacity
- Solid sheet metal doors and various Locking systems
- 4 compartments with 2 × 230 V each
- 2000 x 600 x 500 mm External dimensions
- 500 x 470 x 435 mm Compartment dimensions
- 1950 x 1137 x 620 mm External dimensions
- 90 min fire resistance (inside & outside)
- automatic door closure
- incl. fire suppression system
- 1950 x 1137 x 620 mm External dimensions
- 90 min fire resistance (inside & outside)
- automatic door closure
- incl. fire suppression system
- 1950 x 635 x 620 mm External dimensions
- 90 min fire resistance (inside & outside)
- Supply and exhaust air openings
- automatic door closure
- 1950 x 635 x 620 mm External dimensions
- 90 min fire resistance (inside & outside)
- Supply and exhaust air openings
- Fire suppression system
- 2085 x 594 x 612 mm External dimensions
- maximum 54 Ah per lithium-ion cell
- 0.43 m³ internal cabinet volume
- Fire resistance F90 / type 90
- 1100 x 1137 x 670 mm External dimensions
- 90 min fire resistance
- Supply and exhaust air openings
- automatic door closing
- 1100 x 635 x 670 mm External dimensions
- 90 min fire resistance (inside & outside)
- automatic door closing
- incl. fire suppression system
- incl. alarm systems
- 1100 x 635 x 670 mm External dimensions
- 90 min fire resistance (inside & outside)
- automatic door closing
- incl. fire suppression system
- 1100 x 1137 x 670 mm External dimensions
- 90 min fire resistance
- integrated socket strips
- incl. optical smoke detector & alarm system
- Internal dimensions: 730 x 530 x 840 mm
- 2x 4-way socket strip
- MPA-tested fire resistance over 60 min
- incl. 2 networkable fire detectors (battery-operated)
- Internal dimensions: 730 x 530 x 880 mm
- 2x 4-way socket strip
- MPA-tested fire resistance over 60 min
- 136 kg empty weight
- Internal dimensions: 730 x 530 x 840 mm
- 2x 4-way socket strip
- MPA-tested fire resistance over 60 min
- permanently installed fire alarm in the event of heat and/or smoke development incl. remote alarm module
- 2 pull-out levels
- Type 90 / type-tested in accordance with EN 14470-1
- 300 kg maximum load
- 593 x 574 x 780 mm External dimensions
- 4 x 230 V sockets per pull-out level
- 580 x 380 x 380 mm External dimensions
- with TRIDENT extinguishing agent
- automatic extinguishing function
- 5.5 liters of extinguishing agent
- 2045 x 1194 x 612 mm External dimensions
- maximum 54 Ah per lithium-ion cell
- 0.95 m³ internal volume
- Fire resistance F90 / type 90
- Ideal for storing small / medium-sized batteries
- incl. 2 shelves
- Integrated smoke detector
- with charging unit
- Internal dimensions: 1100 x 630 x 1600 mm
- Solid concrete construction
- Fire resistance class F90
- With gas management system
- 5 sockets per storage level (optional)
- 5 fire-protected lockers
- Lockers can be removed individually in case of fire
- Type 90 / type-tested according to EN 14470-1
- 600 kg maximum load
- 599 x 615 x 1953 mm External dimensions
- 7 metal lockers
- Type 90 / type-tested in accordance with EN 14470-1
- 600 kg maximum load
- 599 x 615 x 1953 mm External dimensions
- 1 x 230 V per locker
- 4 shelves
- Type 90 / acc. to EN 14470-1
- 600 kg maximum load
- 599 x 615 x 1953 mm External dimensions
- Integrated socket strips
- 4 x 230 V per shelf
- 3/4/5/6 shelves
- Type 90 / acc. to EN 14470-1
- Warning and fire suppression system
- Active ventilation
- 1193 x 615 x 2224 mm External dimensions
- 8 x 230 V per shelf
- External dimensions 2250 x 1212 x 664 mm
- GS certification (EK5/AK4 22-01)
- technical ventilation
- with up to 4 socket strips with 10 sockets each
- 2148 x 1148 x 549 mm External dimensions
- integrated ventilation system with alarm indicator and fire suppression system (optional)
- Up to 4 socket strips
- 4 shelves with 75 kg load capacity
- 10 hinged cabinet doors
- Aerosol suppression system
- Temperature detection and 2 smoke detectors
- 550 x 1000 x 2100 mm External dimensions
- 2 shelves and 1 storage compartment
- 1 socket strip with 8 sockets
- Aerosol fire suppression system
- Temperature detection and 2 smoke detectors
- 1100 x 1000 x 550 mm External dimensions
- 580 x 580 x 380 mm External dimensions
- with TRIDENT extinguishing agent
- automatic extinguishing function
- 11 liters of extinguishing agent
- 4 shelves
- 4 socket strips with 8 sockets
- 1 smoke detector
- 60 min fire resistance
- 1930 x 1141 x 758 mm External dimensions
- 1950 x 1137 x 620 mm External dimensions
- 90 min fire resistance (inside & outside)
- automatic door closure
- with 10 lockers
- 1950 x 635 x 620 mm External dimensions
- 90 min fire resistance (inside & outside)
- with 5 lockers
- automatic door closing
- 4 shelves
- 4 socket strips with 8 sockets
- 1 smoke detector and fire suppression system
- 60 min fire resistance
- 1930 x 1141 x 758 mm External dimensions
- 4 shelves
- 4 socket strips with 8 sockets
- 2 smoke detectors and 1 fire suppression system
- 90 min fire resistance & KIWA certificate
- 1930 x 1141 x 758 mm External dimensions
- Overview of battery charging cabinets
- Important features of battery charging cabinets
- Security mechanisms of charging cabinets
- Access protection with locks, key codes, SmartCards and more
- Regulations for battery charging cabinets
- Possible uses of battery charging cabinets
- Difference between safety cabinets and simple battery charging cabinets
The increasing use of battery-powered devices has become an integral part of everyday life - from the ubiquitous smartphone and tablet to cordless screwdrivers, robot vacuum cleaners, e-bikes and electric cars. Mobile energy supply through lithium-ion batteries. Especially in areas where many people not only want to use battery-powered devices, but also charge them, battery charging cabinets are the best option for ensuring this in a structured and convenient way. The charging cabinets presented here must be distinguished from the fireproof battery cabinets / safety cabinets, which not only offer storage and charging facilities, but also provide additional safety in the event of a battery fire.
Overview of battery charging cabinets
Here you will find the important features of special battery charging cabinets and the difference to fireproof cabinets for Li-ion batteries:
- Always an integrated power supply
- Depending on version with 230V, USB etc.
- Versatile application possibilities
- Fire protection / fire resistance only optional (in contrast to safety cabinets for batteries)
Advantages of a battery charging cabinet:
- Safety: rechargeable batteries can be dangerous if stored incorrectly or overcharged. A charging cabinet ensures that they are charged in a protected environment that minimizes the risk of damage or fire.
- Order: With a battery charging cabinet, you can store different batteries in a systematic and orderly manner. This makes access and handling easier.
- Efficiency: Instead of using individual chargers for each battery, several batteries can be charged simultaneously in one cabinet. This saves time and reduces cable clutter.
- Battery longevity: Constant and correct charging can extend the service life of the batteries.
- Mobility: Many battery charging cabinets are mounted on wheels, which makes transportation from one room to another easier.
What should you look for when buying a battery charging cabinet?
- Size and capacity: Think about how many batteries you want to store and charge at the same time.
- Compatibility: make sure the cabinet is suitable for the type of batteries you have.
- Safety features: A good charging system should offer overcharge protection and short circuit protection.
- Ventilation: Good ventilation is important to prevent batteries from overheating.
- Additional features: Some cabinets offer additional features such as timers or separate compartments for different battery types.
In summary, a battery charging cabinet is a valuable investment for anyone who regularly works with many batteries. It not only offers an efficient charging solution, but also safety and organization for your valuable devices.
Important features of battery charging cabinets
The most important features of charging cabinets for Li-ion batteries are not only the storage options but also the connection options for chargers.
Charging options for rechargeable batteries and batteries
As the name "battery charging cabinet" suggests, the ability to charge batteries within the cabinet is a key feature of these products. Depending on the design and individual requirements, there are various devices / connection options that enable charging. Both integrated 230V and increasingly USB connections are available in the battery charging cabinets for this purpose.
230V sockets offer connection options for chargers
As a rule, the charging cabinets are equipped with 230V sockets where the batteries can be charged just like at any standard household socket. As a rule, all battery chargers can be connected to these 230V Schuko sockets. To ensure a sufficient power supply for the entire battery charging cabinet, the power supply here can be provided via a 390 V plug (often also called a high-voltage connection).
USB connections for smartphones, tablets, notebooks and much more.
In addition to the normal 230 V sockets, many charging cabinets are also equipped with USB ports, which enable the charging of smartphones, tablets, notebooks etc. in particular. This means you don't need to use special chargers and can simply charge small battery-operated electrical devices using a cable. On the one hand, this keeps the charging cabinet tidy, while at the same time allowing a large number of smartphones, tablets etc. to be charged at the same time. Up to 30 USB ports are provided in the battery cabinets for this purpose, making them ideal for use in classes, for example, to reliably charge pupils' tablets outside of lesson times.
Safety mechanisms of charging cabinets
Depending on the model, the battery charging cabinets have certain safety features. Fans, distribution boxes, integrated circuit breakers or temperature control ensure the necessary safety when operating the battery charging cabinets. Always bear in mind: In the event of fire, the battery charging cabinets presented here do not offer any explicit fire protection. This feature is provided by the specially developed safety cabinets for Li-ion batteries. Accordingly, you should always have an extinguishing agent to hand when using battery charging cabinets in order to be able to quickly extinguish a battery fire, for example. Fire extinguishers for Li-ion batteries, for example, are ideal here.
Access protection with locks, key codes, SmartCards and more
To protect the batteries, smartphones, tablets etc. stored in the charging cabinets against theft or unauthorized access, the various models have different mechanisms. Classic locks are particularly common here, but there are also models that can be opened using key codes, smart cards and other mechanisms. Some battery charging cabinets also have multiple, individually lockable compartments - ideal for use in different environments such as educational institutions, clubs, etc. For example, the battery charging cabinet offers four separate compartments with lockable doors in addition to the charging option for the batteries.
Regulations for battery charging cabinets
Overall, the field of battery use and therefore also the storage and safe charging of lithium-ion batteries is still relatively new and has therefore not yet found its way into existing laws or regulations. Accordingly, there are still no fixed regulations for battery charging cabinets that are binding. However, there are already a number of recommendations and guidelines from various institutions which, although they cannot replace real regulations for battery charging cabinets, are a good help for everyday use.
No fixed specifications for the design of charging cabinets
However, because there are still no fixed regulations and sets of rules on the subject of charging cabinets, manufacturers have a lot of freedom and can, in principle, declare any cabinet to be a charging cabinet if it has a charging option for batteries. In particular, there are no specifications for fire protection, i.e. the cabinets do not necessarily have to be fireproof. This is also an important distinguishing feature compared to safety cabinets for Li-ion batteries, which are always tested for fire resistance.
Testing the charging cabinets for electrical safety
Even if there are still no fixed regulations or specifications for the charging equipment presented here, all cabinets come from reputable manufacturers who have extensively tested the cabinets. The testing primarily relates to operational safety. The charging options in the form of 230V sockets or USB connections mean that the normal electrical safety tests must be carried out to ensure safe use in everyday operations, schools or other facilities.
Possible uses of battery charging cabinets
Due to the increasing use of Li-ion batteries in everyday life, both in the professional world, but also in education, the leisure sector and the household, the possible uses of battery charging cabinets are almost endless.
Charging cabinets in the professional environment
In all professional fields in which a large number of mobile electrical devices are used, battery charging cabinets are part of the company equipment. Whether for charging hand-held scanners in order picking, for charging drivers' company cell phones or for the batteries of power tools in craft businesses, the possible applications are many and varied. Battery charging cabinets not only ensure the orderly storage and charging of Li-ion batteries, they also protect against unauthorized access thanks to their lockable doors.
Battery charging cabinets for schools and educational institutions
Digitalization is also becoming increasingly prevalent in the school sector, meaning that smartphones and tablets are part of everyday school life in many schools and other educational institutions. Battery charging cabinets are ideal for ensuring that the devices are always ready for use in the morning and that lessons can start with a fully charged battery: After school, pupils plug their tablets in here accordingly to charge them, the Li-ion batteries fill up overnight and they can start the next morning with new energy. In principle, no classroom should be without a charging cabinet for batteries.
Perfect size for school classes: Charging cabinets for up to 30 tablets / notebooks
The models with numerous USB ports are particularly suitable here. Depending on the model, up to 30 devices can be charged at the same time, meaning that practically all of the students' tablets can be charged outside of school hours and are available for lessons the next day.
In leisure time - for charging golf caddy batteries, for example
What used to be done by the human caddy when playing golf - carrying the golf bag - is now increasingly being done by battery-powered golf trolleys / golf caddies. After an extended round of golf and 18 holes, the batteries of the golf trolleys / electric trolleys usually have to be recharged. Battery charging cabinets are also ideal here. Depending on the capacity, up to 18 Li-ion batteries can be charged at the same time per cabinet and are then ready for the next round of golf after a short time. More and more golf clubs are offering this convenience of battery-powered golf trolleys, so the use of battery charging cabinets is also increasing rapidly in this area.
Difference between safety cabinets and simple battery charging cabinets
There are two different types of battery cabinets: The simple battery charging cabinets and safety cabinets for Li-ion batteries. While the former offer an inexpensive way to charge a large number of batteries in an organized manner, battery safety cabinets offer a variety of additional features that limit the risks posed by batteries, particularly in the area of fire protection.
For charging and storage: battery charging cabinets
As the name suggests, the battery charging cabinets presented in this category are primarily designed for the structured and simultaneous charging of many Li-ion batteries. With corresponding power connections, several levels, viewing windows and much more, they offer all the equipment needed to conveniently supply a large number of devices with power at the same time. However, they do not offer a special protective mechanism in the event of a Li-ion battery fault, such as a battery fire.
For fireproof / safe storage of lithium-ion batteries: safety cabinets
If safety is a priority when storing batteries, the corresponding battery safety cabinets are essential. With comprehensive fire protection certification, self-closing doors, ventilation, etc., depending on the model, they offer a level of safety for the storage of intact and defective lithium batteries that is not achieved by the simple charging cabinets presented here. Optionally equipped with a power supply, the battery safety storage cabinets can also provide the charging function, i.e. they can be used for both fireproof battery storage and simultaneous charging.