LOXXER charging cabinet LOXK1100 Safety cabinet for lithium-ion batteries
- Max. energy density per storage level: 3 kWh
- Max. total energy density: 9 kWh
- VDMA24994 certified
- 8 outlets, 230 V each
Do you have some questions about this product?
- Your personal contact person
- Name: Petra Fürbeck
- E-Mail: info@lion-care.com
- Phone: +49 (0) 7151 - 256 4817
Technical data
| Alarm forwarding: | Yes |
|---|---|
| Cabinet type: | Freestanding cabinet |
| Charging function: | Yes |
| Fire resistance: | 60 min, 90 min with aerosol |
| Fire suppression: | Optional |
| Fire test procedure: | VDMA 24994 |
| Internal dimensions (mm): | 520 x 688 x 767 |
| Max. energy density (kWh): | 9 |
| Max. energy density per charging level (kWh): | 3 |
| Number of doors: | 1-leaf hinged |
| Number of shelves: | 2 |
| Outer dimensions (mm): | 585 x 760 x 1 186 |
| Place of deployment: | Indoor area |
| Power supply: | 1 strip at 8 x 230 V |
| Refractory: | Yes |
| Weight (kg): | 162.5 |
Product information „LOXXER Ladeschrank LOXK1100“
1. Brief overview
The LOXXER1100 VDMA Cabinet (LOXK1100) is a storage and charging cabinet for lithium-ion batteries, designed for indoor use. It is designed for the safe storage and simultaneous charging of batteries, particularly those used in e-bikes, e-scooters, power tools and consumer applications.
2. Areas of application & operating conditions
- Indoor storage and charging of lithium-ion batteries
- Suitable for batteries used in e-mobility, bicycles, scooters, power tools and similar applications
- Use in workshops, service centres, businesses and charging areas
- Installation indoors under normal environmental conditions
- Recommendation: Coordinate storage concepts with property insurance in accordance with VdS recommendations (e.g. VdS 3103)
3. Technical data LOXK1100 VDMA
- External dimensions (W×D×H): 585 x 760 x 1,186 mm
- Internal dimensions (W×D×H): 520 x 688 x 767 mm
- Weight: approx. 162.5 kg
- Power supply: 230 V / 16 A
- Shelves: 2 adjustable, fire-resistant shelves
- Max. load capacity per shelf: 70 kg
- Power strip: 8 sockets (configuration depends on the type of power strip)
- Max. energy density per storage level: 3 kWh
- Fire-resistant cable entry (at the top of the cabinet)
- Installation: Indoor use, level surface
- Levelling: Adjustable feet, magnetically detachable base panel
4. Approvals & safety features
- Constructed from fire-retardant materials
- Pressure relief valve to reduce internal pressure in the event of an incident
- Fire-resistant shelves to limit the spread of fire between levels
- Designed in accordance with current regulations on dangerous goods and safety requirements
5. Instructions for use & operation
- Batteries must only be charged and stored with the door closed
- Self-closing hinged door with contact sensor for status monitoring
- Active ventilation to limit heat build-up during normal operation
- Option to connect to an external exhaust air system available
- Use by trained personnel is recommended
- Check electrical and safety-related components before commissioning
6. Monitoring, alarm and protection functions
Integrated smoke detector and temperature sensor for early hazard detection
- Audiovisual alarm system with RGB LED for status indication
- Responses upon detection of smoke or temperature:
- Triggering of a visual and audible alarm
- Interruption of the charging process
- Deactivation of active ventilation
- Signal forwarded to a fire alarm control panel (if connected)
- Activation of the optional aerosol fire suppression system (if fitted)
7. Options / Variants / Special equipment
Optional aerosol fire suppression system for active fire control
- Connection to external fire alarm and exhaust air systems possible
- Customisations to suit specific operational requirements available on request
8. Conclusion
The LOXXER1100 VDMA Cabinet is a solution for the safe storage and simultaneous charging of lithium-ion batteries indoors. With its fire-retardant construction, integrated sensors, alarm functions and optional fire suppression, the cabinet supports controlled risk management when handling lithium batteries in commercial and technical environments.
| Alarm forwarding: | Yes |
|---|---|
| Cabinet type: | Freestanding cabinet |
| Charging function: | Yes |
| Fire resistance: | 60 min, 90 min with aerosol |
| Fire suppression: | Optional |
| Fire test procedure: | VDMA 24994 |
| Internal dimensions (mm): | 520 x 688 x 767 |
| Max. energy density (kWh): | 9 |
| Max. energy density per charging level (kWh): | 3 |
| Number of doors: | 1-leaf hinged |
| Number of shelves: | 2 |
| Outer dimensions (mm): | 585 x 760 x 1 186 |
| Place of deployment: | Indoor area |
| Power supply: | 1 strip at 8 x 230 V |
| Refractory: | Yes |
| Weight (kg): | 162.5 |
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FAQ
Standard security cabinets are designed for indoor use, so they cannot be used outdoors.
The fire protection panels installed in the cabinets contain gypsum, which contains a lot of water, which expands when frozen. This deforms the panels. It can no longer be guaranteed that such a cabinet is still sealed or can withstand an explosion.
If you already have a suitable room that is structurally fire-resistant, then you do not necessarily need a safety cabinet to contain the fire.
However, please do not forget that the damage caused by a battery fire involves immense and also toxic contamination, the disposal of which can quickly lead to high costs.
In addition, you may not be able to continue working as usual until the damage has been finally repaired - depending on the location of the damage.
Standard security cabinets are designed for indoor use, so they cannot be used outdoors.
The fire protection panels installed in the cabinets contain gypsum, which contains a lot of water, which expands when frozen. This deforms the panels. It can no longer be guaranteed that such a cabinet is still sealed or can withstand an explosion.
If you already have a suitable room that is structurally fire-resistant, then you do not necessarily need a safety cabinet to contain the fire.
However, please do not forget that the damage caused by a battery fire involves immense and also toxic contamination, the disposal of which can quickly lead to high costs.
In addition, you may not be able to continue working as usual until the damage has been finally repaired - depending on the location of the damage.
