Vehicle comfort equipment
Hazard notes
- Fragrances up to 60 days
- Easy to store
- Under the seat or drink holder
- With ice cylinder
- For passenger cars, caravans, the office and more
- Up to 8 hours of cooling with one tank
- Pure sinusoidal output voltage
- For sensitive electrical appliances
- Great DC input voltage range
- Produces near sine wave AC power to run regular mains appliances
- 300W continuous output, 600W peak output
- Protection against deep discharge, overvoltage, overload, short circuit and overheating
- Mains and battery operation
- Current from socket outlet
- Ideal for fixed installation
- Heated seat and backrest
- With pre-assembled cable set
- Can also be placed under seat covers
- Suitable for sine wave inverter up to 3600 VA
- Precise switching thanks to high-quality relay
- Freely selectable mains priority circuit
- Heated seat and backrest
- With pre-assembled cable set
- Can also be placed under seat covers
- High-quality cable for reliable performance
- With priority circuit and fixed network operation
- Microprocessor-controlled
- For all inverter up to 2760 VA
- Swing filter
- Glass jug with dosing scale
- Integrated transporting device
- Produces near sine wave AC power to run regular mains appliances
- 1200W continuous output, 2400W peak output
- Protection against deep discharge, overvoltage, overload, short circuit and overheating
Hazard notes
- Fragrance lasts for up to 60 days
- Easy to store.
- Under the seat or beverage holder
3,51 €
(1 kg = 83,58 €)
while stocks last
delivery period
:
3-4 days
- Pure sinusoidal output voltage
- For sensitive electrical appliances
- Great DC input voltage range
- Produces near sine wave AC power to run regular mains appliances
- 500W continuous output, 1000W peak output
- Protection against deep discharge, overvoltage, overload, short circuit and overheating
- Compact and lightweight
- Setting the arrival time automatically
- The next half hour on arrival will be taken into account
- Temperature display in °C or °F
- Air humidity display
- MIN/MAX Storage