For Canon / Sony / FUJIFILM Desiontal F01 Portable Metal Case Semiconductor Camera Cooler SLR Cooling Fan (Desiontal)
1. AI intelligent temperature control, no need to manually adjust, automatically control the temperature at 22-25 degrees celsius, so that your camera to achieve high efficiency and continuous recording smooth output
2. Widely compatible Type-C interface, support for continuous use while charging, live recording without interruption
3. CNC process aluminum alloy shell, sturdy and reliable, and its good heat dissipation to make your equipment run more stable
4. Fast cooling, full-power bass stable operation
5. Lightweight and compact, easy to carry
6. Adaptable models:
Labeling ZVE1/D: for Sony A7M4/ZVE1/A6700/A7C2/A7S3
Labeling ZVE10/D: for Sony ZV-E10/ZV1/A7C/FX30
Labeling X-T4/D: for FUJIFILM XT4/for Canon R5
Labeling R6/D: for Canon R6/R7
Parameters:
1. Operating current: 2.2A
2. Operating voltage: 5V
3. Fan speed: 4000rpm
4. Standby current: 20mA
5. Interface: Type-C
6. Preset temperature: 25 degrees celsius
7. Digital display range: 12-30 degrees celsius
8. Size: 8.59 x 5.48 x 2.43cm
9. Weight: about 128g
Packing list: cooling fan, carabiners x 4, data cable, instructions
ATTENTION: The availability of every product is referred in it and is analyzed below:
In stock: for the products that have at least one item in stock.
On Order: Refers to Products that aren't in stock and will be included in the next scheduled import if you proceed to your order. Shipping time of your order 7-15 working days. This time does not include the shipping time of the shipping method you have selected.
(Imports are being done every 7-15 business days).
If you want your order to come to your place directly, please choose products that are in stock and quantity lower or equal to the available one.
For orders above 80.00 € (value species VAT) we ship your order for free.
Offer applies only to shipments to Greece, does not cover expenses on delivery and not valid for Saturday shipments.
If your order is over two Kilograms (kg) then for every extra Kilogram there is a charge 1,00
