Simple and fast payment
Discount Coupons
Easy order tracking
Personalized shopping
The Noctua NL-LC1-36 is a premium All-In-One (AIO) 360 mm CPU liquid cooler featuring Asetek Emma V2 pump technology and Noctua’s NL-PNA1 pump noise absorber. It ships with three NF-A12x25 G2 120 mm PWM fans, an aluminium radiator, ~400 mm tubing, SecuFirm2+ mounting for AMD AM4/AM5 and Intel...
More
Noctua NL-LC1-36 AIO CPU Liquid Cooler 360mm with 3x 120mm NF-A12x25 G2 Fans
Product Code: 1173735246
Available in 4 - 6 days
378,06 €
or
11,81€ / month
εως 36 δόσεις με πιστωτική κάρτα
With the purchase of this product you earn 1135 Bytes
Quantity:
Add
Need Help? Fill in your details so we can call you immediately!
Έως 36 Δόσεις. Δείτε το πλάνο δόσεων:
TBI Bank
Buy Now Pay Later.
4 installments 0% επιτόκιο, 20€ έως 300€
3 to 60 installments 300€ έως 100.00€
- 1. Ship with ACS Courier
- 2. Αποστολές με μεταφορικές εταιρίες για ογκώδη αντικείμενα
-
3. Pickup from BoxNow automated machine:
Με την BoxNow μπορείς να παραλάβεις το δέμα σου από Αυτόματο Μηχάνημα Παραλαβής που βρίσκεται κοντά σου, όλες τις ώρες της ημέρας 24/7. Η υπηρεσία έχει χρέωση 3€. Υπάρχει δυνατότητα αντικαταβολής με επιπλέον χρέωση 1€.
-
4. Pickup from the store:
Leof. El. Venizelou 73 (former Theseos), Kallithea
Συμπληρώστε τον ταχυδρομικό κωδικό για να λάβετε εκτίμηση τρόπου και κόστους μεταφορικών.
The Noctua NL-LC1-36 is a premium All-In-One (AIO) 360 mm CPU liquid cooler featuring Asetek Emma V2 pump technology and Noctua’s NL-PNA1 pump noise absorber. It ships with three NF-A12x25 G2 120 mm PWM fans, an aluminium radiator, ~400 mm tubing, SecuFirm2+ mounting for AMD AM4/AM5 and Intel LGA1700/LGA1851/LGA1954, NT-H2 thermal paste, NA-TPG1 thermal paste guard and NM-SD1 Torx T20 tool. Targeted at gamers and overclockers, the unit balances high cooling performance with low noise; Noctua provides a 6-year warranty.
-
BrandNOCTUA
-
ModelNL-LC1-36
-
Product TypeAll-In-One (AIO) CPU Liquid Cooler
-
Radiator Size360 mm
-
Radiator MaterialAluminium
-
Radiator ColourAluminium
-
Fan Size120 mm
-
Number of Fans3
-
Fan ModelNF-A12x25 G2 PWM
-
Fan Max RPM1800 rpm
-
Airflow (total)189.45 cfm
-
Static Pressure3.14 mmH2O
-
Noise Level (Full Load)22.5 dB
-
Pump ModelAsetek Emma V2
-
Pump Noise AbsorberNL-PNA1 (included)
-
Pump DisplayNo
-
Tube Length400 mm
-
Socket CompatibilityAMD AM4, AM5; Intel LGA1700, LGA1851, LGA1954 (SecuFirm2+ mounting)
-
Thermal PasteNT-H2 (included)
-
Thermal Paste GuardNA-TPG1 (included)
-
Included ToolNM-SD1 Torx T20 (premium screwdriver)
-
Warranty6 years
-
Target AudienceGamers, overclockers, performance PC builders
-
Radiator TypeAluminium fin radiator
-
Intended UseCPU cooling for gaming and high-load scenarios
Ratings
Description
The Noctua NL-LC1-36 is a premium All-In-One (AIO) 360 mm CPU liquid cooler featuring Asetek Emma V2 pump technology and Noctua’s NL-PNA1 pump noise absorber. It ships with three NF-A12x25 G2 120 mm PWM fans, an aluminium radiator, ~400 mm tubing, SecuFirm2+ mounting for AMD AM4/AM5 and Intel LGA1700/LGA1851/LGA1954, NT-H2 thermal paste, NA-TPG1 thermal paste guard and NM-SD1 Torx T20 tool. Targeted at gamers and overclockers, the unit balances high cooling performance with low noise; Noctua provides a 6-year warranty.
Technical Specifications
-
BrandNOCTUA
-
ModelNL-LC1-36
-
Product TypeAll-In-One (AIO) CPU Liquid Cooler
-
Radiator Size360 mm
-
Radiator MaterialAluminium
-
Radiator ColourAluminium
-
Fan Size120 mm
-
Number of Fans3
-
Fan ModelNF-A12x25 G2 PWM
-
Fan Max RPM1800 rpm
-
Airflow (total)189.45 cfm
-
Static Pressure3.14 mmH2O
-
Noise Level (Full Load)22.5 dB
-
Pump ModelAsetek Emma V2
-
Pump Noise AbsorberNL-PNA1 (included)
-
Pump DisplayNo
-
Tube Length400 mm
-
Socket CompatibilityAMD AM4, AM5; Intel LGA1700, LGA1851, LGA1954 (SecuFirm2+ mounting)
-
Thermal PasteNT-H2 (included)
-
Thermal Paste GuardNA-TPG1 (included)
-
Included ToolNM-SD1 Torx T20 (premium screwdriver)
-
Warranty6 years
-
Target AudienceGamers, overclockers, performance PC builders
-
Radiator TypeAluminium fin radiator
-
Intended UseCPU cooling for gaming and high-load scenarios
