Miscellaneous - Arctic, Micro, Romagna Plastic, Sensor (10)

ARCTIC MX-4 is the latest thermal compound with exceptional thermal conductivity and best consistency to get the maximum from your computer. This thermal compound is the ideal choice for overclockers. Extraordinary performance ARCTIC MX-4 consists of ca

Process valve 2/2, NC, 24 VDC Compact, directly operated 2/2-way solenoid valve For compressed air Electrical connection: DIN terminal Housing: Plastic

The Ultra Micro Digital Servo is only 1.5g for small and small models. Available in left (L) or right (R) motor/cable versions. This article is the version: Links Technical data Operating voltage = 3.7 ... 5.0 V. Actuating torque = 0.16 Ncm / 160g @ 5V.

Process valve 2/2, NC, 24 V DC Compact, directly operated 2/2-way solenoid valve For compressed air Electrical connection: DIN terminal Housing: plastic

Designed for continuous operation The impeller of the S4028-15K is held in place by two ball bearings, making it particularly durable and less sensitive to external influences such as heat and dust. Full control with wide speed range The S4028-15K has a

Diameter: 24.4 mm, Voltage range: 0.4 - 5.9 V, Speed: 2200 rpm

ARCTIC MX-4 is the latest thermal compound with exceptional thermal conductivity and best consistency to get the maximum from your computer. This thermal compound is the ideal choice for overclockers. Extraordinary performance ARCTIC MX-4 consists of ca

Designed for continuous operation The impeller of the S4028-6K is held in place by two ball bearings and is therefore particularly durable and less sensitive to external influences. Full control with wide speed range The S4028-6K has a particularly wide

The ultra-micro digital servo is only 1.5 g - for small and miniature models. Available in variants with motor/cable on the left (L) or right (R). Item variant: right Technical data Operating voltage: 3.7 - 5.0 V Actuating torque = 0.16 Ncm/160 g @ 5 V A

Highest thermal conductivity The surfaces of processor chips and cooler bases are characterised by microscopic irregularities. The ARCTIC MX-4 thermal compound consists of carbon microparticles, which fill these holes, leading to extremely high thermal c