Ohmite Manufacturing Co. Datasheets for Heat Sinks

Heat sinks are thermally conductive, usually metallic components or devices that absorb and dissipate heat generated by electronic components such as computers. Common heat sink materials include aluminum, copper, and steel.
Heat Sinks: Learn more

Product Name Notes
Extrusion Heatsinks -- AH Series Extrusions Custom Extrusion Heatsinks The Ohmite AH series of aluminum extrusion heatsinks can be produced to customer requirements. Ohmite offers 34 different extrusion profiles. Each one can be modified with holes,...
TO-126, TO-247, TO-220 and TO-264 Package Heatsinks -- C Series C Series For TO Package Heatsinks No tool, camming clip system Compatible with TO-264, TO-247,TO-220 and TO-126 Devices. Mount up to 3 devices per heatsink Spring Clip delivers constant repeatable...
Heat Sink System for TO-220, TO-247, and TO-264 -- C-40 Series Clip Mounting For TO-247 and TO-264 Devices Modular System with choice of clips Multiple devices on a single extrusion Alternate extrusion lengths available Designed to mount 40X40 fan to provide...
Heatsinks for TO-220 devices -- E Series Heatsink for TO-220 Devices Compatible with TO-220 devices Thermal resistance as low as 7.4°C/W Available in multiple heights Black Anodized and degreased versions For TBH, and TCH series
Heatsink with Clips for TO-264 and TO-247 -- M Series TO-220, TO-247 Multiple Device Heatsink Matrix clip system for TO-247 and TO-264 packages Maximum Repeatability; Constant spring force over repeated assembly/disassembly Mount up to 4 devices per heatsink Black anodized...
Board Mount Heat Sink -- CSM Series Designed for TO-220 devices, the Ohmite CSM series offers multiple configurations. Device attachment is made using standard screws. The CSM series can be ordered in three different profiles and hold...
Heatsink with Universal Cam-Clip -- CR Series Ohmite introduces the CR series heatsink with cam clip (Pat. Pending). The CR series offers flexibility, high performance, and is comparable to popular Aavid MAX-clip heatsinks. The cam clip system...
Heat Sink System -- C-60/B-60 Series Ohmite introduces the powerful B60/ C60 series heatsink with cam clip (Pat. Pending) or custom mounting. The B60/C60 series offers flexibility, high performance, and a compact heat sink design with...
Heatsinks For Power LED Modules -- SV Series Ohmite introduces the SV-LED Series. The SV series is a high performance, low cost, configurable, scalable, and compact heatsink for LED modules. This powerful high aspect ratio heatsink comes in...
Variable Mount Heatsink for TO-247 -- VM Series Ohmite introduces this new versatile heatsink design. This new design can accommodate several different industry packages. This design also lets the customer choose a mounting style using screws or clips...
LED Heatsinks -- S Series Ohmite S Series LED Heatsinks are low cost and easy assembly heat sinks for Star LED packages supplied by Cree, Lumileds, Osram and others. This simple heat sink can hold...
Heatsink for TO-220, TO-247, and TO-264 -- R2 Series Ohmite’s R2 Series (patent pending) heatsink provides a large surface area along with our C Series clipping mechanism to attach to a TO-220, TO-247, or TO-264 package. The self-aligning features...
Cold Plate Four-pass Heatsink -- CP4 Series The Ohmite CP4 series Liquid Coldplates are designed for Ohmite heatsinkable type resistors, such as TAP600, TAP800, TA1K0, TA2K0, and various SOT-227 resistor packages. The CP4 series also provides maximum...
Heatsinks For TO-218, TO-220 and TO-247 devices -- F and R Series The Ohmite E series is offered in multiple extrusion lengths and is black anodized to provide great thermal performance in natural convection applications. This extrusion form can be used for...
Heatsinks for TO-220, TO-247, and TO-264 Devices -- W Series The unique design (patent pending) of the W Series heat sinks combines a tin plated, solderable, integral spring clip with an extruded aluminum heat sink body for an all-in-one solution...
Heatsink For TO-252, TO-263 and TO-268 Devices -- D Series These surfacemount heatsinks are extruded not stamped. This extruded designs are far more efficient than any stamped counterpart. One of the main issues is getting heat from the board level...