Chicago Pneumatic
Chicago Pneumatic CP0200B18-2F Benchtop Sand Rammer 1/4 in NPT
Benchtop sand rammer delivers 1,800 blows per minute at 95 dBA with 14.1 cfm air consumption and weighs 3.3 lb
- Delivers 1,800 blows per minute for fast compaction
- Consumes 14.1 cfm of air for efficient operation
- Weighs only 3.3 lb to reduce operator fatigue
- Operates at 95 dBA sound level for quieter use
- Includes safety lever for enhanced operator protection
Benchtop Sand Rammer for Foundry Use
The Chicago Pneumatic CP0200B18-2F is a benchtop sand rammer designed for foundry applications. It delivers a maximum of 1,800 blows per minute with a piston bore and stroke of 2 1/2 inches each. The tool weighs 3.3 lb and operates at a sound level of 95 dBA. A safety lever is included in the kit.
Suits Foundry Work; Not for Heavy Mobile Compaction
This rammer suits foundry professionals needing consistent bench-top compaction of sand moulds. The straight handle and latch retainer provide controlled operation for repetitive tasks. Buyers requiring high-portability impact tools for deep or large-scale compaction should look at alternative equipment types.
Verify Air Supply and Hose Before Ordering
Confirm your compressor can deliver 14.1 cfm at the required pressure for sustained use. The tool requires a minimum 3/8-inch hose and connects via a 1/4-inch female NPT inlet. Ensure your air line matches the NPT thread type and that the workbench can accommodate the 1 5/8-inch hole and butt diameter.
Highlights
- Delivers 1,800 blows per minute for fast compaction
- Consumes 14.1 cfm of air for efficient operation
- Weighs only 3.3 lb to reduce operator fatigue
- Operates at 95 dBA sound level for quieter use
- Includes safety lever for enhanced operator protection
Specifications
| Brand | CHICAGO PNEUMATIC |
|---|
Questions about this item
What size air hose and inlet fitting does the CP0200B18-2F need to run?
Connect a hose with at least a 3/8 in inside diameter to the 1/4 in NPT female air inlet on the rammer.
Will my existing 14 cfm compressor keep up with this rammer at full speed?
The tool draws 14.1 cfm, so a compressor rated at or above that flow will sustain 1,800 bpm operation.
How can I verify the rammer is delivering its rated performance after hooking it up?
Listen for a steady 95 dBA sound level and confirm the piston cycles at 1,800 blows per minute under load.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.



