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Keep the Job Moving when a connection hole is undersized
VersaDrive reamers are the perfect hole alignment and enlarging tool for metalworkers & steel erectors for keeping the job moving when a hole is misaligned or the incorrect size for the fixing.
Featuring a specially designed 6 flute cutting geometry and Titanium coating, VersaDrive Reamers are fully Impact rated and perform fastest when used with an Impact Wrench providing ultimate cutting performance with virtually no powertool kickback.
VersaDrive Reamers have a patented nonslip, Hex shank suitable for use in any standard 1/2” drill chuck for Pistol Drills or used with a VersaDrive Rapid Lock adapter for use in a wide range of powertools such as Magnetic Drills.
For larger diameter reaming see VersaDrive MAX Reamers
Product Benefits
- Precision 6-flute design for smooth cutting
- Edge cutting design for hole enlargement, giving much better results that a drill bit
- Industrial grade Titanium Nitride coating reduces heat buildup and burn-out
- Use on Impact to prevent dangerous kickback caused by handheld rotary tools
- Heavy-duty hex shank design for secure non-slip operation
- Quality results on stainless steels and Inox - rotary application recommended
- VersaDrive patented shank and modular adapters provide unbeatable jobsite flexibility
- Impact-rated due to dual hardening process - allows up to 15X faster speed than traditional methods
Quick Guide
- For fastest performance use on Impact Wrenches & Impact Drivers
- Not recommended for Impact use with flame, plasma or laser cut holes
- For flame, plasma or laser cut holes use with a Magnet Drill
- Reamer should be rotating before starting the cut & steady feed pressure used throughout
- For materials thicker than 3/4" use of VersaDrive MAX Reamers is recommended
VersaDrive Reamers - Metric
- Apply firm, steady feed pressure throughout the cut, applying the feed very slowly and cautiously during the first 1mm of cut.
- To maximise tool life do not attempt to increase the existing hole diameter beyond 2-3mm. If a larger, finished hole size is required, then the next size reamer should be used to ‘step up’ until the finished hole diameter is reached.
- Avoid lateral movement or tilting which can cause damage to the tool
- Ensure regular application of quality cooling lubricant, especially when drilling thick or hardened materials.
- Flame cut, laser cut or punched holes may not be possible to ream with impact wrench. In this situation the hole can be reamed out with a slow speed Magnet Drill with a ImpactaMag or VersaDrive reamer.
- Follow guidelines to set correct RPM speed. Incorrect RPM can lead to poor life or tool breakage.
- Ensure a debris free surface of sufficient steel thickness for strong magnet hold when Magnet Drilling.
- Regularly check that Magnet Drill slides, handles, arbors and movable parts have not vibrated loose over time.
Use the tables below to identify the recommended Nm of Torque or RPM for your hole size and material.
Use Nm of Torque for reaming with Impact tooling.
Use RPM for reaming with Rotary tooling.
N.B. Impact Torque recommendations are the minimum required and for most applications additional torque is a benefit. For Impact applications where Torque values available do not offer an exact match to the table below select the closest available torque setting ABOVE the recommendation.
VersaDrive tooling can be used with a wide range of adapters that allow the products to be used across a variety of drive tools depending on the application required.
Below you will find the recommended adapters for the VersaDrive 501030 Reamer.
- Identify the torque range (for the cutting tool) required using the data sheet in question 2. (Example 16mm hole in 12mm plate – Guide torque 340Nm)
- Identify the torque range on your impact wrench or impact driver
- Look up model number to see torque range
- Check if there are speed/torque settings on the tool - Example
- Select the closest torque setting on the impact wrench/impact driver ABOVE the torque recommendation
(this is for the following 2 reasons)
- Higher torque will only be used on demand
- Too low torque will lead to the tool jamming or even snapping as the flutes stop cutting and the torque transfers to the tool
