Use Product Options Menu to Select Power Cord Plug Option: -2 for US Plug
(M.SRM-2), -21 for UK Plug
(M.SRM-21), -22 for Continental European
(M.SRM-22) or -26 for Australian Plug
Here a bench style version of Foredom's 1/6 HP Series SR motor has an integrated dial speed control built into its cast-iron base for manual speed adjustment and easy placement anywhere on the workbench.
This is a 230 Volt Motor - Control with Two Year Limited Warranty.
M.SRM Motor Description:
Foredom's 1/6 HP, universal, flexible shaft machine runs in forward and reverse rotation at speeds up to 18,000 RPM. The M.SRM combines the most important features our customers expect - power, reversibility, reliability, and versatility - all in one motor. It comes equipped with our standard 39" long key tip shafting for connecting to any of Foredom's interchangeable, quick disconnect handpieces.
Built-in Speed Control Description:
The hand dial that is built in to the base is used to adjust and set speed. This manual style control allows you to maintain and return to a desired speed, time and again, by using the motor on/off switch rather than the speed control to power up the unit.
The 1/6 hp, ball bearing Series SR has 33% more power than our older 1/8 hp motors, and 66% more than our original 1/10 hp models. The added power helps to reduce stalling or slowing down under normal workloads.
Advantages of Running in Reverse:
Left handed users have more control of the cutting tool
Reverse helps to keep dust and other debris flying away from right handed users
Alternating motor direction helps to extend the life of certain abrasives
Reverse helps with accomplishing symmetrical grinding and carving techniques
Reverse makes it easier to back out stuck drill bits
Alternating motor direction makes it easier and faster to polish metals
M.SRM motors are available in both 115 Volt and 230 Volt.
are available separately and Required to Operate your Flex Shaft
Machine. Click on this link to see our extensive line of handpieces. The
Foredom flex shaft system is designed to allow interchangeability of