1
The Mill, northwest view18 May 2010
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
2
Moving water provides the energy to turn the wheel.3
The waterwheel with the overflow to the left6 October 2012
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
4
Detail of the start of the tail sluice21 October 2012
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
5
Detail of tail sluce as it leaves the wheel21 October 2012
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
6
Grate covers the cistern and pumps that supply water up to the wheel21 October 2012
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
7
Detail for 2002 wheel support structure5 October 2012
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
8
The Mill uses a system of belts and pulleys to transmit power to the individual pieces of equipment.9
Detail of wheel pulley5 October 2012
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
10
First belt transmits power from the wheel pulley to the input shaft5 October 2012
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
11
The input shaft as it come through the log wall to inside the mill19th Century, Circa 1881
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
12
Input shaft bearing block19th Century, Circa 1881
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
13
Detail of the bearing block on the inside end of the input shaft19th century, circa 1881
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
14
The input shaft pulley, foreground, transmits power to the step-up pulley19th Century, Circa 1881
Grist Mill at Keremeos Creek, Keremeos British Columbia, Canada
Credits:Jim Millar
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