Checking the Drive Wheel to Idler Wheel Alignment Changing the Drive Belt Trouble Shooting (Hydraulics; Mechanical; Electrical; Production) 61-68 PARTS AND SERVICE Machine Parts List 69-72 Service Contact Information Serial Number Location Baker BP Dominator Stationary Band Sawmill - WWW.BAKER-ONLINE.COM...
For safety reasons, and for your own best use of the Baker BP Dominator Stationary Band Sawmill, we insist that you read this manual fully, and constantly review and refer back to it as necessary.
Waning or diminished in some parts; not of uniform size throughout; sawed boards or timber that is tapered or uneven, from being cut too near the outside of the log, barky Yield To generate a return for effort, an amount produced Baker BP Dominator Stationary Band Sawmill - WWW.BAKER-ONLINE.COM...
Efficient dust and chip removal requires a minimum of 1,300 CFM suction at the machine dust removal chute. This is an employer/owner responsibility. Note: The Baker BP Dominator MUST have a separate ground in addition to the main electrical ground provided at your electrical source.
INTERRUPTION OF PRODUCTION OR OTHER INJURY OR DAMAGE.) Ellington Industrial Supply Inc. d/b/a Baker Products and its affiliates shall not be liable for any damage as a result of any delay or failure to deliver due to any cause beyond Ellington Industrial Supply Inc.’s reasonable control, including, but not limited to, any act of customer, act of God, embargo or other governmental act, regulation or request, fire, accident, strike, slowdown, war, riot, delay in transportation, or inability to obtain necessary labor, materials, or manufacturing facilities.
Power Source: Dust Removal: ….……………………………………………………………….… Ellington Industrial Supply, Inc. P. O. Box 128 Ellington, Missouri 63638 USA Web site: www.baker-online.com E-mail: info@bakerproducts.net Phone: (573) 663 – 7711 Fax: (573) 663 – 2787 Baker BP Dominator Stationary Band Sawmill - WWW.BAKER-ONLINE.COM...
No list of safety expectations can ever be complete as every work environment is as different as are the people operating the equipment. Always keep safety as your highest priority and always use this machine with caution and respect. Baker BP Dominator Stationary Band Sawmill - WWW.BAKER-ONLINE.COM...
Control of Hazardous Energy – (Lockout / Tagout) Lockout / Tagout (LOTO) refers to specific practices and procedures to safeguard employees from the unexpected energy, startup of machinery/equipment, or the release of hazardous energy during service or maintenance activities. This requires that a designated individual turn off and disconnect the machinery/equipment from its energy source(s) before performing service or maintenance and that the authorized employee(s) lock and tag the energy-isolating device(s) to prevent the release of hazardous energy and take steps to verify that the energy has been isolated effectively.
MACHINE FEATURES We want to highlight the unique and special features of the Baker BP Dominator Stationary Band Sawmill. Heavy-duty steel construction Powerful and reliable 50-hp electric motor Handles logs up to 36 inches in diameter Utilizes 1.5 -inch thin-kerf band blade ...
Page 12
BP Dominator – Front View Drip System Tank Computer Setworks Debarker Dust Chute Transition Operator Control Stand Hydraulic power Electrical Panel unit...
SET-UP Receiving and Inspection Upon receipt and prior to signing transport carrier’s documents, conduct a walk-around and visual inspection of your new equipment. Note any damage in writing upon the carrier’s bill of lading and contact us immediately. Note: All new equipment is assembled and thoroughly tested prior to shipment; however damage may occur during transit, which could cause the machine to not operate correctly during start-up.
Machine Positioning (Placement and Alignment) For optimum performance, designate a solid and level foundation that is covered, dry and free of environmental elements that could cause electrical or slip hazards. Set the operator control station 4ft – 5ft from the end of the mill (see photo on page 12). ...
Page 15
Machine Positioning (Placement and Alignment) continued Log Infeed Deck (optional) Always load logs onto the infeed deck and position them evenly across the deck for adequate support at all times. Failure to do so can cause injury and/or equipment damage. Positioning the Log Infeed Deck ...
Page 16
Machine Positioning (Placement and Alignment) continued Adequate sized wood blocks or steel plates may be placed under each leveling leg to improve stability on soft ground. However it is not required on hard surfaces such as concrete. (Figure 16C) ...
OPERATION Initial Start-Up After all the equipment is in place and set-up per the manufacturer’s guidance, you are ready to connect the main electrical panel, and then proceed to the start up procedures. Reminder about Power and Utilities Requirements ...
Operator Control Station Prior to cycling any controls, ensure the area is clear of personnel and obstructions. Make certain anyone required to work near the mill is aware that the mill is in operation. ** It is the operator’s responsibilities to ensure these safety conditions exist ** Setting the Head forward speed too high can result in personal injury and/or equipment damage.
Page 19
Operator Control Station Prior to cycling any controls, ensure the area is clear of personnel and obstructions. Make certain anyone required to work near the mill is aware that the mill is in operation. ** It is the operator’s responsibilities to ensure these safety conditions exist ** Descriptions •...
OPERATION Loading a Log Raise the clamp arm all the way up, and position it fully to the right (when looking at the clamp from the control station). Ensure all fences, toe rollers, log turners, and other possible obstructions are clear. ...
Leveling the Head and Frame In order to cut high-quality lumber and to achieve the highest degree of accuracy, the saw head must be perfectly level. To achieve this, a 3 to 4 ft bubble level is required. Ensure all leveling legs are firmly on the ground and all leg locking bolts and jamb nuts are tight.
Page 22
Leveling the Head and Frame (continued) With the bubble level on the bunks nearest the center of the mill, loosen the two jam nuts on the side of one of the leveling legs and turn the bolt on the top clockwise to raise or counter-clockwise to lower the leveling leg (see Figure 22 below).
Band Sawmill Setworks Version III Ellington Industrial Supply, Inc. P. O. Box 128 Ellington, Missouri 63638 USA Web site: www.baker-online.com E-mail: info@bakerproducts.net Phone: (573) 663 – 7711 Fax: (573) 663 – 2787...
Page 24
Section 2. Just below and to the left of the LCD display is the CORE Select Pad made up of five switches, which control the eight CORE values available on the Baker Products Setworks System. In the center of the five CORE Select switches is a switch labeled with high/low positions.
Page 25
SECTION 2 Display: (See Figure B) The top line on the LCD display represents the blade’s current elevation. In the top-left corner of the display, blade height is shown as a decimal value to the hundredths decimal place. See Figure B. On the top-right of the LCD display is the current blade elevation, displayed to the nearest fractional value.
Page 26
The “Absolute Sets” (ABS) works in the same way. Just simply repeat the same CORE size or select another. Either way, the Reference icon should disappear. All industrial Baker Band Sawmills with computer setworks are equipped with a remote reference reset switch located on the mill in the main operator’s control area.
Page 27
Absolute icon (ABS): (See Figure D) ABS is located on line four in the bottom right corner of the LCD display. ABS indicates that a CORE size is being targeted. EXAMPLE: If a CORE of four (4.0) inches and a SET of one inch (1.0) is selected, the Setworks will move the blade in order to saw only one-inch-thick lumber all the Figure D...
Page 28
Sawing: Below is a general outline meant only to familiarize new owners with Baker Products Setworks. An operator’s own actual sawing techniques and methods may be different. Face 1 Face 2 Face 3 Face 4 CORE Sample of one sawmilling technique.
Page 29
Absolute SETS (ABS): Now that two sides have been cut, rotate the log accordingly for cutting the third face. Make sure the Figure E desired SET thickness is selected and then choose the appropriate CORE size. ABS should appear in the LCD display.
Page 30
Section 3 Programming: Simply flip the Program/Run switch to RUN and scroll to the value to be changed using the PREV and NEXT Figure G toggle switches. Kerf, Tare, Offset, and Height are each represented in thousandths of an inch. When setting the kerf*, your setworks display will look like (See Figure G).
Page 31
Programming: (Cont.) Reference Reset toggle switch located on the mill in the operator’s main Figure K Control station. Now the computer should display “Scaling Point2” (See Figure K). Place the saw at its highest point in whole inches (usually 32”) and enter that number into the computer.
MAINTENANCE General Clean Up Note: When possible, follow proper Lockout / Tagout procedures prior to cleaning any part of the machine. On a daily basis use an air-hose to blow-off the dust and wood chips that accumulate in, on and around the machine. ...
Important Notice: Improper lubrication will void warranty. Inspection and Preventative Maintenance Checklist Frequency Recommendation Complete a visual inspection of the mill before the beginning of each production Daily day and look for loose, worn, broken or defective parts. Check hydraulic fluid and blade lubricant levels. We recommend Daily Dexron/Mercon III transmission fluid for hydraulic fluid.
Page 35
Inspection and Preventative Maintenance Part Locations Inspection and Maintenance: DAILY – Check hydraulic fluid and blade lubricant levels. We recommend Dexron/Mercon III transmission fluid for hydraulic fluid. Check blade lubricant level here Check hydraulic fluid level here...
Page 36
Inspection and Maintenance: (continued) TWICE DAILY - Grease the clamp arm up/down & in/out; fence arm up/down; and toe roller up/down. We recommend JT-6 grease. Clamp arm grease Clamp arm fittings (back side) grease fittings (front side) Figure 32 Figure 32A Toe roller grease fitting (backside)
Page 37
Inspection and Maintenance: (continued) WEEKLY or every 40 Hours - Grease the linear bearing on the guide arm and head raise/lower rails. We recommend JT-6 grease (no more than 1 pump for each). Figure 33 Figure 33A “Side View” linear bearing inside guide “End View”...
Page 38
Figure 34 Inspection and Maintenance: (continued) DAILY - Lubricate ball screws (1 per side) with spray grease onto the spindle. We recommend Zep 2000. DAILY - Lubricate the log turner chain. We recommend Zep 2000 or heavy oil. Log turner chain Figure 34A ...
Page 39
Inspection and Maintenance: (continued) DAILY - Check blade tension ensuring proper pressure for the Turn knob left to vent / Turn knobs left to vent size of blade in use. and release pressure release pressure *Remember to re-tighten before pumping the handle BLADE SIZE AND REQUIRED TENSION ...
Page 40
Inspection and Maintenance: (continued) DAILY - Check power band belt and ensure tension is “taut” with no more than 1/2” of deflection in the belt. Belt tension should be “taut” with no more than ½” of deflection Check belt tension here (see example of deflection to the left) If an adjustment is required, loosen...
Page 41
Inspection and Maintenance: (continued) MONTHLY – Remove guards and covers on the carriage and check the raise / lower drive assembly. Look for belt wear such as dry rot or stress cracks. Change prior to failure at least once per year. ...
Page 42
Inspection and Maintenance: (continued) MONTHLY – Grease the tailing or off-load conveyor wheel bearings. We recommend JT- 6 grease (no more than 3 pumps). Bearings located Bearings located Bearings located Bearings located on each of the four on each of the four on each of the four on each of the four (4) corners...
Page 43
Inspection and Maintenance: (continued) Every 2 Years: (Approx. 2,000 – 3,000 hours operation time) Have idler and pull wheel crowned. Properly crowned wheel illustrated below. Note the elevated center (crown) and tapered edges. Figure 39 NOTE: An improper or worn crown on the idler and pull wheels will not let the blade track properly and allows the blade to float in and out.
Bearing Lubrication Information “Ensure all safety precautions are followed whenever any maintenance or repair is performed on your sawmill. Ensure all proper lockout and tags out procedures are observed. Failure to follow prescribed safety precautions can result in serious injury and damage to equipment.
Changing Blades (Removal and Installation) Power down the mill and lock-out/tag-out main electrical panel. Release blade tension by venting the hydraulic pressure (see Figure 35 on page 35). Open the left and right cowling doors. Pull down on the blade at the top, between the wheels, pulling the idler wheel toward the center. Note: If the blade was broken, manually push the idler wheel back toward the center of the cowling.
Blade Tracking Note: The blade tracking is set at the factory prior to shipment, but it may periodically have to be reset. Most band blades will vary on how they track due to the blade material. 1 ½” Blades running on 1” thick steel wheels will be centered on the wheels between ...
Page 47
Tracking the Blade (continued) If the blade is out more than 1/32” you will need to adjust the blade tracking. The tracking plates are located behind each wheel and are labeled “T-adj” (for tracking adjustment). Tracking adjustments should be made thinking of the tracking plate like a see-saw. When making one side of the plate move in, the opposite side of the plate must move out.
Page 48
Blade Lead Blade lead is the angle of the blade relative to the bunks. The lead must be 0" to 1/32" up from the back of the blade to the front. For best performance use a good quality (48" minimum) straight edge and (2) 12" machinist’s rulers and a good quality tape measure. Note: 1 ½”...
Page 49
Blade Lead (continued) Next, open the left and right cowling door and check blade tracking to ensure the blade is tracking properly before making any lead adjustments. Rotate the wheels counter clockwise several times, and then stop the wheels so that the weld of the blade is on top between the wheels.
Page 50
Blade Lead (continued) Place a straight edge (48” minimum) on the left side on top of the bunks close to the guide as possible. Lay a 12” straight edge on the blade between the teeth standing on edge in the center on the blade.
Page 51
Blade Lead (continued) Once you’ve measured the left side, move your straight edges to the right side (nearest the moveable guide) and repeat the measuring sequence. Figure 49 Figure 49A Understanding Your Measurement Results The ideal blade lead is flat to 1/32” up-lead (higher in front, nearest the cutting teeth) so for example, if the left and right side measure 7”...
Page 52
Blade Lead (continued) In the event of lead or tracking problems, first check that both the idle and pull wheels are set exactly the same in the vertical position. Example: with a 12” magnetic level, check each wheel vertically. They should be the same. If the idle and pull wheels are not the same vertically, make the adjustment to ensure that they are.
GUIDES When properly set and utilized, band blade guides provide better blade control and longer blade life. Two types of blade guides are available for your Portable or Stationary Band Sawmill. Specific instructions for each type of guide are outlined in the pages that follow. Figure 51 Bullet Guide: Four pins (called “bullets”) provide blade support during cutting...
Setting the Bullet Guides If not already in position, move the saw head to the front of the mill (end nearest the trailer tongue) and lower the saw head down until it is approximately 12” above the bunk. This will give you good clearance to make the required adjustments. ...
Page 55
Next loosen the top 1/4” bolt Next loosen the top 1/4” and let the bullets drop to the bolt and let the bullets Start by loosening the blade (gravity only, apply no drop to the blade bottom and top bullet pressure), then re-tighten guides so they are not 1/4”...
Page 56
Setting the Guide Holders and Bracket If not already in position, move the saw head to the front of the mill (end nearest the trailer tongue) and lower the saw head down until it is approximately 12” above the bunk.
Page 57
Setting the Guide Holders and Bracket (continued) Use the two 5/16” nuts on the back of the aluminum block to make the up/down and side-to-side adjustments. This will ensure the bullets wearable surface is equal between the bullet holders. ...
For extreme build up on the blade, water-soluble oil can be used. Diesel fuel or other flammable liquids should not be used as a lubricant. Baker Products will not be held responsible for any damage if this caution is not adhered to. Petroleum products will attack and damage rubber items such as hydraulic hoses and belts.
Checking the Drive Wheel to Idler Wheel Alignment Note: Having the head frame as level as possible before conducting this check will greatly improve the accuracy of the check and any needed adjustments. Power down the mill and lock-out / tag-out main electrical panel. ...
Changing the Drive Belt If not already in position, move the saw head to the front of the mill (end nearest the operator control station) and lower the saw head down all the way down near the bunks. Power down the mill and lock-out / tag-out main electrical panel.
Also, non-required adjustments to the hydraulic system may void your warranty. Hydraulic problems are very rare with Baker Band Sawmills. Most problems can usually be traced to changes in pressure or flow. If a hydraulic part does fail, all valves are modular and are relatively easy to replace.
Page 62
Mechanical Problems: Although mechanical problems are rare, there are a few high wear/stress areas that could develop problems. If you have a mechanical problem please see the symptoms below. Check Saw head is not level – as Move the saw head to the operator’s end of the mill and open the recognized by cut wood moveable guide to its maximum width.
Page 63
Head surges when The track chains are loose. traveling the length of the sawmill. At the back of the sawmill, on the left and right sides are the track are chain adjustment bolts. Both of the track chain should have approximately 2"...
Page 64
Electrical Problems: The Baker BP Dominator Stationary Band Sawmill is an electric powered sawmill with lever controlled hydraulic functions. Some basic electrical trouble shooting tools, such as a multi-meter (voltmeter and ohmmeter combination) and a good combination screwdriver are required for some of the procedures listed in this section.
Page 65
Guide arm will 12VDC is not being supplied to the guide arm solenoid or the guide arm not move in switch is defective. either direction. Please refer to the Control Schematics section and Panel Layout section for more information. While holding one multimeter lead on the GA+ terminal and the other on the GA- terminal move the guide arm switch to the left and right.
Page 66
BP Dominator Electrical Drawing – High Voltage...
Page 67
BP Dominator Electrical Drawing – Low Voltage...
Page 68
Production Problems: Blade tension, blade quality, and guide settings are the key factors for good production. Ensure these are properly set and adjusted prior to making any other adjustments or repairs. Check Boards have a crown (bow The blade may have too much set on the top, the bottom on top) when cut.
PARTS AND SERVICE Machine Parts List Part No. Description Part No. Description 121009 121010 CHAIN #60 ROLLER (80’) CHAIN #60 CONNECTOR LINK – QTY (4) 171640 171649 LIFT AND TURN LATCH – RUBBER DRAW LATCH WITH CHROME – QTY (2) NYLON STRIKE –...
Page 70
Part No. Description Part No. Description 181741 182004 RRUSA HYDRAULIC DANFOSS HYDRAULIC MOTOR (OM12.5) (1) MOTOR (OMM8) (1) 181810 181865 HYDRAULIC CYLINDER BIMBA CYLINDER W/ 2” X 2” (1) CLEVIS PIN (1) 181021 181845 Pressure Gauge ¼” (0- PRESSURE GAUGE 3000PSI) (1) WITH ORFICE (1) 181864...
Page 71
Part No. Description Part No. Description 131082 131084 60BB13H x 5/8” IDLER 60B13 x 1-1/4” SPROCKET (6) SPROCKET (2) 181509 131075 SUN RELIEF VALVE (1) 6010 x 1” SPROCKET (1) 131140 131062 100B10 x 1” SPROCKET 5022 x 1-1/4” SPROCKET 141001 274037 GUIDE WHEEL CAM (2)
Need help?
Do you have a question about the BP Dominator 3650E and is the answer not in the manual?
Questions and answers