Series 5 Adjustable Height Tables

Series 5 Adjustable Height Tables Tools required: Bit Holder # Square Drive Bit Power Drill Allen Wrench-M3 0mm & 4mm Wrench Ratchet with 0mm Socket If you have a problem, question, or request, call your local dealer, or Steelcase Line at 888.STEELCASE (888.783.35) for immediate action by people who want to help you. (Outside the U.S.A., Canada, Mexico, Puerto Rico, and the U.S. Virgin Islands, call:.66.47.500) Or visit our website: www.steelcase.com 05 Steelcase Inc. Grand Rapids, MI 4950 U.S.A. Printed in U.S.A. Adjustable Wrench Allen Wrench-.5mm (Provided) Page of 3

IMPORTANT SAFETY INSTRUCTIONS GROUNDING PIN GROUNDED OUTLET TAB FOR GROUNDING SCREW (A) ADAPTER GROUNDED OUTLET BOX (B) Figure Grounding methods METAL SCREW When using an electrical furnishing, basic precautions should always be followed, including the following: Read all instructions before using (this furnishing). DANGER - To reduce the risk of electric shock:. Always unplug this furnishing from the electrical outlet before cleaning. WARNING - To reduce the risk of burns, fire, electric shock, or injury to persons:. Always unplug this furnishing from the electrical outlet before cleaning.. Close supervision is necessary when this furnishing is used by, or near children, invalids, or disabled persons. 3. Use this table only for its intended use as described in these instructions. Do not use attachments not recommended by the manufacturer. 4. Never operate this table if it has a damaged cord or plug, if it is not working properly, if it has been dropped or damaged, or dropped into water. 5. Keep the cord away from heated surfaces. 6. Never drop or insert any object into any opening. 7. Do not use outdoors. 8. Do not operate where aerosol (spray) products are being used or where oxygen is being administered. 9. For loading always put heavier items at the bottom and not near the top in order to help prevent the possibility of the furnishing tipping over. SAVE THESE INSTRUCTIONS The power socket/outlet shall be installed near the equipment and shall be easily accessible. OPERATING INSTRUCTIONS - Please refer to the attached Installation Instructions and the provided User Guide. USER-MAINTENANCE INSTRUCTIONS - The receptacle power block is equipped with a circuit breaker that will shut off power in an overload condition. Press to reset the circuit breaker to restore power. GROUNDING INSTRUCTIONS - This product must be grounded. Connect this appliance to a properly grounded outlet only. If it should malfunction or breakdown, grounding provides a path of least resistance for electric current to reduce the risk of electric shock. This product is equipped with a cord having an equipment-grounding conductor and a grounding plug. The plug must be plugged into an appropriate outlet that is properly installed and grounded in accordance with all local codes and ordinances. DANGER - Improper connection of the equipment-grounding conductor can result in a risk of electric shock. Check with a qualified electrician or serviceman if you are in doubt as to whether the product is properly grounded. Do not modify the plug provided with the product - if it will not fit the outlet, have a proper outlet installed by a qualified electrician. This product is for use on a nominal 0-V circuit and has a grounding plug that looks like the plug illustrated in sketch A in Figure. Make sure that the product is connected to an outlet having the same configuration as the plug. No adapter should be used with this product. Page of 3

TABLE OF CONTENTS: Lets Get Started!... 4 Which Legs Go Where?... 5 Determine Leg Positions on your Table... 6 Overhangs and Custom Leg Positions... 6 Mounting Legs to Worksurfaces... 7 Determine Switch Position on your Table... 8 90 o Corner Tables... 9 Left-Hand Tables... 0 For 90 o Tables and P-Tables... For 0 o Tables and Bubble-Jetty Tables... Identify the Master and Slave Motors... Installing Motors and Synchronizing Legs... 3 Driveshafts and Leg Synchronization... 3 Installing Driveshafts... 4 through 7 Installing Switch & Power Supply... 8 Attach Driveshaft Covers and Wire Managers... 9 Installing Stretchers... 0 & Connect and Route All Cables... Finishing the Table Assembly... 3 Appendix A: -Piece Worksurface Assembly... 4 & 5 Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces... 6 through 3 Overview of Assembly Process ) Decide on the table configuration. ) Assemble -piece worksurface or bi-level mechanism (if applicable). 3) Attach legs to worksurface (with worksurface upside-down). 4) Assemble motors, power supply, and gearbox (if applicable). 5) Synchronize legs and add driveshaft(s). 6) Add stretcher(s) and decorative parts. 7) Add driveshaft cover(s) and wire manager(s). 8) Connect and route all cables, mount switch. 9) Flip table upright and test function. 0) Level and clean it up. ) PLEASE LEAVE THESE INSTRUCTIONS, AND THE USER GUIDE, IN AN OBVIOUS PLACE FOR THE END USER AFTER ASSEMBLY. PAGE(S): Page 3 of 3

Let s Get Started Prepare a large open space to assemble the table. Sweep the floor! Screws and small parts can damage the worksurface. 4 Assembling a monitor-keyboard worksurface with a bi-level mechanism? Jump to Appendix 'B' now. Put down a CLEAN shipping blanket to protect the worksurface. Unpack the worksurface and place on the shipping blanket upside-down. REMEMBER - You're looking at the UNDERSIDE of the worksurface. Are you sure which side is left or right? 3 Assembling a 90 o corner table with a -piece worksurface? Jump to Appendix 'A' now. 4 3 Page 4 of 3

Which Legs Go Where? Leg Types: NOTE: Extra studs. NOTE: Extra studs. 0" Standard " Standard 6" Standard 0" Corner " Corner " Std. " Std. 6" Std. 6" Std. 6" Std. 6" Std. 3"D Rectangle 3"D Bullet 9"D Rectangle 9"D Bullet Concave Taper-Flat " Std. " Std. 6" Std. 6" Std. 6" Std. " Std. 0" Corner 40" 90 o 40" 90 o Bi-Level 46" 90 o 46" 90 o Bi-Level Rectangle Bi-Level 90 o 3-Leg 0" Std. " Corner " Std. " Std. 0" Std. " Std. P-Table 0 o 0" Std. Bubble-Jetty Page 5 of 3

Determine Leg Positions on your Table: Many Series 5 tables allow multiple leg postions, providing flexibility to maximize leg space, and allow overhangs for CPU slings and mobile pedestal placement. The smallest tables may not allow for larger worksurface overhangs. (The standard overhang is -/4".) The mid-size tables may allow for a single 5" overhang. The largest tables may be capable of allowing dual 5" overhangs. (One on each side.) Refer to the specification guide for the capabilities of your specific table. NO OVERHANGS Overhangs and Custom Leg Positions: There are pilot holes in worksurfaces that result in the standard overhangs (-/4" and 5"), as well as a clearance at the back to avoid pinch-points and provide for cable drop. " CABLE AND PINCH-POINT CLEARANCE Side View: -/4" OVERHANG Front View: 5" Standard Mounting Plate Positions: (Bottom View) Front of Wksf. (User Edge) Front of Wksf. (User Edge) LEFT-HAND OVERHANG RIGHT-HAND OVERHANG Back of Wksf. Back of Wksf. Legs may be mounted on the worksurface in locations other than the factory default, provided that: 0.769" OFFSET -/4" OVERHANG 5" OVERHANG 0.769" OFFSET The overhangs DO NOT exceed 5". All screws are at least " from outside edges. All provided components still fit together (stretchers, driveshafts). 9" CUSTOM OVERHANG No safety hazards are posed to the end users or installers..769" (NO CABLE / PINCH-POINT CLEARANCE, BACK OF FOOT FLUSH WITH BACK OF WORKSURACE) Page 6 of 3

Mounting Legs to Worksurfaces CAUTION: All holes in the leg mounting plates MUST be filled with screws. Failure to install all screws may result in structural instability. Mounting Plate Worksurface Pilot Holes NOTCH IS ALWAYS AT BACK OF LEG (BACK OF TABLE) = PILOT HOLE = NO PILOT HOLE PROVIDED Raise leg all the way up. Raising leg allows access to the screws adjacent to the inner column. Align each leg with the pilot holes in the desired location, in the correct orientation. Attach each leg with ten (0) of the provided #0 x.075 long screws. These screws have a special drill-point, making them easy to drive in without a pilot hole. FOR EASIER ACCESS FOR EASIER ACCESS Page 7 of 3

Determine Switch Position on your Table: The switch can be located on either side of your table, but the switch comes with a short cable to minimize clutter. So, be sure to always locate the master motor near the switch location. NOTE: It does not matter which side of the table the master or slave motor goes on. This applies to all tables. Switch & Master Motor on Right: Switch & Master Motor on Left: SLAVE MOTOR SLAVE MOTOR MASTER MOTOR MASTER MOTOR SWITCH SWITCH Page 8 of 3

90 o Corner Tables 90 o corner tables are available either as right-hand or left-hand tables. In order to go from right-hand to left-hand configurations, three (3) items must be changed: ) Orientation of center leg ) Placement of stretchers 3) Configuration of intermediate gearbox (See page 0) The gearboxes ship from the factory set up for right-hand tables. Orientation of the center leg and placement of stretchers are controlled by the installer. 0" and " corner legs are marked with "A" and "B" labels. The correct letter must be visible per the diagram. Otherwise, the center leg would go UP when the other legs would go DOWN, and vice-versa. Equal-Sized and Right-Hand Tables (Factory Default) NOTE: Equal-Sized 90 o and Equal-Sized 0 o Corner Tables are designed as right-hand tables by default. INTERMEDIATE GEARBOX SHORT SIDE ON LEFT LONG SIDE ON RIGHT "A" FACES IN CENTER LEG SPECIAL STRETCHER SLAVE MOTOR SWITCH MASTER MOTOR Page 9 of 3

Left-Hand Tables NOTE: Switch & master motor can still be placed on either right-hand or left-hand side, regardless of whether it is a left-hand or right-hand table. INTERMEDIATE GEARBOX SHORT SIDE ON RIGHT LONG SIDE ON LEFT "B" FACES IN CENTER LEG SPECIAL STRETCHER SWITCH SLAVE MOTOR MASTER MOTOR Changing Orientation of Center Leg and Placement of Stretchers: See Diagram Above. NOTE: Subsequent pages of this document show assembly of the right-hand table configuration. BLUE BLUE BLACK Equal-Sized and Right-Hand Tables Application (factory default) Left-Hand Table Application BLACK Page 0 of 3

For 90 o Tables and P-Tables Attach the intermediate gearbox to the center leg using the hardware provided. Refer to note below and use spacer and 30 mm bolt as required. (Equal-Sized or Right-Hand Tables Shown This View) For 0 o Tables and Bubble-Jetty Tables In the center leg, insert the short (4") driveshaft, and attach a universal joint to each end. Tighten set screws on the universal joints with the provided hex wrench. SHORT SIDE SHORT SIDE LONG SIDE LONG SIDE WITHOUT SPACER & 30mm BOLT WITH SPACER & 30mm BOLT NOTE: Some configurations of 90 degree tables & P-tables may not allow for proper driveshaft-to-gearbox alignment while using short (6mm) bolt. For this condition, use longer (30mm) bolt and spacer as shown. TOP VIEW UNIVERSAL JOINT 4" DRIVESHAFT UNIVERSAL JOINT 6mm BOLT SPACER WRONG ALIGNMENT! CORRECT ALIGNMENT! 30mm BOLT Page of 3

Identify the Master and Slave Motors Master Rear View Slave Slave The master motor and slave motor look the same, except for the connection panel at the back. NOTE: The power supply converts 0V AC from the wall outlet to 4V DC. The series 5 motors operate on 4V DC. Master 4-WIRE CONNECTOR TO SLAVE MOTOR RJ- SOCKET FROM SWITCH SINGLE 4-WIRE CONNECTOR FROM MASTER MOTOR -WIRE CONNECTOR FROM POWER SUPPLY IMPORTANT! The master motor has one other key difference. It also has a hidden kill switch. This kill switch is inside the front mounting hole. If the front mounting bolt is not properly installed, the table will not operate! CORRECT! WRONG! (Table will not operate) FRONT MOUNTING HOLE KILL SWITCH MOUNTING BOLT NO MOUNTING BOLT Page of 3

Installing Motors and Synchronizing Legs Driveshafts and Leg Synchronization Determine on which side of the table each motor will go. (see page 8) Install M6 x 80 bolts & M6 nuts to each motor as shown. Example: Master motor and switch on user's right-hand side. Master Motor Slave Motor Series 5 legs and motors must be synchronized before installing the driveshafts. Series 5 motors are shipped from the factory in the "all the way down" position. Before inserting the driveshafts, ensure ALL LEGS are pushed all the way down (fully compressed). M6 x 80 BOLT Insert the exposed stud from each motor through the spacer, and then into the side mounting slot of the outboard leg mounting plates. Install M6 nut, but DO NOT TIGHTEN (leave motor loose). NOTE: Install motors to outboard legs on 3-leg tables. Do not install a motor to the center leg. M6 NUT (Equal-Sized or Right-Hand Table Shown This View) M6 NUT EXPOSED STUD SPACER MOTOR NO MOTOR MOTOR Page 3 of 3

Installing Driveshafts If the hexagon openings are not perfectly aligned, grip the driveshaft with an adjustable wrench and rotate slightly, until the driveshaft slides through with ease. Note: Set screw must be loosened slightly to allow insertion of shaft. Set screw to be tightened very tightly after all shafts are in final position. See step #8. SET SCREW NOTE: DO NOT pound the driveshafts through with a hammer. This will mushroom the end of the driveshaft. 3 Place cap nut on a flat, hard surface and push driveshaft into it. On 3-leg tables, be sure to use the correct length of driveshaft for the particular side of the worksurface. Use longer components on the long side, and shorter components on the short side, where applicable. LONG PARTS FOR LONG SIDE SHORT PARTS FOR SHORT SIDE CAP NUT 3 (Equal-Sized or Right-Hand Table Shown This View) Feed driveshaft through leg, from outside, until cap nut bottoms out on leg. Page 4 of 3

Installing Driveshafts (cont.) -Leg Tables: -Leg Tables & 0 o Tables Driveshafts are retained using cap nuts, which grip the driveshaft ends and prevent them from backing out of the legs. CAP NUT CAP NUT -leg tables, 0 o tables & bubble-jetty tables require one cap nut mounted CAP NUT outside of each leg. The driveshaft assembly is thus retained in both (with plastic cover) directions. CAP NUT 0 o Tables: CAP NUT 90 o Tables & P-Tables 3-leg tables & P-Tables require one cap nut mounted outside of each leg, plus a push nut mounted on the inside of the leg that is perpendicular to the other legs, i.e. across from the intermediate gearbox. 90 o Tables: P-Tables: CAP NUT CAP NUT PUSH NUT CAP NUT CAP NUT (with plastic cover) PUSH NUT INTERMEDIATE GEARBOX PUSH NUT INTERMEDIATE GEARBOX CAP NUT CAP NUT Page 5 of 3

Installing Driveshafts (cont.) Steps 4, 5, & 6 (below) are for 90 o Tables and P-Tables only. 4 With all table legs pushed all the way down, insert driveshafts through gearboxes and legs. 6 Using a adjustable wrench or pliers to assist, push the push nut all the way down the length of the driveshaft until it meets the inside of the lifting column. (Equal-Sized or Right-Hand Table Shown This View) 4 6 5 To install the push nut, follow steps on previous page. Locate correct location per above diagrams. Temporarily remove the motor (5a). Install push nut on free end of driveshaft (5b). 5a 5b Page 6 of 3

Installing Driveshafts (cont.) 7 Reinstall motor. 9 Tighten the motor mounting nuts. 7 9 8 Ensure all driveshafts are inserted into driveshaft tubes. Tighten set screws very tightly with 3mm hex wrench. 8 Page 7 of 3

Installing Switch & Power Supply POWER SUPPLY Locate the two () pilot holes for mounting the power supply. Partially install two () #8-5 x 5/8" screws per the diagram shown below. If a different power supply location is desired, use the template below, which matches the the power supply's keyhole slots and mm hole spacing. NOTE: Use the pre-drilled pilot holes to mount the power supply in a way that assures accessories can be clamped to the worksurface, and allow all cables to reach. 0º: POWER SUPPLY 90º: Straight: POWER SUPPLY Fit the keyhole slots of the power supply over the screws, and slide over into place. 3 Attach the switch at the front of the worksurface, adjacent to the leg with the master motor. Use the pre-drilled pilot holes for proper switch position, and affix the two () #8-5 x 5/8" screws. MASTER MOTOR SWITCH 3 Template Power Supply <mm> x Ø4mm 4mm Template for Power Supply: Page 8 of 3

Attach Driveshaft Covers and Wire Managers NOTE: There should be about /4" between the motors and the driveshaft covers. a LONG COVER SHORT COVER Determine which driveshaft cover goes where, if applicable. Attach driveshaft covers using four (4) screws each, into the pre-drilled pilot holes. LONG SIDE SHORT SIDE ~ /4" TWO SCREWS PER SIDE b (Equal-Sized or Right-Hand Table Shown This View) DRIVESHAFT COVER MOTOR ROUTE SWITCH CABLE THROUGH THIS AREA ALIGN HOLES IN COVER WITH PILOT HOLES IN WORKSURFACE. To maximize available space on the back of the worksurface for clamping accessories, place the wire manager over the driveshaft cover as shown. Attach with either two () or three (3) screws. No pilot holes are provided for wire managers. WIRE MANAGER WIRE MANAGER IS PUSHED UP AGAINST DRIVESHAFT COVER. BACK OF WORKSURFACE Page 9 of 3

Installing Stretchers NOTE: On 3-leg tables, be sure to use the correct length of stretcher for the particular side of the worksurface. Use longer components on the long side and shorter components on the short side, where applicable. Sub-assemble stretchers as shown. For 90 o stretcher, place the decorative cover over the small tube first, then insert into large tube. NOTE: Wherever possible, ensure that the set screws face the floor after table is assembled and flipped upright. SHORT PARTS FOR SHORT SIDE Straight: LONG PARTS FOR LONG SIDE 90º: SET SCREWS TO FACE THE FLOOR. (Equal-Sized or Right-Hand Table Shown This View) Page 0 of 3

Installing Stretchers (cont.) For 0 o and bubble-jetty tables, mount the center leg bracket as shown such that the set screws face the floor. Add decorative cover after tightening the two () M6 nuts. SET SCREWS TO FACE THE FLOOR. 4 Gently tighten all set screws between stretcher tubes. M6 NUTS 4 3 For all other stretchers, mount the ends to the legs using two () nuts per connection. Place decorative covers over each end after assembly. Straight: 90º: 3 M6 NUTS M6 NUTS Page of 3

Connect and Route All Cables 3 Connect power supply to master motor with the cable already attached to the power supply. Connect switch to master motor using the supplied RJ- cable. NOTE: To manage switch cable, and to prevent damage to the connection point on the motor, use the supplied cable clips as shown. 3 Switch Master Motor 4 Connect power cord to power supply. CAUTION: Be sure to create a 'drip loop' in the power cord before making the connection to a live wall socket, to prevent electric shock if liquids spill on power cord. 4 Connect master motor to slave motor using the supplied motor-to-motor cable. 5 Route all cables through wire managers. Keep all cables clear of moving parts! SEE NOTE SEE NOTE NOTE: For best results, route all cables carefully and neatly. Page of 3

Finishing the Table Assembly Ensure all decorative trim caps are securely attached. Double-check that all nuts, bolts, screws and compression nuts are securely attached. 3 PLEASE LEAVE THESE INSTRUCTIONS, AND THE USER GUIDE, IN AN OBVIOUS PLACE FOR THE END USER AFTER ASSEMBLY. STRETCHER CAPS 4 Finally, adjust glides to level the table, both left to right and front to back. HOLE CAPS Flip each completed table right-side up and test the function of each completed table. Cycle the table all the way up and down to test for correct function. 4 ASSEMBLY DIRECTION AND USER GUIDE 4 Page 3 of 3

Appendix A: -Piece Worksurface Assembly Position top pieces upside down on the assembly surface and align with wood spline (or biscuits) provided. Optional Biscuits SPLINE Install draw bolts and tighten with 5/6" or 7/6" open end wrench. Attach three (3) v-channels using sixteen (6) screws per channel. SCREWS V-CHANNELS DRAW BOLTS Page 4 of 3

Appendix A: -Piece Worksurface Assembly (cont.) Special Notes on -Piece Worksurfaces Overhangs: The extension portion of -piece worksurfaces may not completely overhang the supporting leg! One leg must always be fully mounted to the extension portion. Planar Alignment: CORRECT! The spline or biscuits between the primary and extension portions act to keep the worksurface halves aligned on the top surface. If these parts fit loosely, shim them using pieces of paper as shown. PRIMARY HALF CORRECT! WRONG! THIS CONDITION IS NOT ALLOWED! PRIMARY HALF EXTENSION HALF PLANAR MIS-ALIGNMENT EXTENSION HALF SLOT FOLDED SHEETS OF PAPER TO SHIM SPLINE IMPROVED ALIGNMENT Page 5 of 3

Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces Prepare a large open space to assemble the table. Sweep the floor! Screws and small parts can damage the worksurface. Put down a CLEAN shipping blanket to protect the worksurface. Unpack the worksurface and place on the shipping blanket upside-down. REMEMBER - You're looking at the UNDERSIDE of the worksurface. Are you sure which side is left or right? 3 With the assembly inverted, arrange the "keyboard" portion of the worksurface face-down as shown. Be sure to place the user-edge toward the end user's position as shown. 3 KEYBOARD PORTION OF WORKSURFACE USER EDGE -/" GAP Page 6 of 3

Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces (cont.) 4 Lower keyboard mechanism onto underside of work surface as shown. Align with pilot holes on both portions of work surface. 4 KEYBOARD MECHANISM 6 Attach small spacer plate next to the arm attached to the piston. The spacer limits the travel of the mechanism to prevent interference with the driveshaft. Install the spacer, as shown, using the pre-drilled pilot holes. SPACER PLATE 6 NOTE: Spacer goes on user's left-hand side of mechanism. 5 Insert screws into all available holes of mechanism (6 screws total). NOTE: Do not assemble brackets for pneumatic piston yet. 5 Page 7 of 3

Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces (cont.) NOTE: The pneumatic piston is pre-set at the factory for level installation (monitor and keyboard portion of worksurface in same horizontal plane). From this position, the piston must extend and compress, to allow the full range of motion of the mechanism. KEYBOARD ALL THE WAY UP KEYBOARD LEVEL Piston Compressed KEYBOARD ALL THE WAY DOWN Piston at Mid-Range Piston Extended CAUTION: Do not depress button on the end of the pneumatic piston. If piston becomes fully extended, compress it prior to assembly by pushing down against hard floor, and very quickly rotating up, so that button pops back out before the piston has a chance to extend. Side View of Piston MAXIMUM COMPRESSION KEYBOARD @ MINIMUM HEIGHT KEYBOARD LEVEL KEYBOARD @ MAXIMUM HEIGHT MAXIMUM EXTENSION Page 8 of 3

Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces (cont.) 7 Remove circlip from piston (7a) and remove piston from bracket. Assemble nut to threaded end of pneumatic piston (7b). Screw nut all the way down on the threads from the end (7c). 7b 7c CIRCLIP PNEUMATIC PISTON 7a NUT 9 Feed end of cable through large hole of bracket (9a). Place spacer over threaded end of piston (9b). 8 Place threaded end of piston through smaller hole in top of bracket, exactly as shown. Note orientation of bracket. 9a 9b THREADED END OF PISTON BRACKET 8 END OF CABLE Page 9 of 3

Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces (cont.) 0 Align threaded hole in plastic actuator with threads on piston (0a), and screw piston into place (0b). NOTE: There should be about 3/8" of throw in the lever when asssembled correctly (0c). CAUTION: Be careful not to actuate the button on the end of the piston until assembly is complete. Refer to page 8. 0b PISTON 0a 3/8" 0c PLASTIC ACTUATOR Place bracket on worksurface, and align with pilot holes (a). The pilot holes place the bracket in the optimum location for correct mechanism function. Re-attach piston to linkage arm with circlip (b). Secure using four (4) screws (c). BRACKET a b c CIRCLIP PILOT HOLES Page 30 of 3

Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces (cont.) Align mounting plate for actuator with pilot holes in keyboard portion of worksurface and install with two () screws. MOUNTING PLATE 3 4 Place end of actuator cable in slot on underside of handle (3a). Turn handle over, align guide hooks with rails on mounting plate and slide handle over mounting plate (3b). Be sure the cable remains in the slot at the back of handle (3c). Place notched area of rubber cable overmold into notch of mounting plate and snap into place. END OF ACTUATOR CABLE RAIL 3a 3b 3c UNDERSIDE OF HANDLE RAIL 4 Page 3 of 3

Appendix B: Installing a Keyboard Mechanism for Bi-Level Worksurfaces (cont.) For Compression Nut Version: NOTE: For 90 o small-corner bi-level tables with -leg base only. The cosmetic caps that cover the ends of the driveshafts are not used and may be discarded. Motor Placement on Rectangular Bi-Level Tables with -Leg Base: ACTUATOR Rectangular Bi-Levels: SWITCH Rectangular bi-level table must still have the motors mounted in between the legs. For all bi-level tables, the switch and master motor must be mounted on the user's right-hand side. This is because the mechanism actuator must be mounted on the left-hand side and can't be moved. SLAVE MOTOR (INBOARD) 90 o Small-Corner Bi-Levels: MASTER MOTOR (INBOARD) For Cap Nut / Push Nut Version: NOTE: For 90 o small-corner bi-level tables with -leg base only. Apply cap nut to the end of the driveshaft as it protrudes from the motor. Motor Placement on 90 o Small-Corner Bi-Level Tables with -Leg Base: ACTUATOR SWITCH To allow space for the bi-level mechanism, the motors on all 90 o small-corner bi-level with a -leg base must be mounted outboard of the legs as shown. SLAVE MOTOR (OUTBOARD) MASTER MOTOR (OUTBOARD) Page 3 of 3