Haas Door 2000 2010, 2012, 2014, 2016, 2032, 2033, 2032-20, 2033-20, 2050, 2051, 2060, 2070, 2080, 2090 Commercial Garage Door Operation & Maintenance Manual

OPERATION &
MAINTENANCE MANUAL
COMMERCIAL
COMMERCIAL
2000 SERIES
COMMERCIAL
SERIES
Rev. 9/12
2032 in white with full view sections
2” Thick
R-17.66
2010 / 2012 / 2014 / 2016 /2032/
2033 / 2032-20 / 2033-20/ 2050 /
2051/ 2060 /2070 / 2080 /2090
/////////////////////////////////////////////////////
2000
The Strength To
Keep Out Noise
and Weather
Haas 2000 Series commercial
insulated steel doors are manufactured
with the elements in mind. They will
enhance the beauty of your building
INSULATED
while at the same time, insulate and
dampen outside noise. Choosing
2032 in white with TL lites
high R-Value sectional doors will help
increase energy efficiency and savings.
Polyurethane insulation provides the
highest R-Values available in sectional
steel doors.
2000 series doors are reinforced with
roll-formed galvanized steel struts
and double-end hinges, as required to
meet wind load specifications and to
comply with ANSI/DASMA 102-2004.
The protective coating system is found
on both the interior and exterior steel.
2032 in white with full view sections
2000 Series / 2” thick / R-17.66
COMMERCIAL
2000 SERIES
2000 QUICK GUIDE
2012 in white
Max. Door Size
Section Skins
Model
Door
Thickness
R-Value*
Width
Height End Stile Type
2010
2”
(50.8mm)
17.66
18’-2”
16’-0”
2012
2”
(50.8mm)
17.66
18’-2”
2014
2”
(50.8mm)
17.66
2016
2”
(50.8mm)
2032
Inside
Outside
Extruded
End Cap
26 GA V-Groove
Woodgrain Steel
26 GA Flush
Woodgrain Steel
16’-0”
Extruded
End Cap
26 GA V-Groove
Woodgrain Steel
26 GA V-Groove
Woodgrain Steel
38’-2”
32’-0”
Steel
26 GA V-Groove
Woodgrain Steel
26 GA Flush
Woodgrain Steel
17.66
38’-2”
32’-0”
Steel
26 GA V-Groove
Woodgrain Steel
26 GA V-Groove
Woodgrain Steel
2”
(50.8mm)
17.66
24’-2”
32’-0”
Steel
26 GA V-Groove
Woodgrain Steel
20 GA
Smooth Steel
2033
2”
(50.8mm)
17.66
38’-2”
32’-0”
Steel
26 GA V-Groove
Woodgrain Steel
20 GA V-Groove
Smooth Steel
2032-20
2”
(50.8mm)
17.66
24’-2”
32’-0”
Steel
20 GA V-Groove
Smooth Steel
20 GA
Smooth Steel
2033-20
2”
(50.8mm)
17.66
38’-2”
32’-0”
Steel
20 GA V-Groove
Smooth Steel
20 GA V-Groove
Smooth Steel
2050
2”
(50.8mm)
17.66
38’-2”
32’-0”
Steel
24 GA V-Groove
Stucco Aluminum
24 GA V-Groove
Stucco Aluminum
2051
2”
(50.8mm)
17.66
38’-2”
32’-0”
Steel
24 GA V-Groove
Stucco Aluminum
24 GA Flush
Stucco Aluminum
2060
2”
(50.8mm)
17.66
24-’2”
32’-0”
Extruded
End Cap
26 GA V-Groove
Woodgrain Steel
26 GA Carriage House
Panel Woodgrain Steel
2070
2”
(50.8mm)
17.66
24-’2”
32’-0”
Extruded
End Cap
26 GA V-Groove
Woodgrain Steel
26 GA Ranch Panel
Woodgrain Steel
2080
2”
(50.8mm)
17.66
24-’2”
32’-0”
Extruded
End Cap
26 GA V-Groove
Woodgrain Steel
26 GA Raised Panel
Woodgrain Steel
2090
2”
(50.8mm)
17.66
24-’2”
32’-0”
Extruded
End Cap
26 GA V-Groove
Woodgrain Steel
26 GA Sculptured Panel
Woodgrain Steel
*calculated R-Value
Note: Certain weights and/or applications may limit the size allowed
2010, 2014 Flush Woodgrain
All Colors
Window Options for 2010: p30-32
2012, 2016 V-Groove Woodgrain
All Colors
2032, 2032-20 Flush Smooth
Polar White and Brown
2033, 2033-20 V-Groove Smooth
Polar White and Brown
2050 V-Groove Stucco Aluminum
Polar White
2051 Flush Stucco Aluminum
Polar White
2060 Carriage House Woodgrain
Panel
All Colors
2070 Ranch Woodgrain Panel
All Colors
2080 Raised Panel Woodgrain Panel
All Colors
OPTIONS
2090 Sculptured Raised Woodgrain Panel
All Colors
2000 Series
Available Options
A Full Thermal Break is used
in the tongue-and-groove
construction of all 2000
series doors. This rigid vinyl
extrusion seals the joints and
eliminates metal-to-metal
contact, which limits the
transfer of temperature.
Optional Exhaust Port
(interior view)
2”
Pass Through Door ( Interior View )
2” or 3” Track
Double Steel End Stiles
Exhaust Port
Cam Safety Device
Spring Bumpers
Chain Hoist
High Cycle Springs
Wind Load Rating
Glazing (lites)
High Cycle Rollers
Aluminum Full View Section
Pass Door
Keyed Lock
For detailed information about the construction of this series, see pages 28-29
13
2000 Series / 2” thick / R-17.66
DOOR PANELS
2000
Installation & Maintenance
Service Manual For
Commercial Steel Doors
320 Sycamore Street Wauseon, OH 43567
www.haasdoor.com
Rev. 5/12
Read Instructions Thoroughly Before Starting Installation
©2012 Haas Door Company
1
Haas Door Commercial Instruction Manual
OPENING PREPARATION
Note : All framing materials must be provided
by building contractor or installer.
Figure 2
Some large doors
may require additional
pad or pads located off
center to accommodate
auxiliary bearings.
W
S
W
S
All vertical jambs
and pads regardless
of type, must extend
to top of headroom
requirement.
W
W
Opening Height
B
Steel
Channel
S
2X6
Wood Jambs
Opening Width
Section “W”
Interior Elevation
S
3”
Min.
Steel Jambs
Section “S”
STEP 1 INSTALLATION OF DOOR
Check the size of door to be sure it is the same size as opening. Inspect the track and determine if you have reverse angle or
bracket mount tracks. Note: bracket mount has individual j-brackets to attach track to jamb, reverse angle has a continuous
angle to attach track to jamb. Note: if door is supplied with reverse angle. The door should be 2” wider than opening.
J
Center
Hinge
Bottom
Section
G
End Hinge
see Figure 6
on page 4
for correct
hinge numbers
Center Stile
Weatherstrip
Figure 3
STEP 2
Roller
H
Cable
Bottom Bracket
Drill a 3 /16” diameter
hole for this screw
Attach hardware to bottom section with 1/4” x 3/4” hex head sheet metal screws (see Figure 3). If door requires struts (ubars) see Figure 8 on page 4.
2 © 2012 Haas Door Company Rev. 5/12
Haas Door Commercial Instruction Manual
INSTALLATION OF VERTICAL TRACKS
STEP 3
Position bottom section in center of the opening, allowing equal distance from each side of the opening.
STEP 4
Position left hand track over rollers as shown in Figure 4. Space track 1/2” from door as shown.
Before attaching vertical track angle or brackets to jambs it must be plumb and parallel to door and raised to match leveling of
bottom door section.
Attach vertical track angles to jambs by welding or by using 1/4” self drilling screws on steel jambs or 5/16" x 1 1/ 2” hex
head lag screws on wood jambs. If mounting directly to masonry, anchors are not supplied.
Repeat above step for right hand track. (Note: Both tracks must be parallel for proper operation)
Insert rollers into end hinges.
Hook rollers into vertical track and swing end
hinges onto door section as shown at left.
Secure with fasteners provided.
STEP 5
Place #2 section on top of bottom section. Note: if door is supplied with cylinder lock, use section with lock holes punched
or drilled in it (see Step 19 on page 8).
Attach hinges and rollers as shown in Figure 5. See hinge schedule Figure 6 on page 4 for correct placement of numbered
hinges. If inside lock is supplied, see Figure 7.
Rev. 5/12 © 2012 Haas Door Company 3
Haas Door Commercial Instruction Manual
HINGE SCHEDULE
STEP 6
Complete the remainder of the sections at this time. Top
door section should only be installed after horizontal track or
full vertical track has been installed.
Note: if door is supplied with full view aluminum section(s),
attach hinges with 1/4” self drilling screws provided.
STEP 7 SLIDE BOLT LOCK
The inside lock is installed on the end stile of the second
section so the slide bolt rests against the top of one of the
rectangular engaging slots in the vertical track (see Figure 7).
If door is supplied with cylinder lock, see page 8.
STEP 8 U-BAR INSTALLATION
All trusses (u-bars) except top section truss are attached with
tech screws below hinges as shown in Figure 8. Top section
truss is located directly above the top roller brackets, secured
at the ends with tech screws. Secure all trusses to center
stiles through existing holes utilizing tech screws.
Note: Doors over 14’-2” wide require one truss per section.
STEP 9 STANDARD LIFT TRACK
Attach bearing brackets to the horizontal angles with 3/8” x
3/4” bolts & nuts. Form rope loops to a convenient overhead
structural member & insert horizontal tracks through them,
then attach bottom of the curved portions of track to the top
of the vertical tracks at the splice brackets with 1/4” x 5/8”
truss head machine screws & nuts. Head of machine screws
should be to inside of the track (see Figure 9). Using a level,
strike a plumb line from the inside of the splice bracket to
the inside of the horizontal angle on each side. Place outside
edges of bearing brackets against the plumb lines and attach
brackets securely to the wall (see Figure 9).
4 © 2012 Haas Door Company Rev. 5/12
Haas Door Commercial Instruction Manual
STEP 9a HI-LIFT TRACK
STEP 9b VERTICAL LIFT TRACK
Connect vertical hi-lift track to top of existing vertical track
with 1/4”x 5/8” truss head machine screws. Set track plumb
and fasten to jamb in the same manner as the vertical track
previously installed in Step 4. Attach bearing brackets to the
horizontal angles with 3/8” x 3/4” bolts & nuts. Form rope
loops to a convenient overhead structural member and insert
horizontal tracks through them, then attach bottom of the
curved portions of track to the top of the vertical tracks at the
splice brackets with 1/4” x 5/8” truss head machine screws
and nuts. Head of machine srews should be to inside of the
track (see Figure 9a). Using a level, strike a plumb line from
the inside ot the splice bracket to the inside of the horizontal
angle on each side. Place outside edges of bearing brackets
against the plumb lines and attach
brackets securely to the wall
(see Figure 9a).
Place upper vertical track on top of lower vertical track.
Plumb track and attach to wall in same manner as lower
vertical tracks. Heads of machine screws should be to inside
of the tracks as shown in Figure 9b. (Jamb fasteners must
be installed with no more than 48” between each fastener.)
Now set bearing brackets against the plumb lines and attach
brackets securely to the track and wall.
STEP 10
HORIZONTAL TRACK SUPPORT STEP 11 TOP BRACKETS
Replace temporary support hangers with steel support angle
(not supplied). Install sway braces only after checking the
horizontal track with a tape measure or spacing bar to verify
that they are parallel. Important: steel support or other means
must be strong enough to support full door weight and must
be attached to a structurally sound member.
Note: a center horizontal track support is required for doors
larger than 12’-1” in height (see Figure 1 Item A on page 1).
Rev. 5/12 Place top section in position. With rollers inserted in the
sleeves of top roller brackets, bolt brackets to section
through holes provided, utilizing self-tapping screws. Adjust
bracket slide so top section is perfectly vertical and tighten
adjusting bolt securely. Attach top leaves of hinges from the
preceding section. Check tracks for proper clearance and
permanently secure all fasteners.
© 2012 Haas Door Company 5
Haas Door Commercial Instruction Manual
WARNING:
Installing torsion springs can be a dangerous procedure and should only be performed by qualified door service personnel.
Do not attempt installation without proper tools and until reading and understanding the following instructions.
STEP 12 COUNTERBALANCE INSTALLATION
Determine what type of spring assembly you have as shown in figures 12, 13, 14 or 15.
STEP 13
Place the center support bracket and the bearing on the axles as shown in Figure 16 (bearing sits inside spring fitting). Bolt
spring fitting(s) to center support bracket (see Figure 16 or 17) using 3/8” dia. x 1 1/2” hex head bolts. Slide a cable drum
on both ends of shaft. Be sure correct hand drum is used (see Figures 12 thru 15). Slide bearing on each shaft end if not
already bolted to track.
6 © 2012 Haas Door Company Rev. 5/12
Haas Door Commercial Instruction Manual
STEP 14
Raise the shaft assembly over the door. If 2 piece shaft with coupling is supplied, raise half the total shaft at a time. Rest the
end(s) of shaft on the horizontal track angle.
See Figure 19 For coupling installation.
STEP 15
Locate and attach spring bearing plates/center support bracket to mountlng pads (not supplied). See Figure 2 for wood or
steel frame (jambs) . Mount spring brackets to structural member of building of sufficient size to withstand spring(s) torque.
When mounting springs on pads, keep in mind that springs grow in length when wound. Allow at least 5” space between
spring fitting and cable drum. If mounting the center support bracket to wood, use (2) 5/16” x 1 5/8” long hex head lags for
each bracket. For steel jambs use (2) 3/8” x 1 1/2” hex head bolts. If mountlng directly to concrete use (2) 5/16” dia thru
bolts or threaded rods (not supplied).
STEP 16 ATTACHING THE CABLES
Thread each cable between the axle and wall. Then insert each cable into the entry slot of each drum. Wind the excess cable
on the drum, then slide the drum against the bearing plate and tighten the two set screws securing the drum to the shaft.
Clamp a set of locking pliers with the jaws locked onto the shaft and the other end against the wall so that cable tension 0n
the drum is taut (no slack) and the shaft locked. Secure the remaining drum making sure both cables have equal tension and
are taut (see Figure 20). If axle is a solid shaft use a 1/4” key for both drums.
STEP #17
Before going to Step 18. Be sure door is in locked position. If no lock is supplied, place a clamp in both tracks of door directly
above a roller to make sure door can not be raised at this tlme.
STEP # 18 WINDING SPRING (see Figure 21)
Note: garage door springs can cause serious injury if not handled properly. Before winding the springs, make sure the lock is
engaged in the “locked” position. This will prevent the door from raising up by itself in the event the springs are over wound
or are too strong . Use two cold rolled steel rods approximately 18” long and the same diameter as the holes in the winding
cones (winding rods not furnished) 1/2” dia. for 1 3/4” & 2 5/8” springs and 5/8” dia. for larger springs. Do not use undersized
rods or other tools to wind springs. For your safety, position yourself on a sturdy ladder so that winding cone is either to your
right or to your left. Never stand directly in front of winding cones or winding bars. With one hand, insert one winding rod all
the way into the hole of the winding cone and wind the spring up one-quarter turn. With your other hand, insert the second
winding bar into the next hole, remove the upper winding bar and then take another one-quarter turn. Proceed in this manner until you have made all the required number of turns. The number of turns are indicated on the spring tag attached to
the spring assembly. For example, if the tag says “wind spring 7 turns, 7 x 4 = 28 one-quarter turns are required to balance.
Note: each complete turn will cause the chalk line to make one spiral. After the requred number of 1/4 turns have been made,
tighten both set screws in the winding cone to secure it to the shaft before removing the winding bars. Repeat this procedure
for each spring, then locking pliers can be removed. Attach one red warning label to spring.
Rev. 5/12 © 2012 Haas Door Company 7
Haas Door Commercial Instruction Manual
STEP 19 CYLINDER LOCK INSTALLATION
If lock cylinder is supplied, install in lock section as shown in the exploded view (see Figure 22).
STEP #20 LIFT HANDLES
Install lift handle(s) on bottom section with 1/4” - 20 nuts and
bolts supplied (as shown in fig. # 23).
MAINTENANCE & CAUTIONS
Recommended Service: lubricate rollers with a light oil as required. Check and tighten all nuts, bolts and screws annually.
(This may be required more frequently for high usage doors.)
Haas Door recommends servicing any part of the counterbalance system including springs, drums cables, bearing brackets,
and bottom corner brackets where cable is attached be performed by qualified door service personnel only (see notice below).
Important Safety Notice: Operate door only when properly adjusted and free of obstructions. Door is under extreme spring
tension. Repairs and adjustments, especially to cables and spring assembly, can be hazardous and should be performed by
qualifled door service personnel only.
Do not permit children to play with garage door or electric controls.
If door is now, or later becomes, electrically operated, pull down rope must be removed.
Avoid standing in open doorway or walking thru doorway while electrically operated door is moving.
Should door become hard to operate or completely inoperative, it is recommended that a qualified door agency be contacted.
The notice above has been approved and recommended by the National Association of Garage Door Manufacturers (NAGDM).
8 © 2012 Haas Door Company Rev. 5/12
CHT/CMT Series
MODEL 600, 700, 2000, 800
STEEL COMMERCIAL
GARAGE DOORS
Haas Door Company warrants its commercial CMT-600, CHT-700, CHT-2000, and
CHT-800 series steel garage door sections to be free from delamination or rustthrough for a period of 10 years to the original purchaser of the building where
the door sections are installed. All other components are warranted to be free
from defects in workmanship and material for a period of one (1) year from date
of installation.
This ten year Warranty applies only to steel garage door sections manufactured by Haas Door
Company and components manufactured or supplied by Haas Door Company. The warranty
excludes: (1) Sections and/or component parts which have been damaged due to misuse; (2)
Sections and/or components which have been improperly installed, maintained or operated; (3)
Sections and/or components that have been damaged due to accident; (4) Sections and/or
components that have been damaged due to exposure to salt environments including coastal
areas, corrosive fumes/chemicals, alkaline cleaning agents, condensation or fire; (5) Repair
and/or replacement labor charges, including travel cost; (6) Cool Black color; (7) Damages
resulting from other causes beyond the manufacturers control.
In the event any defect is claimed during the warranty periods, a claim in writing must be submitted to
Haas Door Company, directed through an authorized Haas Door Company dealer or installer. This claim
must be submitted within fifteen (15) days of the discovery of the suspected defect. The door and all
components must be available for inspection by an authorized Haas Door Company representative. Upon
verification of a manufacturing defect, Haas Door Company will provide repair or replacement part(s) at its
option.
THE MANUFACTURER SHALL NOT BE RESPONSIBLE FOR ANY INCIDENTAL OR CONSEQUENTIAL
DAMAGES ARISING OUT OF ANY BREACH OF THIS EXPRESS LIMITED WARRANTY, including but not limited
to any damage to buildings, other property or for any injuries or damages sustained by any person whomsoever, or
the recovery of any direct or indirect costs such as shipping, travel, lost time, installation labor charges, paint or
painting, cleaning, repair, or other building materials.
This warranty gives you specific legal rights and you may also have other rights that may vary from state to state. Haas Door
Company does not authorize anyone to change or modify the above warranties in any respect. ANY IMPLIED WARRANTY OR
MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE APPLICABLE TO THE COMMERCIAL MODEL (S) OF
INSULATED STEEL OVERHEAD GARAGE DOORS IS LIMITED IN DURATION TO THE DURATION OF THE HAAS DOOR
COMPANY WRITTEN WARRANTY SET FORTH ABOVE AND NEITHER HAAS DOOR COMPANY NOR ANY AUTHORIZED
SELLING DEALER SHALL BE LIABLE FOR LOSS OF TIME, INCONVENIENCE, COMMERCIAL LOSS, OR OTHER
CONSEQUENTIAL OR INCIDENTAL DAMAGES. Some states do not allow limitations on how long an implied warranty will last or
the exclusion or limitation of incidental or consequential damages, particularly in consumer transactions, so the above limitations or
exclusions may not apply to you.
----- THIS WARRANTY IS NOT TRANSFERABLE ---- 2012 Haas Door Company
Effective: June 4, 2012
Revised: July 12, 2012
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