EASTERN DOOR
SERVICE
Revised February 15, 2003
AUTOMATIC SLIDING DOORS
DORMA MODEL ESA-400 SPECIFICATIONS
PART I - GENERAL
1.01 DESCRIPTION
This section covers the furnishing and
installation of a complete automatic sliding door system. It includes
operator, track, doors, and activating devices all as required for
installation as shown and specified. The General Contractor shall coordinate
the work of all trades including the automatic door supplier, hardware
supplier, carpenter, mason, and electrician as so specified.
1.02 RELATED WORK COVERED BY OTHER
APPLICABLE SECTIONS OF SPECIFICATION SHALL INCLUDE:
A. Preparation of Opening
B. Floor Preparation
C. Electrical Supply and Connections (120 VAC Dedicated
Circuit)
D. Glass and glazing
E. Caulking
1.03 QUALITY ASSURANCE
A. ANSI A156.10 STANDARD
Provide automatic entrance doors complying with applicable requirements of
Power Operated Pedestrian Door Standard where applicable to door type.
B. UL 325
Provide powered door operators complying with UL 325, Electrical
Door, Drapery, Gate, Louver, and Window Operators and Systems.
C. MANUFACTURER'S QUALIFICATIONS
Provide units produced by a firm with not less than 5 years successful
experience in the fabrication of automatic doors of the type required for
this project.
D. INSTALLER'S QUALIFICATIONS
Engage an installer who has an AAADM certified inspector on staff
and is an authorized representative of the automatic door manufacturer for
both the installation and maintenance of the type of units required for
this project.
1.04 SUBMITTALS
A. PRODUCT DATA
Submit manufacturer's product data and standard details for
automatic doors, including fabrication, finishing hardware, operators,
accessories, and other components of the work. Include rough-in diagrams,
wiring diagrams, parts lists, and maintenance instructions, as well as
certified test data (where required).
B. TEMPLATES AND DIAGRAMS
Furnish templates, diagrams, and other data to fabricators and
installers of related work, as needed for coordination of automatic
entrance installation.
C. SHOP DRAWINGS
Submit shop drawings for the fabrication and installation of
automatic entrance doors and associated components of the work. Indicate
anchors, joint system, expansion provisions, hardware, and other
components not included in manufacturer's standard data. Include glazing
details (where required).
1.05 WARRANTY
Units to be warranted against defect in material and workmanship for a
period of one year from the date of installation.
PART II - PRODUCT
2.01 MANUFACTURER
Model ESA 400 automatic sliding door(s) shall be of type(s) and size(s) as
indicated on plans, as manufactured by DORMA Automatics, Inc. and as
supplied by Eastern Door Service, Inc., Florence, NJ (800) 390-5521 http://www.EDSdoors.com.
2.02 EQUIPMENT
A. AUTOMATIC SLIDING DOOR SYSTEM
Automatic Sliding Door System: Shall be DORMA ESA-400 (full breakout design).
The system shall consist of glazed sliding aluminum door(s) with sidelight(s), 4.5” x
7.5” (114mm x 190.5mm) header with belt drive operator, threshold / track with all
activating and safety sensors. The system shall be completely engineered, manufactured, glazed
and assembled by DORMA Automatics, Inc. All operator components shall be factory
assembled within the header, fully adjusted and tested. Field wiring of the operator is
not required; other than connection to job-site power. Door functions shall be in
accordance with ANSI A156.10 and an AAADM compliance inspection shall be completed after the door system is completely installed, including
glazing.
B. SLIDING ALUMINUM
DOORS
Provide glazed door units with 3/8” fully tempered clear
glass shall be factory installed. All visible aluminum door stiles shall
have a face dimension of: pivot stiles 1-5/16”, interlock stiles 1-3/16”, and lock stiles
31/32” plus an 11/32” neoprene nosing for weather sealing. All visible door rails shall
have a face dimension of: bottom rails 3-7/16” and tapered top rails 6-3/8” including the
breakout assembly. Dampened door-opening restrictor arms shall be provided for all
panels to control and limit the opening angle of the door(s) as they swing in the direction
of egress. Each sliding door panel shall have a single-point lock on the bottom rail. The
door package shall include a continuous interlock rail that latches the sliding panel(s) to
the sidelight panel(s) when the door system is in the fully closed position. The active
sliding door shall be provided with a maximum-security lock, with a key cylinder on the
exterior and a thumb turn on the interior in accordance with NFPA 101.
C. DOOR OPERATION
In compliance with NFPA 101, all panel(s) shall allow “breakout” to the full and open
position to provide egress at any point in the unlocked door’s movement or position. To
allow safe egress, automatic operation shall be discontinued when any panel is in the
“breakout” mode by way of a non-contact cut-off switch.
D. ALUMINUM FRAME AND EXTRUSIONS
Door panels shall consist of aluminum profiles of sufficient strength and thickness to
properly self-support the functionality of the sliding door system. The framing materials
[including the jambs and header] shall be 4.5” (114mm) deep. Bi-part transom
packages shall contain one (1) vertical transom tube centered in the opening.
[Specify, if desired: provide additional vertical tubes].
F. SIDELIGHTS
Provide sidelight door panel(s) to dimension height(s) and width(s) as
shown on construction documents with 3/8” fully tempered clear glazing. The sidelights
shall swing out and allow the sliding doors to break away to the full open position for
egress at any point in the doorˇ¦s movement per NFPA 101.
G. HEADER
Shall be 4.5¨ wide by 7.5¨ high (114 mm wide by 190.5 mm high), a 6063-T5
extruded aluminum alloy - capable of supporting door panels of 1 x 220 lbs. (single
slide) or 2 x 190 lbs. (bi-part slide). The header shall contain the door operator and
door mounting components. The header cover shall have a continuous self-locking
hinge design and open flush with the top of the header. The roller track shall be a
separate extrusion from the header and sound dampened by separating the track from
the header with an extruded EPDM rubber gasket.
H. DOOR HANGER WHEELS
Shall be 1.5¨ (44 mm) diameter Delrin wheels with self lubricating sealed ball bearing
cores. The sliding door(s) shall be stabilized on the track by 1.625ˇ¨ (36mm) diameter
anti-riser wheels. This assembly shall allow the sliding doors to freely swing outward
for emergency egress. The door height shall have an upward or downward adjustment
of 3/16¨ +/- (5mm) as required by field conditions.
I. THRESHOLD TRACK
Shall be required adjacent to the sidelight(s) or "SO" panels. [Continuous threshold
is available - specify if required].
J. DOOR OPERATOR AND CONTROLER
Shall be powered by an electro-mechanical operator with microprocessor
controller. The operator components shall consist of: a DC permanent
magnet motor, a self lubricating drive system, wear-free digital rotary
encoder all linked to [and managed by] a fully integrated digital
microprocessor controller.
K. MICROPROCESSOR CONTROLLER
The microprocessor controller is a fully integrated digital design that is self-learning
and self-monitoring. Performance parameters shall not exceed applicable ANSI
A156.10 and / or UL standards. The controller shall continuously monitor all critical
door functions and safety sensors. All door functions - such as opening speed, closing
speed, check locations, partial open dimensions, etc., shall be fully programmable
without the use of limit switches. This shall be accomplished by utilizing a portable
hand terminal connected to the microprocessor controller.
L. ACCESSORIES
The automatic sliding door system shall include the following
accessories to reduce energy loss: track-in pile weather-stripping on the
bottom of sliding door(s), track-in double pile weather-stripping on the
sliding door lead edges, track-in single pile weather-stripping between
the carrier and the header on the sliding door(s), track-in double pile
weather-stripping at the interlock rails between sliding door(s) and
sidelight door(s), track-in extruded EPDM weather-stripping between
sidelight door(s) and jamb(s). Interior side jamb mounted program switches
consisting of: Main Switch = AUTO-OFF-OPEN (operates door in fully
automatic mode or turns it off or keeps it fully open), Exit Only Switch =
OFF – ON (only the exit side motion detector will initiate door opening)
and Partial Open Switch = OFF – ON (reduces the opening width according
to weather and traffic conditions). [Insert, if applicable: Provide
emergency exit devices, automatic locking system, DORMA ITS-96 hydraulic
door closers, battery back-up system].
M. FINISH
OPTIONS: All exposed surfaces shall be (Select desired finish)
1) 204-R1 clear anodized aluminum.
2) 313-R1 dark bronze anodized aluminum.
3) Manufacturer's standard two coat Duranar finish. Color to be selected
by architect from manufacturer's standard color chart.
4) Manufacturer's standard three coat Duranar XL finish. Color to be
selected by architect from manufacturer's standard XL color chart.
5) Manufacturer's standard exotic Duranar finish. Color to be selected by
architect from manufacturer's standard exotic color chart.
6) Special color and finish as indicated (optional)
2.03 CONTROL SWITCHES
A. THRESHOLD SENSORS
Shall be factory installed self-monitored active infrared
photoelectric safety beams. The beams shall be self contained and fully
functioning during the opening and closing cycle of the door. Beams are
to be installed at 24" (610mm) and 48" (1219mm) respectively
from bottom of door package. All beam wires shall be concealed and jamb
located wire loops are not permitted.
B. ACTIVATION SENSORS
The motion sensor unit shall utilize K-band frequency (24.125 GHz)
for improved detection of slow-moving pedestrian traffic, and shall be
switchable between bi-directional and uni-directional operation.
Circuitry is included to eliminate Radio Frequency Interference (RFI)
and Electromagnetic Interference (EMI). The relay hold time shall be
adjustable from 0.5 seconds to 9 seconds. The DORMA Automatics, Inc.
motion sensor shall be mounted to the header at 120" (3,048mm)
maximum above the finished floor. Using the adjustable antenna the
detection pattern shall be semi-circular. When installed at a height of
96" (2,438mm) and set at the highest sensitivity, the sensor can
provide a "wide pattern setup" of approximately 12’-0"
wide by 6’-6" deep (3,658 x 1,981mm), or a "narrow pattern
set-up" of approximately 6’-6" wide by 8’-0" deep
(1,981 x 2,438mm). The location of the detection zone shall be
adjustable by moving the antenna. Vertical antenna adjustments are
possible from 0° to 90° in 15° increments and lateral adjustment from
30° left to 30° right and anywhere in between. The operational
temperature range for the sensor is between -30°F (-35° C) to + 131°
F (55°C). Power shall be provided by the microprocessor control.
Electrical adjustments can be made with a universal coded infrared
remote control.
2.04 REQUIREMENTS FOR ELECTRICAL WORK
BY OTHERS
The Electrical Contractor shall furnish and install all wiring to
operator. Provide 120 VAC, 60 cycle, 1 phase, 15 amp service to each
operator (header) on a separate circuit breaker routed into header. Remote
switches (if specified) shall be provided with control wire and electrical
boxes from switches to operators. Remote switches provided under this
section shall be installed by the electrical contractor.
NOTE: Maximum current draw is 5 amps per operator protected by internal
circuit breaker in operator.
PART III - EXECUTION
3.01 INSPECTION
Installer must examine the areas and conditions under which automatic doors
are to be installed and notify the Contractor in writing of conditions
detrimental to the proper and timely completion of work. Do not proceed with
the work until all unsatisfactory conditions have been corrected in a manner
acceptable to the installer and in accordance with approved shop drawings.
3.02 INSTALLATION
Comply with specifications and recommendations. Set track and operator
plumb, level and true to line, without warp or rack of doors. Anchor
securely in place. Isolate aluminum and other corrodible materials from
sources of electrolytic action at points of contact. Install complete door
operator system in accordance with manufacturer's instructions, including
drive mechanism, controls, and control switches.
3.03 ADJUST AND CLEAN
Adjust operator and controls for optimum condition and safety. Lubricate
operating equipment. Clean surfaces promptly after installation, exercising
care to avoid damage of the protective coating (if any). Advise contractor
of protective treatment and other precautions required through the remainder
of the construction period, to ensure that doors will be without damage or
deterioration (other than normal weathering) at the time of acceptance.
END OF SECTION
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