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SECTION
15773
SNOW
AND ICE MELTING EQUIPMENT
Display hidden notes to specifier by using
"Tools"/"Options"/"View"/"Hidden Text".
** NOTE TO SPECIFIER ** Orbit Radiant Heating; interior radiant
heating, exterior snow melting, exterior roof and gutter ice melting for both
residential and commercial applications.
.
This section is based on the products
of Orbit Radiant Heating, which is located at:
1507 W. Park Ave.
Perkasie, PA 18944
Toll Free Tel: 800-522-3986
Tel: 215-453-9228
Fax: 215-257-7399
Email: request
info
Web: www.OrbitMfg.com
[ Click Here ] for additional
information.
Orbit Manufacturing has been in the
electrical heating business since 1961. We began as a manufacturer of
electrical residential and light commercial baseboard, and added an
architectural line of electrical products in 1980. In 1992, we established our initial
agreement to distribute Nexans heating cable throughout the United States,
becoming one of the first domestic radiant heating system suppliers.
Our partner, Nexans, is the worldwide
leader in the cable industry. A pioneer in electric radiant heating, Nexans has
been manufacturing radiant heating cable since 1926. Nexans' extensive
experience and superior heating cable products along with Orbit's knowledge in
electric radiant heating sales and customer support, form an ideal partnership
that brings you the radiant comfort that you deserve.
Residential Radiant Heating
Applications Orbit electric radiant
heating systems can be used for a wide variety of applications. For indoor
applications, our Nexans cables and mats can be used to warm any kind of floor,
including hardwood, tile, laminates and marble. For outdoor applications,
Nexans cables can melt snow and ice from ground surfaces such as concrete,
brick, pavers or asphalt, as well as roofs and gutters.
Commercial & Industrial Applications Orbit's durable electric radiant heating
systems, comprised of Nexans cables, are designed to withstand the rigors of
demanding applications in almost any commercial application, from snow and ice
melting to frost protection. Our systems can be used to melt snow and ice from
concrete, brick or asphalt, as well as from roofs and gutters.
We engineer and customize each system
to ensure you get just the right configuration for your particular application
to ensure the lowest first cost and operation expense.
Radiant Heating Controls Orbit provides a variety of control
products for all of our electric radiant heating systems.
PART 1 GENERAL
1.1 SECTION INCLUDES
** NOTE TO SPECIFIER **
Delete items below not required for project.
A. Snow melting equipment and controls.
B. Ice melting equipment and controls for
roof and gutters.
1.2 RELATED SECTIONS
** NOTE TO SPECIFIER **
Delete any sections below not relevant to this project; add others as
required.
A. Section 02775 - Sidewalks.
B. Section 02780 - Unit Pavers.
C. Section 03300 - Cast-In-Place Concrete.
D. Section 15778 - Electric Snow-Melting
Equipment.
E. Section 16050 - Basic Methods and Materials:
Power and controls wiring.
1.3 SUBMITTALS
A. Submit under provisions of Section 01300.
B. [ Product Data
]: Manufacturer's data sheets on each
product to be used, including:
1. Preparation instructions and
recommendations.
2. Storage and handling requirements and
recommendations.
3. Installation methods.
C. Shop Drawings:
1. Provide dimensioned layout of heater
cable calculated to provide heat energy concentrations as required by
application.
2. Provide schematic layout of controls and
sensors.
D. Project Record Drawings:
1. Locations of cables.
2. Sensors.
3. Controls.
4. Branch circuit connections.
1.4 QUALITY ASSURANCE
A. Manufacturer Qualifications: Manufacturer shall have not less than 35
years experience manufacturing the heating cables specified in this Section.
B. Installer Qualifications: Installer shall
demonstrate experience on projects of similar size and complexity. All wiring connections shall be done by a
licensed electrician.
C. Self-regulating cable is not acceptable.
1.5 DELIVERY, STORAGE, AND HANDLING
A. Store products in manufacturer's unopened
packaging until ready for installation.
1.6 PROJECT CONDITIONS
A. Maintain environmental conditions
(temperature, humidity, and ventilation) within limits recommended by
manufacturer for optimum results. Do
not install products under environmental conditions outside manufacturer's
absolute limits.
1.7 WARRANTY
A. The Electrical Contractor shall verify
and record resistance and insulation-to-ground readings of the system upon
delivery and again before start up.
B. If readings show electrical faults upon
delivery testing, then manufacturer shall replace the cable at no cost to the
Owner.
C. If readings show electrical faults
following receipt testing, then Contractor shall replace the cable at no cost
to the Owner or the manufacturer.
PART 2 PRODUCTS
2.1 MANUFACTURERS
A. Acceptable Manufacturer: Orbit Radiant
Heating, which is located at: 1507 W. Park Ave. ; Perkasie, PA 18944; Toll Free Tel: 800-522-3986; Tel:
215-453-9228; Fax: 215-257-7399; Email: request
info; Web: www.OrbitMfg.com
** NOTE TO SPECIFIER **
Delete one of the following two paragraphs; coordinate with requirements
of Division 1 section on product options and substitutions.
B. Substitutions: Not permitted.
C. Requests for substitutions will be
considered in accordance with provisions of Section 01600.
** NOTE TO SPECIFIER **
Delete if not required.
2.2 COMMERCIAL ROOF AND GUTTER ICE MELTING
A. Provide a complete, integrated system,
comprised of heating cable(s), sensor(s) and control panel(s).
1. Provide heating cables with
factory-installed cold junctions as described in this section and shown on the
Drawings.
2. Provide one Control System as described
in this section, to operate with a power source of:
** NOTE TO SPECIFIER **
Delete voltage not required.
a. 120 volt.
b. 208-240 volt 3 wire.
c. 277 volt 3 wire.
d. 208-240 volt 4 wire.
e. 277 volt 4 wire.
f. 460 volt.
g. 480 Volt.
** NOTE TO SPECIFIER **
Delete phase not required.
h. Single phase.
i. 3 Phase.
3. Provide remote moisture and temperature
sensors as described in this section.
** NOTE TO SPECIFIER ** The
NEC requires, in 426.28, that ALL ELECTRIC SNOW MELTING systems be protected by
Ground Fault detection circuit interrupters. Delete one of two options for
assigning NEC ground fault protection requirement responsibility.
4. The installation contractor shall provide
required ground fault interrupt for the heating cables
5. The manufacturer shall provide required
ground fault interrupt for the heating cables as an integral part of the
control system on custom systems only.
B. Heating Cables:
1. Cable shall be Series TXLP produced by
Nexans Norway A/S.
2. Provide heating cable with the following
properties:
a. Single conductor, series resistance type.
b. Tinned copper ground conductor.
c. Three layers of waterproof protection to
include:
1) Insulated by type XLPE cross-linked
polyethylene.
2) Integral full-length foil shield.
3) Surrounded with extruded PVC outer
jacket.
d. Cable shall be continuously marked with
manufacturer's name, lot number and ohms resistance per linear meter.
e. Precut to correct length with 10 Gauge
cold junction conductors manually crimped to the resistance wire at the
factory. Field crimping of lead wire is not acceptable.
f. Sized to produce a maximum of 6 to 7.5
Watts/lf, (maximum 22.5 watts/sf.) when energized.
g. Wire insulation shall be tested and
documented before shipment with a 1000v-mega ohm meter; insulation resistance
less than 500 mega ohm shall be rejected.
h. UL listed.
i. Designed to meet current NEC regulations
when properly installed.
j. Warranty of 10 years minimum.
3. Twin conductor and self-regulating cable
is not acceptable.
** NOTE TO SPECIFIER **
Delete standard control system if not required.
C. Control System:
1. Standard Orbit RSMCK Series Control.
2. Enclosures shall consist of a NEMA 1
panel, designed for indoor surface or recessed mounting, including:
** NOTE TO SPECIFIER **
Delete panel type not required.
a. 50 Amp (1 Contactor) Panel.
b. 100 Amp (2 Contactor) Panel.
c. 200 Amp (4 Contactor) Panel.
d. Contactors pre-mounted and pre-wired in
the enclosure.
e. 4 Hour Manual Timer.
f. Heat On Indicator Light.
g. Pre-mounted and pre-wired Terminal
Connections.
h. Orbit Supplied Control Sensor.
** NOTE TO SPECIFIER **
Delete custom control system if not required.
D. Control System: Custom UL Listed Control
Enclosure shall consist of a NEMA 12 panel, designed for indoor surface
mounting, including:
1. Primary power disconnect switch (circuit
breaker) in accordance with NEC recommendations.
2. Power Control by means of Magnetic
Contactors, rated at 50 Amperes Resistive Load, 1 or 3 Phase, as required.
** NOTE TO SPECIFIER **
Delete contactor type not required.
a. Contactors shall be pre-mounted and
pre-wired in the enclosure.
b. Contactors shall be remotely mounted
inside NEMA rated enclosures, when NEC required GFI protection is provided by
Orbit Mfg. in lieu of the Contractor.
3. Control circuit transformer, where
required.
4. Pilots lights, indicating: Main Power On,
Each Circuit On and Control System On.
5. Touch Safe', labeled termination points
for control power, remote control connections and cable power connections.
6. The control enclosure shall bear a UL
label.
E. Sensors: Control of the system shall be
achieved by the use of one or more remote mounted sensors which will
collectively sense the outdoor temperature and the presence of falling or
drifting snow.
1. The system shall be capable of responding
to the inputs from more that one sensor, so that the system will not shut down
when snow has melted in a sunny area but remains in a shaded area.
2. The controller will remain energized for
an adjustable duration following the end of snowfall, so that slush and ice
formation are prevented or removed.
3. The controller shall feature a device to
permit Manual Over-ride to deal with unusual situations. The manual feature
shall self disconnect after approximately 4 hours to prevent system run-away.
** NOTE TO SPECIFIER **
Delete if not required.
2.3 COMMERCIAL SNOW MELTING
A. Provide a complete, integrated system,
comprised of heating cable(s), sensor(s) and control panel(s).
1. Provide heating cables with
factory-installed cold junctions as described in this section and shown on the
Drawings.
** NOTE TO SPECIFIER ** Snow
melting design parameters. Insert energy/area required for application.
|
|
|
|
|
|
a. Designed Watts/SF: ________.
2. Provide one Control System as described
in this section, to operate with a power source of:
** NOTE TO SPECIFIER **
Delete voltage not required.
a. 120 volt.
b. 208-240 volt 3 wire.
c. 277 volt 3 wire.
d. 208-240 volt 4 wire.
e. 277 volt 4 wire.
f. 460 volt.
g. 480 Volt.
** NOTE TO SPECIFIER **
Delete phase not required.
h. Single phase.
i. 3 Phase.
3. Provide remote moisture and temperature
sensors as described in this section.
** NOTE TO SPECIFIER ** The
NEC requires, in 426.28, that ALL ELECTRIC SNOW MELTING systems be protected by
Ground Fault detection circuit interrupters. Delete one of two options for
assigning NEC ground fault protection requirement responsibility.
4. The installation contractor shall provide
required ground fault protection for the heating cables
5. The manufacturer shall provide required
ground fault protection for the heating cables as an integral part of the
control system on custom systems only.
B. Heating Cables:
1. Cable shall be Series TXLP produced by
Nexans Norway A/S.
2. Provide heating cable with the following
properties:
a. Single conductor, series resistance type.
b. Tinned copper ground conductor.
c. Three layers of waterproof protection to
include:
1) Insulated by type XLPE cross-linked
polyethylene.
2) Integral full-length foil shield.
3) Surround with extruded PVC outer jacket.
d. Cable shall be continuously marked with
manufacturer's name, lot number and ohms resistance per linear meter.
e. Precut to correct length with 10 Gauge
cold junction conductors manually crimped to the resistance wire at the
factory. Field crimping of lead wire is not acceptable.
f. Sized to produce a maximum of 15.2
Watts/lf, (maximum 55 Watts/sf.) when energized.
g. Wire insulation to be tested and
documented before shipment with a 1000-mega ohm meter; insulation resistance
less than 500 mega ohm shall be rejected.
h. UL listed.
i. Designed to meet current NEC regulations
when properly installed.
j. Warranty of 10 years minimum.
3. Twin conductor and self-regulating cable
is not acceptable
** NOTE TO SPECIFIER **
Delete standard control system if not required.
C. Control System:
1. Standard Orbit RSMCK Series Control.
2. Enclosures shall consist of a NEMA 1
panel, designed for indoor surface or recessed mounting, including:
** NOTE TO SPECIFIER **
Delete panel type not required.
a. 50 Amp (1 Contactor) Panel.
b. 100 Amp (2 Contactor) Panel.
c. 200 Amp (4 Contactor) Panel.
d. Contactors pre-mounted and pre-wired in
the enclosure.
e. 4 Hour Manual Timer.
f. "Heat On" Indicator Light.
g. Pre-mounted and pre-wired Terminal
Connections.
h. Orbit Supplied Control Sensor
** NOTE TO SPECIFIER **
Delete custom control system if not required.
D. Control System: Custom UL Listed Control
Enclosure shall consist of a NEMA 12 panel, designed for indoor surface
mounting, including:
1. Primary power disconnect switch (circuit
breaker) in accordance with NEC recommendations.
2. Power Control by means of Magnetic
Contactors, rated at 50 Amperes Resistive Load, 1 or 3 Phase, as required.
** NOTE TO SPECIFIER **
Delete contactor type not required.
a. Contactors shall be pre-mounted and pre-wired
in the enclosure.
b. Contactors shall be remotely mounted
inside NEMA rated enclosures, when NEC required GFI protection is provided by
Orbit Mfg. in lieu of the Contractor.
3. Control circuit transformer, where
required.
4. Pilots lights, indicating: Main Power On,
Each Circuit On and Control System On.
5. Touch Safe', labeled termination points
for control power, remote control connections and cable power connections.
6. The control enclosure shall bear a UL
label.
E. Sensors: Control of the system shall be achieved
by the use of one or more remote mounted sensors which will collectively sense
the outdoor temperature and the presence of falling or drifting snow.
1. The system shall be capable of responding
to the inputs from more that one sensor, so that the system will not shut down
when snow has melted in a sunny area but remains in a shaded area.
2. The controller will remain energized for
an adjustable duration following the end of snowfall, so that slush and ice
formation are prevented or removed.
3. The controller shall feature a device to
permit Manual Over-ride to deal with unusual situations. The manual feature
shall self disconnect after approximately 4 hours to prevent system run-away.
F. Marker Plates (Aluminum Embedded Buried
Heating System Identifiers):
1. NEC requirement per National Electric
Code Section 426-13.
2. One Marker Plate per 400 square feet.
3. Provided by heating cable manufacturer.
** NOTE TO SPECIFIER **
Delete if not required.
2.4 RESIDENTIAL ROOF AND GUTTER ICE MELTING
A. Provide a complete, integrated system,
comprised of heating cable(s), sensor(s) and control panel(s).
1. Provide heating cables with
factory-installed cold junctions as described in this section and shown on the
Drawings.
2. Provide one Control System as described
in this section, to operate with a power source of:
** NOTE TO SPECIFIER **
Delete voltage not required.
a. 120 Volt, Single Phase.
b. 208-240 Volt, Single Phase.
3. Provide remote moisture and temperature
sensors as described in this document.
** NOTE TO SPECIFIER ** The
NEC requires, in 426.28, that ALL ELECTRIC SNOW MELTING systems be protected by
Ground Fault detection circuit interrupters. Delete one of two options for
assigning NEC ground fault protection requirement responsibility.
4. The installation contractor shall provide
required ground fault interrupt for the heating cables
5. The manufacturer shall provide required
ground fault interrupt for the heating cables as an integral part of the
control system on custom systems only.
B. Heating Cables:
1. Cable shall be Series TXLP produced by
Nexans Norway A/S.
2. Provide heating cable with the following
properties:
a. Single conductor, series resistance type.
b. Tinned copper ground conductor.
c. Three layers of waterproof protection to
include:
1) Insulated by type XLPE cross-linked
polyethylene.
2) Integral full-length foil shield.
3) Surrounded with extruded PVC outer
jacket.
d. Cable shall be continuously marked with
manufacturer's name, lot number and ohms resistance per linear meter.
e. Precut to correct length with 10 Gauge
cold junction conductors manually crimped to the resistance wire at the
factory. Field crimping of lead wire is not acceptable.
f. Sized to produce a maximum of 6 to 7.5
Watts/lf, (maximum 22.5 watts/sf) when energized.
g. Wire insulation to be tested and
documented before shipment with a 1000v-mega ohm meter; insulation resistance
less than 500 mega ohm shall be rejected.
h. UL listed.
i. Designed to meet current NEC regulations
when properly installed.
j. Warranty of 10 years minimum.
3. Twin conductor and self-regulating cable
is not acceptable
** NOTE TO SPECIFIER **
Delete standard control system if not required.
C. Control System:
1. Standard Orbit RSMCK Series Control.
2. Enclosures shall consist of a NEMA 1
panel, designed for indoor surface or recessed mounting, including:
** NOTE TO SPECIFIER **
Delete panel type not required.
a. 50 Amp (1 Contactor) Panel.
b. 100 Amp (2 Contactor) Panel.
c. 200 Amp (4 Contactor) Panel.
d. Contactors pre-mounted and pre-wired in
the enclosure.
e. 4 Hour Manual Timer.
f. "Heat On" Indicator Light.
g. Pre-mounted and pre-wired Terminal
Connections.
h. Orbit Supplied Control Sensor.
** NOTE TO SPECIFIER **
Delete custom control system if not required.
D. Control System: Custom UL Listed Control
Enclosure shall consist of a NEMA 12 panel, designed for indoor surface mounting,
including:
1. Primary power disconnect switch (circuit
breaker) in accordance with NEC recommendations.
2. Power Control by means of Magnetic
Contactors, rated at 50 Amperes Resistive Load, Single Phase, as required.
** NOTE TO SPECIFIER **
Delete contactor type not required.
a. Contactors shall be pre-mounted and
pre-wired in the enclosure.
b. Contactors shall be remotely mounted
inside NEMA rated enclosures, when NEC required GFI protection is provided by
Orbit Mfg. in lieu of the Contractor.
3. Control circuit transformer, where
required.
4. Pilots lights, indicating: Main Power On,
Each Circuit On and Control System On.
5. Touch Safe', labeled termination points
for control power, remote control connections and cable power connections.
6. The control enclosure shall bear a UL
label
E. Sensors: Control of the system shall be
achieved by the use of one or more remote mounted sensors which will
collectively sense the outdoor temperature and the presence of falling or
drifting snow.
1. The system shall be capable of responding
to the inputs from more that one sensor, so that the system will not shut down
when snow has melted in a sunny area but remains in a shaded area.
2. The controller will remain energized for
an adjustable duration following the end of snowfall, so that slush and ice
formation are prevented or removed
3. The controller shall feature a device to
permit Manual Over-ride to deal with unusual situations. The manual feature
shall self disconnect after approximately 4 hours to prevent system run-away.
** NOTE TO SPECIFIER **
Delete if not required.
2.5 RESIDENTIAL SNOW MELTING
A. Provide a complete, integrated system,
comprised of heating cables, sensors and control panels.
1. Provide heating cables with
factory-installed cold junctions as described in this section and shown on the
Drawings.
** NOTE TO SPECIFIER ** Snow
melting design parameters. Insert energy/area required for application.
|
|
|
|
|
|
a. Designed Watts/SF: ________.
2. Provide one Control System as described
in this section, to operate with a power source of:
** NOTE TO SPECIFIER **
Delete voltage not required.
a. 120 Volt, Single Phase.
b. 208-240 Volt, Single Phase.
3. Provide remote moisture and temperature
sensors as described in this document.
** NOTE TO SPECIFIER ** The
NEC requires, in 426.28, that ALL ELECTRIC SNOW MELTING systems be protected by
Ground Fault detection circuit interrupters. Delete one of two options for
assigning NEC ground fault protection requirement responsibility.
4. The installation contractor shall provide
required ground fault interrupt for the heating cables
5. The manufacturer shall provide required
ground fault interrupt for the heating cables as an integral part of the
control system on custom systems only.
B. Heating Cables:
1. Cable shall be Series TXLP produced by
Nexans Norway A/S.
2. Provide heating cable with the following
properties:
a. Single conductor, series resistance type.
b. Tinned copper ground conductor.
c. Three layers of waterproof protection to
include:
1) Insulated by type XLPE cross-linked
polyethylene.
2) Integral full-length foil shield.
3) Surrounded with extruded PVC outer
jacket.
d. Cable shall be continuously marked with
manufacturer's name, lot number and ohms resistance per linear meter.
e. Precut to correct length with 10 Gauge
cold junction conductors manually crimped to the resistance wire at the
factory. Field crimping of lead wire is not acceptable.
f. Sized to produce a maximum of 15.2
Watts/lf, (max .55 Watts/sf) when energized.
g. Wire insulation to be tested and
documented before shipment with a 1000v-mega ohm meter; insulation resistance
less than 500 mega ohm shall be rejected.
h. UL listed.
i. Designed to meet current NEC regulations
when properly installed.
j. Warranty of 10 years minimum.
3. Twin conductor and self-regulating cable
is not acceptable.
** NOTE TO SPECIFIER **
Delete standard control system if not required.
C. Control System:
1. Standard Orbit RSMCK Series Control.
2. Enclosures shall consist of a NEMA 1
panel, designed for indoor surface or recessed mounting, including:
a. Power Control by means of Magnetic
Contactors, rated at 50 Amperes Resistive Load, Single Phase.
** NOTE TO SPECIFIER **
Delete panel type not required.
b. 50 Amp (1 Contactor) Panel.
c. 100 Amp (2 Contactor) Panel.
d. 200 Amp (4 Contactor) Panel.
e. Contactors pre-mounted and pre-wired in
the enclosure.
f. 4 Hour Manual Timer.
g. "Heat On" Indicator Light.
h. Pre-mounted and pre-wired Terminal
Connections.
i. Orbit Supplied Control Sensor.
** NOTE TO SPECIFIER **
Delete custom control system if not required.
D. Control System: Custom UL Listed Control
Enclosure shall consist of a NEMA 12 panel, designed for indoor surface
mounting, including:
1. Primary power disconnect switch (circuit
breaker) in accordance with NEC recommendations.
2. Power Control by means of Magnetic
Contactors, rated at 50 Amperes Resistive Load, Single Phase, as required.
** NOTE TO SPECIFIER **
Delete contactor type not required.
a. Contactors shall be pre-mounted and
pre-wired in the enclosure.
b. Contactors shall be remotely mounted
inside NEMA rated enclosures, when NEC required GFI protection is provided by
Orbit Mfg. in lieu of the Contractor.
3. Control circuit transformer, where
required.
4. Pilots lights, indicating: Main Power On,
Each Circuit On and Control System On.
5. Touch Safe', labeled termination points
for control power, remote control connections and cable power connections.
6. The control enclosure shall bear a UL
label.
E. Sensors: Control of the system shall be
achieved by the use of one or more remote mounted sensors which will
collectively sense the outdoor temperature and the presence of falling or
drifting snow.
1. The system shall be capable of responding
to the inputs from more that one sensor, so that the system will not shut down
when snow has melted in a sunny area but remains in a shaded area.
2. The controller will remain energized for
an adjustable duration following the end of snowfall, so that slush and ice
formation are prevented or removed
3. The controller shall feature a device to
permit Manual Over-ride to deal with unusual situations. The manual feature
shall self disconnect after approximately 4 hours to prevent system run-away.
F. Marker Plates (Aluminum Embedded Buried
Heating System Identifiers):
1. NEC requirement per National Electric
Code Section 426-13.
2. One Marker Plate per 400 square feet.
3. Provided by heating cable manufacturer.
PART 3 EXECUTION
3.1 EXAMINATION
A. Do not begin installation until substrates
have been properly prepared.
B. If substrate preparation is the
responsibility of another installer, notify Architect of unsatisfactory
preparation before proceeding.
C. Coordinate preparation and installation
requirements and schedule with the general contractor, electrical
subcontractor, paving subcontractor, roofing/gutter subcontractor before
beginning work.
3.2 PREPARATION
A. Inspect the cable and controls upon
receipt of shipment, noting any damage and ensuring that the materials received
match the order and shipping documents. Compare the labels and the electrical
resistance of the heating cables with the shipping documents.
B. Ensure that electrical terminations in
the control panel(s) have not been loosened by vibration during shipment.
3.3 INSTALLATION
A. Install in accordance with manufacturer's
instructions.
3.4 INSPECTION AND TESTING
A. Refer to manufacturer's literature for
requirements for testing, recording, and documenting resistance and
insulation-to-ground readings.
B. Take test readings before, during, and after
installation.
C. If problems are found, consult the
manufacturer.
D. If problems cannot be corrected, notify
Architect before proceeding with any overlayment construction.
E. Keep testing records for inspection by
the Architect, and for subsequent submittal to the manufacturer to ensure
validation of the warranty.
3.5 PROTECTION
A. Protect installed products until
completion of project.
B. Optionally repair or preferably replace
damaged products before Substantial Completion.
3.6 DOCUMENTATION AND TRAINING
A. Manufacturer shall present the Owner with
equipment start-up and operational documentation to assist in proper operation
and to maintain specified design performance.
END
OF SECTION