Installation Manual for Remote Power System: LUMASPORT 8 Light Head, LUMASPORT 8 Prism Light Head

System Overview

The Ephesus Remote Power System delivers full turn-key sports lighting solutions for both new and retrofit applications.

• New Applications: A streamlined full turn-key system solution backed with industry-leading reliability and performance.
• Retrofit Applications: The minimally invasive retrofit kit enables the opportunity to keep existing remote power infrastructure (poles, cross arms, & wiring), providing the lowest total cost of ownership.

Typical Applications

Outdoor Stadiums, Outdoor Ball Fields, Outdoor Multi-Event Spaces

Product Assembly

ASSEMBLE: EPH-LS8-0680R LIGHT HEAD

ONLY WITH PART: EPH-PAC-0680R POWER AND CONTROLS BOX

ASSEMBLE: EPH-LS8-500PR LIGHT HEAD

ONLY WITH PART: EPH-PAC-500PR POWER AND CONTROLS BOX

Important Safety Information

WARNINGS AND CAUTIONS

Failure to strictly adhere to the warnings and cautions, as well as the installation instructions, may result in serious personal injury or property damage.

Before You Begin:

• Read and understand this entire manual and any additional site-specific installation documents before attempting to assemble, install, or operate the luminaire.
• Follow all warning and cautions outlined here, as well as any local safety procedures.
• All electrical work must conform to National Electrical Code (NFPA 70), IEEE Emerald Book, and all applicable local codes and ordinances.
• Ensure the capacity of the existing power distribution system meets the load requirements for the new installation, including inspection of wiring integrity and confirmation of the branch circuit voltage matching the voltage of the lighting equipment.
• See fixture specification sheet for weight and wind loading (EPA) data. Supporting and mounting structures must comply with industry standard capacity requirements and comply with applicable regulatory and safety codes.
• DO NOT make or alter any open holes in the luminaire. Do not modify the luminaire, internal wiring, or fixture mounting features. Opening or modifying the luminaire or bracket will void the warranty.
• Use Personal Protective Equipment (PPE) including hardhats, safety glasses, reflective vests, electrical safety gloves, fall protection equipment, and safety toe boots during installation, operation, and maintenance of the luminaire.
• Verify compliance with local standards to prevent access to the area below where installation activities are occurring to prevent injury from accidental drops of fixtures, tools, or hardware.

Storage:

Store luminaires in a clean, dry place, protected from dirt, water, and sunlight prior to installation. See Table 1 for required storage and operating conditions:

• Storage Temperature: -40°C to +75°C (-40°F to 167°F)
• Operating Temperature: -40°C to +40°C (-40°F to 104°F)
• Humidity: 5% to 95% non-condensing

Power Supply:

Ephesus LED light heads are solid-state devices. To protect your investment, ensure the supply of electrical power is clean and stable with no spikes or sags.

The power transformer feeding the site electrical distribution system must be a three-phase, four-wire wye configuration or a single-phase configuration. An ungrounded delta configuration is NOT an approved power supply. If any other supply transformer configuration is present, notify Cooper Lighting before proceeding with installation.

All issues with supply power must be corrected before light heads are installed. Failure to use an approved supply power configuration may result in equipment damage.

LumaSport Remote Light Heads and PAC Boxes must have matching power configurations as specified in the catalog. Do NOT install a Light Head on a PAC Box that has a different power rating. Failure to properly match PAC Box and Light Head can cause damage. See guide below for how many light heads are supported by each PAC.

LUMASPORT 8

*use (-XL)

LUMASPORT 8 PRISM

Note: 1 qty. Distribution Box can support 6 qty. PAC Boxes.

Power Quality:

Follow proper grounding methods. The electrical system must be properly grounded for power electronics in accordance with IEEE Emerald Book, including using equipment grounding conductors. Metallic conduits are NOT an acceptable grounding method for Cooper Lighting LED lighting systems. Power must also be phase balanced. If you are not sure if your power system is grounded or load balanced, DO NOT install the luminaire and contact a licensed electrician for information on proper grounding and balancing methods as required by the National Electrical Code and IEEE standards.

Surge Protection:

Installation of surge protection is recommended in power distribution systems that feed LED sports lighting. Failure to protect electrical circuits from surges may result in damage to fixtures.

Branch Circuits:

Branch power circuits feeding luminaires shall have a measured voltage of within 3% of nominal voltage with no sags, swells, or transients. When circuiting power to luminaires, load balance all circuits. See fixture specification sheet for power characteristic data.

Voltage Configuration:

Before installing luminaires, verify that the fixture model number has the correct voltage configuration for your application. See fixture specification sheet for acceptable branch circuit voltage. Failure to confirm proper configuration may result in injury or damage to fixtures.

WARNING: Failure to confirm proper configuration may result in injury or fixture damage.

Operating Conditions and Clearances

Refer to the following sections for thermal, optical, and mechanical clearance requirements.

Thermal Clearances - Safe Operation

Installer shall verify there are adequate clearances around fixture to allow for proper heat dissipation and fire hazards. The light head produces a significant amount of heat and should not be installed in any confined space. Any combustible materials or structures that could limit the airflow around the light head heatsink must be at least 36in (915 mm) away from the light head (example ceiling). Mounting structures, adjacent fixtures, or non-combustible materials can be within this limit.

Diagram showing a light head with a 36in clearance requirement around it.

Risk of Fire: Do not install fixture within 915 mm (36 in) of any combustible material.

Optical Clearances - Maximizing Light Levels

Install fixtures according to the location and aiming data exported from photometric models to achieve desired results. However, any objects in the light path between the luminaire and the playing surface will diminish the light levels. Some examples of obstructions are building structural members, electrical panels, HVAC ductwork, banners, and scoreboards.

Before installing your lighting project, verify that there is a clear line of sight from every luminaire location to the designed aiming area, which includes not only the aiming point coordinate but also the area surrounding that aiming point. The illumination area for each fixture varies with mounting height and beam angle, but the purpose is to identify all obstructions and analyze how each will impact the light output on the playing surface, and then take corrective action as necessary to avoid the obstruction. For example, a structural beam directly in front of a luminaire will block the light from reaching the target, so in that case, the luminaire should be shifted to avoid the beam.

Diagram showing a light head with a clear path to the playing surface, and an example of an obstruction blocking the light.

Mechanical Clearances - Avoiding Obstructions

In general, fixtures can be moved up to 5ft from the designed location without affecting photometric results as long as they are aimed at the designed aiming coordinates. For significant obstructions, photometric models should be revised with accurate obstruction dimensions to provide new fixture location and aiming data that avoids the obstruction. If options are limited, consider swapping that fixture aiming with a nearby fixture of the same type that allows clear line of sight to the aiming points. Consult your photometric designer for assistance with finding solutions to major obstructions for your project.

Proper planning will ensure the best results for your sports lighting project. Once these steps are completed, then proceed to the luminaire installation.

Required Tools and Materials

• 3/16in Hex driver
• 9/16in Socket w/ driver
• 15/16in Socket w/ driver
• 1-1/4in Socket w/ driver
• Moisture resistant butt splice connectors sized for 16-14 AWG and crimping tool. (2X per light head with quick clamp)
• Socket wrenches and/or crescent wrenches sized to fit mounting hardware
• Ephesus Laser Aiming Kit (if applicable)

Light Head Electrical Performance Data

LumaSport 8 Light Head Electrical Performance Data

* Light head cannot be powered independently from the PAC Box

* 14 AWG, 600V wire required. Rated and installed per electrical standard (contractor supplied)

* 200ft Max separation from PAC Box

* Electrical System (Light Head, PAC Box, Distribution Box) must be grounded per electrical standard

** This is the power to the light head - for system input power, see sheet 13 of the remote power specification sheet for the PAC box electrical performance data

LumaSport 8 Prism Light Head Electrical Performance Data

Installation Instructions

Step 1 - Prepare the Luminaire

Always turn all fixture power sources OFF before performing any work.

WARNING: Failure to disconnect all power sources may lead to damage, injury, or death.

Preparing the Existing Structure

• Potential interference between the crossarm or platforms and the light head shall be evaluated prior to installation. Cooper Lighting is not responsible for existing structures. Evaluation based on weight and EPA is required for existing structures.
• Electrical configuration shall be evaluated for compatibility with the Ephesus remote system. If existing wires are re-used, wiring and electrical connections shall be inspected for degradation, abrasion, or any other defects that could lead to failure. Any wires or cabling exposed to the weather (external to the crossarm, poles, or conduit) shall always be replaced. Cooper Lighting is not responsible for the existing wiring.

Electrical Wiring

The existing structure shall have a dedicated ground path between all light heads and the Ephesus PAC Box. The remote configuration requires two adequately rated direct wire runs between each light head and PAC Box. The wiring between light head and PAC Box must be 14AWG, 600V, 90°C rated and compliant with all local, state, and federal electrical regulatory codes. Cable lengths between all light heads and PAC Box must be less than 200ft.

Map the New and Existing Fixtures

In retrofit applications, the existing fixture will need to be removed. Any associated bracketry to support the fixture shall also be removed. Do not discard existing equipment during a retrofit until after the full installation of the new Ephesus system is complete. Markings, hardware, and connectors may assist during the retrofit process. Any information mapping the light head location to the Distribution Box shall be recorded and saved for future use. This is required to link light head location and the remotely located power and control components.

Note: For retrofit applications, Cooper Lighting recommends recording mapping information in a prominent document and labeling or otherwise marking the existing fixture number on the bracket or mounting structure to facilitate future identification from the working area.

Preparing the Light Head

Note: All fixtures that have the exact same model number are functionally identical as built from the factory.

Label the Light Head

Label each Light Head with the fixture number as designated in the photometric design document. Labeling is important because:

• It helps to remove errors if the fixture will be pre-aimed.
• It is required to track the wiring between the different components of the remote power system.
• It limits improper addressing during the control commissioning process.

Recommended label is a weatherproof adhesive label with a white background and black lettering at least 1/2in tall. Paint markers or other methods may also be acceptable - verify with owner. Affix label to the light head or mounting bracket in a prominent location.

Pre-Aiming - Top Mount Yoke

Pre-aiming requires a level mounting surface and knowledge of the crossarm orientation. The Light head with the remote top mount yoke can be pre-aimed using the tilt guide on the left side of the yoke and the orient guide on the base of the yoke. Refer to photometrics or project installation drawings for the orient and tilt angles.

If laser aiming, verify the light head is secure in the yoke and mounting surface, but do not fully torque hardware until final aiming is complete.

Diagram showing a light head mounted on a yoke with pre-aiming guides.

WARNING: If the yoke is inverted to the bottom mount configuration, the light head must remain right-side up with the vents at the bottom. The Laser Aiming Pin feature should always be on the top.

Set Pre-Aiming Tilt Angle

Note: Example shown at 70° tilt.

Loosen the two main tilt bolts and tilt lock screw slightly to allow the light head and aiming plate to rotate inside the yoke. Verify the spring plunger is engaged into the light head. If not, rotate it into the locking position.

DO NOT over-loosen or remove tilt lock screw. Prevent access to area under fixture until the final torquing is complete.

Rotate the labeled aiming plate until the arrow is over the desired tilt angle. Hold the aiming plate in place and tighten the tilt lock screw and then the two main tilt bolts to the torques specified in the corresponding illustration.

Diagram showing how to set the tilt angle using the guides and bolts.

Marking the Crossarm Surface (Top Mount Retrofit Only)

To pre-aim the fixture orientation, draw a reference line on the mounting surface. Use a paint pen or other marker to draw a line across the center of the mounting hole, parallel and perpendicular with the crossarm or mounting structure. The crossarm should typically, but not necessarily, be perpendicular to the direction of the field of play. The line should extend at least 3in out from the center of the mounting hole.

Diagram showing a crossarm with a marked reference line.

Mounting the Light Head

Mounting center bolt shall be 3/4in diameter corrosion-resistant steel (HDG, hot-dipped galvanized high-strength steel is recommended) with nut and locking washers. A secondary 3/8in diameter corrosion-resistant steel bolt with nut, flat, and locking washers shall be used to lock the orient. The length of bolts is determined in the field depending upon the thickness of the mounting structure. Size bolts appropriately to allow secure fastening of the luminaire to the mounting structure. Tighten hardware so that the fixture is secure, but do not fully torque hardware until aiming is complete.

Diagram showing mounting hardware details.

Orient the Light Head (Pre-aim Orientation 0-55°)

To pre-aim the fixture orientation, rotate the light head about the mounting bolt until the parallel reference line that was marked on the mounting structure is aligned with the correct angle shown in white on the orient label in the bottom of the light head.

Diagrams showing different orientation angles (0-55° Left, 90° Straight to Field, 0-55° Right).

Set Pre-Aiming Orientation Angle

To pre-aim the light head orientation, rotate the light head about the mounting bolt until the parallel reference line that was marked on the mounting structure is aligned with the correct angle shown in white on the yoke orient label. Tighten the main orient bolt and orient lock screw per the spec in the corresponding illustration.

WARNING: Prevent access to area under fixture until the final torquing is complete.

Diagram showing how to set the orientation angle using the guides and bolts.

Orient the Light Head (Pre-aim Orientation 55-90°)

To pre-aim the fixture orientation, rotate the light head about the mounting bolt until the perpendicular reference line that was marked on the mounting structure is aligned with the correct angle shown in red on the orient label in the bottom of the light head.

If laser aiming, tighten the mounting hardware so that the fixture is secure, but do not fully torque hardware until final aiming is complete. If using the orient gauge, torque the mounting hardware at this step to the values in the table below. If you are laser aiming, torque the hardware to the specification once the fixture is aimed.

Diagrams showing different orientation angles (55-90° Left, 55-90° Right).

Pre Aiming – Quick Clamp Assembly

Pre-aiming requires a level mounting surface and knowledge of the crossarm orientation. The Light head with the quick clamp assembly can be pre-aimed using the tilt guide on the right side of the yoke and the orient guide on the top of the yoke. Refer to photometrics or project installation drawings for the aiming point coordinates.

If laser aiming, verify the light head is secure, but do not fully torque tilt and orient hardware until final aiming is complete. The clamp bolt assembly shall be fully torqued prior to laser aiming.

WARNING: The quick clamp assembly only allows for bottom mounting. The clamp cannot be inverted.

WARNING: The primary tilt lock screw is kitted with the quick clamp assembly. Do not discard. It is required for quick clamp assembly.

Orient the Light Head (Front Side Mounting)

To pre-aim the light head orientation, rotate the clamp about the light head until the pointer is aligned with the correct orient angle shown with an "F" subscript. The indicator on the clamp should point forward in the direction the light will be shining. Tighten the main orient bolt and orient lock screw per the spec in the corresponding illustration.

Diagrams showing front side mounting orientation angles (90-180° Left, 90° Straight to Field, 0-90° Right).

Set Pre-Aiming Tilt Angle

Note: Example shown at 30° tilt.

Loosen the two main tilt bolts to allow the light head to rotate inside the yoke. Loosen the secondary tilt lock screw to allow the aiming plate to rotate. Install the 1/4in-20 primary tilt lock and tooth lock washer that was kitted separately into the light head. The aiming plate and light head may need to be rotated to get the threaded hole in the light head to align.

DO NOT over-loosen or remove the tilt lock screw. Prevent access to area under fixture until the final torquing is complete.

Rotate the labeled aiming plate until the arrow is over the desired tilt angle. Hold the aiming plate in place and tighten the primary and secondary tilt lock screws and then the two main tilt bolts to the torques specified in the corresponding illustration.

Orient the Light Head (Back Side Mounting)

To pre-aim the light head orientation, rotate the clamp about the light head until the pointer is aligned with the correct orient angle shown with a "B" subscript. The indicator on the clamp should point backwards in the opposite direction the light will be shining. Tighten the main orient bolt and orient lock screw per the spec in the corresponding illustration.

Diagrams showing back side mounting orientation angles (90-180° Left, 90° Straight to Field, 0-90° Right).

Mounting the Light Head

Remove the clamp bolt assembly. Slide the clamp over the crossarm until the front of the clamp is flush to the crossarm. Insert the main bolt through the two holes in the clamp, spacer sleeve, and clamp hardware. Tighten the clamp hardware assembly per the spec in the corresponding illustration.

Diagram showing clamp assembly and mounting.

Make Electrical Connections

Contact

For projects that include new poles or crossarms, light heads are factory wired with a cordset. To make the electrical connection, install the plug on the light head into the mating receptacle on the crossarm. Tighten the threaded nut to fully secure the connector.

Diagram showing cordset connection.

Retrofit Adapter Cable

The Retrofit Adapter Cable comes with an electrical interface plate that bolts directly to some crossarms that are wired for remote ballasts.

WARNING: Always verify the crossarm is electrically grounded when using the retrofit adapter cable.

The use of this connection method requires knowledge of the wiring between the light head and Distribution Box. Drop cable DC wiring will need to be identified and designation aligned at the light head and distribution box.

Diagram showing retrofit adapter cable connections.

To make the electrical connection, use moisture-resistant crimp-on butt splice connectors to attach the wire ends on the light head to the wires in the crossarm. Trim the wire end to the specified length. Follow the manufacturer's instructions for installation of the connector.

Note: The moisture-resistant splice connector may have a heat shrink tube sleeve which requires a heat source to properly seal. The wire end may also need to be trimmed to 1/4in from the insulation for proper fitment.

Verify no wires are pinched during the mechanical assembly of the electrical interface plate.

Light Head Cable (DC)

An appropriately rated electrical enclosure or connection method is required when the light head has a C10 cable. Refer to the wire designation for proper wiring.

System Performance

See PAC and Distribution box instructions to complete system wiring.

Diagram showing system wiring overview with light heads, PAC boxes, and distribution box.

CAUTION: ALL SYSTEM COMPONENTS TO BE GROUNDED. DO NOT INSTALL IN UNGROUNDED CONFIGURATIONS.

CAUTION: The light head shall never be plugged directly into AC power. It will damage the light head and void the warranty.

Mounting Accessories

Diving Board Kit

The Diving Board Kit is intended to only mount to 2in x 4in steel cross arms. Designed to be used with the LUMADAPT 8, LUMASPORT 8, and LUMASPORT 8 PRISM light heads only. Do not use in unapproved light heads or mounting applications.

WARNING: Diving Board may ONLY be installed in the following physical orientations. Failure to install the Diving Board Kit in approved orientation or location may result in damage, injury, or death. (Reference diagram DB4a and DB4b on page 20)

WARNING: Prevent access to area under fixture until the final torquing is complete.

Diagram of the Diving Board Kit.

DB2 Diving Board Kit Parts Diagram

Diving Board Kit (DVGBRD) Hardware

Additional (HRDM34) Mounting Fastener Hardware Kits

Steps to Install

1. The Diving Board is mounted on top of the cross arm with bolts and sleeves mounted underneath to clamp the bracket to the crossarm and secure it. (Refer to the Diving Board Parts Diagram) Only mount it as shown.
2. Hold Diving Board Bracket (item 1) on top of cross arm.
3. Optional: Place provided shim between side of bracket and cross arm if there is excessive clearance.
4. Insert both Clamping Hex Bolts through Washer, Bracket, Bolt Sleeve, other side of Bracket, Lock Washer, and Hex Nut.
5. Torque 3/4in-10 X 6in Structural Hex Bolts: 120ft-lb.
6. Hold Fixture on top surface.
7. Use hardware kit HRDM34-025 for mounting fixture to bracket. Insert 3/4in Fixture mounting bolt through Flat washer, fixture, and primary mounting hole on Diving Board, Flat Washer, Lock Washer, and Hex Nut.
8. Use hardware kit HRDM34-025 for mounting fixture to bracket. Insert 3/8in secondary mounting bolt through Flat washer, fixture, and any secondary mounting hole on Diving Board, Flat Washer, Lock Washer, and Hex Nut.
9. Torque fixture bolts:
   A. Primary fixture 3/4in bolt torque: 80ft-lb.
   B. Secondary fixture 3/8in bolt torque: 20ft-lb.

Diagram showing DB3 Diving Board Kit (DVGBRD) with Additional (HRDM34) Mounting Fastener Hardware Kit.

Mounting Accessories

Extension Plate Kit (EXTPLT)

Extension Plate Kit to mount to structures .25in, .5in, or 2.00in thick. Designed to be used with the LUMADAPT 8, LUMASPORT 8, and LUMASPORT 8 PRISM light heads only.

WARNING: Extension Plate may ONLY be installed in the following physical orientations. Failure to install the Extension Plate Kit in approved orientation or location may result in damage, injury, or death.

WARNING: Prevent access to area under fixture until the final torquing is complete.

Diagrams DB4a and DB4b showing correct and incorrect installation orientations.

Extension Plate Kit Parts Diagram

Extension Plate Kit (EXTPLT) Hardware

Additional (HRDM58) Mounting Fastener Hardware Kits

Extension Plate Kit Mounting Diagram

Diagram showing the Extension Plate Kit mounting configuration.

Steps to Install

1. Test fit the extension plate on a mounting structure using the method described below to verify no modifications to the structure are required. If additional holes or other structural changes are required, these must be approved by a qualified structural review.
2. Hold extension plate on top of mounting structure and washer plate below mounting structure so that primary and secondary bolt holes align through the mounting structure.
3. Install primary bolt, washers, and nut through primary mounting structure holes as shown to secure extension plate and washer plate to structure and tighten securely.
4. Install secondary bolt through one of the three secondary mounting structure holes and tighten securely.
5. Torque mounting structure bolts:
   A. Primary mounting structure bolt torque: 80ft-lb.
   B. Secondary mounting structure bolt torque: 20ft-lb.
6. Draw pre-aim orient line on fixture end of extension plate if desired. See fixture installation manual for more information.
7. Set fixture driver box on top of fixture end of extension plate so that fixture primary bolt hole aligns with driver box primary bolt hole. NEVER install fixture driver box underneath extension plate.
8. Install fixture primary bolt, washers, and nut as shown to secure fixture to extension plate.
9. Orient fixture driver box as necessary for rough aiming. See fixture installation manual for more information.
10. Install fixture secondary bolt through one of the three fixture secondary bolt holes and tighten securely.
11. Torque fixture bolts:
    A. Primary fixture bolt torque: 80ft-lb.
    B. Secondary fixture bolt torque: 20ft-lb.

Diagram showing Extension Plate Kit (EXTPLT) with Additional (HRDM58) Mounting Fastener Hardware Kit.

Maintenance & Preventative Maintenance

Fixture Care and Maintenance

All light heads are prepared with a powder-coated finish. The finish on exterior light heads may weather over time, depending on the environmental conditions at the installation site. Proper care of the light heads will maintain their performance and appearance.

Follow a regular maintenance schedule to retain optimal light output and thermal performance. Lack of preventative maintenance may disqualify owner from warranty. Not adhering to this minimum system cleaning requirement is considered negligence as outlined in your product warranty documents. Refer to your product and/or labor warranty documentation for further details.

WARNING: Always disconnect power from the luminaire before opening the driver box.

Cleaning

• Clean all luminaires at a minimum of once every 12 months from receipt of your product.
• Remove physical elements such as dirt, leaves, and other foreign debris from the luminaire housing that can block and modify the air cooling (heatsink fins).
• Wipe the optical lenses with a clean, dry, cotton cloth to remove dust and other contaminants. A non-abrasive optical cleanser or water may be used periodically.
• Do not apply cleaners in direct sunlight or at elevated temperatures.

Inspection of Hardware

Inspect mounting system and products at least once every 12 months. Replace all rusted hardware elements.

Troubleshooting

The Ephesus light head is designed to provide many years of reliable quality lighting. If the system appears to not be operating correctly, perform the following steps:

Gather Data

The first step is always to find out as much about the issue as possible. Ask the following questions:

1. How many fixtures are not operating correctly? If only one fixture is not responding, continue investigating at that fixture itself. If a group of fixtures are not responding correctly, start at the source of the power or controls for that group.
2. Have any obvious external forces been in the area? For instance, were any riggers, electricians, or other workers near the fixtures or controls? Have there been any power disturbances in the facility such as lightning storms?
3. Are your fixtures responding according to the input control function? Run the system through some different control scenes, including all on and then all off (blackout mode). Take note of any fixtures not responding correctly to the scenes.

Fixture Replacement

Contacting Warranty Technical Support

1. Before you call, make sure you have completed the troubleshooting steps.
2. Gather as much detailed information as possible about the situation.
3. Have your fixture and project information handy, including the model number of the fixture in question.

Refer to your fixture warranty document for more information.

If you have attic stock fixtures available and need to replace a fixture, simply follow the installation instructions in this manual to replace the fixture in question. Be sure to address the replacement fixture with the correct luminaire number.

All Luminaires, materials, and accessory equipment being returned through the warranty process need to be placed back in their original packaging in the same orientation that they were originally shipped from the factory. If the packaging is damaged or if there are questions on the orientation in returning equipment and materials, you need to contact the Warranty Department for replacement packaging materials at: EphesusWarranty@Signify.com | +1 (800)-573-3600

QR Code linking to warranty information and claim form.

Warranties and Limitation of Liability

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