Control Impact. Reduce Vibration. Protect Equipment.

Shock and Vibration Are Different Problems

Shock and vibration are often discussed together, but they describe different types of motion. Understanding the difference is an important first step toward selecting the right industrial shock absorption or vibration-control solution.

A shock absorber is typically used to control a sudden impact and bring a moving load to a stop. A vibration isolator is used to reduce repeated or oscillating motion transferred between equipment and its supporting structure.

Scott Equipment’s Role

Scott Equipment Company helps customers identify whether the application involves sudden impact, repeated vibration, uncontrolled motion, or a combination of conditions.

That distinction helps determine what application information should be gathered and which Enidine product category should be considered.

Shock and Impact

Shock is a sudden energy event. It may occur when a slide reaches the end of its travel, a conveyor carrier contacts a stop, an indexing mechanism changes position, or a moving load strikes another machine component.

Without controlled deceleration, the resulting force can be transferred into tooling, bearings, actuators, products, machine frames, and surrounding components.

Vibration

Vibration is repeated or oscillating movement. It may be generated by motors, pumps, fans, compressors, rotating equipment, reciprocating machinery, imbalanced loads, or repeated production cycles.

That movement can remain within the machine or travel through its frame, floor, foundation, guarding, piping, and connected equipment.

Common Impact Applications

•  Linear slides and actuators

•  Indexing equipment

•  Conveyor carriers and stops

•  Tooling and fixtures

•  Material-handling systems

•  Automated and robotic equipment

Common Vibration Sources

•  Motors and gearboxes

•  Pumps and compressors

•  Fans and blowers

•  Rotating shafts and tooling

•  Reciprocating equipment

•  Production machinery

Start With the Complete Application

Physical dimensions matter, but a shock absorber should not be selected only because it fits the available space or shares the same thread size as an existing product.

The right solution depends on how much energy must be controlled, how frequently the impact occurs, how the load is driven, and how much stopping distance is available. Changes in machine speed, payload, tooling, or cycle rate can also affect what the application requires.

Scott Equipment’s Role

Scott Equipment Company can help gather the operating information needed to begin sizing and selection.

Our team can review the application, coordinate available Enidine sizing resources, and help identify which product family should be considered before detailed selection begins.

Moving Load

Determine the moving weight or effective mass, including tooling, fixtures, product, carriers, and any other components that move with the load.

Speed and Drive Force

Review the impact velocity and the force continuing to drive the load. Pneumatic cylinders, electric actuators, gravity, motors, and other mechanisms can affect the total energy.

Cycle Rate

Identify how often the impact occurs. A product may have enough capacity for one stop but still be unsuitable for the energy generated during repeated operation.

Stroke and Stopping Distance

Confirm the available deceleration distance. More stopping distance can reduce peak forces, but the product must fit the machine and provide the required stroke.

Mounting and Alignment

Review available space, mounting orientation, alignment, structural support, and whether side loading or other installation conditions must be addressed.

Operating Environment

Consider temperature, moisture, washdown, dust, oil, chemicals, corrosion, and other environmental conditions that may affect product selection and service life.

Shock Absorber Application Information

•  Moving weight or effective mass

•  Impact velocity

•  Drive or propelling force

•  Cycles per hour

•  Available stroke

•  Mounting orientation

•  Temperature and environmental exposure

•  Available installation space

Vibration Application Information

•  Total equipment weight

•  Weight at each mounting point

•  Source and direction of vibration

•  Operating or disturbing frequency

•  Number and location of mounts

•  Available isolator deflection

•  Environmental conditions

•  Acceptable equipment movement

Warning Signs Your Application May Need Attention

Shock and vibration problems are not always identified during the original machine design. They may become more noticeable as equipment ages, production requirements change, or components begin to wear.

Recognizing the symptoms can help maintenance and engineering teams determine when it is time to review the motion, stopping method, mounting arrangement, or vibration path.

Scott Equipment’s Role

Scott Equipment Company can help review the symptoms, current components, machine changes, and operating conditions.

The goal is to understand the source of the problem before recommending an Enidine shock absorber, rate control, vibration isolator, or supporting component.

Hard End-of-Travel Impact

A slide, actuator, carriage, fixture, or moving load reaches the end of travel with a hard mechanical impact that transfers force into surrounding components.

Bouncing or Rebound

The moving load contacts the stop and then moves backward, oscillates, or requires additional time to settle before the next operation can begin.

Excessive Noise

Repeated banging, rattling, humming, or structure-borne noise may indicate uncontrolled impact, vibration transmission, or loose machine components.

Premature Component Wear

Bearings, cylinders, slides, brackets, tooling, fasteners, or machine structures require maintenance or replacement more frequently than expected.

Loose Hardware

Bolts, fittings, guards, sensors, electrical connections, and mounting brackets repeatedly loosen because of impact or vibration.

Damaged Bumpers or Stops

Rubber bumpers, fixed stops, springs, or improvised cushioning components deform, crack, or fail under repeated impact.

Inconsistent Machine Operation

Uncontrolled motion affects product positioning, sensor readings, inspection results, repeatability, settling time, or overall cycle performance.

Sensitive Equipment Problems

Cameras, sensors, electronics, inspection devices, and test equipment are affected by vibration from the machine or surrounding facility.

Bring Moving Loads to a Controlled Stop

A fixed stop may halt movement, but it does not necessarily manage the resulting impact force. Springs and rubber bumpers may store some of the energy and return it to the moving load, creating rebound or continued movement.

Industrial shock absorbers are designed to decelerate moving loads in a controlled and predictable manner. By managing the energy over the available stroke, they can help reduce peak forces and limit the amount of shock transferred into the machine.

Scott Equipment’s Role

Scott Equipment Company can help review the moving load, impact speed, drive force, cycle rate, available stroke, mounting arrangement, and operating environment.

That information helps narrow the Enidine product family before detailed sizing and selection are completed.

Reduce Peak Impact Forces

Controlled deceleration spreads the stopping event over the shock absorber stroke instead of concentrating the force into a hard mechanical stop.

Minimize Bounce and Rebound

Properly selected shock absorbers can reduce the energy returned to the load, helping the mechanism settle more quickly and consistently.

Protect Tooling and Components

Reducing transmitted impact can help protect bearings, actuators, slides, fixtures, tooling, products, sensors, and machine structures.

Support Consistent Operation

A controlled stop can help improve settling time, repeatability, noise levels, and the consistency of repeated machine cycles.

Adjustable Shock Absorbers

Adjustable shock absorbers allow the deceleration response to be tuned after installation.

They may be considered when:

•  Payloads or operating speeds vary

•  Final conditions are not fully defined

•  A prototype machine is being developed

•  One mechanism operates under multiple conditions

•  The stopping response must be tuned in the field

Non-Adjustable Shock Absorbers

Non-adjustable shock absorbers provide a defined deceleration response without requiring field adjustment.

They may be appropriate for:

•  Repeating machine designs

•  Consistent loads and speeds

•  Standard OEM platforms

•  High-cycle production equipment

•  Applications being standardized across machines

Small- and Mid-Bore Shock Absorbers

Compact and mid-size products are commonly used on automated machinery where repetitive motion must be stopped within limited space.

Typical applications include slides, guided actuators, pick-and-place equipment, indexing mechanisms, packaging machines, assembly equipment, and conveyor systems.

Large-Bore Shock Absorbers

Larger products are used when the application involves higher energy, heavier loads, increased speed, or more demanding operating conditions.

These applications require careful review of the complete operating conditions, mounting arrangement, supporting structure, and available stopping distance.

Control Larger Loads and Higher-Energy Impacts

Compact machine shock absorbers are well suited for many automation applications, but some equipment generates significantly more energy.

Heavy-duty applications may involve larger moving masses, higher impact speeds, longer stopping distances, demanding duty cycles, or equipment operating in harsh industrial environments. These conditions require a more complete review of the deceleration system and supporting machine structure.

Scott Equipment’s Role

Scott Equipment Company can help gather the operating information needed for heavy-duty Enidine applications and identify when a more detailed technical review is required.

Our team can coordinate product information, application details, mounting considerations, and vendor resources without treating a high-energy stop as a simple physical replacement.

Automated Storage Systems

Decelerate large moving structures, retrieval equipment, and travel mechanisms as they approach operating limits or designated stop positions.

Cranes and Trolleys

Manage the energy created by bridge travel, trolley movement, and other high-mass industrial handling equipment.

Large Conveyor and Transfer Systems

Control larger carriers, shuttles, transfer equipment, and material-handling assemblies operating at higher speeds or with changing loads.

Rail-Mounted Equipment

Provide end-of-travel protection for mobile industrial equipment that moves along rails or guided tracks.

Heavy Material Handling

Reduce impact on systems moving larger products, fixtures, pallets, tooling, or industrial loads.

Industrial Doors and Gates

Control the movement of large doors, gates, panels, and access mechanisms as they reach open or closed positions.

Steel and Metal Processing

Support demanding equipment where large masses, harsh environments, and repeated production cycles create substantial stopping energy.

Emergency and Overtravel Stops

Review applications where the shock absorber is intended to manage an abnormal, emergency, or maximum-travel event rather than a routine production stop.

Control Motion Without Immediately Stopping It

Not every application requires a moving load to stop at the end of a short shock absorber stroke. Some mechanisms need their speed controlled over a longer distance.

Hydraulic rate controls regulate how quickly a mechanism moves from one position to another. Depending on the product and mounting arrangement, they may control motion in compression, tension, or both directions.

Scott Equipment’s Role

Scott Equipment Company can help determine whether the application requires end-of-travel energy absorption or controlled movement over a longer distance.

Our team can review the direction of motion, required travel, load, speed, timing, mounting, and operating environment before an Enidine rate-control product is considered.

Industrial Shock Absorber

Generally used to decelerate and stop a moving load as it approaches a defined end position. The stopping event occurs over the available shock absorber stroke.

Hydraulic Rate Control

Used to regulate how quickly a mechanism moves over a longer portion of its travel. The objective is controlled speed rather than only absorbing energy at the end of motion.

Machine Doors and Panels

Regulate opening or closing motion to reduce sudden movement, uncontrolled travel, or hard contact at the end position.

Lids and Hinged Mechanisms

Control the movement of lids, covers, hatches, and hinged assemblies that need to open or close at a predictable rate.

Linear Slides

Manage the speed of a moving slide or carriage through a defined portion of travel rather than only cushioning the final stop.

Pneumatic-Cylinder Motion

Supplement pneumatic motion where the mechanism requires more controlled travel, timing, or resistance than the cylinder alone provides.

Feed Movements

Regulate the motion of material, tooling, fixtures, or machine components that must advance at a smoother and more predictable rate.

Extension and Retraction

Control motion in one or both directions where an assembly must extend, retract, lower, or return without sudden acceleration.

Material-Handling Equipment

Manage the travel of carts, gates, transfers, carriers, and handling mechanisms that require controlled movement between positions.

Linear or Rotational Loads

Support applications where a translating or rotating mechanism needs controlled resistance throughout part of its movement.

Control Vibration Before It Travels Through the Machine

Vibration rarely stays confined to the component that creates it. Movement generated by a motor, pump, compressor, fan, press, or rotating assembly can travel through the machine frame and into the floor, foundation, guarding, piping, electrical enclosure, and surrounding equipment.

Vibration can also travel in the opposite direction. Sensitive equipment may be affected by movement originating from another machine, a nearby production process, or the building structure.

Scott Equipment’s Role

Scott Equipment Company can help review the equipment weight, mounting points, vibration source, direction of movement, operating frequency, environmental conditions, and acceptable equipment motion.

That information helps determine whether the application should focus on isolating the source, protecting sensitive equipment, damping unwanted motion, or combining multiple approaches.

Isolate the Source

Source isolation is intended to reduce the amount of vibration transferred from operating machinery into the supporting structure.

Typical equipment may include pumps, motors, compressors, fans, blowers, generators, production machinery, and test stands.

Protect Sensitive Equipment

In other applications, the goal is to prevent vibration from reaching equipment through the floor, frame, vehicle, or surrounding structure.

Examples include cameras, vision systems, sensors, instrumentation, electronics, controls, inspection equipment, and test systems.

Damp Unwanted Movement

Damping removes energy from a vibrating system and helps reduce continued movement, oscillation, or resonance.

Isolation and damping are related, but they are not identical. The right approach depends on the vibration source, supported weight, frequency, and mounting arrangement.

Wire-Rope Isolators

Formed metal cable elements provide shock and vibration protection for industrial machinery, mobile equipment, electronics, controls, and demanding environments.

Compact Wire-Rope Isolators

Compact configurations support smaller equipment, limited mounting space, and applications that still require multidirectional shock and vibration protection.

Circular Wire-Rope Isolators

Circular designs can provide a compact isolation option where equipment geometry or mounting requirements favor a centralized configuration.

Air Springs

Air springs can provide vibration isolation, load support, and controlled movement for sensitive machinery, test equipment, industrial platforms, and changing loads.

Elastomeric Mounts

Elastomeric mounts, pads, and bushings may provide a compact solution when properly matched to the supported load, frequency, deflection, and environment.

Specialty Isolation Solutions

Some applications require a specialized approach based on equipment geometry, environmental exposure, mounting limitations, or combined shock and vibration conditions.

Shock and Vibration Problems Across Industrial Equipment

Impact and vibration can affect nearly every type of automated or industrial equipment. The application may involve a compact slide reaching the end of travel, a large material-handling system stopping a heavy load, or sensitive equipment being affected by nearby vibration.

Scott Equipment Company supports new machine design, equipment upgrades, maintenance requirements, replacement applications, and recurring production problems throughout North and South Carolina.

Backed by a Team Approach

Your local Scott Equipment Account Manager can help identify the application and coordinate support from our Technical Team and Enidine resources.

That team approach helps connect the shock absorber or vibration isolator with the motion, sensing, pneumatic, electrical, safety, and mechanical components used throughout the machine.

Industrial Automation

Support slides, actuators, indexing systems, fixtures, tooling, sensors, and repetitive-motion equipment that must stop or settle consistently.

Material Handling

Control conveyors, carriers, pallets, shuttles, stops, carts, trolleys, transfer units, and overhead systems operating with repeated or changing loads.

Packaging and Assembly

Reduce impact and vibration on high-cycle machines that depend on repeatable motion, positioning, sensing, inspection, and product handling.

Tire and Rubber Manufacturing

Support material handling, transfer systems, presses, component positioning, processing equipment, and automated machinery in demanding production environments. Explore Scott Equipment’s tire and rubber automation solutions.

Automotive Manufacturing

Manage motion and vibration in assembly equipment, tooling, conveyors, transfer lines, inspection systems, and repetitive production machinery.

Robotic and Automated Workcells

Protect tooling, fixtures, transfer mechanisms, positioners, and supporting equipment used around robotic systems. Learn more about Scott Equipment’s complete robotic workcell solutions.

Machine Builders and OEMs

Review shock absorption and vibration control during machine design, then document and standardize the selected components across repeating platforms.

Maintenance and Plant Engineering

Address replacement needs, recurring failures, unidentified products, critical spares, changing machine conditions, and installed-base reviews.

Review an Existing or Competitive Shock Absorber

If an existing shock absorber needs to be replaced, the manufacturer and part number provide useful information about its physical design and intended operating range.

Scott Equipment Company can also help review applications currently using ACE, Enertrols, or other competitive shock absorber products. The current part number is a practical starting point, but the operating conditions should still be reviewed before an Enidine option is recommended.

Send Us What You Have

Have a manufacturer and part number but not the remaining application details? Send Scott Equipment Company the information, photos, drawings, or machine documentation currently available.

Our team can help identify what additional information is needed to continue the review.

Existing Manufacturer and Part Number

Provide the current brand and complete part number, including any suffixes or configuration details shown on the product label.

Machine and Motion Details

Describe the equipment, what is moving, how it is driven, and what occurs when the load reaches the shock absorber.

Load and Speed

Include the moving weight, impact speed, drive force, and any changes in product, tooling, or payload.

Cycle and Stroke

Identify how often the impact occurs and how much stopping distance is available within the machine.

Mounting and Environment

Provide mounting dimensions, orientation, alignment details, temperature, washdown exposure, corrosion concerns, and contamination conditions.

Reason for the Review

Explain whether the goal is routine replacement, competitive conversion, improved availability, recurring failure correction, or machine standardization.

Confirm Existing Applications

Review whether the installed product remains appropriate for the current machine speed, load, cycle, and environment.

Identify Replacement Products

Help identify current Enidine options for installed, obsolete, unidentified, or competitive shock absorbers.

Develop Critical Spares

Build a documented list of important replacement products for machines where shock absorber availability can affect production.

Standardize Similar Machines

Reduce unnecessary part-number variation by reviewing similar applications and documenting repeatable product selections.

Enidine Shock Absorption and Vibration-Control Solutions

Enidine offers industrial products designed to manage impact energy, control mechanical movement, and isolate unwanted shock and vibration.

The product categories range from compact machine shock absorbers to heavy-duty deceleration products, hydraulic rate controls, wire-rope isolators, air springs, and mounting accessories. Selection should begin with the application rather than the product category alone.

Scott Equipment’s Role

Scott Equipment Company helps customers determine which Enidine product family should be considered based on the load, motion, cycle, environment, mounting, and performance requirements.

Our team can coordinate application information, sizing resources, technical support, product availability, and value-added installation options.

Adjustable Shock Absorbers

Tunable products for applications involving varying payloads, changing operating speeds, prototype equipment, or a need to adjust the stopping response in the field.

Non-Adjustable Shock Absorbers

Pre-engineered products intended to provide consistent deceleration without field adjustment for defined loads, speeds, and machine conditions.

Small-, Mid-, and Large-Bore Products

Multiple sizes and configurations support applications ranging from compact automation equipment to larger machinery with higher stopping energy.

Heavy-Duty Shock Absorbers

Products for large moving loads, longer stopping distances, demanding industrial equipment, and applications requiring a more detailed energy and structural review.

Hydraulic Rate Controls

Products designed to regulate the speed or time required for a mechanism to move between positions in compression, tension, or both directions.

Wire-Rope Isolators

All-metal isolation products for industrial machinery, electronics, mobile equipment, multidirectional loading, temperature extremes, and harsh environments.

Compact and Circular Isolators

Smaller wire-rope configurations for space-constrained equipment, specialized mounting arrangements, and compact shock or vibration-protection applications.

Air Springs

Pneumatic products for vibration isolation, load support, adjustable height, controlled movement, and applications with changing loads.

Mounting Accessories

Stop collars, mounting blocks, flanges, adapters, lock rings, protective caps, and related accessories can support alignment, installation, and serviceability.

Specialty and Engineered Solutions

Some applications fall outside standard catalog products. Scott Equipment Company can help document the application and coordinate a specialized technical review when needed.

Enidine Industrial Products

Explore Enidine’s broader portfolio of shock absorption, motion-control, and vibration-isolation technologies.

Shop Enidine Through Scott Equipment

Customers who already know the required part number can purchase select Enidine products through Scotteq.com.

From a Selected Component to a Repeatable Installation

Selecting the proper shock absorber or vibration isolator may not complete the installation. The application may also require mounting accessories, hardware, brackets, stops, sensors, protective components, identification, or replacement documentation.

Through Scott Equipment Company’s We Build It, You Install It program, we can review opportunities to organize the required components into a more complete and installation-friendly solution.

Scott Equipment’s Role

Not every application requires a custom assembly. In some cases, the most useful solution may be a documented replacement kit. In others, Scott Equipment may be able to provide a mounted or partially assembled package.

Our team can review the installation, supporting components, repeatability requirements, and maintenance needs before defining the project scope.

Installation Kits

An installation kit can organize the selected Enidine product, mounting accessories, hardware, and supporting components needed for work at the machine.

This can reduce time spent locating parts and help ensure the same components are used during future installations.

Pre-Built Assemblies

When the application is appropriate for assembly work, Scott Equipment can review whether the product and supporting components can be mounted, staged, or partially assembled before shipment.

The goal is to reduce work required during installation and create a more repeatable solution.

Replacement and Spare-Part Kits

Critical components can be packaged and documented together for maintenance teams.

A replacement kit may include the specified Enidine product, mounting accessories, replacement fasteners, related sensor components, and installation documentation.

Standardized Machine Solutions

OEMs and manufacturers with repeated applications can use a documented design across similar machines or production lines.

Standardization can help reduce part-number variation, simplify purchasing, and make future replacement requirements easier to identify.

Faster Installation

Required components arrive organized for the planned work, reducing time spent sourcing and staging parts at the machine.

Fewer Purchasing Steps

Related items can be organized under one Scott Equipment assembly or kit number.

Consistent Component Selection

A documented solution helps reduce substitutions and differences between similar installations.

Easier Maintenance

Replacement products, hardware, and installation documentation can be identified more quickly.

Repeatable Results

The same reviewed approach can be used across similar machines, lines, or future projects.

Backed by a Team Approach

Shock absorption and vibration control often involve more than selecting one component. The application may also include motion systems, mounting hardware, sensors, controls, safety devices, structural considerations, and ongoing maintenance requirements.

Scott Equipment Company brings together local Account Managers, technical support, Enidine resources, product availability, and value-added assembly capabilities to help customers move from an application problem toward a practical solution.

Local Support Across the Carolinas

Scott Equipment Company supports manufacturers, OEMs, maintenance teams, engineers, and machine builders throughout North and South Carolina.

Customers can begin with their local Account Manager, who can coordinate the appropriate technical, product, and vendor resources.

Application Review

We help gather the operating information needed to begin reviewing the load, speed, cycle, stroke, mounting, vibration source, and environment.

Product Selection Support

We help identify which Enidine product family should be considered before detailed sizing, configuration, and mounting decisions are made.

Competitive Product Review

We can begin with an ACE, Enertrols, or other existing part number, then review the current operating conditions for an appropriate Enidine option.

Existing Installation Support

We can help review installed products, changing machine conditions, recurring failures, unidentified components, and critical spare-part needs.

Technical Coordination

Our Account Managers and Technical Team can coordinate Enidine product information, sizing resources, application details, and follow-up support.

Installation Support

We can help identify mounting accessories, brackets, hardware, sensors, protective components, and documentation needed around the selected product.

Standardized Solutions

Through We Build It, You Install It, we can review repeatable kits and assemblies that simplify purchasing, installation, maintenance, and replacement.

Online Product Access

Customers who already know the required part number can purchase select Enidine products through Scotteq.com.

Continue Exploring the Complete Machine Application

Shock absorption and vibration control are often connected to a larger machine design, retrofit, maintenance, or automation project.

The resources below provide additional information on related Scott Equipment Company technologies and application-support capabilities.

Use the Resources That Fit the Application

Not every shock or vibration project requires additional automation technologies.

Scott Equipment Company can help determine when motion, robotics, safety, or industry-specific support is relevant to the larger project.

Enidine CRS Shock Absorbers

Learn how corrosion-resistant shock absorbers can support applications exposed to moisture, washdown, chemicals, and other demanding environmental conditions.

Robotic Workcell Solutions

Review the tooling, motion, safety, connectivity, and support components that help bring a complete robotic workcell together.

Hydraulic-to-Electric Conversion

Learn how electric actuators may support cleaner operation, improved control, simplified maintenance, and repeatable motion in suitable applications.

Tire and Rubber Automation

Explore automation, motion, safety, sensing, and equipment-protection technologies for demanding tire and rubber manufacturing environments.

What is the difference between a shock absorber and a vibration isolator?

A shock absorber is generally used to decelerate and stop a moving load during an impact event. A vibration isolator reduces the transfer of repeated or oscillating movement between equipment and its supporting structure.

How do I determine what size industrial shock absorber I need?

Sizing may require the moving weight, impact velocity, drive force, cycles per hour, available stroke, mounting position, and operating environment. Physical dimensions alone are not enough to confirm proper selection.

Can Scott Equipment help replace an ACE or Enertrols shock absorber?

Yes. The existing manufacturer and part number can be used as a starting point. Scott Equipment Company will also want to review the current operating conditions before recommending an Enidine option.

Can I select a replacement using only the existing part number?

The existing part number provides useful information, but it may not reflect machine changes. When possible, the current load, speed, cycle rate, stroke, mounting, and environment should also be reviewed.

What information should I provide for an application review?

Helpful information includes the existing part number, moving weight, speed, drive force, cycle rate, available stroke, mounting orientation, environmental conditions, photos, and drawings. Provide whatever is currently available.

What causes industrial machinery to vibrate?

Common sources include motors, pumps, fans, compressors, rotating components, imbalanced loads, reciprocating mechanisms, production machinery, loose components, and nearby equipment.

How do wire-rope isolators differ from elastomeric mounts?

Wire-rope isolators use formed metal cable elements and can be useful in harsh environments, multidirectional applications, and temperature extremes. Elastomeric mounts use flexible polymer materials and may provide a compact solution when properly matched to the load and environment.

Can shock absorbers or vibration isolators be included in a custom assembly or kit?

Depending on the application, Scott Equipment Company may be able to combine the selected product with mounting accessories, brackets, sensors, hardware, and documentation through our We Build It, You Install It program.