As a National Recreational Vehicle Inspectors Association (NRVIA) member, we follow a set of Standards of Practice that outline the components and systems covered in an RV inspection. These standards serve as guidelines for certified RV inspectors to ensure thorough and comprehensive inspections.
JK RV Inspections goes above and beyond the normal Standards of Practice to provide a thorough examination of recreational vehicles. Emphasizing critical areas reflects a commitment to comprehensive and detailed inspection services. This approach can contribute significantly to ensuring the safety, functionality, and overall condition of the RVs being inspected. If you have specific questions or concerns about the inspection process or additional services provided by JK RV Inspections, it's recommended to reach out to us for clarification and more information.
A Hotskin test for RVs is a critical electrical examination designed to detect potentially dangerous electrical charges flowing through the RV's frame, body, or other metal components. This safety procedure helps pinpoint any electrical issues that may pose risks to both the RV and its occupants. By identifying these concerns, the Hotskin test plays a pivotal role in inspecting the safety of your RV, ensuring that you can embark on your adventures with peace of mind.
A propane timed leak test is a safety procedure for RVs that involves checking the propane system for potential leaks by pressurizing the system and monitoring it for a specific duration to ensure there are no gas leaks. This essential test helps identify and mitigate any propane-related safety hazards, ensuring a secure and worry-free RV experience.
A GFCI (Ground Fault Circuit Interrupter) outlet test is a safety procedure to verify the functionality of these specialized electrical outlets. The main purpose of a GFCI outlet is to prevent electrical shocks and protect individuals from the dangers of faulty appliances or wiring.
Verifying the functionality of all emergency exit windows in an RV to ensure they open easily and provide a safe means of egress in case of an emergency. This procedure is crucial for RV safety and ensures that all occupants can swiftly exit the vehicle if the need arises.
This assessment involves ensuring that the RV's fire extinguisher is an acceptable type and is securely mounted and fully charged, ready for immediate use in case of a fire emergency. It's a critical safety measure that guarantees the extinguisher's readiness to help protect occupants and the RV from potential fire hazards.
We test and verify operation and expiration date of Smoke/Fire Detectors and Carbon Monoxide Detectors. We also verify that the detectors are RV rated.
This test involves verifying the functionality of the LP gas detector, ensuring it can detect gas leaks and trigger audio alarms effectively. It also includes documenting the expiration date of the detector to maintain a safe RV environment, preventing potential gas-related hazards.
Ensuring the RV water heater is properly sealed is vital for safety, efficiency, and protection against potential water damage. A secure seal prevents the escape of harmful gases, maintains the heater's efficiency, and safeguards against water intrusion, all contributing to peace of mind and adherence to safety standards.
Inspecting the operation of chassis signal and running lights is a safety check to ensure that all exterior lights on the RV's chassis are functioning correctly. This inspection is essential for maintaining visibility and compliance with traffic regulations. The Brake-a-Way system is also tested to ensure the brake activate when necessary.
.
A comprehensive evaluation of the entire RV roof, focusing on the state of sealants, joints, and various components like roof vents, air conditioners, antennas, and more. The objective is to detect any indications of wear, damage, or potential leaks that might jeopardize the structural integrity and weather resistance of the RV. Consistent inspections of these crucial elements are imperative for preserving the RV's durability and guaranteeing its protection against potential water damage.
This inspection focuses on evaluating the condition of the exterior sidewalls and endcaps of the RV. It involves a thorough examination of these surfaces to identify any signs of damage, wear, or structural issues. Additionally, the inspection includes checking for proper seals, ensuring that all components are securely attached, and addressing any concerns that may impact the RV's aesthetic appearance, structural integrity, or weather resistance.
This inspection is specifically dedicated to evaluating the condition and functionality of the RV's exterior slideout mechanisms. It encompasses a comprehensive examination of the slideout's exterior components, including seals, mechanical systems, and structural integrity. The primary goal is to identify any signs of wear, damage, or operational issues that could affect the slideout's smooth operation, structural stability, or weather resistance.
This inspection is designed to assess the condition of the RV's awning and slide topper. It encompasses a thorough examination of these exterior components, focusing on their functionality, integrity, and overall condition. The inspection checks for wear, damage, and proper operation of the awning and slide topper systems, ensuring they provide reliable shelter and protection against the elements.
An RV leveling system is an integral component designed to stabilize and level the vehicle when parked. It involves the use of hydraulic or electric jacks that extend and retract to ensure the RV is positioned evenly on various terrains. This system plays a pivotal role in enhancing comfort, preventing discomfort from uneven surfaces, and safeguarding appliances and systems that rely on level positioning.
An RV hitch system inspection evaluates the hitch and associated towing elements, including the coupler, safety chains, and weight distribution system. Its primary goal is to ensure the secure attachment and proper functionality of these components, enhancing safety and roadworthiness during RV towing. Detecting and addressing potential issues ensures a trouble-free connection between the RV and towing vehicle, contributing to safe and efficient travel.
This inspection is dedicated to evaluating the condition and functionality of the ceiling vent fan and covers in an RV. It involves a examination of the fan's components, including the motor, blades, and ventilation system, to ensure proper operation. The primary goal is to identify any signs of wear, damage, or mechanical issues that might impact the fan's ability to ventilate the RV effectively.
A detailed examination of windows and doors, ensuring their functionality, security, and weather resistance. This involves checking for proper sealing, inspecting frames and hinges, and testing mechanisms such as locks and latches.
An evaluation of all interior and exterior lighting systems. It aims to confirm that all lights are operational, securely connected, and free from damage or wear. This inspection covers a wide range of lighting fixtures, including ceiling lights, wall sconces, awning lights, and more. The ultimate objective is to ensure safe and effective illumination, contributing to the convenience and comfort of RV living.
A detailed assessment of audio and visual components like TVs, stereo systems, DVD players, and speakers. Our goal is to ensure optimal functionality, identifying and addressing any issues such as malfunctions or connectivity problems. With expertise gained from our previous home with a dedicated theater room, we bring enhanced knowledge to thoroughly evaluate and optimize your RV's entertainment system.
A shower/tub inspection in an RV involves an evaluation of the bathroom fixtures to identify any obvious signs of problems or damage. This assessment focuses on checking for visible issues, such as water leaks, that may indicate potential concerns. Additionally, it includes an examination of plumbing components, like the showerhead, faucet, and drainage system, to spot any visible issues or irregularities.
Polarity testing is a crucial electrical assessment that confirms the correctness of electrical connections within a circuit or outlet, ensuring the proper alignment of hot, neutral, and ground wires. This test also identifies ground faults or interruptions in the electrical flow that could pose safety risks, making it an essential procedure for maintaining electrical safety, reliability, and shock prevention.
A 120V electrical inspection in an RV involves an evaluation of the electrical systems and components that operate on 120 volts of alternating current (AC). The primary objective is to confirm the safe and correct functioning of these electrical systems.This inspection entails checking for any noticeable indications of wear, damage, or loose connections, while also ensuring that, when applicable, all 120V electrical components are securely grounded and adhere to safety standards.
An inverter inspection in an RV is an assessment of the inverter unit, which is responsible for converting DC (direct current) power from the RV's batteries into AC (alternating current) power for operating household appliances and devices. This inspection aims to ensure the inverter's proper operation, including checking for signs of wear, damage, or malfunction. It also involves verifying the inverter's connections and its compatibility with the RV's electrical system.
A breaker panel inspection in an RV involves a thorough evaluation of the electrical distribution panel, which contains circuit breakers or fuses that safeguard the RV's electrical system. This inspection aims to ensure the proper operation of the breakers, as well as checking for signs of wear, damage, or malfunctions. It also involves confirming that the breaker panel is securely mounted and all wiring connections are in good condition.
A 12V system inspection in an RV is a comprehensive assessment of the electrical systems and components that run on 12 volts of direct current (DC). This inspection aims to ensure the proper operation of these systems, including lighting, fans, water pumps, and various other 12V devices. It includes checking for visible signs of wear, damage, or loose connections, as well as verifying the condition of the RV's batteries and charging system.
A coach battery system inspection in an RV is a detailed evaluation of the batteries that power the RV's vehicle components. This inspection aims to ensure the proper operation and condition of the coach batteries. It includes checking for signs of wear, damage, and corrosion on battery terminals and cables, as well as assessing the overall health and charge levels of the batteries.
An assessment of the fuse box that controls and safeguards the 12-volt electrical circuits within the RV. This inspection aims to ensure the proper operation of fuses, which protect the 12V systems from overloads and short circuits. It includes checking for signs of wear, damage, or blown fuses, as well as verifying the condition of fuse connections and terminals. The inspection may also involve confirming that the 12V electrical circuits are appropriately labeled for easy identification.
An RV refrigerator inspection is anassessment of the RV's refrigeration unit to ensure it's operating correctly and efficiently. This inspection includes checking for signs of wear, damage, or malfunction in the refrigerator's components, such as the cooling unit, thermostat, and seals. It also involves verifying that the refrigerator can operate on various power sources, including 12V DC, 120V AC, and propane gas if applicable.
An evaluation of the water heating system in the RV. This inspection aims to ensure the safe and efficient operation of the water heater, which provides hot water for various onboard amenities such as showers and sinks. It includes checking for signs of wear, damage, or leaks in components like the heating element, thermostat, pressure relief valve, and the water tank itself.
Inspecting the RV furnace operation involves an evaluation of the heating system in the recreational vehicle. This inspection aims to ensure the safe and effective functioning of the furnace, which provides warmth and comfort during colder seasons or chilly nights. It includes checking for signs of wear, damage, or malfunctions in furnace components like the burner, blower, thermostat, and ductwork.
Checking for RV cooktop/stove operation involves assessing the functionality of the cooking appliances in the recreational vehicle. It includes checking for signs of wear, damage, or malfunction in components like burners, igniters, and knobs. Additionally, the inspection involves confirming that the appliances are properly connected to the RV's propane system and that they can ignite, control the flame, and provide a consistent heat source for cooking.
Inspecting the RV air conditioner operation involves a detailed evaluation of the cooling system in the recreational vehicle. This inspection aims to ensure the effective and efficient functioning of the air conditioner. It includes checking for signs of wear, damage, or malfunctions in the air conditioner's components such as the compressor, condenser, thermostat, and filters.
Inspecting the operation of an RV washer and dryer involves an evaluation of these appliances within the recreational vehicle. This inspection aims to ensure that the washer and dryer are functioning correctly and effectively. It includes checking for signs of wear, damage, or malfunction in the components of these appliances, such as the washing and drying mechanisms, controls, and connections.
This inspection aims to ensure that the electric fireplace is operating correctly and efficiently. It includes checking for signs of wear, damage, or malfunction in components such as the heating element, flame effects, controls, and safety features. The inspection also involves verifying that the electric fireplace is properly connected to the RV's electrical system and that it can generate heat, display flames, and provide a cozy ambiance when needed.
This inspection aims to ensure that the solar system is generating and managing power correctly. It includes checking for signs of wear, damage, or malfunction in components such as solar panels, charge controllers, batteries, and electrical connections. The inspection also involves verifying that the solar system is properly integrated with the RV's electrical system and that it can effectively harness and store solar energy for powering various devices and appliances.
This inspection aims to ensure that the black tank and associated components are operating correctly. It includes checking for signs of wear, damage, or malfunctions in components such as the tank itself, the sewer hose, valve, sensors, and venting system. The inspection also involves verifying that the black tank system is properly connected and that it can effectively collect and store wastewater while preventing odors and leaks.
The gray water system in an RV refers to the wastewater collection and disposal system for non-toilet water sources, such as sinks and showers. Gray water systems are designed to gather and store this relatively clean wastewater, which does not contain human waste, and safely dispose of it when the RV is not connected to a sewer hookup. Gray water systems help maintain a clean and sanitary living environment in the RV by separating relatively clean water from black water (sewage).
This inspection aims to ensure the safe and efficient operation of the freshwater system, which provides potable water for drinking, cooking, and other domestic uses. It includes checking for signs of wear, damage, or leaks in components such as the water tank, pump, hoses, filters, and connections. Additionally, the inspection involves confirming that the freshwater system is properly connected to the RV's plumbing and that it can deliver clean and safe water to various fixtures and appliances.
This inspection aims to ensure that the propane system is operating correctly and safely. It includes checking for signs of wear, damage, or malfunctions in components such as the propane tanks, regulators, hoses, valves, and appliances that run on propane. The inspection also involves verifying that the propane system is properly connected to the RV's gas lines and that it can efficiently fuel appliances like stoves, ovens, water heaters, and refrigerators.
In addition to visual inspections, we also offer advanced fluid analysis for a wide range of motorized RV fluids. This includes thorough testing for engine oil, transmission fluid, coolant, generator oil, generator coolant, hydronic fluids, and system fluids. These tests offer a detailed inside look, providing comprehensive insights into the condition of your RV's essential fluids.
This inspection aims to identify any visible signs of wear, damage, or potential issues in the engine and its surrounding components. It includes checking for oil or fluid leaks, loose or damaged belts and hoses, corrosion, and any visible issues with electrical connections. While a visual inspection can reveal some potential problems, it may not uncover all engine issues. We also offer a fluid analysis, to gain a better understanding of the engine's condition.
This inspection aims to identify any visible signs of wear, damage, or potential issues in the transmission and its associated components. It includes checking for leaks, loose or damaged transmission lines, and examining the transmission pan for signs of wear and damage. While a visual inspection can reveal some potential transmission problems, it may not uncover all issues. We also offer a fluid analysis, to gain a better understanding of the transmission's condition.
This inspection aims to identify any visible signs of wear, damage, or potential issues in the cooling system and its related parts. It includes checking for coolant leaks, damaged hoses, and examining the condition of the radiator, thermostat, water pump, and cooling fans. While a visual inspection can reveal some potential cooling system problems, it may not uncover all issues. We also offer a fluid analysis, to gain a better understanding of the cooling system's condition.
This inspection aims to identify any visible signs of wear, damage, or potential issues in the suspension system and related components. It includes checking for signs of damage, wear, or leaks in components like shocks and springs. The inspection may also involve assessing the condition of suspension bushings and mounts. While a visual inspection can reveal some potential suspension problems, it may not uncover all issues.
Scanning for OBD2 diagnostic codes involves using an On-Board Diagnostics (OBD2) scanner or code reader to check for any trouble codes stored in the RV's engine control module (ECM) or powertrain control module (PCM). These diagnostic codes can provide information about issues or malfunctions in the vehicle's engine, transmission, or emissions systems. These codes can help identify problems, and further diagnostic steps may be required to address the specific issues indicated by the codes.
This is a sample list of the components inspected during a RV inspection. It is in no way complete.
As a National Recreational Vehicle Inspectors Association (NRVIA) member, we follow a set of Standards of Practice that outline the components and systems covered in an RV inspection. These standards serve as guidelines for certified RV inspectors to ensure thorough and comprehensive inspections.
The National Recreational Vehicle Inspectors Association or NRVIA is a professional RV inspector membership organization. Membership in the NRVIA is voluntary and its members are RV Inspectors and industry affiliates whose purpose is to promote excellence in the profession and continued improvement of its members’ inspection services to the public.
Use of the NRVIA logo and name is limited to those members of good standing who may utilize this logo and name in their individual inspection business promotions and advertising.
The NRVIA designation of Certified RV Inspector is permitted only to be used by those individuals that have met the requirements and testing standards established by NRVIA and who have a current active status with the association.
2.1 – The purpose of the Standards of Practice is to establish a uniform standard for RV Inspectors to inspect and report in an objective manner the conditions of a Recreational Vehicle and its components.
2.2 – The Standards describe the components, and systems included in an RV Inspection.
2.3 – The Standards apply to motorized and towable types of RVs as defined by the RV Industry Association (RVIA).
2.4 – The Standards apply to a visual inspection of those areas, components and systems that are readily accessible to determine at the time of inspection that they are performing their intended function without regard to life expectancy.
2.5 – The purpose of the RV inspection is to identify visible and operational defects as permitted by the current conditions that in the judgment of the RV Inspector will adversely affect the function or integrity of the items, components and systems of the Recreational Vehicle.
2.6 – RV Inspections performed under the Standards of Practice are basically visual and rely upon the judgment, education and experience of the RV Inspector and are not intended to be technically exhaustive.
2.7 – RV Inspections shall be performed on a calendar day which will allow compliance with the provisions of the NRVIA Standards of Practice.
2.8 – RV Inspections performed under the Standards shall not be construed as being a compliance inspection of any code, governmental regulation or manufacturer’s installation instructions or procedures. In the event a law, statute or ordinance prohibits a procedure recommended in the Standards, the RV Inspector is relieved of the obligation to adhere to the prohibited part of the Standards.
2.9 – RV Inspections performed under the Standards are not an expressed, implied warranty or guarantee of adequacy, performance or useful life of any RV, any of its components or systems.
2.10 – Only those items specifically listed on the RV Inspection Report will be included in the RV Inspectors evaluation.
2.11 – The RV Inspector shall report any system or component included in the Standards of Practice which were present at the time of the RV Inspection but were NOT inspected and provide the reason they were not inspected.
3.1 – RV Inspections performed under the Standards of Practice exclude any items concealed or not readily accessible to the RV Inspector. The RV Inspector is not required to move furniture, personal or stored items. Lifting floor covering, accessing interior walls and ceilings in which could damage or destroy the components or systems being evaluated is not part of the RV Inspection.
3.2 – The determination of the presence of damage caused by insects or water is only to be evaluated by observation with a statement being rendered by RV Inspector that is to make the client aware of the issue.
3.3 – Excluded from the Standards of Practice is the determination of indoor air quality of the RV and it’s consequence of physical damage, toxicity, odors, waste products and noxiousness.
3.4 – The RV Inspection and report are based upon the visual observation of the existing conditions of the RV at the time of the RV Inspection. The inspection report is not intended to be construed as a guarantee, warranty, or any form of insurance. The RV Inspector will not be responsible for any repairs or replacement with regard to the RV or its contents.
3.5 – The RV Inspector is not required to enter any premises that visibly show a threat to the safety of the RV Inspector or others nor inspect any area or component that poses a danger to the RV Inspector or others.
3.6 – The NRVIA Certified RV Inspector will inspect and report on the following RV items and conditions during the RV Inspection. Any additional items of inspection will be dependent upon the agreement between the client and the RV Inspector.
4.0 – Roof
4.1 – Roof Type
4.2 – General condition of the roof
4.3 – Joints and Seals
4.4 – Vents
4.5 – Vent covers
4.6 – Plumbing vents
4.7 – Air Conditioning Covers and Exterior Coils
4.8 – Ladder
4.9 – Satellite Antenna
4.10 – Radio Antenna
4.11 – Refrigerator Vent
4.12 – Skylight(s)
4.13 – Storage Containers
4.14 – Spot lights
4.15 – Air Horns
4.16 – Solar Panels
4.17 – Signs of Equipment removed
5.0 – Walls - Front, Rear and Sides
5.1 – Type of Construction
5.2 – Front type of Construction and Condition
5.3 – Streetside Wall Construction and Condition
5.4 – Curbside Wall Construction and Condition
5.5 – Rear type of Construction and Condition
5.6 – Decals and Paint
5.7 – Corner Joints, Trim and Gutters
6.0 – Entrance Doors
6.1 – Condition of Door(s)
6.2 – Screens
6.3 – Decals and Trim
6.4 – Latch and Lock Systems
7.0 – Windows
7.1 – Type of Windows
7.2 – Condition of Windows
7.3 – Emergency Windows
7.4 – Seals and Gaskets
7.5 – Window Screens
8.0 – Storage Compartments
8.1 – Door and Interior Compartment Conditions
8.2 – Door lock types
8.3 – Seals and Waterproofing
8.4 – Area around Compartment Condition
8.5 – Operation of Doors and Locks
8.6 – Hinges and gas cylinders
8.7 – Slideout trays and Shelves
8.8 – Flooring and Interior Walls of Compartment
8.9 – Compartment Lights
9.0 – Awnings
9.1 – Type of Awnings
9.2 – Sizes of Awnings - Length of Awnings
9.3 – Fabric and its Condition
9.4 – Manual or Electric Operation
9.5 – Hardware and Locks Condition
10.0 – Slideout Topper Awnings
10.1 – Type of Awnings
10.2 – Sizes of Awnings - Length of Awnings
10.3 – Fabric and its Condition
10.4 – Manual or Electric Operation
10.5 – Hardware and Locks Condition
11.0 – Window Awnings
11.1 – Type of Awnings
11.2 – Sizes of Awnings - Length of Awnings
11.3 – Fabric and its Condition
11.4 –Manual or Electric Operation
11.5 – Hardware and Locks Condition
12.0 – Slideout
12.1 – Type of Drive – Hydraulic, Electric, Cable or Schwintek
12.2 – Mechanical Operation of Slide System
12.3 – Condition of Seals
12.4 – Tracking/Rack System Type and Condition
12.5 – Over Ride Operation Feature
12.6 – Misc. Trim and Decals of Slides
13.0 – Frame and Components
13.1 – Frame Type and Condition
13.2 – Axles, Springs, Shocks and Hanger Components
13.3 – Wheels/Tires and Rims – Type and Condition
13.4 – Brake Types
13.5 – Spare Tire and Mounting Rack
13.6 – Leveling/Stabilization System Type and Condition
13.7 – Operation of Leveling/Stabilization System
13.8 – Hitch and Pin Box Equipment
13.9 – Chains and Break Away Switch Operation
14.0 – Steps
14.1 – Type of Steps – Manual, Electric, Hydraulic
14.2 – Condition and Operation
14.3 – Non–Skid stripes and Grab Handles
15.0 – Chassis Lights and Markers
15.1 – Types of Light Bulbs
15.2 – Operation of Turn Signals, Marker Lights, Brake Lights and Other Lights
16.0 – Chassis Voltage System – 12 volt DC
16.1 – Visual Condition of Batteries
16.2 – Visual Condition of Cables and Connectors
16.3 – Disconnect Switch and Battery
17.0 – Cable TV Hook Up - Visual evaluation only
17.1 – Satellite TV Hook Up - Visual evaluation only
18.0 – 12 Volt DC House (Coach) Voltage – Deep Cycle
18.1 – Visual Condition of Batteries
18.2 – Visual Condition of Cables and Connectors
18.3 – Disconnect Switch and Battery
18.4 – Converter Operation
18.5 – Interior Lights and Fans
18.6 – Exterior Porch and Security Lights
18.7 – Antenna Signal Booster
19.0 – 120 Volt AC House/Pedestal Power
19.1 – Visual Inspection of Power Cord
19.2 – Verify Power from Pedestal
19.3 – Perform Hot Skin Test
19.4 – Inspect Interior of Breaker Panel Box – Breakers and Wiring
19.5 – Operation of GFCI Circuits
19.6 – Polarity of all Wall Receptacles
19.7 – Operation of Ceiling Fans and Lights
20.1 – Type and General Condition and Operation of Inverter
20.2 – Cables, Wiring and Fuses
20.3 – Verify Operation of Inverter with Load
21.0 – Generator
21.1 – Type and Operation of Generator
21.2 – Oil and Filter
21.3 – Fuel/Prime Switch Operation
21.4 – Circuit Breaker Operation
21.5 – Verify Operation with Load
22.0 – Plumbing – City Fresh Water
22.1 – City Hook Up Condition
22.2 – Verify Inline Check Valve
22.3 – Inspect the Inline Water Filter
22.4 – Faucets and Shower Fixtures
22.5 – Shower Doors, Racks and Other Hardware
23.0 – Plumbing – On Demand Water System
23.1 – Verify Water Tank will hold Water
23.2 – Test Water Pump operation for pressure
23.3 – Does Water System hold pressure
23.4 – Do all water fixtures function
23.5 – Verify Operation of Exterior Shower
23.6 – Verify Seal Cap on Discharge Line
24.0 – Plumbing – Black Water Waste Systems
24.1 – Valve and Handle operation
24.2 – Check Sealing of Valve
24.3 – Tank Wash System Function - Present and Labeled
24.4 – Toilet Flapper Seal Holding Water
25.0 – Plumbing – Gray and Galley Waste System
25.1 – Valves and Handles operation
25.2 – Check Sealing of Valves
25.3 – Tank Wash System Function - Present and Labeled
26.0 – Propane System
26.1 – Inspect Condition of ASME Tank or DOT Cylinder(s)
26.2 – Date of DOT Cylinders
26.3 – High Pressure hose and fittings Condition
26.4 – Inspect Regulator, Cover and Positioning
26.5 – Verify Inline Regulator on Split DOT Cylinders
26.6 – Perform Leak Test – 8” W.C. for 5 min. – Document Test Procedure
27.0 – Refrigerator
27.1 – Make and Model of Refrigerator
27.2 – Operates on various Heat Sources
27.3 – Doors Latch and Seal correctly
27.4 – Can Refrigerator maintain its temperature range
27.5 – Recall Kit Installed
27.6 – Does Condensate Line Drain
27.7 – Interior Light Function
28.0 – Water Heater
28.1 – Make and Model of Water Heater
28.2 – General Condition of Unit
28.3 – Operates on various Heat Sources - Verify water heater output temperatures
28.4 – Drain Plug - Verify the presence of the manufacturer-approved drain plug.
28.5 – Dauber Screens Installed
29.0 – Furnace
29.1 – Make and Model of Furnace
29.2 – General Condition of Unit
29.3 – Operates Properly
29.4 – Does Furnace motor Function Properly
29.5 – Dauber Screens Installed
30.0 – Cooktop/Stove
30.1 – Make and Model of Cooktop/Stove
30.2 – General Condition of Unit
30.3 – Oven burner and Top Burners Light as Designed
30.3 – Exhaust Fan (vent a hood) Functions
31.0 – Air Conditioner(s)
31.1 – Make and Models of Air Conditioner(s)
31.2 – Ducted/Non Ducted/T-Stat/Manual Control
31.3 – Filter Clean
31.4 – Plenum Divided and Sealed
31.5 – # of Degrees Delta T for each Unit
32.0 – Microwave
32.1 – Make and Model of Microwave
32.2 – General Condition of Unit
32.3 – Heats Cup of Water
32.4 – Turn Table and Components in Microwave
33.0 – Washer/Dryer
33.1 – Make and Model of Each Unit
33.2 – General Condition of Units
33.3 – Operate Washer and Dryer
34.0 – Ceiling
34.1 – General Condition of Ceiling and Skylights
34.2 – Discoloration, Damage or Stain
34.3 – Operation of Roof Vents
34.4 – Light Switch and Fixtures
35.0 – Walls
35.1 – General Condition of Walls
35.2 – Damage, Discoloration or Stains
35.3 – Have Repairs Been Performed
35.4 – Window Coverings/Shades
36.0 – Floors
36.1 – General Condition of Floors
36.2 – Carpet/Vinyl
36.3 – Water Damage/Soft Spots
36.4 – Repairs Performed
37.0 – Cabinets/Trim Work
37.1 – Condition of Doors, Drawers and Bookshelves
37.2 – Countertop and Sink Condition
37.3 – Hardware and Latches
37.4 – Previous Repairs
38.0 – Furniture and Accessories
38.1 – General Condition of the Furniture/Accessories
38.2 – Damages/ Repairs/Replaced Units
38.3 – Matching Fabrics with Décor
39.0 – Entertainment Components
39.1 – Model and Serial Numbers of all pieces Entertainment Components
39.2 – Do all Components Function
39.3 – Antenna Signal Booster
40.0 - Vehicle Data Information
40.1 – Inspection Sticker/License Plate Current
40.2 – GVW and CCC information
41.0 – Motor Home Chassis
41.1 – General Condition of Cockpit/Navigation Area
41.2 – Mileage/Hours
41.3 – Dash Controls/Gauges
42.0 – Engine Compartment
42.1 – Clean Engine/Transmission
42.2 – Oil/Fluids
42.3 – Hoses/Belt/Radiator/Fans Condition
43.0 – Exhaust System
43.1 – General Condition of Exhaust System
43.2 – Exhaust Pipe/Converter/Muffler/Brackets in Place
44.0 – Accessories
44.1 – Back Up Camera
44.2 – Misc. Items
JK RV Inspections
Copyright © 2024 JK RV Inspections - All Rights Reserved.