Platinum Park Home Services- Underfloor Insulation Technical Survey

• Prepared by

  Select Robin Martin Sam Harbour Charlie Crowhurst Eve Mockevicious Nick Dowling David Dowling

  • Robin Martin
  • Sam Harbour
  • Charlie Crowhurst
  • Eve Mockevicious
  • Nick Dowling
  • David Dowling

• Park Home Owners Name

• Conducted on

  Date
• Location
  Address

• Property type

  Single Park Home

  Double Park Home

• Number of Bedrooms

  Select 1 2 3 4 5 6

  • 1
  • 2
  • 3
  • 4
  • 5
  • 6

• Fuel Type

  Mains Gas

  Electricity

  LPG

  Oil

  Other (please state in Notes)

• Boiler Make

• Boiler Model

• Size of Park Home SQM

  Select 20 25 30 35 40 50 60 70 80 90 100 If different state in notes

  • 20
  • 25
  • 30
  • 35
  • 40
  • 50
  • 60
  • 70
  • 80
  • 90
  • 100
  • If different state in notes

• Is adequate underfloor ventilation present as stated in the minimum requirements guidelines ?

  Select Yes NO

  • Yes
  • NO

• Skirt Material

  Select Brick - single Brick - Double skin Block Timber PVC None Present Other, Please State in Notes

  • Brick - single
  • Brick - Double skin
  • Block
  • Timber
  • PVC
  • None Present
  • Other, Please State in Notes

• Will the design need to incorporate the installation of underfloor ventilation

  Select Yes NO

  • Yes
  • NO

Under The Park Home

• Number of Jacks (16 for double, 8 for Single)

  Select 8 single 16 Double The minimum number of Jacks is not present

  • 8 single
  • 16 Double
  • The minimum number of Jacks is not present

• How Many additional Jacks are required?

  Select 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • 14
  • 15
  • 16

• Current Number of Hatches in situ

  Select 1 2 3 4 0

  • 1
  • 2
  • 3
  • 4
  • 0

• Is there a minimum of two accessible hatches, and are they situated opposite sides of the axle stands?

  Select Yes NO N/A "if this is not the case please comment below a solution" ie, build one new hatch into brick work with a catch to hold the hatch in place

  • Yes
  • NO
  • N/A
  • "if this is not the case please comment below a solution" ie, build one new hatch into brick work with a catch to hold the hatch in place

• What is the condition of the Jacks

  Select Good- no signs of corrosion Fair- starting to signs of corrosion- recommend Rust treatment Poor- Jacks are heavily corroded and require replacement

  • Good- no signs of corrosion
  • Fair- starting to signs of corrosion- recommend Rust treatment
  • Poor- Jacks are heavily corroded and require replacement

• Are the hatches accessible

  Select YES NO N/A

  • YES
  • NO
  • N/A

• Will an access hatch need to be installed to complete the survey and installation

  Select Yes NO

  • Yes
  • NO

• Is the whole of the underfloor accessible

  Select YES NO N/A

  • YES
  • NO
  • N/A

• Bottom of chassis to base of Park home (high point) ?

  Select .5m 0.75m 1.0m 1.25m 1.5m If Different state in notes

  • .5m
  • 0.75m
  • 1.0m
  • 1.25m
  • 1.5m
  • If Different state in notes

• bottom of chassis to base of park home (low point) ?

  Select .5m 0.75m 1.0m 1.25m 1.5m If Different state in notes

  • .5m
  • 0.75m
  • 1.0m
  • 1.25m
  • 1.5m
  • If Different state in notes

• Depth of Timber Joist timber joist to base of Park Home?

  Select 10mm 15mm 20mm 25mm 30mm 40mm 50mm 60mm 75mm 100mm if drastically different please state in notes

  • 10mm
  • 15mm
  • 20mm
  • 25mm
  • 30mm
  • 40mm
  • 50mm
  • 60mm
  • 75mm
  • 100mm
  • if drastically different please state in notes

• Are there any Dangers Visible? this may include evidence of rodent activity, leaking pipes, exposed wiring

  Select Yes NO

  • Yes
  • NO

• Please state the dangers

• Is there any pipe work that will require lagging as part of the installation?

  Select Yes NO

  • Yes
  • NO

• What size pipe is present

  Select 15mm 22 25mm Other Please state in notes

  • 15mm
  • 22
  • 25mm
  • Other Please state in notes

• How much Pipe lagging will be required?

  Select 5m 10m 15m 20m 25m 30m 35m 40m other please state in notes

  • 5m
  • 10m
  • 15m
  • 20m
  • 25m
  • 30m
  • 35m
  • 40m
  • other please state in notes

• Does the Gas Pipe run under the floor?

  Select Yes NO

  • Yes
  • NO

• What is The base made from

  Select Concrete Gravel Mixture

  • Concrete
  • Gravel
  • Mixture

• Is there pre existing insulation present

  Select Yes NO

  • Yes
  • NO

• What is the condition of the insulation

  Select the insulation is thin and in very poor condition. The insulation is very thin but in good general condition

  • the insulation is thin and in very poor condition.
  • The insulation is very thin but in good general condition

• Condition of Chassis

  Select Clean and Painted Light Rust Visible Consistent Rust Throughout Chassis Heavy Rust and Corrosion Throughout Chassis

  • Clean and Painted
  • Light Rust Visible
  • Consistent Rust Throughout Chassis
  • Heavy Rust and Corrosion Throughout Chassis

• Does the Property have adequate Combustion Ventilation in place?

  Select Yes No N/A

  • Yes
  • No
  • N/A

• Please State the reason for the Additional Ventilation in the notes and select the location of the required Combustion Ventilation.

  Select Living Room Living Room 2 Dining Room Kitchen Bedroom 1 Bedroom 2 Bedroom 3 Other Please state in notes

  • Living Room
  • Living Room 2
  • Dining Room
  • Kitchen
  • Bedroom 1
  • Bedroom 2
  • Bedroom 3
  • Other Please state in notes

• Does the Property have Adequate Mechanical Extraction and ventilation already in place in all wet rooms ?

  Yes

  No

  N/A

• Mechanical Ventilation Stratergy

  Select Install a Mechanical Ventilation Unit in the kitchen 60 L/s Install a Mechanical Ventilation Unit in the kitchen 30l/s Install a Mechanical Ventilation Unit in the Bathroom 15l/s Install a Mechanical Ventilation Unit in Bathroom 2 15/s Install a Mechanical Ventilation Unit in the Utility Room 15l/s Install a Mechanical Ventilation Unit in the WC 15L/s Other Please state in notes

  • Install a Mechanical Ventilation Unit in the kitchen 60 L/s
  • Install a Mechanical Ventilation Unit in the kitchen 30l/s
  • Install a Mechanical Ventilation Unit in the Bathroom 15l/s
  • Install a Mechanical Ventilation Unit in Bathroom 2 15/s
  • Install a Mechanical Ventilation Unit in the Utility Room 15l/s
  • Install a Mechanical Ventilation Unit in the WC 15L/s
  • Other Please state in notes

• Does the Property have adequate background ventilation by means of window trickle ventilation in habitable rooms?

  Select Yes No N/A

  • Yes
  • No
  • N/A

• Background Ventilation Strategy

  Select Install trickle ventilation in habitable room 1 Install trickle ventilation in habitable room 2 Install trickle ventilation in habitable room 3 Install trickle ventilation in habitable room 4 Install trickle ventilation in habitable room 5 Install trickle ventilation in habitable room 6 Install trickle ventilation in habitable room 7 Install trickle ventilation in habitable room 8 Install trickle ventilation in Wet room 1 Install trickle ventilation in Wet room 2 Install trickle ventilation in Wet room 3 Other Please state in notes

  • Install trickle ventilation in habitable room 1
  • Install trickle ventilation in habitable room 2
  • Install trickle ventilation in habitable room 3
  • Install trickle ventilation in habitable room 4
  • Install trickle ventilation in habitable room 5
  • Install trickle ventilation in habitable room 6
  • Install trickle ventilation in habitable room 7
  • Install trickle ventilation in habitable room 8
  • Install trickle ventilation in Wet room 1
  • Install trickle ventilation in Wet room 2
  • Install trickle ventilation in Wet room 3
  • Other Please state in notes

• Does the Property have adequate background ventilation by means of Door undercuts of at least 7 600 mm2 beneath all internal doors, above the floor finish, to allow air to move through the dwelling in habitable rooms? ( approx 7-10mm gap)

  Yes

  No

  N/A

• Door Undercut Ventilation Strategy

  Select Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 1 Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 2 Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 3 Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 4 Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 5 Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 6 Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 7 Plane the door on the lower edge to create a door undercut of 7-10mm in Wet Room 1 Plane the door on the lower edge to create a door undercut of 7-10mm in Wet Room 2 Plane the door on the lower edge to create a door undercut of 7-10mm in Wet Room 3

  • Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 1
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 2
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 3
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 4
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 5
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 6
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Habitable Room 7
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Wet Room 1
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Wet Room 2
  • Plane the door on the lower edge to create a door undercut of 7-10mm in Wet Room 3