CARPARX Pit Construction Guide

Transcription

1 CARPARX Pit Construction Guide Provides Construction Guidelines and Techniques for building foundations and floors in support of CARPARX Inground Parking Systems CONSULT HARDING STEEL ON ALL PIT CONSTRUCTION PLANS AND SPECIFCATIONS

2 CARPARX ST-2 Product and Pit Specifications Pit Construction Check List: Power drop in pit to spec Convenience lighting in pit Entrance/egress door or hatch (lockable) Drainage and/or sump well 6 reinforced concrete basement floor Grade level drain slope up to 2 Grade level steel or concrete support Ventilation to local code (recommend 100 CFM per lift) Application: One Car Below Upper car can be lifted Indoor only, limited ceiling height Residential or commercial Allows fully independent parking with adequte ceiling heights Lower Platform(s) - Two Dimensions: 94" X 226" Configuration Flat diamond plate steel sheet Optional Front Wheel Stops Clear Space between columns 88 Maximum vehicle length 220 Safety Railing Standard front only Upper Platform Dimensions: 102" X 234" Configuration Slope Flat diamond plate steel sheet Up to 2" front to back max (user specified) Interplatform Clearance (H2) SUV (standard) 78" Extra 72" Sedan 66" Custom below 66" or more than 78" Pit Dimensions: Required Pit Depth Surface level opening 97"w X 228" length Maintenance Access Required SUV (standard) 96" Extra 90" Sedan 84" Capacities: Lower Car 7000 lbs Upper Car 7000 lbs With two-car lifting upgrade kit Total Lifting Capacity including weight of lift, cars and platforms 15,000 lbs (with two-car lifting upgrade kit) Other Dimensions: Minimum Height from floor of pit to top of lower platform: 14" Power requirements Standard 220V Single Phase 40 amp circuit Hyrdaulic Power Pack Shared minimum 4-5 gpm, 1500 psi Pit Design Requirements (by others) (by others) Convenience lighting 110V power outlet for tools Ventilation fan (100 cfm per vehicle)

3 HARDING STEEL CARPARX VTS-2 CARPARX VTS-2 Product and Pit Specifications Pit Construction Check List: 2 minimum PVC raceway from mini pit for hydraulic and electrical connections Power drop in pit to spec Convenience lighting in pit Entrance/egress door or hatch (lockable) Drainage and/or sump well 6 reinforced concrete basement floor Grade level drain slope up to 2 Grade level steel or concrete support Ventilation to local code (recommend 100CFM per lift) Description: Application: Two Car Inground One Car Below Drive off capable Upper car can be lifted Indoor only, limited ceiling height Residential or commercial Allows fully independent parking with adequte ceiling heights Lower Platform Dimensions: 94" X 226" Configuration Flat diamond plate steel sheet Clear Space between columns 88 Maximum vehicle length 220 Upper Platform Dimensions: 102" X 234" Configuration Drainage Slope (recommended) Flat diamond plate steel sheet Up to 2" front to back max (user specified) Interplatform Clearance: Standard 96" Usaable 88" Custom Configurations Available Pit Dimensions: Surface level opening 97"w X 228" length Maintenance Access: Maintenance Access Required Floor to floor distance: VARIABLE 96" to 146" Mini Pit Requirements: Dimension: 97" w X 228" L (no more than 98" x 230") Depth 20" (not to excede 21") (mini-pit depth may vary with design) Capacities: Lower Car 7000 lbs Upper Car 7000 lbs (upper car rquired dual car upgrade kit) Total Lifting Capacity including weight of lift, cars and platforms Other Dimensions: 15,000 lbs (with two-car upgrade lit) Inquire for Custom Machine Dimensions Fixed Post Unit Available Power requirements Standard 220V Single Phase amp circuit Hyrdaulic Power Pack Shared minimum 4-5 gpm, 1500 psi Pit Design Requirements (by others) PCV Raceway for Electrical/Hydraulic

4 Sample Beam and Pit Strategies New construction with beam pockets for beam installation after the lifts are installed

5 Carriage House Construction Techniques

6 Sample Beam and Pit Strategies Retrofit or new construction with beams placed

7 Sample Beam and Pit Strategies (Pre-build floor and cut for lift)

8 Sample Escape Hatch (under construction)

9 Sample Beam and Pit Strategies (all steel edges at grade)

10 Sample Beam and Pit Strategies (support beams with corrugated steel decking and poured top coat of concrete)

11 Sample Beam and Pit Strategies (support beams with corrugated steel decking and poured top coat of concrete)

12 Sample Beam and Pit Strategies (support beams with corrugated steel decking and poured top coat of concrete)

13 Sample Beam and Pit Strategies (support beams with corrugated steel decking and poured top coat of concrete)

14 Sample Beam and Pit Strategies (support beams with corrugated steel decking and poured top coat of concrete)

15 Sample Beam and Pit Strategies (support beams with corrugated steel decking poured concrete floor after lift install)

16 Sample Beam and Concrete Construction (support beams with corrugated steel decking poured concrete floor after lift install)

17 Sample Precast Hollow Core Concrete Pit Construction (Precast Hollow Core planks form the grade level pit opening, optional top coat after install)

18 Sample Precast Hollow Core Concrete Pit Construction (Precast Hollow Core planks form the grade level pit opening, optional top coat after install)

19 Sample Precast Hollow Core Concrete Pit Construction (Precast Hollow Core planks form the grade level pit opening, optional top coat after install)

20 Concrete Vault Single Unit Pit (can be used where a basement is not being constructed)

21 CARPARX VTS-2 Mini Pit (designed for drive off)

22 CARPARX VTS-2 Mini Pit (designed for drive off) 2 minimum PVC raceway for hydraulic and electrical connections to the hydraulic power pack

23 CARPARX VTS-2 Mini Pit (designed for drive off)

24 CARPARX VTS-2 Raised and Lowered at Grade

25 Sample Finished Floor Strategies (Steel Edges all Around)

26 Sample Finished Floor Strategies (Recessed Concrete Edge all Around)

27 Beautiful!

28 Beautiful!

29 Sample Pit Detail End Cross Section Two machines in same garage

30 Sample Pit Detail Lateral Cross Section

31 CARPARX ST-2 Machine Dimensions

32 Pit Parameters for adjacent Parking Machines (commercial applications) 102 upper platform 1 minimum gap between units 99 gap between beam flanges 96 Finished Pit Depth NOT TO SCALE 94 lower platform 3 X 6 or 4 x 6 support beam between adjacent units at grade

33 Minimum gap of 1 (2 recommended) Upper lid lift A Upper lid lift B Minimum overlap of 1, cannot exceed 2 Steel I Beam between adjacent lifts