Microfiche records prior to 2006 have not been completely digitized and may not be available yet on PRO. If you can not find what you are looking for please submit a records request.
Permit Review Detail
Review Status: Completed
Review Details: COMMERCIAL TI
Permit Number - T05CM03307
Review Name: COMMERCIAL TI
Review Status: Completed
| Review Date | Reviewer's Name | Type of Review | Description | Status | Comments |
|---|---|---|---|---|---|
| 10/14/2005 | ROBERT SHERRY | PLUMBING-COMMERCIAL | REVIEW | Denied | 1. Provide water supply isometrics. Reference Section 103.2.3, UPC 1994. 2. Clarify the type of water heater being relocated, natural gas or electric: it is shown both ways in detail 4/P2. Reference Section 103.2.3, UPC 1994. 3. Provide a watertight pan of corrosion-resistant material under the water heater with a drain to an approved location. Reference Section 510.7, UPC 1994. 4. Provide access and working space for water heater. If the water heater is located over 8'-0" above the finished floor, a permanently affixed ladder will be required for access. Reference Section 511.0, UPC 1994. 5. Provide information to show how the outlet temperature of the hot water is to be limited to 110 degrees at the lavatories. Reference Section 804.3, IECC 2003. 6. If the specified water heater is not supplied with integral heat traps, provide heat traps on the supply and discharge piping for the water heater. Reference Section 804.4, IECC 2003. 7. Provide a shut off valve for the water supply at the building entrance. Reference Section 605.3, UPC 1994. 8. Show the size, route, and termination point of the T&P relief pipe from the water heater. Reference Section 608.5, UPC 1994. 9. Include all fixtures and the water requirements of the HVAC equipment when calculating the total demand and determining pipe sizes. Reference Section 610.1, UPC 1994. 10. Calculate the water demand using the fixture units shown in Tables 6-3 or A-2. Reference Section 610.3, UPC 1994. 11. Provide calculations showing water supply piping is sized in accordance with Sections 610.4, 610.7, 610.8, 610.9, and 610.10, UPC 1994. 12. Floor sinks and floor drains can't be connected to a grease trap. Reference Section 1011.3, UPC 1994. |
| 10/14/2005 | ROBERT SHERRY | WATER | REVIEW | Approved | |
| 10/14/2005 | ROBERT SHERRY | MECHANICAL-COMMERCIAL | REVIEW | Denied | 1. This project is under the jurisdiction of the City of Tucson, not Scottsdale. 2. The 2000 International Mechanical Code is the relevant code for this project. 3. Provide listing information for MAU-1 showings that the unit is capable of delivering 5840 CFM @ 0.65"wg with a 1-1/2 HP motor and that the a bleed rate of 2.4 GPH is adequate. Reference Section 304.1, IMC 2000. 4. Provide structural calculations to show that RTU-1 and MAU-1 (both greater than 23 PSF) and the combination of EH-1 and EF-1 (860 lb and 150 lb respectively per the submitted information) will not overstress the roof. Reference Section 302.1, IMC 2000. 5. Provide information on the sequence of operation for the exhaust fan in the women's restroom to show that recirculation of the air from the restroom will not occur. Reference Section 403.2.1, IMC 2000. 6. Show that a separation of at least ten feet exists between air intake openings and exhaust openings (i.e. RTU-1 and both EF-2 fans). Reference 401.5, IMC 2000. 7. Provide calculations to show that the common ventilation system is sized in accordance with Section 403.3.2, IMC 2000. 8. Ventilation for restrooms in public spaces requires a minimum of 75 CFM of mechanical exhaust per water closet or urinal. Revise the exhaust air flowrate for the men's restroom. Reference Table 403.3, IMC 2000. 9. If the grease duct is not to be wrapped with a listed fire-resistive material, revise the enclosing shaft for the grease duct to provide a minimum separation of 6" between the duct and the shaft. Reference Section 506.3.11, IMC 2000. 10. Clarify the type of grease hood proposed for this project. The drawings show a wall-mounted, canopy grease hood but the exhaust hood schedule specifies a double-island, face-supply canopy hood. Provide a manufacturer's cut-sheet of the proposed grease hood that shows the listing requirements and the minimum required exhaust airflow rate (and maximum supply airflow rate if a compensating grease hood is to be installed). Reference Section 507.1, IMC 2000. 11. Provide structural calculations and details to show that the Type I hood is supported from the building structure in accordance with Section 507.6, IMC 2000. 12. Coordinate the specified exhaust flowrates for EH-1 and EF-1: 3200 CFM or 5200 CFM? 13. Show how the specified exhaust and makeup airflow rates for EF-1 and MAU-1 comply with the requirements of Section 508.1, IMC 2000. 14. Provide information to show that the make up air for the kitchen hood complies with Section 508.1.1, IMC 2000. 15. The minimum insulation for ducts located in unconditioned spaces within the building envelope is R-5 (installed). Clarify how the ducts are to be insulated; the mechanical specifications call for both 1" and 1-1/2" duct wrap, and mechanical notes 6 and 7 appear to be contradictory. Reference Section 803.2.8, IECC 2000. |
| 10/26/2005 | JMORALE1 | WWM | REVIEW | Needs Review | |
| 10/26/2005 | JMORALE1 | BUILDING-COMMERCIAL | REVIEW | Needs Review | |
| 10/26/2005 | JMORALE1 | ELECTRICAL-COMMERCIAL | REVIEW | Needs Review |