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Permit Review Detail
Review Status: Completed
Review Details: COMMERCIAL TI
Permit Number - T03CM05308
Review Name: COMMERCIAL TI
Review Status: Completed
Review Date | Reviewer's Name | Type of Review | Description | Status | Comments |
---|---|---|---|---|---|
11/12/2003 | JIM EGAN | FIRE | REVIEW | Approved | |
11/13/2003 | GERRY KOZIOL | WWM | REVIEW | Denied | Needs public sewer HH letter for T.I. Public sewer not released |
11/21/2003 | Robert Sherry | PLUMBING-COMMERCIAL | REVIEW | Denied | 1. Provide calculations showing water supply piping is sized in accordance with Section 610.4, UPC 1994. 2. Include all fixtures, including existing fixtures, when calculating the total demand and determining pipe sizes. Reference Section 610.1, UPC 1994 3. Estimate the water demand of the make-up air unit using either the values included in Table 6-3 or section A2.2, UPC 1994. 4. Coordinate the fixture and kitchen equipment item numbers used on the schedules (K-1.0, P-1.0, and P-2.0) with the plans and diagrams (P-1.0 and P-3.0). 5. Termination of the excess pressure relief from the water heater over a service sink is not approved location. Reference Section 608.5, UPC 1994. 6. Provide protection of the trap seals for all floor drains. Reference Sections 1007.0 and 1007.1, UPC 1994, as amended by the State of Arizona. 7. The indirect waste drain from the storage bin of an ice machine may not be combined with the cooling coil condensate drain. Reference Sections 801.2 and 803.0, UPC 1994. 8. Provide indirect waste for the 3-compartment sink only on the compartment used for sanitizing the dishes or utensils, or for washing ready-to-eat food. Reference Section 801.2, UPC 1994. 9. If the specified water heater is not supplied with integral heat traps, provide heat traps on the supply and discharge piping along with ½" insulation on the first eight feet of supply and discharge piping. Reference Section 704.4, IECC 1998. 10. Provide upper terminal cleanout for floor sink located near cold pan. Reference Sections 707.4 and 707.5, UPC 1994. 11. The mop sink is not to be connected to the grease interceptor. Reference Section H1, UPC 1994. 12. The total connected load shown on the Gas Riser Diagram, Sheet P-3.0 (1394 CFH) is greater than the sum of the gas loads shown on the diagram (1202 CFH) and is greater than the capacity of a 2" pipe with 90 feet of developed length. Please clarify. 13. The specified lavatory faucets are designed for a flow rate of 2.2 GPM. According to ARS Title 45, Chapter 1, Article 12, the maximum flow rate for lavatory faucets shall be no more than an average of one-half gallon of water per minute at a pressure of eighty PSI or they shall be equipped with a mechanism that causes the faucet to close automatically after delivering no more than one-fourth gallon of water. Reference Section 402.1, UPC 1994, as amended by the State of Arizona. 14. Show how the water heater is to be mounted above the mop sink and provide structural calculations. Confirm that the water heater complies with the access requirements of Section 511.0, UPC 1994 with AZ State amendments. 15. Show how the specified power venting system for the water heater is to be installed. Reference Section 524.0, UPC 1994. 16. Show how the water heater is to be supplied with combustion and ventilation air. Reference Section 507, UPC 1994 with AZ State amendments. |
11/21/2003 | ROBERT SHERRY | WATER | REVIEW | Approved | |
11/21/2003 | ROBERT SHERRY | MECHANICAL-COMMERCIAL | REVIEW | Denied | 1. Revise the energy code analysis to use either Tucson or Marana as the location for the project. 2. Provide calculations demonstrating adequate ventilation. Reference Sections 403.2, 403.3, and 403.3.2, IMC 2000. 3. Revise the Air Balance Schedule to agree with the Packaged A/C Unit Schedule and correct the arithmetic. 4. Provide smoke detectors in the return air duct, upstream of any outside air connections, for all air distribution systems with a capacity greater than 2,000 CFM. Reference Section 606.1, IMC. 5. Coordinate the makeup airflow rates shown on the HVAC floor plan (Sheet M1.0, 5,000 CFM) with the airflow rates shown on the Make-up Air Unit Schedule (Sheet M-2.0, 6,000 CFM) and the Hood Information (Sheet M-3.1, 4800 CFM). 6. Provide structural calculations to show that the Type I hoods are adequately supported. Reference Section 507.6, IMC 2000. |
12/01/2003 | Martin Haeberle | BUILDING-COMMERCIAL | REVIEW | Denied | 1. Occupancy classification is an A-2 not an M. Revise plan 2. Provide structural analysis of proposed hood attachment to existing roof system. |
12/02/2003 | Patricia Gehlen | ZONING | REVIEW | Approved | |
12/02/2003 | Linda Buczynski | ELECTRICAL-COMMERCIAL | REVIEW | Denied | TRANSMIT ORIGINAL DRAWINGS WITH NEXT SUBMITTAL. PLEASE CALL AT 791-5550 X1106 OR EMAIL AT LBUCZYN1@CI.TUCSON.AZ.US IF YOU CARE TO DISCUSS. Sheet E1.0 1. Panel B Circuit 25 has two signs, one of which is 20A. This is too high a load for a single 20A Circuit, and the VA is well undercounted as well. 2. Same as Comment #1 above for Circuit B-28. 3. Same as Comment #1 above for Circuit B-30. 4. On Panel B Circuit 37,39 the 1.5 HP motor should draw aprox. 11A. 500 VA per phase appears too low. If this equipment only draws 1000W total, as the Panel Schedule indicates, the 15AF at the Fused Disconnect is oversized. 5. Same concern as Comment #4 above for Circuit 33,35 on the same Panel. 6. Panel B Circuit 5 powers 2 Sneeze Guard. Since these are apparently motor loads, please provide separate overload protection. If the equipment is thermally protected, indicate so on the plans. Provide Motor Disconnects per NEC 430. Sheet E3.0 1. MA-1 is 480V on Mechanical Schedule, and 208V on electrical. Please clarify. 2. According to Keynote 2, Walk-in Cooler Unit on Circuit B-33,35 shall be fused. Disconnect is unfused on Roof Power Plan. Please clarify. Sheet E4.0 1. Short Circuit Note 2 calls for the devices to be rated at the maximum available AFC at their terminals. Provide fault calculations to show AFC at Panels A and B, and specify ratings accordingly. 2. Short Circuit Note 3 calls for series rating. If this is the design decision, specify the upstream and downstream device ratings, and disregard Comment #1 above. Do not leave this design decision up to the Contractor. Specify either fully rated or series rated panels. |
12/04/2003 | TACHONG1 | ENGINEERING | REVIEW | Needs Review |
Final Status
Task End Date | Reviewer's Name | Type of Review | Description |
---|---|---|---|
12/09/2003 | TAMI ACHONG | OUT TO CUSTOMER | Completed |
12/04/2003 | ANGIE SHOFFSTALL | REJECT SHELF | Completed |