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: RESUBMITTAL
Permit Number - T20CM06297
Review Name: RESUBMITTAL
Review Status: Completed
| Review Date | Reviewer's Name | Type of Review | Description | Status | Comments |
|---|---|---|---|---|---|
| 01/03/2022 | ROBERT SHERRY | WATER | REVIEW | Completed | |
| 01/04/2022 | DAN SANTA CRUZ | ELECTRICAL-COMMERCIAL | REVIEW | Approved | |
| 01/04/2022 | ROBERT SHERRY | MECHANICAL-COMMERCIAL | REVIEW | Reqs Change | 1. Revise the ventilation calculation spreadsheet by entering the number of water closets in each restroom rather than the room area, as noted in the instructions. Reference: Section 107.2.1, IBC 2018. 2. Show how the required ventilation will be provided for the office. Reference: Section 401.2, IMC 2018. 3. Clarify the note, "1/2" coolant line from fan coil to air handler per mgf. specs." A fan coil unit is an air handler; are you referring to the fan coil unit and the condensing unit? Provide a condensate drain for the fan coil unit (AC-1). Reference: Section 107.2.1, IBC 2018. 4. Coordinate the COMcheck envelope components with the office construction (e.g. R-13 versus R-19 batt insulation in the walls; no insulation called out on the drawing for the office ceiling versus R-48 batt plus R-48 continuous insulation for the office ceiling in COMcheck). 5. The COMcheck mechanical compliance certificate calls for one split-system heat pump for each office/warehouse section of the building but keynote 1 and the mechanical plan call for two split-system heat pumps for each office/warehouse section of the building. Which is correct? |
| 12/13/2021 | JPEELDA1 | FIRE | REVIEW | Approved | |
| 12/15/2021 | ERIC NEWCOMB | BUILDING-COMMERCIAL | REVIEW | Approved | |
| 12/28/2021 | ROBERT SHERRY | PLUMBING-COMMERCIAL | REVIEW | Reqs Change | 1. Comment not addressed. You are supposed to calculate the allowable pressure drop due to friction per 100 feet. [Initial comment: Verify the equivalent pipe length calculation.] 2. Comment not addressed. The maximum water velocity for copper pipe is 8 feet per second. [Initial comment: Recalculate the allowable pressure loss calculation. Where did the 60 GPM and 1.5 PSI/100 feet figures come from? Note that 60 GPM in a 1-1/2" Type M copper pipe flows at 10.5 FPS, not 4.5 FPS.] 3. The cup dispenser shall be installed as part of this activity, not left to some future tenant. [Initial comment: A bottle filler is not acceptable as a substitution for a drinking fountain unless cups are available at an accessible location.] |