Area B South Crane Pick Plan

Area B North

August

Area B South

July 22 & 23

JULY 22 & 23, JULY 29 & 30, 2023

SATURDAYS & SUNDAYS

Crane Pick Plan for Area B CTICU and BICU

Crane Pick Plan for Area B South - July 29 & 30

SESPBuildingOutline

GENERAL INFORMATION

Project Dates

Loads

Crane Information: Make, Model, Serial No. GO, NO-GO Conditions

Title:

Project: UCD Med Center

Description: Pre Cast Panel Demo

Jobsite Address:

Critical Lift Worksheet

Date: 7/12/2023

Job Number:

Customer: Ferma PO/ Contract#:

Lift Plan Drawing and Load Placement Drawing attached? Yes No

Notes:

Crane Information

Manufacturer: Link-Belt

Model: HTC-86100

Serial #:

Crane Rating: 100 t

Crane Inspection Date:

Notes:

Crane Configuration

Crane Carrier: 100% Outriggers

Counterweight: 39500 lbs

Chart Capacity: 33,400 lbs

Main Boom Length: 1158' Main Boom (Mode EM3)

Boom Sections: 100-100-100-0 (EM3)

Parts of Line:

Line Size:

Capacity of Line @ Parts:

Radius: 40 ft

Boom Angle: 676°

Tip Height: 116.6 ft

Jib Used? Yes No

Jib:

Jib Offset:

Jib Angle from Ground:

Outrigger Load:

Setup Information

Crane Setup: Over Rear 360° Over Front Over Side

Setup Distance:

Mat Used? Yes No

Mat Dimensions:

Ground Bearing Pressure below Mat:

Notes:

https://www.3dliftplan.com/Print/PrintWorksheet.aspx

Crane Radius: 40 ft

Lift Information

Crane Capacty at Radius: 33,400 lbs

Capacity at Pick Point:

Capacity at Set Point:

Notes:

Load Configuration

Gross Load Weight: 18,4295 lbs

Description:

Dimensions: 32 ft x 05 ft, Height: 8 ft

Load Weight: 16,100 lbs

Rigging Weight: 1945 lbs

Hook Weight: 583 lbs

Block Weight: 1,102 lbs

Load Line Weight: 450 lbs

Hook Height: 711 ft

Sling Length:

Sling Angle: 63.8°

Sling Equipment #: Sling Type:

Additional

SITE LOGISTICS PLAN & CRANE INFORMATION

Hospital Access Plan

Traffic Plan

3D Pick Plan

Crane Specifications

Layout of Crane Lift Area: Area B South

LayoutofCraneLiftAreaAreaBSouthwithUtilityMapping

Access Plan to Hospital Entrance Area

B South

Patient/Staff Walkway Path

Staff/ED Entrance Will Remain Open

Crane Lift Area Secured with Chain-Link Fence

SESPBuildingOutline

Bike Rack To Remain Open

Directional Sinage to Hospital Entrance

Lot 3 Sidewalk Closed to Pedestrian Traffic

Not issued for construction. For pre-planning only.

Phase A,B, & C

Not issued for construction. For pre-planning only.

SESPBuildingOutline

LOAD INFORMATION & RIGGING

Load Information

Load Chart

Ground Bearing Pressure

Pick Locations

Load Chart

Project UCD Med Center

Link-Belt HTC-86100

Boom: Main Boom (Mode EM3)

Jib: -

Base: 100% Outriggers

Counterweight: 39500 lbs

Range: 360°

Capacity: 85% Cap

Chart ID: D11P2167

This data is for reference use only Operator must refer to in-cab charts to determine allowable lifting capacities

https://www.3dliftplan.com/Print/PrintLoadChart.aspx

Link-BeltTelescopicCraneMaximumPontoonLoadings-ClicktoListAllMachines

Unit:English

https://www.linkbelt.com/gbpl/ShowMax.asp?model=HTC+%2F+HTT-86100+%28N3%29&unitType=

Ground Bearing Pressure Below Crane Mats

Job Information

Project UCD Med Center

Customer Ferma

Description Pre Cast Panel Demo

Drawn By Jason Myers

Date 7/12/2023

Crane Information

Link-Belt HTC-86100

1158' Main Boom (Mode EM3)

100% Outriggers

Cwt: 39500 lbs

Outrigger Load 'P' 48,498 lbs

Transition Pad Length 3 ft

Transition Pad Width 3 ft

Mat Information

Calculations

Ground Bearing Pressure below mat...

q = P / (b·c) 674 psf

Bending Stress on Mat

f = 3qa²·n/d² 18,1868 psi OK 27,000 psi maximum allowed

Notes

Not for construction use For pre-planning only

SESP/RHT 2hour Wall Areas of work

LIFT & RIGGING DETAILS

Shop Drawings

Rigging List

Cut Sheets

• 61 ton Hook Block

• (2) ¾” steel slings x 20’ long

• (2) 1” x 8.5 ton Shackles

RIGGING LIST

Rigging List

• (2) Grade 100 lifting chains (Supplied by FERMA)

*All rigging to be used can be replaced at any time with equal or greater values. Slings will always maintain a minimum of 60-degree angle. (Holes core drilled into panels can not be more than 20’ apart from each other to maintain the specified angle)

Rigging process:

Ferma will core drill (2) 6” holes into existing panels. Rated lifting chains will be basketed through the holes and shackled into the (2) main lifting slings. See rigging details attached for specified sizes and specs.

*Bragg Companies are not a Demo Contractor and holds no responsibility for any cutting or modifying of any piece to be hoisted. FERMA is responsible for all demo and structural engineering required by General Contractor and/or the project owner.

OTHER ATTACHMENTS

OEM Equipment Parts List (Tier 4)

Pre-Lift Checklist

Chain Sling Inspection Form

Inspections - Annual/ Quadrennial

Crane Safe Work Plan

MOP

Title: Project: UCD Med Center

Notes: Notes:

Pre-Lift Checklist

Crane Operator: Name:

Signalperson Assigned: Name:

Communication Method:

Crane Inspected by Operator? Yes No

Rigging Inspected? Yes No

All Permits Obtained? Yes No

Are weather conditions OK? Yes No

Wind OK? Yes No

Are there Power Lines? Yes No

Is Operators Certification Card current? Yes No

Is area OK for entry and exit of jobsite? Yes No

Has a pre-lift meeting between operator, signalperson, supervisor, and any and all other persons occured? Yes No

Other Considerations:

https://www.3dliftplan.com/Print/PrintWorksheet.aspx

Date: 6/12/2023

Job Number:

CHAIN SLING INSPECTION FORM

(To be completed by the Competent Rigging Person)

INSPECTED BY ______________________

JOB # __________ DATE _______________

DATE: 6/1/23

JOB LOCATION: Ferma_UCD Med_Demo

Job Hazard Analysis

FOREMAN:

JOB NUMBER:

Crane Mobilization/Demobilization, Hoist and Place Components

TYPES OF AREA HAZARDS TO CONSIDER:

• Grit, dirt, etc. that could become airborne

• Dark areas/poor lighting

• Access problems (elevated, tight spots, bad footing)

• Pinch points

• Workers above, below or nearby

• Tripping hazards (hoses, trash, materials, etc.)

• Electrical shock potential

1. Mobilize crane on site

• Traffic

• Pedestrians/site workers

• Congested area

• Ground subsidence

• Overhead Power Lines

•

2. Assemble crane

• Weather (hot, windy, etc.)

• Ground conditions (slippery, eneven, etc.)

• Excessive Noise

• Leaks

• Cut/puncture hazards (jagged insulation, wire, etc.)

• Use of tools

• Utilize designated travel routes

• Hot surfaces (pipes, steam tracing, etc.)

• Head/body position

• Platform/scaffold issues

• Potential falling objects

• Poor ventilation

• Other

• Establish traffic controls; ensure traffic controls are implemented in accordance with approved traffic plan and MUTC;

• Barricade area or post spotters during crane movement/Hi-vis clothing

• Utilize spotters to prevent contact with fixed objects/crane damage

• Confirm ground conditions with controlling entity

• Ensure adequate clearance from overhead power lines

• Ground crane where required

• Pinch/crush hazard while setting outriggers and counterweights

• Ground subsidence

• Fall exposure/work at heights

• Heat Related Illness

• Barricade lift area, deny entry to unauthorized personnel

• Do not stand under live loads

• Utilize tag line to swing jib, keep personnel out of swing radius

• Utilize hand tools if necessary to pin jib

• Utilize spotter or direct visual observation while extending outriggers

• Identify and avoid pinch points while placing counterweight

• Utilize appropriate pads/mats, based on ground conditions, to support crane and load

• Utilize ladders/truck steps to access crane deck and trailers

• Comply with Bragg CHSP 107, Heat Illness Prevention; ensure adequate supplies of drinking water and access to shade; take cooldown breaks when necessary; remind employee to stay hydrated; report any symptoms of heat related illness immediately

3. Rig components for lifting/placement

• Rigging failure

• Crush hazard

• Property damage

• Vehicular traffic

• Inspect rigging before each use

• Barricade lift area/counterweight swing, deny entry to unauthorized personnel

• Utilize qualified rigger/signalman

• Ensure lifting appliances are fully engaged before lifting

• Configure and attach rigging per approved lift plan

• Wear Hi-Vis clothing, utilize spotters, be alert for moving equipment

4. Lift and place components

• Rigging failure

• Crush hazard

• Property damage

• Ground subsidence

• Poor communication

• Inspect rigging before each use

• Barricade lift area, deny entry to unauthorized personnel

• Utilize qualified rigger/signalman

• Utilize tag lines to control load

• Identify lift director; lift director to signal cranes on dedicated radio channel or hard line; give direction in accordance with approved lift plan

5. Disassemble crane

• Pinch/crush hazard while setting outriggers or counterweights

• Ground subsidence

• Fall exposure/work at heights

• Heat Related Illness

• Do not stand under live loads

• Utilize tag line to swing jib, keep personnel out of swing radius

• Utilize hand tools if necessary to pin jib

• Utilize spotter or direct visual observation while retracting outriggers

• Identify and avoid pinch points while placing counterweight

• Utilize appropriate pads/mats, based on ground conditions, to support crane and load

• Utilize ladders/truck steps to access crane deck and trailers

6. De-mobilize crane

• Traffic

• Pedestrians/site workers

• Congested area

• Ground subsidence

• Utilize designated travel routes

• Establish traffic controls; ensure traffic controls are implemented in accordance with approved traffic plan and MUTC;

• Barricade area or post spotters during crane movement/Hi-vis clothing

• Utilize spotters to prevent contact with fixed objects/crane damage

7. Inclement Weather (wind)

• Crane collapse

• Boom failure

• Property damage

• All cranes in lift service shall be operated in accordance with manufacturer’s wind limitations, as indicated on the applicable load chart.

• Cranes will shut down with wind per manufacturer requirements and Bragg Policy

² A hazard is a potential danger. What can go wrong? How can someone get hurt? Consider, but do not limit, the analysis to: Contact - victim is struck by or strikes an object; Caught - victim is caught on, caught in or caught between objects; Fall - victim falls to ground or lower level (includes slips and trips); Exertion - excessive strain or stress / ergonomics / lifting techniques; Exposure - inhalation/skin hazards. Specify the hazards and do not limit the description to a single word such as "Caught"

³ Aligning with the first two columns, describe what actions or procedures are necessary to eliminate or minimize the hazards. Be clear, concise and specific. Use objective, observable and quantified terms. Avoid subjective general statements such as, "be careful" or "use as appropriate".