2021030 STEPHEN M COOKE COMPANY

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Project List RMA List Equipment List Representative List Parts Cost Analysis Service Cost Analysis STEPHEN M COOKE COMPANY 2021030.xlsm Workorders Folder

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Project Scope: The revised proposed system consists of two Multifeeder Technology MFT 550 IP3 Industrial Performance Series Friction Feeder systems to each present envelopes into a customer supplied and integrated down stacker at a rate of up to four batches of 50 per minute. The feeders will each have a different discharge length so they can be offset to be as close together as possible. Each system will receive envelopes from an existing shingling conveyor at a rate of 150 per minute with the wide edge leading. The envelopes will be transferred into a Multifeeder supplied buffer hopper mounted over a Multifeeder APL 1000-485 Automatic Product Loader (1000mm x 485mm). The Low sensor in the buffer hopper will pause the feeder system if the supply is low. The High sensor in the buffer hopper will stop the upstream envelope supply if the buffer is full. The first MFT 550 IP3 feeder will gently separate your products (up to 500mm or 19.64" wide) from a vertical stack of the in feed hopper of the feeder and will transport them individually onto the 375mm (14.76") long discharge of the feeder. A Vacuum Track Assembly consisting of a vacuum chamber and a feed belt with holes that travels over the chamber will be used to allow the feeder to best grip the products as they are fed (house vacuum supply). A Heavy Duty Rear Support Assembly will be utilized to support the stack from the back as they are fed. A Pneumatic Shaker will be used to reduce friction between the products as they are fed and to assist with product flow. The MFT 550 IP3 will be signaled to start the feeding process and will provide back feeder status via a Standard Interface Cable Assembly. An Automatic Product Loader APL 1000-485 (1000mm x 485mm) inline configuration will be used to allow for an optimum stack height in the in feed magazine and for increased in feed magazine capacity. A Photo Optic Sensor will be mounted in the in feed magazine to signal the loader to replenish the feeder once the stack of product drops below a preset level. The feeder and loader will be mounted onto customer supplied mounting hardware. The second MFT 550 IP3 feeder will gently separate your products (up to 500mm or 19.64" wide) from a vertical stack of the in feed hopper of the feeder and will transport them individually onto the 900mm (35.43") long discharge of the feeder. A Vacuum Track Assembly consisting of a vacuum chamber and a feed belt with holes that travels over the chamber will be used to allow the feeder to best grip the products as they are fed (house vacuum supply). A Heavy Duty Rear Support Assembly will be utilized to support the stack from the back as they are fed. A Pneumatic Shaker will be used to reduce friction between the products as they are fed and to assist with product flow. The MFT 550 IP3 will be signaled to start the feeding process and will provide back feeder status via a Standard Interface Cable Assembly. In addition, a Remote Keypad Assembly will be included to control this feeder remotely. An Automatic Product Loader APL 1000-485 (1000mm x 485mm) inline configuration will be used to allow for an optimum stack height in the in feed magazine and for increased in feed magazine capacity. A Photo Optic Sensor will be mounted in the in feed magazine to signal the loader to replenish the feeder once the stack of product drops below a preset level. The feeder and loader will be mounted onto customer supplied mounting hardware. Multifeeder's Engineering team will create a system drawing for customer approval. System Integration includes a Factory Acceptance Test to verify system performance before shipment. System Integration and testing includes testing of all individual pieces to perform as one complete system. Integration also includes testing of the feeding performance of each product size at the rate specified. This proposal assumes that the customer will mount, install, and integrate the feeder with the existing down stacker. Multifeeder can provide mounting, installation, and integration services as an option at our standard rates. Options Available: Other options include a Multifeeder supplied Venturi Style Vacuum Pump, a Spare Parts Kit, a Low Product Detect Sensor Assembly, and Standard Feeder Installation.
Notes: STEPHEN M COOKE COMPANY 2021030 7/8: Got customers samples on Tuesday. Got a follow up FAT video for review. Waiting for response. 7/1: Customer is sending more samples. Should delivery 7/6 and we will run additional test and send him another video for approval. 6/24: Clay sent another email today asking if he heard from Sealed Air on sending more samples. If not can we ship on 6/29? Reminded him about payment. 6/17: Sent revised video Tuesday. Wants to see machine run with good quality product. Steve working with Sealed Air to get samples sent. 6/10: FAT tomorrow. 6/3: FAT moved back to next Friday 6/11 5/20: In Integration. Customer coming for FAT 6/3. Will pay prior to ship after FAT. 5/13: In Integration as of last week. 5/6: 550 finishing second burn in. Everything else done. Moving to Integration today. 4/29: Building 2 APLs. One feeder is built and through burn in. Second feeder built but missing feedbelts (30MM vacuum). 4/22: No change 4/15: No change 4/8: No update 4/1: No change 3/25: Waiting for parts and turn in queue. 3/18: Everything on order 3/11: Quoting parts. Almost done 3/4: In procurement. 3/1 Revised purchase order received to match layout drawing. Add Remote Keypad, change to include two APL 1000-485 Automatic Product Loaders. 2/25: Ready for release out of engineering. Kick off scheduled. 2/18: Had engineering review meeting this morning with customer. Hope to have layout approval by mid next week. 2/11: Kicked off to engineering. Layout drawing estimated by tomorrow or Monday. 2/4: Received payment yesterday. Kick off scheduled for tomorrow. 1/28: Still waiting on payment. 1/21: Waiting on payment. 1/14: New order. Need Down payment to release.
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	Department	Quoted Hours	Est. Hours	Hours Remaining	Billed Hours	xid	Start Date	Resource(s) Assigned	Assignment	History
Edit	Mechanical Eng.	40	40	-20.75	60.75	7515		Joel Koenigsmark	Sequential
Edit	Electrical Eng.	20	20	19	1	7516
Edit	Software Eng.	0	0	0	0	7517
Edit	Integration	100	100	58	42	7518
Edit	Machine Shop	0	0	0	0	7519
Edit	Management	0	0	0	0	7520
Edit	Production	91	91	29.25	61.75	7521
Edit	EE Technician	16	16	5.5	10.5	7522

Purchase orders for this Work Order


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	Active R & D