36C24123B0006 0001.docx

5. PROJECT NUMBER (if applicable)

CODE

7. ADMINISTERED BY

2. AMENDMENT/MODIFICATION NUMBER

CODE

6. ISSUED BY

8. NAME AND ADDRESS OF CONTRACTOR

4. REQUISITION/PURCHASE REQ. NUMBER

3. EFFECTIVE DATE

9A. AMENDMENT OF SOLICITATION NUMBER

9B. DATED

PAGE OF PAGES

10A. MODIFICATION OF CONTRACT/ORDER NUMBER

10B. DATED

BPA NO.

1. CONTRACT ID CODE

FACILITY CODE

CODE

Offers must acknowledge receipt of this amendment prior to the hour and date specified in the solicitation or as amended, by one of the following methods:

The above numbered solicitation is amended as set forth in Item 14. The hour and date specified for receipt of Offers

E. IMPORTANT:

is extended,

(a) By completing Items 8 and 15, and returning __________ copies of the amendment; (b) By acknowledging receipt of this amendment on each copy of the offer submitted; or (c) By separate letter or electronic communication which includes a reference to the solicitation and amendment numbers. FAILURE OF YOUR ACKNOWLEDGMENT TO BE RECEIVED AT THE PLACE DESIGNATED FOR THE RECEIPT OF OFFERS PRIOR TO THE HOUR AND DATE SPECIFIED MAY is not extended.

12. ACCOUNTING AND APPROPRIATION DATA

(REV. 11/2016)

is required to sign this document and return ___________ copies to the issuing office.

is not, A. THIS CHANGE ORDER IS ISSUED PURSUANT TO: (Specify authority) THE CHANGES SET FORTH IN ITEM 14 ARE MADE IN THE CONTRACT ORDER NO. IN ITEM 10A.

15C. DATE SIGNED

B. THE ABOVE NUMBERED CONTRACT/ORDER IS MODIFIED TO REFLECT THE ADMINISTRATIVE CHANGES SET FORTH IN ITEM 14, PURSUANT TO THE AUTHORITY OF FAR 43.103(b).

RESULT IN REJECTION OF YOUR OFFER. If by virtue of this amendment you desire to change an offer already submitted, such change may be made by letter or electronic communication, provided each letter or electronic communication makes reference to the solicitation and this amendment, and is received prior to the opening hour and date specified.

C. THIS SUPPLEMENTAL AGREEMENT IS ENTERED INTO PURSUANT TO AUTHORITY OF:

D. OTHER

Contractor

16C. DATE SIGNED

14. DESCRIPTION OF AMENDMENT/MODIFICATION

16B. UNITED STATES OF AMERICA

Except as provided herein, all terms and conditions of the document referenced in Item 9A or 10A, as heretofore changed, remains unchanged and in full force and effect.

15A. NAME AND TITLE OF SIGNER

16A. NAME AND TITLE OF CONTRACTING OFFICER

15B. CONTRACTOR/OFFEROR

STANDARD FORM 30

PREVIOUS EDITION NOT USABLE

Prescribed by GSA - FAR (48 CFR) 53.243 (Type or print) (Type or print) (Organized by UCF section headings, including solicitation/contract subject matter where feasible.)

(Number, street, county, State and ZIP Code) (If other than Item 6) (Specify type of modification and authority) (such as changes in paying office, appropriation date, etc.)

(If required)

(SEE ITEM 11)

(SEE ITEM 13)

(X)

CHECK

ONE

13. THIS ITEM APPLIES ONLY TO MODIFICATIONS OF CONTRACTS/ORDERS,

IT MODIFIES THE CONTRACT/ORDER NO. AS DESCRIBED IN ITEM 14.

11. THIS ITEM ONLY APPLIES TO AMENDMENTS OF SOLICITATIONS

AMENDMENT OF SOLICITATION/MODIFICATION OF CONTRACT

(Signature of person authorized to sign) (Signature of Contracting Officer) 608-23-116 Department of Veterans Affairs Network Contracting Office 1 (NCO 1) Casey Pridham 718 Smyth Road Manchester

NH

03104 Department of Veterans Affairs Network Contracting Office 1 (NCO 1) Contract Specialist 200 Springs Road Bedford

MA

01730 To all Offerors/Bidders

36C24123B0006

X X ** HOUR & DATE for Receipt of Offers is EXTENDED to:

August 22, 2023 at 11:00AM X In order to promote competition, contracting have decided to remove liquidated damages and extend the solicitation from August 1, 2023 at 11:00AM to August 22, 2023 at 11:00AM.

A second site visit have been scheduled for August 4, 2023 at 9:00AM outside of Building 6, FMS Office.

RFI may be submitted up until August 10, 2023 at 1:00PM via email to the contract specialist at sary.nhet@va.gov.

An amendment will be issued at a later date to respond to outstanding RFIs and provide a location for the bid opening.

Casey Pridham Contracting Officer

SPS steam and sterilization 718 Smyth Road, Manchester NH 03103 608-23-116

1.0 INTRODUCTION

There are several issues with the current state of operations in the Sterile Processing Service (SPS) department. The sterilizers are experiencing wet packing on the instruments. The air used for drying instruments is from the house pneumatic system and frequently has oil in the lines. The sterilizer room is consistently hot, out of compliance and does not exhaust outdoors. This project will aim to resolve these issues and more to make the department function in better compliance with Veterans Affairs (VA) National SPS standards.

The work includes but is not limited to: provide all equipment, layout, material, testing, tools, labor, rigging, mechanical, electrical and plumbing work as well as all safety requirements to perform work for fill the contractual obligations.

2.0 SCOPE

Below are the eleven (11) tasks that are required to meet the requirements of this contract and to get the SPS suite closer to compliance in their current space. This is a stop gap project, meant to keep the SPS department running and correct deficiencies in place while a new suite will be built.

a. Task 1 – Replace compressed air piping distribution in SPS suite. Provide and install an instrument grade compressor LES30-145-RP (or VA pre-approved equivalent) in 7th floor penthouse. Run type K, copper, 1 ½” diameter line from 7th floor to Basement floor, each floor to have valved takeoffs, unconnected lines to have caps installed after floor isolation valves, from the main to serve equipment on each floor, following existing medical air/vacuum path and chase. Each noted equipment take off must, as seen from ceiling, an isolation valve, pressure regulator and female quick disconnect coupling. System will need to be cleaned (to NFPA 99 instrument air standards) and certified (to NFPA 99 instrument air standards) by a 3rd party prior to being put into service. Install 4 drops of instrument air in Room N478 and 1 drop of instrument air in room N261. Remove existing non complaint airlines in SPS suite (existing instrument air lines), filtration, accumulator tank system (located in room N260) and feed to 7th floor penthouse and cap.

b. Task 2 – Measure steam dryness at each sterilizer, as well as at the building 7 boiler house exit and provide copy of report and results to Contracting Officers Representative (COR). Install digital measurement system that will interface with existing Johnson Controls (JCI) Metasys system (Local JCI tech recommends Armstrong QM-1). Johnson controls to set up graphics and data logging/reports on these 3 points.

c. Task 3 – Install exhaust fan through window opening in room N260 (basis of design CUE-090E), sized to ensure room stays in negative pressure. Exhaust fan will be capable of variable, settable speeds via remote or integral rheostat. On/Off Controls for exhaust fan will be via thermostat, shutting off/turning on the exhaust fan at below/above 45 degrees. Blank over return grill in room to allow for greater return flow on other spaces served by AHU. Remove supply tap closest to window and seal. Provide and install hard piped lineal diffuser on supply tap farthest away from exterior wall.

d. Task 4 – Install digital audio/visual indicators to alert of improper pressure relationships at the entrances of the following rooms: E13, E216, N266, N239, D203, D242, N258, N261, N265 and N488. These room pressure relations must be set up per the current function and as outlined in the VA HVAC design manual.

e. Task 5 – Extend Reverse Osmosis (RO) water supply and return to Medivators and connect Medivators to RO water system. Provide and install two point of use electric stainless steel water heaters (one for each medivator) set at 95 deg F (+/- 4 deg F) with a minimum of 1.4 GPM flow, between 40 and 87 psi to supply the medivators. Install in accordance with the Installation manual for heater and medivators.

f. Task 6 – Provide and install new pass-through window between clean and sterile rooms. Make/model as follows: UV FLASH Standard Unit by Hospital Safety Solutions / Healthguard UCV or VA preapproved equivalent. Sailient Characteristics of the mentioned unit attached at end of SOW.

g. Task 7 – Remove filter banks and piping in N262 and connect pipes to each other in room N260. These lines currently feed the medivators. Patch and paint where brackets are removed to match existing finishes.

h. Task 8 – Provide pricing to install properly sized centrifugal steam separator, piping and traps on the lines leading into the sterilizers (proposed location in room N260, building 1) as well as a centrifugal steam separator at boiler plant steam header exit, building 7; each separator as an add alternate pricing. Verification, measurement and reporting to the VA of the dryness of the steam after installation is also required as part of this add alternate.

i. Task 9 – Replace SPS Pressure reduction valve (PRV) in N72, bypass and isolation valves and traps in line with SPS medium pressure steam valves and items. Install new piping to SPS sterilizer room, main feed to be 2” diameter. Schedule 80 steel threaded piping from outlet of PRV to take off of sterilizers. Replace condensate return line, following the existing path with threaded schedule 80 piping.

j. Task 10 – Replace Feedwater booster pumps in SW2 and N74. Pumps sets will be of same manufacturer, as well as the VFD drives. Sequence of operation for pumps will be lead/lag. New piping and isolation valves to completely isolate each pump will be included. Tie in feed for domestic hot water heaters, located in N72 to N74’s set of pumps. Existing pumps, VFDs and motor cut sheets provided at end of SOW. Replace with equivalent equipment. Expansion tanks to be charged minimum 70 psi.

k. Task 11 – Replace current VPRO power outlet (existing - 120V 20A; replace with a 3ph 208 20A disconnect). Existing power outlet can stay in place. Meter panel AC-2 for 30 days to ensure capacity for sub panel to be installed. Provide and install new 42 breaker, 208V 200A sub panel in Room N260, fed from AC-2.

3.0 PROJECT DELIVERABLES

All work (including warranty) will be performed with pre-approved interruption to the SPS department. All work shall be coordinated with the COR at least two weeks in advance of starting.

Contractor shall conduct site visit prior to submitting pricing.

Contractor shall submit a safety plan outlining procedures/guidelines per OSHA requirements.

All material and equipment shall be submitted for approval prior to the start of work.

All new piping to be in accordance with specifications. Hot work permits are required each day prior to brazing, cutting, grinding or welding operations Attached to this package are a general overview of specifications and sketches for the project, not be considered all inclusive.

4.0 PERFORMANCE REQUIREMENTS

Contractor will follow ICRA, PCRA and ILSM for each area being worked. The majority of the work is in the SPS and OR suite which will necessitate Level IV precautions – see attached ICRA docuement at the end of this scope of work for general expectations and classifications of work requirements.

All work will be performed between the hours of 7:00am to 4:00 pm Monday thru Friday, excluding federal holidays and weekends. Off hours and weekend work may be required to allow for utility/service outages. An estimated 6 week (42 calendar day) outage is expected in the suite to complete tasks that are invasive and require extensive work in the space. This outage can be adjusted if the contractor can show the need to extend or contract the outage. The first task to be accomplished in the SPS suite must be task 2, as this will drive other possible work in the suite.

Any work to run instrument airline in OR suite and drops in Room 478 and pressure monitor in room N488 will need to be accomplished either after hours (3:30p- 5a M-F) or during weekends (3:30p Friday to 5a Monday).

All work shall be in accordance with each of the manufacturer’s specifications and requirements. Contractor must follow manufacturer recommendations on installation.

Vendor shall comply with all OSHA Safety Guidelines.

Contractor shall supply VA with as-builts of how the systems are installed for each discipline. Sizes, any elbows or offsets etc. will be shown.

All O&M manuals shall be turned over at the completion of work, and contractor shall conduct a brief training (1hr) for the VA maintenance staff on the operation and maintenance of the equipment. The contractor will video record this training and submit the video with the closeout package.

Contractor shall begin work with 7 days of the notice to proceed being issued, unless lead time on material and equipment prevents start of the work.

The period of performance (PoP) of this contract once mobilized is 180 calendar days.

If contractor feels additional time is needed, they shall propose a corrected outage estimate and/or a different PoP to the Contracting Officer.

All installed work and equipment to be in accordance with VA standards, manuals and design guides - https://www.cfm.va.gov/til/index.asp.

If conflict exists between manufacturers recommendations and VA TIL specifications, the more stringent standards will take precedence.

All equipment and materials proposed for construction must be approved by the VA before installation. If the contractor installs any materials/equipment without VA approvals, they do so at their own risk

5.0 CONTRACT REQUIREMENTS

Contract shall be a firm and fixed price.

Provide one-year warranty on work.

Instrument air work will be performed in accordance with the latest published edition of NFPA 99 and any other related NFPA codes or VA design guides that apply Electrical work will be performed in accordance with the latest published edition of NFPA 70, 70E and any other related NFPA codes or VA design guides that apply. All wire will be stranded XHHW copper HVAC Ductwork altered or installed by this project will be sealed to ASHRAE/SMACNA class A and any applicable VA TIL design guides.

Any changes in the contract shall be brought to the attention of the Contracting Officer. The Contracting Officers Representative (COR) does not have authorization to modify the contract.

6.0 CONTRACT DELIVERABLES

Installation of a complete 100% functioning system with all components, testing, balancing, commissioning and training included The expected outcome of the project is to provide a more compliant SPS department with better quality instrument air, HVAC temperature control in the sterilizer room and steam quality at the sterilizers as well as eliminate many non-compliance items from national surveys.

Vendor will notify COR at least two weeks in advance of the installation, utility outages if needed, and start-up tasks

7.0 REFERENCES

ASHRAE - American Society of Heating, Refrigerating and Air-Conditioning Engineers SMACNA - Sheet Metal and Air Conditioning Contractors' National Association NFPA- Nation Fire Protection Association VA TIL – Veteran’s Affairs Technical Information Library

-END OF SCOPE OF WORK-

REFERENCED ATTACHMENTS

PH-WHV-Spec-sheet-LR expansion tank - replace with WHV 75 or eq..pdf

Tank Specifications

Submittal Data PH & WHV Series

Thermal Expansion Tanks

Job Name:

Location:

Engineer:

Contractor:

Schedule #:

Model #:

Representative:

300 Pond St ● Randolph, MA 02368 ● 800-527-0030 ● 781-986-2029 FAX ● www.flexconind.com

Model Volume (gallons)

Max.

Acceptance

Volume (gallon)

System Connection

(inches)

Dimensions (inches) Weight

(lbs) Diameter Height

PH 5 2.1 1 ¾ MNPT 8 11.6 5

PH 12 4.8 2.5 ¾ MNPT 11 14.5 10

PH 25 9 4.5 ¾ MNPT 12.5 19.2 11.5

WHV 50 15 6 1 FNPT 16 21.7 32

WHV 75 20 8 1 FNPT 16 28.8 39

WHV 120 32 14.4 1 1/4 FNPT 21 27.8 60

WHV 165 44 17.7 1 1/4 FNPT 21 36.2 72

WHV 320 85 34 1 1/4 FNPT 21 62.0 123

Description The PH series eliminates the problem of nuisance cycling of the safety relief valve when a backflow preventer or check valve is present in a domestic hot water system. Utilizing Flexcon's all butyl diaphragm system, they provide a reservoir for expanded water volume and help to prevent dangerous over-pressurization. The diaphragm is permanently separated from the tanks air charge. The PH tanks also feature a stainless steel system connection for maximum corrosion resistance.

The WHV series is designed for larger potable water systems. It features our patented CAD2 diaphragm design and a stainless steel system connection

Materials of Construction

Shell: Drawn steel w/ epoxy finish

Diaphragm: Butyl rubber (PH) w/ copolymer polypropylene lower water chamber (WHV)

Connection: PH Series-3/4" MNPT WHV Series-1" or 1 1/4" FNPT

Ratings

Max. Working Pressure: 150 PSI Max. Working Temp: 200 F Pre-Charge (adjustable): 40 PSI

Note: PH & WHV series tanks are certified to NSF Standard 61 cold but are suitable for temperatures up to 200 F

PH Series: IAPMO & NSF 61 Listed WHV Series: NSF 61 Listed image5.emf

Technical-Information-SSH - existing pumps set 1022-9SH184JM2-2.pdf

GOULDS PUMPS

Commercial Water

Performance Coverage, 3500 and 1750 RPM Alcance de Funcionamiento, 3500 y 1750 RPM

4003002001000 600

40 60 160 180m3/hr

CAPACITY (CAPACIDAD) – U.S. GPM

TO

TA

L D

YN

AM

IC

H

EA

D (C

AR

GA

IN

A

L)

METERS

(METROS)

FEET

(PIES)

500 800

1750 RPM

20 80 100 120 140

23SH

27SH

22SH

6SH

25SH

24SH

11SH

10SH

9SH

8SH

5SH

4SH

28SH

7SH

4003002001000 600

40 60 160 260 m3/hr

CAPACITY (CAPACIDAD) – U.S. GPM

L D

(METROS)

(PIES)

500 800

3500 RPM

20 80 100 120 140

1000900 12001100

180 200 220 240

23SH

27SH

22SH

6SH

5SH

8SH

25SH

24SH

11SH

10SH

7SH

9SH

4SH

28SH

Impeller Code, Código del impulsor

24 SH 1 Q 1 2 A 0

Example Product Code, Ejemplo Código del Producto

Mechanical Seals and O-Ring 0 = Pre-engineered standard For optional mechanical seal modify catalog order no. with seal code listed below.

Sello Mecánico y Anillo ‘0’ 0 = Estándar aprobado Para sello mecánico opcional modifi car el número de orden del catálogo con el código del sello anotado abajo.

Motor Enclosure, Caja del motor 1 = ODP 5 = TEFC Premium Eff., Efi ciencia superior 2 = TEFC 6 = XP Premium Eff., Efi ciencia superior 3 = Explosion Proof, Prueba de explosiones 7 = Wash down, Lavado 4 = ODP Premium Eff., Efi ciencia superior

Motor Voltage, Voltaje del motor 1 = 115/208-230 3 = 230 5 = 208-230/460 7 = 575 2 = 115/230 4 = 230/460 6 = 460

HP Rating, Potencia nominal, HP C = ½ F = 1.5 J = 5 M = 15 Q = 30 T = 60 D = .75 G = 2 K = 7.5 N = 20 R = 40 U = 75 E = 1 H = 3 L = 10 P = 25 S = 50 V = 100

Driver: Hertz/Pole/RPM, Fuerza motriz: Hertz/Polos/RPM 1 = 60/3500/1 3 = 60/1750/1 5 = 50/2900/1 2 = 60/3500/3 4 = 60/1750/3 6 = 50/2900/3

Material SH = 316L Stainless steel, Acero inoxidable

Pump Size, Tamaño de la Bomba 9 = 1 x 2 – 6 4 = 1½ x 2½ – 6 8 = 2 x 2½ – 8 10 = 1 x 2 – 8 7 = 1½ x 2½ – 8 6 = 2½ x 3 – 6 11 = 1 x 2 – 10 5 = 2 x 2½ – 6 22 = 2½ x 3 – 8 23 = 3 x 4 – 8 24 = 1½ x 2½ – 10 25 = 2 x 2½ – 10 27 = 2½ x 3 – 10 28 = 3 x 4 – 10

Pump Size, Tamaño de la Bomba

Seal Code, Código del

Sello

Elastomers, Elastómeros

Stationary, Estacionario

Rotary, Rotativo

Part No., Pieza Número Metal Parts, Partes Metálicas

SSH S/M-Group Numbering System Sistema de Numeración del Grupo-S/M SSH

John Crane Type 21 Mechanical Seal, Sello Mecánico John Crane Tipo 21

Impeller Option Code For optional impeller diameters modify catalog order no. with impeller code listed below.

Select optional impeller diameter from pump performance curve.

Código del Impulsor Opcional Para diámetros del impulsor opcional modifi car el número de orden del catálogo con el código del impulsor anotado abajo.

Seleccionar el diámetro del impulsor opcional de la curva de funcionamiento de la bomba.

180-210 250-360 Frames, Frames, Armazones Armazones

NOTE: Not all combinations of motor, impeller and seal options are available for every pump model.

Please check with G&L on non-cataloged numbers.

NOTA: No todas las combinaciones de las opciones de motor, impulsor y sello están disponibles para cada modelo de bombas. Por favor verifi que con G&L en los números no catalogados.

9SH 10SH 11SH 4SH 7SH 5SH 8SH 6SH 22SH 23SH 24SH 25SH 27SH 28SH

1 x 2-6 1 x 2-8 1 x 2-10 1½ x 2½-6 1½ x 2½-8 2 x 2½-6 2 x 2½-8 2½ x 3-6 2½ x 3 – 8 3 x 4 – 8 1½ x 2½ – 10 2 x 2½ – 10 2½ x 3 – 10 3 x 4 – 10 Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia.

A 65⁄8 827⁄64 103⁄32 6¾ 81⁄4 67⁄8 8¼ 75⁄16 91⁄16 91⁄16 97⁄8 97⁄8 103⁄8 105⁄8 B 67⁄16 81⁄16 917⁄32 63⁄8 713⁄16 67⁄16 7¾ 71⁄8 8¾ 811⁄16 9½ 9½ 915⁄16 10¼ C 511⁄16 711⁄16 91⁄8 61⁄16 7 513⁄16 7½ 615⁄16 8½ 87⁄16 93⁄16 91⁄8 99⁄16 913⁄16

D 53⁄8 73⁄8 8¾ 55⁄8 6¾ 5½ 73⁄16 611⁄16 8¼ 81⁄16 87⁄8 813⁄16 9¼ 97⁄16

E 71⁄8 55⁄16 67⁄16 51⁄8 67⁄8 63⁄8 77⁄8 711⁄16 89⁄16 83⁄16 8¾ 91⁄16

F 411⁄16 61⁄8 413⁄16 63⁄16 61⁄16 7½ 7½ 8¼ 715⁄16 811⁄16

G 43⁄8 47⁄16 55⁄8 71⁄8 71⁄8 711⁄16 H 43⁄16 4¼ 611⁄16 67⁄8 J 37⁄8 6½ 6½ K 6 L 5½

Carbon Sil-Carb

Viton 316 SS, 10K27 10K45 2 EPR 316 Acero 10K19 10K20 5 Sil-Carb Sil-Carb Viton inoxidable 10K64 10K65

Frame Options, Opciones de mando Substitute, Description, Substituto Descripción

FRM2

7/8" Imp. Bore, Diámetro interior del impulsor 7/8"

FRM3

11/4" Imp. Bore, Diámetro interior del impulsor 11/4"

Performance Curves – 60 Hz, 3500 RPM Curvas de Funcionamiento – 60 Hz, 3500 RPM

0 10 20

1251007550250

Model SSH / 9SH Size (Tamaño) 1 x 2-6 RPM 3500 Curve (Curva) CN0619R00

METROS

PIES

L

DY

N

(H

CAPACITY (CAPACIDAD) (Q)

m3⁄ hr

U.S. GPM

NOTE: Not recommended for operation beyond printed H-Q curve.

NOTA: No se recomienda para funcionamiento superior al impreso en la curva H-Q.

3025155

5'

8'

10'

56 EFF%

A 65/8" DIA.

B 67/16"

C 511/16"

D 53/8"

3 HP

5 HP

NPSHR – FEET (PIES)

Model SSH / 10SH Size (Tamaño) 1 x 2-8 RPM 3500 Curve (Curva) CN0613R00

4025155

150 175

22'18'

14'

6'

42 EFF%

10 HP

B 81/16"

D 73/8"

C 711/16"

E 71/8"

71/2 HP

A 827/64" DIA.

Optional Impeller, Impulsor Opcional

Impeller Standard Code, Dia., HP Rating, Código del Diá. Estándar HP Impulsor Potencia

A 65⁄8" 5 B 67⁄16 5 C 511⁄16 3 D 53⁄8 3

NOTE: Pump will pass a sphere to 1⁄8" diameter.

NOTA: La bomba pasará una esfera a 1⁄8" diámetro.

A 827⁄64" 10 B 81⁄16 10 C 711⁄16 7½ D 73⁄8 7½ E 71⁄8" 7½

Model SSH / 11SH Size (Tamaño) 1 x 2-10 RPM 3500 Curve (Curva) CN0616R00

4025155

150 175

20 HP

15 HP

22’

25'

27'

29'

43 EFF%

A 103/32" DIA.

B 917/32"

C 91/8"

D 83/4"

0 10 20 60

100500

Model SSH / 4SH Size (Tamaño) 11/2 x 21/2-6

RPM 3500

Curve (Curva) CN0488R01METERS

150 200 250

504030

2 HP

61 63

EFF%61

NPSHR – FEET (PIES)5'

12'

F 411/16"

D 55/8"

B 63/8"

A 63/4" DIA.

G 43/8"

H 43/16"

C 61/16"

J 37/8"

E 55/16"

A 103⁄32" 20 B 917⁄32 15 C 91⁄8 15 D 8¾ 15

A 6¾" 10 B 63⁄8 7½ C 61⁄16 7½ D 55⁄8 5

E 55⁄16 5 F 411⁄16 3

G 43⁄8 3

H 43⁄16 2

J 33⁄8 2 to 3⁄16" diameter.

esfera a 3⁄16" diámetro.

0 10 20 60

15075500

Model SSH / 7SH Size (Tamaño) 11/2 x 21/2-8

Curve (Curva) CN0491R00METERS

NOTA: No se recomienda para funcionamiento superior al impreso en la curva H-Q.

175 200 275

504030

25022512510025

71⁄2 HP

EFF%57

56 57

D 63/4"

A 81/4" DIA.

E 67/16"

B 713/16"

C 7"

F 61/8"

0 20 40 100

Model SSH / 5SH Size (Tamaño) 2 x 21/2-6

Curve (Curva) CN0494R01METERS

250 300

35015010050

71⁄2 HP

EFF%66

D 51/2"

A 67/8" DIA.

E 51/8"

H 41/4"

C 513/16"

F 413/16"

G 47/16"

NPSHR – FEET (PIES)6'

19'

A 8¼" 15 B 713⁄16 15 C 7 10 D 6¾ 10

E 67⁄16 7½

F 61⁄8 7½

A 67⁄8" 15 B 67⁄16 15 C 513⁄16 10 D 5½ 10

E 51⁄8 7½ F 413⁄16 7½ G 47⁄16 5

H 4¼ 5 to 5⁄32" diameter.

esfera a 5⁄32" diámetro.

0 20 40 100

Model SSH / 8SH Size (Tamaño) 2 x 21/2-8

Curve (Curva) CN0497R01METERS

250 300

30090

35015010050

E 67/8"

B 73/4"

F 63/16"

C 71/2"

D 73/16"

25 HP

EFF%65

656050

NPSHR – FEET (PIES)8'

13'

16'

21'

A 8¼" 25 B 7¾ 20 C 7½ 20 D 73⁄16 15 E 67⁄8 15 F 63⁄16 10 to ¼" diameter.

esfera a ¼" diámetro.

A 75⁄16" 25 B 71⁄8 25 C 615⁄16 20 D 611⁄16 20 E 63⁄8 15

F 61⁄16 15 G 55⁄8 10 to 5⁄16" diameter.

esfera a 5⁄16" diámetro.

0 25 50 150

Model SSH / 6SH Size (Tamaño) 21/2 x 3-6

Curve (Curva) CN0500R00METERS

400 500

600200100

E 63/8"

A 75/16" DIA.

F 61/16"

B 71/8" C 615/16"

G 55/8"

NPSHR – FEET (PIES)7'

EFF%60

15'

20'

125100 175

D 611/16"

Performance Curves – 60 Hz, 1750 RPM Curvas de Funcionamiento – 60 Hz, 1750 RPM

50403020100

RPM 1750 Curve (Curva) CN0620R00

55 EFF%

A 65/8" DIA.

60 70

4'

1⁄2 HP

3⁄4 HP

50403020100

RPM 1750 Curve (Curva) CN0614R00

8060 70

49 EFF%

1 HP

NPSHR – FEET (PIES)4'A 827/64" DIA.

C 711/16"

D 73/8"

11⁄2 HP

A 65⁄8" ¾ B 67⁄16 ¾ C 511⁄16 ½ D 53⁄8 ½

A 827⁄64" 1½ B 81⁄16 1½ C 711⁄16 1 D 73⁄8 ¾ E 71⁄8 ¾

50250

RPM 1750 Curve (Curva) CN0617R00

10075

12’ 14'

17'

A 103/32"

8’

RPM 1750

Curve (Curva) CN0489R01

0 10 30

U.S. GPM100 120

252015

F 411/16"

EFF%60

NPSHR – FEET (PIES)4'

604020

1⁄2 HP

J 37/8"

60 61

A 103⁄32" 3 B 917⁄32 3 C 91⁄8 2 D 8¾ 2

A 6¾" 1 B 63⁄8 1 C 61⁄16 1 D 55⁄8 ¾

E 55⁄16 ¾ F 411⁄16 ½

G 43⁄8 ½

H 43⁄16 ½

J 33⁄8 ½

Curve (Curva) CN0492R00

0 10 30

80600

252015

12020

EFF%55

54 55

10040

Curve (Curva) CN0495R00

0 20 30

U.S. GPM120

40 80

7'

9'

EFF%

Código del Diá. Estándar HP Impulsor Potencia A 8¼" 2 B 713⁄16 2 C 7 1½ D 6¾ 1½

E 67⁄16 1

F 61⁄8 1

A 67⁄8" 2 B 67⁄16 2 C 513⁄16 1½ D 5½ 1½

E 51⁄8 1 F 413⁄16 1 G 47⁄16 ¾

H 4¼ ¾

Curve (Curva) CN0498R01

0 20 30

U.S. GPM120

16080 200

11'

2 HP11/2 HP

A 8¼" 3 B 7¾ 3 C 7½ 2 D 73⁄16 2

E 67⁄8 1½

F 63⁄16 1½

0 25 50

Curve (Curva) CN0502R00

U.S. GPM 400

200100

EFF%57

19'

11/2 HP

A 75⁄16" 3 B 71⁄8 3 C 615⁄16 3 D 611⁄16 3 E 63⁄8 2

F 61⁄16 2 G 55⁄8 1½

Performance Curves – 50 Hz, 2900 RPM Curvas de Funcionamiento – 50 Hz, 2900 RPM

1007550250 U.S. GPM

150125

RPM 2900 Curve (Curva) CN0615R00

49 EFF%

A 83/8" DIA.

D 75/16"

C 75/8"

7' 42

12’

9’

40200

RPM 2900 Curve (Curva) CN0621R00

40A 65/8" DIA.

60 100

55 EFF%

1/2 HP

A 65⁄8" 3 B 67⁄16 3 C 511⁄16 2 D 53⁄8 2

A 83⁄8" 5 B 81⁄16 5 C 75⁄8 5 D 71⁄8 5 E 71⁄8 3

50250

RPM 2900 Curve (Curva) CN0618R00

17575

8’

14’ 18'

A 103/32" DIA.

100 125 150

RPM 2900

Curve (Curva) CN0490R01

0 10 20 50

120800

30 100

U.S. GPM160 200

5 HPF 411/16"

61 62

EFF%61

3 HPJ 37/8"

A 103⁄32" 15 B 917⁄32 10 C 91⁄8 10 D 8¾ 7½

A 6¾" 5 B 63⁄8 5 C 61⁄16 5 D 55⁄8 3

E 55⁄16 3 F 411⁄16 2

G 43⁄8 2

H 43⁄16 1½

J 33⁄8 1

0 10 20 50

12080400

Curve (Curva) CN0493R00

U.S. GPM160 200

EFF%56

55 56

NA

M

Curve (Curva) CN0496R01

0 20 40

U.S. GPM280 320

36016080

EFF%66

24012040

70503010

A 8¼" 10 B 713⁄16 7½ C 7 7½ D 6¾ 7½

E 67⁄16 5

F 61⁄8 5

A 67⁄8" 10

B 67⁄16 7½

C 513⁄16 7½

D 5½ 5

E 51⁄8 5

F 413⁄16 3

G 47⁄16 3

H 4¼ 3

Curve (Curva) CN0499R01

0 20 40

U.S. GPM240 280

32016012080

645949

16'

10 30 50 70

A 8¼" 15 B 7¾ 15 C 7½ 10 D 73⁄16 10

E 67⁄8 7½

F 63⁄16 7½

0 25 50

Curve (Curva) CN0501R00

U.S. GPM400 500

600200100

125100

EFF%58

21'

A 75⁄16" 15 B 71⁄8 15 C 615⁄16 15 D 611⁄16 10 E 63⁄8 10

F 61⁄16 7½ G 55⁄8 7½

0 20

200150100500

EFF

40 60

Model SSH – 25SH / Size (Tamaño) 2 x 21/2-10

Curve (Curva) CN0506R00

CAPACITY (CAPACIDAD) Q

m3⁄hr

400350 450 500

80 100

55%

7' NPSHR – FEET (PIES)

B 91/2"

D 813/16"

E 83/16" F 715/16" G 711/16"

A 97/8" DIA.

30 HP

40 HP

50 HP

200150100500

Model SSH – 24SH / Size (Tamaño) 11/2 x 21/2-10

Curve (Curva) CN0503R00

50%

C 93/16"

D 87/8"

E 89/16"

F 81/4"

6' NPSHR – FEET (PIES)

A 97⁄8" 50 B 9½ 40 C 91⁄8 40 D 813⁄16 30

E 83⁄16 30

F 715⁄16 25 G 711⁄16 25 to ½" diameter.

esfera a ½" diámetro.

A 97⁄8" 30 B 9½ 30 C 93⁄16 25 D 87⁄8 25 E 89⁄16 20 F 8¼ 20

NOTA: La bomba pasará una esfera a 5⁄16" diámetro.

6005004003002001000

B 83/4"

A 91/16" DIA.

D 81/4"

40 180

E 77/8"

60 HP

F 71/2"

C 81/2"

60 80 100 120 140

40% EFF

Model SSH – 22SH / Size (Tamaño) 21/2 x 3-8

Curve (Curva) CN0509R00METERS

H 611/16"

G 71/8"

J 61/2"

30'

30 HP25 HP

A 91⁄16" 60

B 8¾ 50

C 8½ 50

D 8¼ 40

E 77⁄8 40

F 7½ 30

G 71⁄8 25

H 611⁄16 20

J 6½ 20 to 19⁄32" diameter.

esfera a 19⁄32" diámetro.

B 915/16"

A 103/8" DIA.

D 91/4"

40 180

E 83/4"

100 HP

C 99/16"

60 80 100 120 140

45% EFF

Model SSH – 27SH / Size (Tamaño) 21/2 x 3-10

Curve (Curva) CN0512R00METERS

75 HP

A 103⁄8" 100

B 915⁄16 75

C 99⁄16 75

D 9¼ 60

E 8¾ 50

0 40

120010008006004002000

D 97/16"

C 913/16" DIA.

F 811/16"

80 360

E 91/16"

120 160 200 240 280

5545% EFF

Model SSH – 28SH / Size (Tamaño) 3 x 4-10

Curve (Curva) CN0518R00METERS

65 70

C 913⁄16" 100 D 97⁄16 100 E 91⁄16 75 F 811⁄16 75 to ¾" diameter.

esfera a ¾" diámetro.

B 811/16"

D 81/16"

80 360

E 711/16"

C 87/16"

120 160 200 240 280

50% EFF

Model SSH – 23SH / Size (Tamaño) 3 x 4-8

Curve (Curva) CN0515R00METERS

H 67/8"

30 HP25 HP

K 6"

L 51⁄2"

A 91⁄16" 75

B 811⁄16 75

C 87⁄16 60

D 81⁄16 50

E 711⁄16 50

F 7½ 40

G 71⁄8 40

H 67⁄8 30

J 6½ 25

K 6 20

L 5½ 15

0 10

504030200

Curve (Curva) CN0505R00

G

DI

10 90807060 110 120 130 140

45%

3' NPSHR – FEET (PIES)

50 52

5 15 25 30

A 97⁄8" 5

B 9½ 5

C 93⁄16 3

D 87⁄8 3

E 89⁄16 3

F 8¼ 2

0 10

806040200

15 20

Curve (Curva) CN0508R00

140 160 180 200 220 240

5 30 35 40 45 50 55

50%

4' NPSHR – FEET (PIES)

7.5 HP

A 97⁄8" 7½

B 9½ 5

C 91⁄8 5

D 813⁄16 5

E 83⁄16 3

F 715⁄16 3

G 711⁄16 3

Performance Curves – 60 Hz, 1725 RPM Curvas de Funcionamiento – 60 Hz, 1725 RPM

300250200150100500

40 50 60 70 80

Curve (Curva) CN0511R00METERS

10030

7 1/2 HP20

60 62

300250200150100500

40 50 60 70 80

Curve (Curva) CN0514R00METERS

7 1/2 HP

A 91⁄16" 7½

C 8½ 7½

D 8¼ 5

E 77⁄8 5

G 71⁄8 3

H 611⁄16 3 NOTE: Pump will pass a sphere to 19⁄32" diameter.

A 103⁄8" 15

B 915⁄16 10

C 99⁄16 10

D 9¼ 7½

E 8¾ 7½

NOTA: La bomba pasará una esfera a 19⁄32" diámetro.

Performance Curves – 60 Hz, 1725 RPM Curvas de Funcionamiento – 60 Hz, 1725 RPM

60 200

80 100 120 140 160

Curve (Curva) CN0517R00METERS

10030

7 1/2 HP

B 101/4"

A 105/8" DIA.

60 200

C 913/16"

80 100 120 140 160

Curve (Curva) CN0520R00METERS

A 91⁄16" 10

C 87⁄16 7½

D 81⁄16 7½

F 7½ 5

G 71⁄8 5

J 6½ 3

A 105⁄8" 20

B 10¼ 15

C 913⁄16 15

D 97⁄16 15

200120100400

Curve (Curva) CN0504R00

48%

3' NPSHR – FEET (PIES)

53 55

140 160 180806020

10 30 50

A 97⁄8" 20 B 9½ 15 C 93⁄16 15 D 87⁄8 15

E 89⁄16 10 F 8¼ 10

Curve (Curva) CN0507R00

80 120 160 200 240 280 320 360 400

53%

6' NPSHR – FEET (PIES)

A 97⁄8" 30

B 9½ 25

C 91⁄8 20

D 813⁄16 20

E 83⁄16 15

F 715⁄16 15

G 711⁄16 15

B 83/4"

40 140

60 80 100 120

Curve (Curva) CN0510R00

G

DI

7' 8'

12' 15'

18'

40 140

60 80 100 120

Curve (Curva) CN0513R00

A 91⁄16" 40

B 8¾ 30

C 8½ 30

D 8¼ 25

E 77⁄8 20

F 7½ 20

G 71⁄8 15

H 611⁄16 15

J 6½ 15

A 103⁄8" 50

B 915⁄16 40

C 99⁄16 40

D 9¼ 30

E 8¾ 30

B 811/16"

80 280

E 711/16"

120 160 200 240

Curve (Curva) CN0516R00

H 67/8"

C 913/16" DIA.

F 811/16"

80 280

E 91/16"

120 160 200 240

Curve (Curva) CN0519R00

60 65

A 91⁄16" 50

B 811⁄16 40

C 87⁄16 40

D 81⁄16 30

E 711⁄16 30

F 7½ 25

G 71⁄8 20

H 67⁄8 20

J 6½ 15

C 913⁄16" 60

D 97⁄16 50

E 91⁄16 50

F 811⁄16 40

SSH Frame Mounted – Materials of Construction SSH Armazón Montado – Materiales de Construcción

SSH Close Coupled – Materials of Construction SSH Acople Cerrado – Materiales de Construcción

Item No., Description, Materials, Parte No. Descripción Materiales

100 Casing, Carcasa

101 Impeller, Impulsor

103 Wear ring, Anillo de desgaste 316L SS, 316L acero inox.

184 Seal housing, Alojamiento del sello

126 Shaft sleeve, Camisa del eje 316 SS, 316 acero inox.

422 Impeller stud, Perno del impulsor Steel, Acero

Impeller key, Carbon steel, Llave del impulsor Acero al carbono

199 Impeller washer, Arandela del impulsor 316 SS, 316 acero inox.

Casing bolt with nut (casing to adapter), 316L SS, 370 Tornillo de la carcasa con tuerca

316L acero inoxidable (carcasa para adaptador)

Cast iron ASTM A48 CL20, 108 Adapter, Adaptador Hierro fundido ASTM

A48CL20

Hex head cap screw (adapter to motor), Steel SAE 1200 series,371 Tornillo de cabeza hexagonal Acero SAE series 1200 (adaptador para motor)

412A O-ring, Impeller, Anillo en O, impulsor

412F O-ring, shaft sleeve, Anillo en O, camisa del eje Viton

513 O-ring, Anillo 'O'

Drain plug – 3⁄8 NPT, 316L SS, Válvula de drenaje – 3⁄8 NPT 316 acero inoxidable

Mechanical seal, See seal chart, Sello mecánico Ver tabla del sello

Item No., Description, Materials, Parte No. Descripción Materiales

100 Casing, Carcasa

101 Impeller, Impulsor 316L SS, 316L acero inox.

103 Wear ring, Anillo de desgaste

184 Seal housing, Alojamiento del sello

126 Shaft sleeve, Camisa del eje 316 SS, 316 acero inox.

178 Impeller key, Llave del impulsor Carbon steel, 422 Impeller Stud, Perno del impulsor Acero al carbono

199 Impeller washer, Arandela del impulsor 316 SS, 316 acero inox.

370 Casing bolt with nut, Tornillo de la carcasa con tuerca 316L SS, 408 Drain plug – 3⁄8 NPT, Válvula de drenaje – 3⁄8 NPT 316L acero inox.

513 O-ring, Anillo ‘O’ Viton

383 Mechanical seal, See seal chart, Sello mecánico Ver tabla del sello

108 Adapter, Adaptador

228 Bearing frame, Armazón de balineras

134 Bearing cover, Cubierta de balineras

122 Pump shaft, Carbon steel, Eje de la bomba Acero al carbono

168 Ball bearing (inboard), Balineras de bolas (interior)

112 Ball bearing (outboard), Balineras de bolas (exterior)

382 Retaining ring, Anillo de sujeción

Hex head cap screw (adapter to bearing frame), 370B Tornillo de cabeza hexagonal Steel, Acero (adaptador para armazón de balineras)

Hex head cap screw (bearing frame to cover), 370C Tornillo de cabeza hexagonal (armazón de balineras para cubierta)

333A Lip seal, Sello cubierto BUNA-N

193 *Grease fi tting, Accesorio de grasa Steel, Acero

123 V-ring defl ector, Defl ector anillo ‘V’ BUNA-N

* M-Group only

Part No., Pleza Número

10K19 10K20

EPR

Hot Water, 383 Carbon, Silicon 316 SS, Agua Caliente Options, 10K27 10K45 Carbone Carbide, 316 Mild Abrasive, 383 Carburo de Viton

Acero Abrasivo Suave Opciones

10K64 10K65 Sil-Carb.

silicona inoxidable Severe Duty, Deber Severo

Mechanical Seal, Sello Mecánico

John Crane Type 21 Mechanical Seal, Sello Mecánico John Crane Tipo 21

Item, Rotary, Stationary, Elastomers, Parte Rotativo Estacionario Elastómeros

Cast iron ASTM

A48CL20,

Hierro fundido ASTM

A48CL20

Metal Intended Parts, Duty, Partes Servicio Metálicas Propuesto

103 199 422 408 178

100 101 178 108 370

199 422 408 126 371412F

383412A

383100 101 513 370 184 108 228

370B 123 168 112 122382

370C

333A

412F

412A

180-210 250-360 Frames, Frames, Armazones Armazones image6.emf

SALIENT CHARACTERISTICS_Healthguard UVC PTW.pdf

SALIENT CHARACTERISTICS

HEALTHGUARD UVC PASS THROUGH WINDOW

• Custom made-to-fit each existing unique SPS pass through window

• Typically replaces existing pass through window, up to 38" high x 32" wide x 40" deep

• Electronic compartment mounted below unit on "clean side"

• Requires 110v / 15amp connection

• Lamps: 6 to 8 Teflon® encapsulated UV-C lamps emitting 254nm wavelength

• Two (opposing) LightSafe™ hinged doors with ViewSafe™ window; hinged as per specified

• Patented mirror polished aluminum interior and interior courtesy light

• Includes Two Removable Shelves

• Replacement Lamps

• UVC Indicator Strips - 60 second cycle for 99+% microbial disinfection which can be monitored with an indicator strip (at 254nm)

• Polish and Cloths

• Onsite Training

• Installation provided

• One-year Warranty

• Dimensions and Weight o Height: 36 in / 91.4 cm o Width: 22 in / 55.9 cm o Depth: 28 in / 71.1 cm o Weight: 60 lb / 27.2 kg

• Electrical Requirements o Cord:10 ft (3.05 m) o Voltage:120V

• Patented - Patent #'s US 8,143,596 / US 9,295,741

• Can only be sold to the VA and DOD by USVetServ, a Service-Disabled Veteran-Owned Small

Business.

• On GSA Contract #GSA# 47QSWA22D0012 via USVetServ image7.emf

ICRA --BLANK--.docx Updated 5/17/16

MANCHESTER VA MEDICAL CENTER INFECTION CONTROL RISK ASSESSMENT MATRIX FOR

CONSTRUCTION AND RENOVATION PROJECTS

Project: Date:

Step One: Using the following table, identify the Type of Construction Project Activity

TYPE A

Inspection and Non-Invasive Activities.

Includes, but is not limited to:

· Removal of ceiling tiles for visual inspection limited to 1 tile per 50 square feet

· Painting (but not sanding)

· Wallcovering, electrical trim work, minor plumbing, and activities, which do not generate dust or require cutting of walls or access to ceilings other than for visual inspection.

TYPE B

Small scale, short duration activities which create minimal dust

Includes, but is not limited to:

· Installation of telephone and computer cabling

· Access to chase spaces

· Cutting of walls or ceiling where dust migration can be controlled.

TYPE C

Work that generates a moderate to high level of dust or requires demolition or removal of any fixed building components or assemblies

Includes, but is not limited to:

· Sanding of walls for painting or wall covering

· Removal of floor coverings, ceiling tiles and case work

· New wall construction

· Minor duct work or electrical work above ceilings

· Major cabling activities

· Any activity, which cannot be completed within a single work shift.

TYPE D

Major demolition and construction projects

Includes, but is not limited to:

· Activities which require consecutive work shifts

· Requires heavy demolition or removal of a complete cabling system

· New construction.

Step 1:

Using the following table, identify the Patient Risk Groups that will be affected. If more than one risk group will be affected, select the higher risk group:

Low Risk

Medium Risk

High Risk

Highest Risk

· Office areas

· Storage Areas

· Cardiology

· Endoscopy

· Physical/Occupational Therapy

· Radiology/Magnetic Resonance Imaging

· Outpatient Clinics

· Respiratory Therapy

· Physical Medicine & Rehabilitation

· Ambulatory Care

· Urgent Care

· Laboratories

· Pharmacy

· Post Anesthesia Care Unit (PACU)

· Dental Clinic

· Nutrition/Food Service

· Canteen

· Sterile, Processing Service (SPS)

· Community Living Center

· Operating rooms

· Pharmacy Mixture Area

· Negative Pressure Isolation Rooms

· Any area caring for immunocompromised patients

Step 2:

Step Three: Match the following and determine class of precaution:

Patient Risk Group (Low, Medium, High, Highest) with the planned … Construction Project Type (A, B, C, D) on the following matrix, to find the …

Class of Precautions (I, II, III or IV) or level of infection control (IC) activities required.

Class I-IV or Color-Coded Precautions are delineated on the following page.

IC Matrix - Class of Precautions: Construction Project by Patient Risk

Construction Project Type

Patient Risk Group TYPE A TYPE B TYPE C TYPE D

LOW Risk Group

I

II

II

III/IV

MEDIUM Risk Group

I

II

III

IV

HIGH Risk Group

I

II

III/IV

IV

HIGHEST Risk Group

II

III/IV

III/IV

IV

Note: (1) Infection Control approval will be required when the Construction Activity and Risk Level indicate that Class II, Class III or Class IV control procedures are necessary.

(2) Class of Precautions is the maximum level required. Construction Activity within a given project will vary dependent on construction phase i.e., excavation, demolition, early construction, end-stage construction. Precautions required may vary within a given project in accordance with type of current construction activity.

Step 3:

Description of Required Infection Control Precautions by Class

During Construction Project Upon Completion of Project

CLASS

I

1. Execute work by methods to minimize raising dust from construction operations.

2. Immediately replace a ceiling tile displaced for visual inspection.

CLASS II

1. Provide active means to prevent airborne dust from dispersing into atmosphere.

2. Water mist work surfaces to control dust while cutting.

3. Seal unused doors with duct tape.

4. Block off and seal air vents.

5. Place dust mat at entrance and exit of work area.

6. Remove or isolate Heating, Ventilation & Air Conditioning (HVAC) system in areas where work is being performed.

1. Wipe work surfaces with disinfectant.

2. Contain construction waste before transport in tightly covered containers.

3. Wet mop and/or vacuum with High Efficiency Particulate Air (HEPA) filtered vacuum before leaving work area.

4. Remove isolation of HVAC system in areas where work is being performed.

CLASS III

1. Remove or isolate HVAC system in area where work is being done to prevent contamination of duct system.

2. Complete all critical barriers i.e. sheet rock, plywood, plastic, to seal area from non-work area or implement control cube method (cart with plastic covering and sealed connection to work site with HEPA vacuum for vacuuming prior to exit) before construction begins.

3. Maintain negative air pressure within work site utilizing HEPA equipped air filtration units.

4. Contain construction waste before transport in tightly covered containers.

5. Cover transport receptacles or carts. Tape covering unless solid lid.

1. Do not remove barriers from work area until completed project is inspected by the facility Safety Officer and Infection Control Coordinator and thoroughly cleaned by Environmental Management Service.

2. Remove barrier materials carefully to minimize spreading of dirt and debris associated with construction.

3. Vacuum work area with HEPA filtered vacuums.

4. Wet mop area with disinfectant.

5. Remove isolation of HVAC system in areas where work is being performed.

Note: Class of Precautions is the maximum level required. Construction Activity within a given project will vary dependent on construction phase i.e., excavation, demolition, early construction, end-stage construction. Precautions required may vary within a given project in accordance with type of current construction activity.

CLASS IV

1. Isolate HVAC system in area where work is being done to prevent contamination of duct system.

2. Complete all critical barriers i.e. sheet rock, plywood, plastic, to seal area from non- work area or implement control cube method (cart with plastic covering and sealed connection to work site with HEPA vacuum for vacuuming prior to exit) before construction begins.

3. Maintain negative air pressure within work site utilizing HEPA equipped air filtration units.

4. Seal holes, pipes, conduits, and punctures appropriately.

5. Construct anteroom and require all personnel to pass through this room so they can be vacuumed using a HEPA vacuum cleaner before leaving work site or they can wear cloth or paper coveralls that are removed each time they leave the work site.

6. All personnel entering work site are required to wear shoe covers. Shoe covers must be changed each time the worker exits the work area.

7. Do not remove barriers from work area until completed project is inspected by the facility Safety Officer and Infection Control Coordinator and thoroughly cleaned by the Environmental Management Services.

1. Remove barrier material carefully to minimize spreading of dirt and debris associated with construction.

2. Contain construction waste before transport in tightly covered containers.

3. Cover transport receptacles or carts. Tape covering unless solid lid.

4. Vacuum work area with HEPA filtered vacuums.

5. Wet mop area with disinfectant.

6. Remove isolation of HVAC.

Note: Class of Precautions is the maximum level required. Construction Activity within a given project will vary dependent on construction phase i.e., excavation, demolition, early construction, end- stage construction. Precautions required may vary within a given project in accordance with type of current construction activity.

STEP 4. Identify the areas surrounding the project area, assessing potential impact.

Unit Below

Unit Above

Lateral

Lateral

Behind

Front

Risk Group

Risk Group

Risk Group

Risk Group

Risk Group

Risk Group

STEP 5. Describe activity and identify specific site of activity, e.g., patient rooms, medication room, etc.

STEP 6. Identify issues related to: ventilation, plumbing, electrical, in terms of the occurrence of probable outages.

STEP 7. Identify containment measures using prior assessment. What type of barriers, e.g., solid wall barriers? Will HEPA filtration be required? (Note: Renovation/construction area shall be isolated from the occupied areas during construction.)

STEP 8. Consider potential risk of water damage. Is there a risk due to compromising structural integrity, e.g., wall, ceiling and roof?

STEP 9. Work hours: Can or will the work be done during non-patient care hours?

STEP 10. Do plans allow for adequate number of isolation / negative airflow rooms?

STEP 11. Do the plans allow for the required number & type of hand washing sinks?

STEP 12. Does the infection control staff agree with the minimum number of sinks for this project? (Verify with AIA Guidelines for types and area.)

STEP 13. Does the infection control staff agree with the plans relative to clean and soiled utility rooms?

STEP 14. Plan to discuss the following containment issues with the project team: traffic flow, housekeeping, debris removal (how and when).

SIGNATURES

image8.emf

VFD old AC shop abb acs550-u1-046a-2.pdf

ABB low voltage drives ACS550, 0.75 - 550 Hp

Technical Catalog

Product series

Ratings and Types

Voltages

Construction

Dimension

Options

External Options

Type code ACS550 - U1 - 03A3 - 4 + B055

Choice 1: Simply contact your local ABB drives sales office and let them know what you want. Use page 5 as a reference section for more information.

Two ways to select your drive

Choice 2: Build up your own ordering code using the simple 7-step approach below and then contact your local ABB Drive Sales Office.

OR

Contents ABB Standard Drive, ACS550

ABB Standard Base Drive

Ratings, Types and Voltages

Construction

Advanced Control Panel

Options Control Interfaces How to select options Panel Mounting Kit DriveWindow Light 2 Plug-in Options Relay Output Extension Option Module Pulse Encoder Interface Plug-in Fieldbus Module 115/230V Digital Interface External Options Brake Units and Choppers

Technical Data Cooling Input Cable and Fuse Connections

Technical Specification

Control Connections

ABB Packaged Drives

Ratings, Types and Voltages

Dimensions

ABB ACS550 Standard Drive

What is the ACS550 Customer Value?

■ Reduced commissioning and installation costs

■ Many assistants including Start-up, Drive Optimizer, Real-time Clock, Diagnostics, Maintenance, Serial and PID.

■ Two soft-keys that change according to the operator panel state

■ Built-in brake chopper (10Hp, 230V / 15Hp, 480V and 600 V)

Choke (R1-R6) - equivalent to a 5% Line Impedance

■ 3% Impedance AC Line Reactor (R8)

■ Removable operator panel

■ Only Class T fuses required for high speed short circuit protection

■ Reduced energy costs without power factor penalties and correction capacitors

■ Patented swinging choke provides substantially reduced harmonics, more inductance to the correct load and higher power factor

start/stop process changes

■ Reduced Drive-Motor system failures and costs

■ Preventative "Maintenance Assistant" annunciation feature schedules Drive-Motor system maintenance

The ABB ACS550 AC drive combines a sophisticated mi-croprocessor with an advanced IGBT power switching technology to deliver V/Hz, Closed Loop Flux Vector and Sensorless Vector control of AC motors. Its intuitive control panel offers numerous benefits making it the most user-friendly panel in the drives industry. The extensive library of pre-programmed application macros maximizes convenience and minimizes start-up time. This drive can handle the most demanding industrial applications in an efficient, dependable and economic manner

Where can it be used?

The ABB ACS550 standard drive can be used in a wide range of industries. Typical applications include pump, fan and constant torque use, such as conveyors. The ABB ACS550 standard drive is ideal for those situations where there is a need for simplicity to install, commission and use and where customizing or special product engineering is not required.

ABB ACS550 standard drive promises

Highlights:

reduction (R1-R4) and AC line reactor (R5-R8)

mountable fieldbus adapters

■ FlashDrop

■ Coated boards for harsh environments

and 600 V)

■ Many assistants including Start-up, Drive Optimizer, Real-time Clock, Diagnostics, Maintenance, Serial and PID

■ Seismic Certification to ICC AC-156 Criteria

What are the ACS550's Main Features and Benefits Supporting Customer Value?

Feature Note Benefit

Advanced Control Panel Two soft-keys change according to the state of the panel Built-in "Help" button Real-time clock, allows timed tracing of faults and setting of parameters at various times of day Changed parameter menu

Easy commissioning Fast set-up Easier configuration Rapid fault diagnostics Quick access to recent parameter changes

Brake Chopper Built-in up to 15 Hp (480 and 600V) and up to 10 Hp (240V) Reduced installation cost

Chokes 5% equivalent impedance swinging choke-matches the right inductance to the right load, suppressing and reducing harmonics (R1-R4), 3% impedance AC line reactor (R5-R8)

Reduces Total Harmonic Distortion (THD) emis-sions up to 25%

Connectivity Simple to install:

Easy connection of cables Easy connection of external fieldbus systems through multiple I/Os and plug-in options

Reduced installation time Secure cable connections

Assistants (v3.11a+) Diagnostic assistant activated when fault occurs Maintenance assistant monitors running hours or motor rotation Start-up assistant guides user through all essential settings without going to parameter list and offers option for parameter backup automatically PID Controller assistant guides user set-up without going to parameter list Real-time clock assistant helps user adjust time and date functions Serial communications assistant provides a convenient way to set-up fieldbus connections Drive optimizer permits user to choose drive set-up for low noise, drive & motor efficiency or motor control accuracy

Quick fault diagnostics Takes care of drive preventative maintenance Easy set-up of parameters Simplifies closed loop process control adjustment Allows quick adjustment of time and date Provides easy set-up of fieldbus connectivity Quickly tailors drive to application

Built-in EMC Built-in category C2 (1st environment) filter No need for external filtering

Sensorless vector control Improve motor control performance Enables wider range of applications

Switching frequency control Permits the highest possible switching frequency based on operating and ambient conditions

Considerable motor noise reduction and improved efficiency

Flashdrop Faster and easier drive set-up and programming New fast, safe and trouble free method to download parameters available without powering the drive

- patented

Coated boards Longer lifetime in hostile environments. Reduced servicing requirements Protections against moisture and hostile particles as standard

Flange Mounting Kits Allows mounting the drive with the heatsink external to a 3rd party enclosure

- frame size R1-R6.

Reduces heat and enclosure size

Ratings, Types and Voltages

Type code This is the unique reference number that clearly…