Addendum A - Ashland Comfort Control for HVAC heating ...... Page 1 of 2 Addendum A Date: April 4, 2019 Project: Ashland Public Library HVAC & Controls Replacement 224 Claremont Avenue,

www.ashlandcomfortcontrol.com Page 1 of 2

Addendum A Date: April 4, 2019 Project: Ashland Public Library HVAC & Controls Replacement 224 Claremont Avenue, Ashland, OH 44805 Owner: Ashland Public Library 224 Claremont Avenue, Ashland, OH 44805 Engineer: Ashland Comfort Control 805 E. Main Street, Ashland, OH 44805 To: Prospective Bidders

General Notes and Information

1. This addendum forms part of the Contract Documents and modifies the original drawings and Project Manual. Acknowledge receipt of this addendum on the bid forms and include all information contained herein in preparation of bids.

2. Bid Due Date has been changed to Wednesday April 10 @ 12:00 p.m. 3. All line voltage electrical work shall be performed by a licensed electrician and drawings must be

submitted for review and approval before any work can begin. Mechanical Contractor is responsible for obtaining an Electrical Contractor to perform the work.

4. BCU Electric is incumbent Electrical Contractor at the Ashland Public Library. a. Matt White - [email protected] – 419-281-8944

Changes to Bid Drawings

1. Drawing M1 a. Removed EF-1 from attic overview. b. Added General Note #16 requiring an NEBB certified full building air and water balance

upon the completion of the project. 2. Drawing M2

a. Misc. grammatical and typographic corrections. b. Added notes to indicate existing Return Air Fans, Louvers and Outdoor Air Dampers to

remain. c. Revised routing direction of existing server room runs to be capped. d. Added Coded Note #8 to demolish existing steam humidifiers no longer in use.

3. Drawing M3 a. Removed OAD, economizer and all associated ductwork from AH-4, AH-6 and AH-7.

Fresh air for space served is provided by another piece of equipment. 4. Drawing M4

a. Existing gas supply size has been modified to reflect actual size of 2-1/2 inches. b. Hydronic primary/secondary piping manifold detail was modified. c. Removal of mention of variable speed boiler pumps. 3-speed pumps are acceptable. d. Coded Note 5 has been revised to coordinate with changes to Detail B. e. Grammatical corrections in Boiler Specifications.

5. Drawing M5 a. Isometric C has been revised to show the correct 2-1/2 inch existing natural gas piping. b. Louver schedule has been removed. Existing louvers to remain. c. Removed sensible economizer from AH-4, AH-6 & AH-7. d. Misc. typographical corrections.

mailto:[email protected]

(Continued)


6. Drawing M6 a. Added general notes with basic requirements as it pertains to the building automation

system (BAS), including Front End/Router, Unit Controls, Touch Screen Interface, Sensors, Wiring, Commissioning and Start-Up.

Additions to Bid Drawings

1. Drawing E1 – HVAC Electrical Plan and Notes 2. Drawing E2 – Eelectrical Panel Schedules and One Line Diagram

Attachments

1. The following attachments are included as part of this addendum. a. Pre-bid Walkthrough Agenda b. Pre-bid Sign-In Sheet c. Certificate of Plan Approval (CPA) #1 d. Complete set of revised bid drawings.

Bidder Questions

Q1: Are emailed bid acceptable? A1: No, bids must be sealed and delivered in accordance with the instructions to bidders in the issued bid documents. Q2: Are Louver shown on Drawing M-2 to be replaced? A2: No, all existing louvers and outdoor air dampers are to remain. Q3: Are other equipment manufacturers allowed? A3: As long as the performance, efficiency and functionality of the alternate equipment manufacturers meets or exceeds the basis of design Q4: Does the existing boiler system have an existing fill valve, backflow, air separator, etc.? A4: Yes. It is our intent to re-use the existing fill valve/backflow at this time. Q5: What are we to do for units AH-1 & AH-3 with non-matching linesets? A5: Fortunately, units AH-1 and AH-3 are on ground level near the condenser yard. Existing linesets not in accordance with equipment manufacturer’s recommended sizing will need to be replaced. Systems requiring an additional circuit will require the installation of additional refrigeration piping. Q6: Are we to provide a front end for the controls? A6: See revised sheet M6 for additional information on the controls hardware and software required for this project. A new standalone controls system will be required for all new equipment. Q7: What type of pad should the new server room condensing unit be set on? A7: The new server room condensing unit shall be set on a pre-cast concrete equipment pad, appropriately sized for the equipment being set on it and leveled prior to equipment being set.

End of Addendum


Pre-Bid Agenda Date: March 29, 2019, 10:00 a.m. Project: Ashland Public Library HVAC & Controls Replacement 224 Claremont Avenue, Ashland, OH 44805

A. Introductions 1. Sign-In Sheet

2. Introductions.

a. Engineer – Joe Reep b. Library Director – Heather Miller c. Prevailing Wage Coordinator – Jessica Kremser

B. Scope Review 1. Bid Packet Review

a. Project Estimate: $575,000 b. Due Date: Monday April 8 @ Noon c. Bid Bond/Guaranty Requirements d. Formal Bid Approval & Award: April 11/12

2. Drawing Review

a. Drawing submitted to Richland Building Department, CPA #1 Received 3/25/19. b. Building permit fees have been paid already, boiler permits/fees will still be necessary. c. Addendum #1 will be issued 4/3/19.

3. Schedule Review a. Equipment Lead Times – Approximately 6 Weeks b. Anticipated Mobilization/Start Date – June 1 c. Normal Working Times/Site Access – Monday through Friday, 7 a.m. – 7 p.m. d. Anticipated Project Duration – 12-16 weeks

C. Facility Walk Through

PRE-BID SIGN-IN SHEET

DATE:

TIME:

LOCATION:

OWNER:

ENGINEER:

PROJECT: Ashland Public Library HVAC & Controls Replacement Project

Friday March 29, 2019

10:00 AM

Ashland Public Library - 224 Claremont Avenue, Ashland, Ohio 44805

Ashland Public Library

Ashland Comfort Control - 805 East Main Street, Ashland, Ohio 44805

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4/5/2019 1:45:39 A

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224 CLAREMONT AVENUEASHLAND, OH 44805

ASHLAND PUBLIC LIBRARYHVAC REPLACEMENT

G1

SITE PLAN

AREA OF WORK

805 E. MAIN STREET - ASHLAND, OH

P: 419.281.0144 F: 419.281.6971

WWW.ASHLANDCOMFORT CONTROL.COM

JOSEPH P. REEP - OHIO PE: #77349

[email protected]

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M1



KEY PLAN

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PLAN VIEW

C

PLAN VIEW

A

PLAN VIEW

B

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P: 419.281.0144 F: 419.281.6971



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M3


PLAN VIEW

A

PLAN VIEW

B


23-1/4"

17"

Air Inlet Electrical Connections

10-1/4"

2-1/2"

30-1/2"

Gas Connection

46-1/4"

53-1/2"

39-1/2"

Water Outlet

Water Inlet

Flue Connection

26-1/4"

10-3/4"

26-1/4" 2-1/2"

9-3/4"

22-1/2"

Condensate Connection

30-1/2"

40"

27-1/2"

65-1/2"

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M4

DETAIL

B

DETAIL

C

DETAIL

D



PLAN

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M5



DETAIL

A

DETAIL

B

ISOMETRIC

C

i-Vu® Building Automation System

RTU Open

Part Number: OPN-RTUM2

The i-Vu®Building Automation System provides everything

you need to access, manage, and control your building,

including the powerful i-Vu user interface, plug-and-play

BACnet controllers, and state-of-the-art Carrier equipment.

The RTU Open controller continuously monitors and

regulates constant volume rooftop operation with reliability

and precision. This advanced controller features a

sophisticated, factory-engineered control program that

provides optimum performance and energy efficiency. It

also features plug-and-play connectivity to the Carrier i-Vu

Building Automation System.

For added flexibility, the RTU Open controller is capable of

stand-alone operation, or, it can be integrated with any other

Building Automation System utilizing the BACnet, Modbus®

, or N2 protocols.

,

LonWorks®

System Benefits

• Integrated Carrier airside linkage algorithm for plug-

and-play integration with the Carrier VVT®System

• Fully plug-and-play with the Carrier i-Vu Building

Automation System

• Supports demand limiting for maximum energy

savings

Hardware Features

• Can be factory-installed on Carrier WeatherExpert®

WeatherMaster®

rooftop units

, and WeatherMaker®packaged

• Can be field-installed on constant volume rooftop

units; wiring harnesses (sold separately), provide

quick field installation

• Integrates easily into any BAS using BACnet, Modbus,

LonWorks1, or N2 protocols

• On-board hardware clock, remote occupancy input,

and support for Carrier communicating room sensors/

thermistor sensors provide stand-alone operation

• Easy startup and configuration with i-Vu User

Interfaces

Application Features

• Controls up to 2 stages of DX cooling (3 stages

for 48/50 LC WeatherExpert®

temperature setpoint

• Controls up to 2 stages of gas heat or combination

of mechanical and electric heat to maintain space

temperature setpoint (controls up to 4 stages of heat

in heat pump mode)

• Integrated economizer2 and power exhaust control

provide optimized free cooling in combination with

mechanical cooling

• 2 fan speed control options provide maximum energy

savings and comfort

• Built-in advanced control routines for zone level

humidity control or zone level demand control

ventilation (ASHRAE 62)

1

2

LonWorks: Requires LON Option Card (part number LON-OC).

Fault Detection and Diagnostics included as part of California Building Energy

Efficiency Standard Title 24 Part 6.

,

• Compatible with i-Vu Tenant Billing for tracking

tenants’ after-hours energy usage

• Performance and utilization runtime data stored locally

on the controller for system analysis

• Includes multi-protocol support to integrate into

BACnet, Modbus, N2 or LonWorks1

The i-Vu Building Automation System

) to maintain space


RTU Open

Part Number: OPN-RTUM2

BACnet Support

Communication Ports

Advanced Application Controller (B-AAC), as defined in BACnet 135-2004 Annex L

Network Comm port: EIA-485 port for BACnet MS/TP or ARCNET 156 kbps, Modbus RTU, or N2

communications (protocol and baud rate are DIP switch selectable)

Comm Option port: For connecting a LON Option Card

Local Access port: For system start-up and troubleshooting (115.2 kbps)

Rnet port: For connecting Carrier communicating room sensors and Carrier’s touchscreen

user interface

Inputs 6 analog inputs: 4 analog inputs dedicated to Space Temperature, Setpoint Adjust, Supply Air

Temperature, and Outside Air Temperature. 2 others configurable for the following functions: Indoor

Air Quality, Outdoor Air Quality, or Relative Humidity. AIs have 10 bit A/D resolution.

5 binary inputs: 1 dedicated to Safety Chain Feedback, 4 others configurable for the following

functions: Compressor Safety, Fire Shutdown, Enthalpy Switch, Humidistat, Supply Fan Status, Filter

Status, Remote Occupancy, IGC Override (gas only), and Door Contact

Outputs 2 analog outputs: Economizer and Fan Speed (VFD). AOs have 10 bit D/A resolution.

8 binary outputs: Supply Fan, Cool Stage 1, Cool Stage 2, Heat Stage 1, Heat Stage 2, Power

Exhaust, Rev Valve/High Fan/Cool Stage 3, and Dehumidification. Relay contacts rated at

3A max @ 24VAC

Real Time Clock

Battery

Protection

Battery-backed real time clock keeps track of time in event of power failure

10-year Lithium CR2032 battery provides a minimum of 10,000 hours of trend data & time retention

during power outages

Incoming power and network connections are protected by non-replaceable internal solid-state

polyswitches that reset themselves when the condition that causes a fault returns to normal. The

power, network, input, and output connections are also protected against voltage transient and

surge events.

Status Indicators

Controller Addressing

Listed by

LED status indicators for network communications, run status, error, power, and all digital outputs

Rotary dip switches set BACnet MS/TP, ARCNET, Modbus, or N2 address of controller

UL-873, FCC Part 15-Subpart B-Class A, CE EN50082-1997

Environmental Operating Range Operating & Storage: -40 to 158ºF (-40 to 70ºC) 10 to 95% RH, non-condensing

Power Requirements 24VAC ± 10%, 50 to 60Hz, 20 VA power

consumption, single Class 2 source only,

100 VA or less

Dimensions Overall

A: 6-1/2” (16.5 cm)

B: 6-1/2” (16.5 cm)

Depth: 2-1/2” (6.35 cm)

Weight: .74 lbs. (.34 kg)

Mounting

(•) 7 mounting holes in various

positions provided

For more information, contact

© Carrier Corporation 2017 Cat. No. 11-808-520-01

your local Carrier Controls Expert.

Controls Expert Locator:

www.carrier.com/controls-experts

Rev. 04/17

Manufacturer reserves the right to discontinue, or change at

any time, specifications or designs, without notice and without

incurring obligations. Trademarks are properties of their

respective companies and are hereby acknowledged.

Building Automation System

ZS Space Sensors

i-Vu®




BACnet®controllers, and state-of-the-art Carrier equipment.

Carrier’s line of intelligent ZS space sensors provide the

function and flexibility you need to manage the conditions

important to the comfort, productivity, and sustainability of

your building.

ZS Standard

The ZS sensors are available in a variety of zone sensing

combinations to address your application needs. These

combinations include temperature, relative humidity, and

indoor air quality (carbon dioxide and volatile organic

compounds (VOCs)).

Designed to work with i-Vu controllers and the i-Vu Building

Automation System, the ZS sensor line includes the ZS

Standard, ZS Plus, ZS Pro and ZS Pro-F.

ZS Plus ZS Pro ZS Pro-F

Features

Temp, CO2

, Humidity, and VOC Options

Neutral color

Addressable / supports daisy-chaining

Hidden communication port

Mounts on a standard 2” by 4” electrical box

Occupancy status indicator

Push-button occupancy override

Setpoint adjust

Large, easy- to-read LCD

Alarm indicator

Fan speed control

Cooling / Heating / Fan Only - Mode Control

°F to °C conversion button

Options

Temperature Only

Temp with CO2

Temp with Humidity

Temp with VOC

Temp, Humidity, CO2

Temp, Humidity, VOC

Part Number

ZS-CAR

ZS-C-CAR

ZS-H-CAR

ZS-V-CAR

ZS-HC-CAR

ZS-HV-CAR

Part Number

ZSPL-CAR

ZSPL-C-CAR

ZSPL-H-CAR

ZSPL-V-CAR

ZSPL-HC-CAR

ZSPL-HV-CAR

Part Number

ZSP-CAR

ZSP-C-CAR

ZSP-H-CAR

ZSP-V-CAR

ZSP-HC-CAR

ZSP-HV-CAR

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

•

Part Number

ZSPF-CAR

ZSPF-C-CAR

ZSPF-H-CAR

ZSPF-V-CAR

ZSPF-HC-CAR

ZSPF-HV-CAR

*Note: To order a sensor without a Carrier logo, use “BNK” in place of “CAR” above.

Building Automation Systems

ZS Space Sensors

i-Vu®

Sensing Element Range

Temperature with any Option (excluding Humidity) -4° to 122° F (-20° C to 50° C)

Temperature with Humidity and any Option

Humidity

CO2

400 to 1250 PPM

1250 to 2000 PPM

VOC

Power Requirements

Temperature Only

Temperature with Humidity

Temp with VOC, or Temp/VOC/Humidity

Temp with CO2 , or Temp/ CO2

/Humidity

Power Supply

Communication

Local Access Port

Environmental Operating Range

Mounting Dimensions

Overall Dimensions

Temperature Sensor or

Temperature with Humidity Sensor

Sensor with C02

or VOC

0 to 2,000 PPM

Sensor Type

All Models

All Models

All Models

50° F to 104° F (10° C to 40° C)

10% to 90%

Accuracy

±0.35° F (0.2° C)

±0.5° F (0.3° C)

±1.8% typical

±30PPM or +/-3% of reading (greater of two)

±5% of reading plus 30 PPM

±100 PPM

Power Required

12 Vdc @ 8 mA

12 Vdc @ 60 mA

12 Vdc @ 15 mA (idle) to 190 mA

(CO2 measurement cycle)

A controller supplies the Rnet sensor network with 12 Vdc @ 210 mA. Additional

power may be required for your application. See sensor power requirements above.

115 kbps Rnet connection between sensor(s) and controller

15 sensors max per Rnet network; 5 sensors max per control program

For connecting a laptop computer to the local equipment or i-Vu® network for

maintenance and commissioning

32° to 122° F (0° - 50° C), 10% to 90% relative humidity, non-condensing

Standard 4”x 2” electrical box using provided 6/32” x 1/2” mounting screws

Width: 3” (7.62 cm)

Height: 4-13/16” (12.22 cm)

Depth: 13/16” (2.01 cm)

Width: 2-7/8” (7.3 cm)

Height: 4-13/16” (12.22 cm)

Depth: 1-1/4” (3.18cm)

The i-Vu Building Automation System

Tablets

Mobile

Phones

PCs

i-Vu Web Server

IP

Network

BACnet

MS/TP

Network

Rnet

Sensor

Network

VVT Zone Damper

ZS Pro ZS Std ZS Std





© Carrier Corporation 2015 Cat. No. 11-808-505-01 Rev. 03/15






i-Vu® System Touch

Part Number: SYST1-4-CAR




BACnet®controllers, and state-of-the-art Carrier equipment.

Carrier’s i-Vu System Touch is an integrated component

of the i-Vu Building Automation System. It features an

illuminated, 4.3” color pixel touchscreen display and

connects directly to a network of Open (BACnet MS/

TP), controllers. Designed for wall mounting, it provides

building occupants, facility managers, and installers a

powerful user interface for managing all of the equipment

in a building.

Rooftop Status

Zone Status

System Status

Hardware Features

• Illuminated 4.3”, 480 x 272 color pixel

touchscreen display (no buttons)

• Built-in temperature and humidity sensing

• Supports remote thermistor sensor

(such as Carrier T55)

• Connects directly to one Carrier Open

(BACnet MS/TP) network and manages up to 60

Open controllers through a single touchscreen

• Intuitive icon-driven / website-like screen navigation

• Default system screens such as scheduling and

trends support international languages

• Ideal for multi-zone commercial applications

such as office buildings and retail stores

For Building Occupants

• View current space temperature

• View operating mode (heat/cool/economizer)

• Change setpoints easily

• Initiate timed local overrides

For Facility Managers

• Multi-level password protection for security

• Home screen shows temperatures and colors for all

equipment in the building within a single view

• Convenient “Snapshot” screens show graphic and

status for each piece of equipment in the building

• Manage schedules, trends, alarms, and configuration

for all equipment in the system

• Configure individual and group schedules easily

• View, acknowledge, and delete system alarms from a

single screen; audible indicator for all alarms

For Installers

• Simple 4-wire installation

• Auto-discovers all Open controllers on the

BACnet MS/TP network

• Screen files can be auto-uploaded on select

controllers1, customized, or created from scratch

• Create customized screen files for navigating

the entire system

• Startup wizard and integrated help screens to

assist with equipment start-up & commissioning

1For a complete list of controllers that include i-Vu Touch files, visit www.HVACPartners.com.


i-Vu® System Touch

Part Number: SYST1-4-CAR

Specifications

Power

Display

Communication

Ports

Real-time Clock

Audible Alarm Notification

Temperature Sensor

24 Vac (±15%), 5 VA, 50-60 Hz, Class 2

4.3 in. resistive touchscreen color LCD display with backlighting, 480x272 pixels

BACnet MS/TP: 2-wire EIA-485 port for connection to the Open controller network

Sensor: for connecting an optional remote thermistor sensor (like Carrier T55)

USB port: for firmware upgrades

A 365-day real time clock/calendar. Time and date will be maintained for a minimum of

72 hours after loss of power (at room temperature).

A piezoelectric sounder

Range

Humidity Sensor

Resolution:

Range:

Accuracy over 20 to 80% RH:

Accuracy over full range:

Resolution:

Environmental

Operating Range

Mounting

Dimensions

-4ºF to 140ºF (-20ºC to 60ºC),

10–90% RH, non-condensing

Mounting plate included for mounting to wall or electrical junction box

Overall Mounting Plate

Width:

Height:

Depth:

Weight

Listed By

5.44 in. (13.82 cm)

4.55 in. (11.56 cm)

1.24 in. (3.15 cm)

8 oz. (0.23 kg)

UL-916 (PAZX), CE, FCC Part 15-Subpart B-Class A

Width: 4.79 in. (12.2 cm)

Height: 3.94 in. (10 cm)

Display Only

Width: 3.75 in. (9.5 cm)

Height: 2.25 in. (5.7 cm)

-4°F to 140°F (-20°C to 60°C)

Accuracy over 30°F to 100°F (-1°C to 38°C): ±1.0°F (±0.55°C)

Accuracy over full range: ±2.0°F (±1.1°C)

0.2°F (0.1°C)

0 to 100% RH

±3.0% RH

±5.0% RH

0.05% RH

Home Screen Schedules Screen Start-up Wizard


© Carrier Corporation 2014 Cat. No. 11-808-362-01




Rev. 05/14





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M6



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P: 419.281.0144 F: 419.281.6971



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