2019-08-14 ccccd master schematics for general … · 2020. 1. 9. · diablo valley college 321...

2019-08-14 CCCCD Master Schematics

FOR GENERAL REFERENCE ONLYNOT PART OF CONTRACT

Air Systems 940 Remillard Court San Jose, California 95122 Phone: 408-280-1666 Fax: 408-280-1020 www.airsystemsinc.com

Re-Submittal Manualfor

CCCCD Project ADD ALT. 4A KINESIOLOGY BUILDING 11 (KIN)

Diablo Valley College321 Golf Club Road

Pleasant Hill, CA 94523 Direct Digital Control

ASI Job#: 18248-59

Engineered By:

Table of Contents Section I:

Section II:Section III:

Manufacturers Data Sheets Control DrawingsSequences of Operation

San Jose Office: 940 Remillard Ct., San Jose, California 95122 Phone: 408-280-1666 Fax: 408-280-1020 Website: www.airsystemsinc.com

Date:Air Systems Inc. April 1, 2019

DVC CADAVER LAB RENOVATIONFOR GENERAL REFERENCE ONLY

NOT PART OF CONTRACT

ASI Response to KIN ADD ALT. 4a Submittal Comments

Page 1 of 2

1. Drawing No. 1.1:

The enclosures for TCP-AH-1 and TCP-AH-4, as submitted under the D-1044 project, are NEMA Type 4.

2. Drawing No. 2.1:

Remote Start/Stop and Alarm/Fault points for both the Air-Cooled Chiller and Heating Hot Water Boiler are not currently points on the existing Andover system and therefore were not provided for on the ALC System. If required, they would constitute a Change Order Request; please advise. However, note that there did not appear to be an existing underground control conduit run to the Chiller Enclosure. Such a conduit would be necessary and quite costly.

Since there is no existing Status point for Exhaust Fan EF-1, no Remote Alarm Status point is provided. Again, if required, adding a Current Switch input point and alarm programming would constitute a Change Order Request. Please advise.

ALL existing (hardware) I/O points on the Andover System were picked up on the ALC System and an OSA lockout for both the Boiler and Chiller Systems is now provided for in the Sequence of Operation using (Global) OSA Temp. The Sequences of Operation also now include Manual Start/Stop (software points).

3. Drawing No. 2.3 and Page 3 of 3 of the Sequence of Operations:

All existing hardware points and the existing Sequence of Operation will be “replicated” and documented as part of the O&M Manual and As-Built Drawings. However, a detailed field survey was conducted subsequent to our original Submittal and revealed significant issues related to the current state of the Pool System Equipment and Pool Controller. Sixteen (16) of the twenty-three (23) existing automation points are NOT currently connected and/or operational, including ALL (5) of the OUTPUT points. Therefore, automatic control of any kind is not currently possible.

Air Systems Inc. 940 Remillard Court

San Jose, California 95122

Phone: 408-280-1666

ax: 408-280-1020 www.airsystemsinc.com

Section I

Manufacturers Data Sheets


San Jose, CA 95122

T: 408-280-1666 F: 408-280-1020

Project Number:

Drawing Designation:

Project Name:

Drawing Date:

CCCCD PROJECT ADD ALT. 4A KIN BLDG. 11 18248-59

ADD ALT. 4A Re-Submittal

4/1/2019

Manufacturer Part Number Part Description

Automated Logic EQT1-4-ALC Touch Screen Interface, Wall/Panel Mount w/Temp & Humidity, Rnet

Automated Logic ME812U Control Module, 8UO, 12UI, Supports 5 expanders

Automated Logic MEX48U Point Expander, 4UO, 8UI

Functional Devices TR100VA001 Xfmr 96VA,120:24,Ckt Brkr, Class 2

Functional Devices TR50VA005 Xfmr 50VA,120:24,Ckt Brkr, Class 2

Phoenix Contact RIF-1-RPT-LDP-24DC/1X21 - 2903342

SPDT Relay & Base, 24VDC Coil, 11A Switching Current

Veris V120 Enclosed Relay, SPDT, 24VAC/DC or 120VAC Coil, 20A

Veris VTD1P-UNI Time Delay Relay & Base, SPDT, 10 Functions, 24-240VAC/DC Coil, 15A

The Automated Logic® Equipment Touch Interface is an integral component of the WebCTRL® building automation system. It features an illuminated 4.3” color pixel touchscreen display and connects to a single equipment controller in the WebCTRL system. Designed for wall mounting, it provides building occupants, facility managers, and installers a powerful user interface for managing a single piece of equipment in a building.

Next level building automation engineered to help you make smart decisions.

1150 Roberts Boulevard, Kennesaw, Georgia 30144770-429-3000 Fax 770-429-3001 | www.automatedlogic.com © Automated Logic 2016

Equipment Touch InterfaceUnitary Equipment Control with Sensing

Occupant interface Equipment interface

Key Features and Benefits

• Illuminated 4.3”, 480 x 272 color pixel touchscreen display

• Built-in temperature and humidity sensing

• Connects to a single BACnet controller in the WebCTRL

system using an Rnet connection

• Intuitive icon-driven / website-like screen navigation

• Default system screens such as scheduling and trends

support international languages

• Ideal for single-zone rooftop applications such as office

spaces and warehouses

• Multi-level password protection for security

• Intuitive equipment screen shows graphic and operatingstatus

• Easy access to equipment configuration, schedules, trends,

and alarms

• Audible and visual alarm indication

For Building Occupants

The WebCTRL® building automation system gives you the ability to understand your building operations and analyze the results. The WebCTRL system integrates environmental, energy, security and safety systems into one powerful management tool that allows you to reduce energy consumption, increase occupant comfort, and achieve sustainable building operations. Our web-based platform allows building managers to control and access information about their HVAC, lighting, central plant and critical processes on premises or remotely at any time of day.

• View current space temperature

• View operating mode (heat / cool / economizer)

• Change setpoints easily

• Initiate timed local overrides

For Facility Managers

• Simple 4-wire installation

• Auto-discovers connected equipment controller

• Screen files can be auto-uploaded on select controllers,

customized, or created from scratch

• Startup wizard and integrated help screens to assist with

equipment startup and commissioning

For Installers Features

1150 Roberts Boulevard, Kennesaw, Georgia 30144770-429-3000 Fax 770-429-3001 | www.automatedlogic.com

Equipment Touch InterfaceSpecifications

Power Dedicated 24 Vac (±15%), 10 VA, 60 Hz, Class 2, isolated transformer, field supplied

Display 4.3 in. resistive touch screen color LCD display with backlighting (480x272 pixels)

Enclosure ABS plastic with polycarbonate bezel

Ports • Rnet: 2-wire EIA-485 port for connection to the Rnet network (115kbps)• USB port: for firmware upgrades

Microcontroller 32-bit

Memory • 16 MB flash memory to store screen file• 1.5 MB RAM to store variable data and LCD data• 4 KB Serial EEPROM to store non-volatile configuration data

Real-time clock 365-day real-time clock/calendar chip. The time and date is maintained for a minimum of 72 hours after loss of power (at room temperature).

Audible alarm A piezoeelectric sounder

Temperature sensor Range @ 95% RH: -4º F to 140º F (-20º C to 60º C)Range @ 20% RH: -4º F to 194º F (-20º C to 90º C)Accuracy @ 25º C: ±0.4º CAccuracy over 20º C to 30º C: ±0.5º CAccuracy over 10º C to 45º C: ±1.0º CAccuracy over full range: ±2.5º CResolution: 0.01º C

Humidity sensor Range: 0 to 100% RHAccuracy over 20 to 80% RH: ±3.0% RHAccuracy over full range: ±5.0% RHResolution: 0.05% RH

Environmental -4º F to 140º F (-20º C to 60º C), 10-90% RH, non-condensingoperating range

Mounting Wall or panel mounting

Overall dimensions Width: 5.4” (13.8 cm)Height: 4.5” (11.6 cm)Depth: 1.24” (3.2 cm)

Weight 8 oz. (0.23 kg)

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

width 5.440”

depth 1.242”

he

igh

t 4.5

50

”

All trademarks used herein are the property of their respective owners.


03242016

The Automated Logic® ME812 line of controllers

are integral components of the WebCTRL® building

automation system.

ME812u line controllers ave the speed, power, memory

and I/O flexibility to handle the most demanding control

applications in the industry. Capable of controlling

multiple pieces of HVAC equipment simultaneously,

this robust BACnet controller can support complex

control strategies with plenty of memory for trends,

and is capable of third-party integration using other

communication protocols.


Application Features

• Supports general HVAC applications including complex central plants

• Standard library of control programs available for most zoning applications

• Supports EIKON® graphical programming software, an object- oriented tool that provides complete flexibility for any custom control sequence that you need

• Supports Automated Logic® communicating sensors, which are available in a variety of zone sensing combinations and support setpoint adjustment and occupancy overrides

• Supports Automated Logic touchscreen interfaces for managing and troubleshooting the connected equipment easily

• Supports live, visual displays of control logic, which uses real time operational data and aids in optimizing and troubleshooting system operations

• Graphically programmed with self-documenting control sequences and a live view of all sequence components

• Fully graphically programmable, with full communications with other Automated Logic controllers

Hardware Features

• Controls 20 I/O points on the controller, and up to (6) MEx I/O expansion modules in panel configuration or remote mounted up to 100 ft away for scalable solutions (164 I/O points total)

• High-speed native BACnet communications to field devices over TCP/IP, Ethernet, high-speed ARCNET 156 Kbps or BACnet MS/TP networks

• Protocol translator package allows the ME controllers to serve as a gateway between BACnet and a wide range of open and proprietary networks

• Universal inputs and outputs, with HOA override switches and potentiometer adjustment available on all outputs

ME812u Controller Series Power ful, Multi-Equipment Controllers

Models: ME812u, ME812u-E, and ME812u-LGR


1150 Roberts Boulevard, Kennesaw, Georgia 30144770-429-3000 Fax 770-429-3001 | www.automatedlogic.com© Automated Logic 2018

The WebCTRL® building automation system gives you the ability

to understand your building operations and analyze the results.

The WebCTRL system integrates environmental, energy, security

and safety systems into one powerful management tool that

allows you to reduce energy consumption, increase occupant

comfort, and achieve sustainable building operations. Our web-

based platform allows building managers to control and access

information about their HVAC, lighting, central plant and critical

processes on premises or remotely at any time of day.

http://www.automatedlogic.com/pages/product-webctrl.aspx

https://twitter.com/AutomatedLogic

1150 Roberts Boulevard, Kennesaw, Georgia 30144770-429-3000 Fax 770-429-3001 | www.automatedlogic.com

ME812u Controller Series Specifications

BACnet Support: Conforms to the BACnet Building Controller (B-BC) Standard Device as defined in BACnet 135-2001 Annex L. BTL Listing BACnet PICS

Communication Ports: ME812u Model EIA-485 port for ARCNET 156 Kbps or BACnet MS/TP (9600 baud to 76.8 Kbps) EIA-232/485 port* configurable port for BACnet PTP ME812u-E Model Ethernet port (10/100Mbps) only for BACnet/IP communications EIA-485 port for ARCNET 156 Kbps or BACnet MS/TP (9600 baud to 76.8 Kbps) EIA-232/485 port* configurable port for BACnet PTP ME812u-LGR Model Ethernet port* (10/100Mbps) for BACnet over Ethernet orBACnet/IP communications EIA-485 port for ARCNET 156 Kbps or BACnet MS/TP (9600 baud to 76.8 Kbps) EIA-232/485 port* configurable port for BACnet PTP *Third-Party integration drivers available through Ethernet and (1) EIA-232/485 configurable port All Models have Rnet port for Rnet communicating devices such as ZS room sensors and Touch interfaces. Xnet (500 Kbps) port for MEx I/O expansion modules. Local access port.

Universal Inputs: Twelve configurable universal inputs with 14-bit A/D resolution. Supported input types include: 0-5 V-dc, 0-10 V-dc, 0-20 mA, Thermistor (10k Ohm Type II), 1k Ohm RTD (Platinum, Nickel or Balco), and Dry Contact. All inputs support pulse counting up to 40 cycles per second (25mSec minimum pulse).

Universal Outputs Eight universal outputs are jumper configurable as 0-10V-dc, or 0-20mAdc with 12-bit A/D or 24V-dc @ 50mA relay drive. HOA (hand/off/auto) switches for all outputs, including potentiometer for manual adjustment of analog outputs

Expansion: Six MEx I/O expansion modules can be connected - one mounted directly on top of the controller, mounted locally in a stack configuration or remote-mounted up to 100ft away

Microprocessor: Powerful 32-bit Motorola Power PC microprocessor. High-performance 32-bit communication co-processor. I/O expansion CAN co-processor

Memory: 32-bit memory bus structure, 8 Mbyte flash memory, 16 Mbyte SDRAM battery-backed. Battery CR123A has life of 10 years with 720 hours of cumulative power outage

Real-time Clock: Battery-backed real-time clock

Status Indicators: LED status indicators for EIA-232/485 communication, and low battery status. Seven-segment status display for running, error, and power status

Module Addressing: Rotary dip switches for intuitive network addressing of modules

Protection: Built-in surge and transient protection circuitry for power, communications and I/O

Listed by: UL916 (Canadian Std C22.2 No. 205-M1983), CE, FCC Part 15 - Subpart B - Class A, BTL Listing

Environmental -20ºF to 140ºF (-29ºC to 60ºC); 10 to 90% relative humidity, non-condensingOperating Range:

Power Requirements: 24 V-ac ± 10%, 50-60Hz, 50VA, or 26 V-dc ± 10%, 23W. NOTE: Power consumption will increase when Equipment Touch or other accessories are attached.

Physical: Rugged aluminum cover. Removable screw terminal blocks

Weight: 1.4 lb. (0.635 kg)

Dimensions: Overall Mounting Holes Width: 7-1/2” (190mm) Width: 5” (127mm) Height: 11-5/16” (287mm) Height: 10-7/8” (276mm) Depth: 1-1/4” (32mm) min. panel depth

All trademarks used herein are the property of their respective owners.


08172018

https://www.bacnetinternational.net/btl/listings/automated%20logic/BTL_Listing_24054_ALC_WebCTRL.pdf

https://www.bacnetinternational.net/catalog/manu/automated%20logic/ALC%20ME-LGR%20PICS.pdf

https://www.bacnetinternational.net/btl/listings/automated%20logic/BTL_Listing_24054_ALC_WebCTRL.pdf

1150 Roberts BoulevardKennesaw, Georgia 30144770/429-3000Fax 770/429-3001www.automatedlogic.com

MEx I/O ExpanderSuperior Performance and Reliability

The MEx series of I/O expanders are designed for the powerful ME series of controllers, and for the most demanding control applications in the industry. The MEx I/O expanders can be remote mounted or directly mounted on the ME Controllers.


• High resolution Universal Inputs and Outputs for accuracy.• Easy expansion of I/O using up to five MEx I/O expansion modules in a stack panel configuration or remote

mounted up to 100ft away for scalable solutions.• First MEx I/O expander can be mounted directly on top of the ME812u controller, reducing control panel space.• Removable screw connectors for easy wiring, termination and service.• Tough construction delivers superior performance and reliability. Modules are constructed with a rugged

aluminum cover which provides optimum electrical protection and noise immunity.

Communication: Xnet I/O Expander bus for 500 Kbps communications between ME controller and I/O Expanders.

Universal Inputs: Configurable universal inputs with 14-bit A/D resolution. Supported input types include: 0-5 V-dc, 0-10 V-dc, 0-20 mA, Thermistor (10k Ohm Type II), 1k Ohm RTD (Platinum, Nickel or Balco), and Dry Contact. All inputs support pulse counting up to 40 cycles per second (12.5mSec minimum pulse duration).

Universal Outputs: Universal outputs that are jumper configurable as 0-10V-dc, or 0-20mAdc with 12-bit D/A or 24V-dc @ 50mA relay drive. HOA (hand/off/auto) switches for all outputs, including potentiometer for manual adjust-ment of analog outputs.

Expansion: Five MEx I/O expansion modules can be connected - one mounted directly on top of the controller, mounted locally in a stack configuration or remote mounted up to 100ft away. Compatible with legacy Mx I/O expanders using the 9-pin Sub-D connector only.

Status Indicators: LED status indicators for Power, Run, Error, Xnet TX and Xnet Rx.

Addressing: Rotary dip switches for intuitive network addressing of modules.

Protection: Built-in surge and transient protection circuitry for power, communications and I/O.

Listed by: UL916 (Canadian Std C22.2 No. 205-M1983), CE, FCC Part 15 - Subpart B - Class A.

Environmental Operating Range: -20ºF to 140ºF (-29ºC to 60ºC); 10 to 90% relative humidity, non-condensing.

Power Requirements: 24 V-ac ± 10%, 50-60Hz, 45VA, or 26 V-dc ± 10%, 21W. NOTE: Power consumption will increase when BACview6 or other accessories are attached.

Physical: Rugged aluminum cover. Removable screw terminal blocks.

Weight: 1.4 lb. (45.5 kg)

Dimensions:

MEx I/O ExpanderSpecif ications

OverallWidth: 4-3/4” (121mm)Height: 9” (229mm)Depth: 1-1/2” (38mm)

MountingWidth: 2-3/4” (70mm)Height: 8-1/2” (216mm)

Automated Logic Corporation . 1150 Roberts Boulevard . Kennesaw, Georgia 30144 . 770/429-3000 . Fax 770/429-3001 . www.automatedlogic.com

© United Technologies Corporation 2013. All rights reserved. Copyright Policy

BACnet is a registered trademark of ASHRAE. All other trademarks are the property of their respective owners. Specifications are subject to change without prior notice.

Automated Logic is a part of UTC Climate, Controls & Security, a unit of United Technologies Corp

MEX_CS_r4Made in the USA

Easy expansion of I/O using up to five MEx816u expanders.

Flexible Panel Configurations

Direct Mounting

Stack Panel Mounting Remote Panel Mounting

Product Universal Outputs Universal Inputs

MEx48u 4 8

MEx88u 8 8

MEx016u 0 16

MEx816u 8 16

2.00

0"

9.50"

4.000"

1.800"

Mounting Hole = .350" x .175"

.50"

2.500"

2.550"

3.00

0"

PRIMARY WIRES SECONDARY WIRES

Blk

Wht

Yel/Wht

Yel

Secondary Yel/Wht wire in phase with Primary Blk wire.

120V 60Hz 24Vac 100VA

VA Rating:Frequency:Mounting:

Over Current Protection:Dimensions:

Wire Length:Operating Temperature:

MTBF:Construction:

Weight:Approvals:

100 50/60 HzFoot & Single Threaded HubCircuit Breaker3.000˝ x 2.500˝ x 4.000˝ (w/ .500˝ NPT Hub)9.5˝ Typical w/ .5˝ Strip-30 to 140° F100,000 Hours @ 77° FSplit-Bobbin4.06 lbs.Class 2 UL5085-3 Listed, C-UL, CE, RoHS

TR100VA001 Transformer 100 VA, 120 to 24 Vac, Circuit Breaker, Foot and Single Threaded Hub Mount

Functional Devices, Inc. • p: 800.888.5538 • f: 765.883.7505 • www.functionaldevices.com • [email protected]

Transformer

Specifications

9.00" .50"

1.260"

2.00"

Mounting Hole = .350" x .175"

3.475"

1.950"

2.525"

3.000

"

PRIMARY WIRES SECONDARY WIRES

Blk

Wht

Yel/Wht

Yel

Secondary Yel/Wht wire in phase with Primary Blk wire.

120V 60Hz 24Vac 50VA

Class 2

VA Rating:Frequency:Mounting:

Over Current Protection:Dimensions:

Wire Length:Operating Temperature:

MTBF:Construction:

Weight:Approvals:

50 50/60 HzFoot & Single Threaded HubCircuit Breaker3.000˝ x 2.525˝ x 3.475˝ (w/ .500˝ NPT Hub)9˝ Typical w/ .5˝ Strip-30 to 140° F100,000 Hours @ 77° FSplit-Bobbin2.60 lbs.Class 2 UL5085-3 Listed, C-UL, CE, RoHS

SPECIFICATIONS

Transformer

TR50VA005 Transformer 50 VA, 120 to 24 Vac, Circuit Breaker, Foot and Single Threaded Hub Mount

Functional Devices, Inc.

310 South Union Street

Russiaville, IN 46979

Office

Sales

Fax

765.883.5538

800.888.5538

765.883.7505

Notes

www.FunctionalDevices.com

[email protected]

Industrial relay system

RIFLINE complete

2 PHOENIX CONTACT

You can carry out all standard relay

applications using the RIFLINE complete

industrial relay system. It doesn't matter

whether you want to isolate, multiply

or amplify signals.

The relay system, with a consistent plug-in

design, ensures high machine and system

availability. The area of application ranges

from coupling and timer relays through to

the small power contactor replacement.

Easy handling –RIFLINE complete relay system

Easy wiringthanks to push-in connection technology. This ensuresquick wiring without the need for any tools.

Easy potential distributionwith jumpers from the CLIPLINE complete system accessories.

Easy to extendusing the plug-in multifunctional timer module.

Three time functions can be selected in a time range from 0.5 seconds to 100 minutes.

Easy handling in detail

PHOENIX CONTACT 3

Complete relay familySwitch currents up to 16 A. From the coupling relay to the small power contactor replacement, the product range offers the right relay for every application.

High availability thanks to plug-in relays and function modulesRelays can be easily exchanged in the event of a service call. This, in turn, ensures a high machine and system availability.

Push-in technologyUtilize the proven push-in connection technology with RIFLINE complete. This ensures quick, tool-free wiring. The release button for releasing the conductor can be operated using a screwdriver or even a ballpoint pen.

4 PHOENIX CONTACT

Thanks to the diverse range of RIFLINE

complete products, a wide variety of

applications can be implemented using

the system. The relay can be extended

as desired using function modules.

Applications at a glance

Multifunctional timer moduleThe multifunctional plug-in timer module for 24 V transforms the relay module into a timer relay. The RIF-1 to RIF-4 bases can be fitted with this module.

Three time functions can be selected in a time range from 0.5 seconds to 100 minutes.

Switch-on delay

Passing make contact

Flasher unit

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

RUN-PRUN

STOPMRES

SF

BATF

DC5V

FRCE

RUN

STOP

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

PHOENIX CONTACT 5

Coupling relays between the controller and the field The RIF-0 and RIF-1 relay modules are used in particular to reliably couple signals between the controller and the field.As such, power is amplified, voltages are adjusted or signals are electrically isolated.

Relays for signal multiplicationThe RIF-2 relay modules are particularly suitable for applications in which a high number of contacts is required. A feedback signal to the controller can be switched in parallel with different loads.

From the power relay to the small power contactor replacementThe RIF-4 relay modules can be used in small power contactor applications thanks to their high switching capacity. The benefits in comparison with contactors are:• Easy maintenance thanks to

plug-in capability

• Operating indicator via status LED

• Inexpensive

• Quick installation thanks to bridgeability and push-in connection

From the coupling relay to the small power contactor replacement

6 PHOENIX CONTACT

You can decide for yourself whether you want to assemble RIFLINE complete individually – or order it ready assembled as a complete module. All components in the modular system

can be ordered individually depending on the application. This also includes relays that are available for a variety of voltages and applications.

RIFLINE complete – modular system1. Relay base2. Retaining bracket3. Relay4. Protective circuit5. Timer module (RIF-T3-24UC, Order No. 2902647) for RIF-1 to RIF-4 modules with 24 V input voltage

Standardized accessoriesRIFLINE complete uses the standardized accessories of the CLIPLINE complete modular terminal block system:

A: Bridging material B: Marking accessories such as zack marker strips and

marker carriersC: Test plugs

A

1B

2

C

3

45

Configuration made easy with CLIP PROJECT Configure the terminal strips and components for your control cabinet from Phoenix Contact easily using CLIP PROJECT – and prepare the corresponding markings at the same time. The planning software also supports you in selecting the correct accessories right through to ordering.

With CLIP PROJECT, you can benefit from a consistent process chain. This is achieved by way of the interaction with CAE systems.

Further information and download options can be found at:phoenixcontact.com

Modular relay system –for maximum flexibility and cost efficiency

PHOENIX CONTACT 7

Complete relay modules –RIFLINE complete order overview

Input voltage

Output contacts

Max.switching current 1) Type Order No.Switching voltage

RIF

-0

12 V DC 1 – 6 A 250 V AC/DC RIF-0-RPT-12DC/21 2903371

12 V DC 1 – 50 mA 2) 30 V AC/36 V DC RIF-0-RPT-12DC/21AU 2903369

12 V DC – 1 6 A 250 V AC/DC RIF-0-RPT-12DC/1 2903362

12 V DC – 1 50 mA 2) 30 V AC/36 V DC RIF-0-RPT-12DC/1AU 2903360

24 V DC 1 – 6 A 250 V AC/DC RIF-0-RPT-24DC/21 2903370

24 V DC 1 – 50 mA 2) 30 V AC/36 V DC RIF-0-RPT-24DC/21AU 2903368

24 V DC – 1 6 A 250 V AC/DC RIF-0-RPT-24DC/1 2903361

24 V DC – 1 50 mA 2) 30 V AC/36 V DC RIF-0-RPT-24DC/1AU 2903359

RIF

-1

24 V DC 1 – 11 A (13 A) 3) 250 V AC/DC RIF-1-RPT-LDP-24 DC/1x21 2903342

24 V DC 1 – 50 mA 2) 30 V AC/36 V DC RIF-1-RPT-LDP-24DC/1x21AU 2903338

24 V DC 2 – 8 A 250 V AC/DC RIF-1-RPT-LDP-24DC/2x21 2903334

24 V DC 2 – 50 mA 2) 30 V AC/36 V DC RIF-1-RPT-LDP-24DC/2x21AU 2903330

24 V AC 1 – 10 A (12 A) 3) 250 V AC/DC RIF-1-RPT-LV-24AC/1x21 2903341

24 V AC 1 – 50 mA 2) 30 V AC/36 V DC RIF-1-RPT-LV-24AC/1x21AU 2903337

24 V AC 2 – 8 A 250 V AC/DC RIF-1-RPT-LV-24AC/2x21 2903333










RIF

-2



24 V AC 2 – 8.5 A 250 V AC/DC RIF-2-RPT-LV-24AC/2x21 2903313






RIF

-3


24 V DC 3 – 8.5 A 250 V AC/DC RIF-3-RPT-LDP-24DC/3x21 2903294





RIF

-4

24 V DC 2 – 11 A 440 V AC/250 V DC RIF-4-RPT-LDP-24DC/2x21 2903281

24 V DC 3 – 10 A 440 V AC/250 V DC RIF-4-RPT-LDP-24DC/3x21 2903278

24 V DC – 3 10 A 440 V AC/250 V DC RIF-4-RPT-LDP-24DC/3x1 2903275

120 V AC 2 – 9 A 440 V AC/250 V DC RIF-4-RPT-LV-120AC/2x21 2903280


120 V AC – 3 8 A 440 V AC/250 V DC RIF-4-RPT-LV-120AC/3x1 2903274



230 V AC – 3 8 A 440 V AC/250 V DC RIF-4-RPT-LV-230AC/3x1 2903273

1) Type dependent – please observe contact derating2) Due to multi-layer contact3) For use of the jumper between 11 and 21

43 mm

40 mm

6.2 mm

16 mm

31 mm

Always up-to-date, always available to you. Here you'll find everything on our products, solutions and service:

phoenixcontact.com

Product range

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• Cables and wires• Connectors• Controllers• Electronics housing• Electronic switchgear and

motor control• Fieldbus components and systems• Functional safety• HMIs and industrial PCs• I/O systems

• Industrial communication technology• Industrial Ethernet• Installation and mounting material• Lighting and signaling• Marking and labeling • Measurement and control technology• Modular terminal blocks• Monitoring• PCB terminal blocks and

PCB connectors

• Power supply units and UPS• Protective devices• Relay modules• Sensor/actuator cabling• Software• Surge protection and interference filters• System cabling for controllers• Tools• Wireless data communication

PHOENIX CONTACT GmbH & Co. KG32825 Blomberg, GermanyPhone: +49 (0) 52 35 3-00Fax: +49 (0) 52 35 3-4 12 00phoenixcontact.com

RELAY

S

VERIS INDUSTRIES

800.354.8556 +1 503.598.4564 www.veris.com

Enclosed Victory Relays: 20A SPDT

FEATURES ● Sleek field enclosure reduces the need for panel space● The nipple mount feature allows the V120/220 Series to be mounted to any

electrical enclosure● HP Ratings make the V120/V220 ideal for control of fractional HP motors● Flexible tinned stranded wire...fits easily in tight spaces and provides secure

connections to wire nuts● UL508 Listed...designed and listed for field installation...makes electrical

inspection a snap

DESCRIPTIONThe Victory 120 and 220 20A SPDT enclosed relays combine a power duty relay with a high level of field-selectability and versatility. The device is quick and easy to install using the threaded nipple mount. With no need for a dedicated field enclosure, this series is ideal for retrofit projects.

APPLICATIONS● Command contactors● Control motors● Isolation● Device interlocking● Relay logic● Sense voltages for alarm conditions

SPECIFICATIONSOperating Temperature -34° to 55°C (-29° to 131°F)Operating Humidity 10-90% RH non-condensingExpected Relay Life Electrical (@ rated current) 100,000 cycles; Mechanical (unpowered) 10,000,000 cyclesRelay Status LED ON=energizedWire Specifications: Lead Length 14” (356 mm) min. Gauge UL1015; Coil: 18 AWG; Contacts: 12 AWGInsulation Class 600VAC RMS

UL 508 enclosed device listing

Year Warranty5

Great For External Mount Applications V120 V220

Voltage Coil Current AC DC24V.......................................... 75mA 32mA120V........................................ 42mA -208V........................................ 36mA -277V........................................ 49mA -

TYPICAL COIL PERFORMANCE

CONTACT RATINGSResistive.............. 20A@277VAC, 28VDCMotor.................... 120VAC, 1HP 277VAC, 2HPPilot Duty............. A300Ballast.................. 277VAC, 20A N.O. 277VAC, 10A N.C.Tungsten............... 120VAC, 10A N.O. 120VAC, 2A N.C.

VICTORY 120 & 220

HQ0001840.A 01121

REL

AYS

800.354.8556 +1 503.598.4564 www.veris.com

DIMENSIONAL DRAWING

MODEL RELAY COIL AMPERAGE RATING RELAY POWER LED ULV120

SPDT24VAC/DC, 120VAC

20An n

V220 24VAC/DC, 208-277VAC n n

Some devices are plenum rated per UL 1995...see White Paper VWP01 at veris.com for details

Nipple mount to 4x electrical box

APPLICATION/WIRING EXAMPLES

Nipple mount directly to a panel

To ControlsPOWERSOURCE

FractionalHP Motor

To Load

To Controls

CONTACTS

COIL

WIRE COLOR CODES

1.6"(41 mm)

1.7"(43 mm)

1/2" NPT Nipple

1.8"(46 mm)

2.9"(74 mm)

2.8"(71 mm)

ORDERING INFORMATION

N.C.

Common

24VAC/DC

120VAC

HIwht/black

LOWwht/blue

COMMwht/yellow

Common

N.O.

CONTACT OUTPUTCONTROL SYSTEM INPUT

White

YELLOW

White

White

ORANGE

black

black

blue

blue

yellow

yellow

*Isolation…600VAC

*

208-277VAC

HIwht/brown White

brownbrown

or

HQ0001840.A 01121

RELAY

S

VERIS INDUSTRIES

800.354.8556 +1 503.598.4564 www.veris.com

DESCRIPTIONThe Veris VTD Series are multi-function time delay relays equipped with an external control switch input and designed for easy socket/DIN mounting. The VTD2P-F50 includes five functions shown at left, while the VTD1P-UNI and VTD2P-UNI include the same five as the VTD2P-F50 plus five more, for the most versatile relay available. Save inventory costs by purchasing one relay for all the functions you need.

FEATURES ● VTD2P-F50 has thumb wheel adjustment for function and timing...ensures

accuracy and eliminates mechanical deviation● VTD1P/2P-UNI models are made with solid state relays for greater reliability● Two different housings provide multiple mounting options

Multi-Function Time Delay Relays For A Variety Of Applications

Time Delay Relays

SPECIFICATIONSOperating Range 85% to 110% of nominal voltage Drop-Out Voltage Threshold 15% of nominal voltage Expected Relay Life Electrical (resistive @ rated current) 100,000 cycles; Mechanical (unpowered) 10,000,000 cyclesDielectric Strength 1000VAC RMSOperating Temperature -20°C to 55°C (-4 to 131°F)

Year Warranty5

Function Timing Chart

RE-TRIGGERABLE ONE SHOT

PULSEGENERATOR

ON/OFF DELAY(S Make/Break)

REPEAT CYCLE (Starting On)

MEMORY LATCH(S Make)

S

R

U

T T T

R

U

TPulse

T Pulse

R

UT T

T TT

S

R

U

SR

U

TT

TT

TT

U: Applied input voltage S: Control switch (open or closed) R: Relay contacts (on or off) T: Time delay

VTD2P-F50

VTD1P-UNI, VTD2P-UNI

Function Timing Chart

ON DELAY(Power On)

OFF DELAY (S Break)

REPEAT CYCLE(Starting Off)

INTERVAL (Power On)

ONE SHOT

R

UT T

S

R

U

T T

R

U

TT T

T TT

R

UT T T

SR

U

T T

TT

T

VTD2P-F50

VBD3P-C

VTD2P-UNI

Power Consumption AC ...................................................... 2.5VADC...................................................... 2W

TYPICAL COIL PERFORMANCE

(VTD2P-F50)Resistive ...........12A@240VAC, 30VDCPilot Duty..........B300 (VTD1P-UNI, VTD2P-UNI)Resistive ...........15A@240VAC, 24VDCMotor ...............1/2HP@120VAC; 1HP@240VACPilot Duty ......... B300

CONTACT RATINGS

VTD2P-F50 VTD1P-UNI, VTD2P-UNI

TIMING CHARACTERISTICS

Funtions Available 5 10Time Ranges 0.1 sec 0-999 1-10 sec 0-999 1-10 0.1 min 0-999 1-10 min 0-999 1-10 0.1 hr 0-999 1-10 hr 0-999 1-10 10 hr 0-999 --- 0.1 day --- 1-10 day --- 1-10Tolerance 0% 5% (mechanical setting)Repeatability 0.1% 0.2%Operate Time (max) 25ms no specReset Time (max) 150ms 150msTrigger Pulse Length (min) --- 50ms

VTD SERIES

HQ0001858.A 01121

REL

AYS

800.354.8556 +1 503.598.4564 www.veris.com

DIMENSIONAL DRAWINGS

RED LEDOUTPUT INDICATOR

Positive position thumb wheel adjustments A S 0 0 0

1.9"(48 mm)

1.8"(45 mm)

3.5"(89 mm)

1.8"(45 mm)

1.9"(48 mm)

PANEL CUTOUT FOR PANEL MOUNTING

5 67

89

1110

12

34

INPUT

EXTERNAL CONTROL SWITCH

2.1"(53 mm)

2.3"(58 mm)

1.0"(25 mm)

0.7”(18mm)

3.5”(90mm)

1.4”(36mm)

2.6” MAX(65mm)

MODEL RELAY STYLE No. of FUNCTIONS AMPERAGE RANGE COIL VOLTAGE MIN. SWITCHING CURRENT UL CEVTD2P-F50 DPDT 5 12 24-240VAC/DC

100mA@5VDCRecognized* n

VTD1P-UNI SPDT 10 15 24-240VAC/DC Listed n

VTD2P-UNI DPDT 10 15 24-240VAC/DC Listed n

R

1615 18

U

R

2825 26

+n

-

SA1 A2

R

1615 18

U+

n-

SA1 A2

INPUTVOLTAGE

EXTERNALCONTROLSWITCH

15 - COMMON16 - NORMALLY CLOSED18 - NORMALLY OPEN

26 - NORMALLY CLOSED28 - NORMALLY OPEN

25 - COMMON

INPUTVOLTAGE

R

1615 18

R

2825 26

SA1 A2

R

1615 18

SA1 A2

CONTROLSWITCH

15 - COMMON16 - NORMALLY CLOSED18 - NORMALLY OPEN

26 - NORMALLY CLOSED28 - NORMALLY OPEN

25 - COMMON

MODEL AMPERAGE RATING VOLTAGE RATING UL CE

VBD3P-C 15A 300 n n

VTD2P-F50

VTD1P-UNI/VTD2P-UNI

VBD3P-C

VTD2P-F50

*Listed when used with Veris socket

APPLICATION/WIRING EXAMPLESVTD2P-UNIVTD1P-UNI

When relays and sockets are used together, the overall amperage rating is the lesser of the two ratings.

RELAY ORDERING INFORMATION

SOCKET ORDERING INFORMATION

E198454RoHSCompliant

HQ0001858.A 01121



Phone: 408-280-1666


Section II

Control Drawings


000

DRAWING NAME:Cover

PROJECT:CCCCD PROJECT ADD ALT. 4A KIN BLDG. 11

321 Golf Club RoadPleasant Hill, CA 94523 CONTRACT NO: 18248-59

REV DESCRIPTION DATE BYFILENAME: -

DE: MW

Cover

SE:PY940 Remillard Ct

San Jose, CA 95122

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CCCCD PROJECT ADD ALT. 4A KIN BLDG. 11

321 Golf Club RoadPleasant Hill, CA 94523

As Prepared By:

940 Remillard Ct

Air Systems Inc.

T: 408-280-1666

ASI Design Engineer:

Project Number:Drawing Designation:

ASI Project Manager:

Drawing Date:

F: 408-280-1020San Jose, CA 95122

Mark Warren

18248-59Re-Submittal

Jason Whittington

4/1/2019

MW2/13/2019 MW4/1/2019Re-Submittal

ADD ALT. 4A Submittal01

DRAWING NO.: COVER

000

DRAWING NAME:Symbol Legend




DE: MW

Symbol Legend


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DRAWING NO.: SYM.1

TAG DESCRIPTIONS

AA Remote Annunciator Module & Auto Dialer P Pressure ProbeALC Automated Logic Controller PDS Pressure Differential SwitchASA Smoke Detector PDT Pressure Differential TransmitterCR Control Relay PS Pressure Switch

ENC Enclosure PT Pressure TransmitterES Direct Current Power Supply QT Gas Transmitter

FCV Flow Control Valve / Damper Actuator ST Speed TransmitterFE Flow Element SUB Subpanel FS Flow Switch TE Temperature ElementFT Flow Transmitter TS Temperature SwitchG Generic Device TSH Temperature Switch HighIP Electro-Pneumatic Transducer TSL Temperature Switch LowIS Current Switch TT Temperature Transmitter

ISE Circuit Breaker TY Dew Pt./Enthaply/Wet Bulb TransducerIT Current Transducer V ValveJT BTU Meter VT Vibration Transmitter / SwitchJY Power Meter X UnclassifiedKS Electronic Timeclock XF TransformerLS Level Switch YKS Position TransmitterLT Level Transmitter YL Position TransmitterMS Humidistat YS Leak DetectorMT Humidity Transmitter YSE Emergency Stop

MTE Humidity Transmitter w/ Temperature Element YY TransducerMTT Humidity Transmitter w/ Temperature Transmitter ZS Position Indicating Switch

N Accessories ZT Position TransmitterNY Network Device

TE-# Field Mounted Instrument

LEGEND

Pneumatic Tubing

Line Voltage Wire

Miscellaneous Notations

FLP = Fails At Last PositionFC = Fails ClosedFO = Fails Open

L High Voltage Terminal

T1 Low Voltage Terminal

Wire Color

Shield Pigtail

Cable Masterto Controller

Cable Number and Location of Other End

Shield

Cable Slave to Field Device

Low Voltage ConnectionX1

Modbus

120 Ohm End of Line Resistor, 1/4 Watt, +/- 1%

BACNet MS/TP

Plug-In EOL Terminator & Bias Amplifier for ARC156 Network

Ethernet (Cat 6 RJ45 Cable)

ARC156

Fiber Optic Cable

120 Ώ

BT485

LEGEND

WH

T

BLK

(1.0,B1)C-2

WHT

BLK

(1.0,C1)C-2



000

DRAWING NAME:Wire Specification




DE: MW

Wire Specification


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DRAWING NO.: WIRE.1

WIRE COLOR LEGEND

GAUGE# OFCONDUCTORSTYPE REMARKS SUPPLIER

PART NO. MANUFACTURERSUPPLIER

222MSTP(BACnet)

Low Cap Twisted Shielded (Purple Plenum) w221p-2227pb Lake CableConnect Air

222Generic Modbus Low Cap Twisted Shielded (Dark Blue Plenum) w181p-2040blrb Lake CableConnect Air

182Control Cable Twisted Shielded (White Plenum) w181p-2040bb/rt TappanConnect Air

222ARCnet(ALC)

Low Cap Twisted Shielded (Green Plenum) w221p-2227rib Lake CableConnect Air

222Liebert Comm Low Cap Twisted Shielded (Blue Plenum) w221p-2227blub Lake CableConnect Air

222Lighting Low Cap Twisted Shielded (Yellow Plenum) w221p-2227yb Lake CableConnect Air

222ABBnet(BACnet/Modbus)

Low Cap Twisted Shielded (Orange Plenum) w221p-2227snbt Lake CableConnect Air

182Legacy Trane(Tracer Comm Cable)

Twisted Shielded (Purple Plenum) w181p-2040pbtc Lake CableConnect Air

182Daikin(Indoor Unit to Remote)

Twisted Unshielded(White Plenum) w181p-2051bb/rt TappanConnect Air

162Daikin(Indoor Unit to Remote)

Twisted Unshielded(White Plenum) w161p-2062b/rb General CableConnect Air

182Mitsubishi(Thermostats)

Twisted Shielded(White Plenum) w181p-2040bb/rt TappanConnect Air

162Mitsubishi (City Multi)

Twisted Shielded(White Plenum) w161p-2084rib Lake CableConnect Air

TAPPANPART NO.

M20015-15b

P40133-26b

P40133-1b

M20015-48b

M20015-26b

M20015-51b

M20015-12b

P40133-15b

P40020-1b

1680ab2/cmp

P40133-1b

1680ab2m/cmp

184Rnet Twisted Shielded (Black, White, Green, Red) w184c-2059bt Lake CableConnect Air 1880ab4/cmp

16224VAC(Power Cable)

Twisted Unshielded(White Plenum) W161p-2062b/rb General CableConnect Air 1680ab2/cmp

PRIMARY / ZONE LEVELMSTP / Subnet ARCnet

INTERMEDIATEBackbone ARCnet

SUPERVISORYEthernet 10/100

LGRME812u

LGR

30Devices

<30

Devices<

AAR 30Devices<EQ

PRTL30

Devices<

AMR30

Devices<

LGR30Devices per Port

< 30Devices per Port

<

5 or 8 PORT

Corp or Campus

Ethernet Network

To Network Devices

CAT5(e)CAT5(e)

AC - AIR CONDITIONING UNITAHU - AIR HANDLING UNITAI - ANALOG INPUTAO - ANALOG OUTPUTAUTO - AUTOMATICAUX - AUXILIARYBLDG - BUILDINGCH - CHILLERCHB - CHILL BEAMCHW - CHILLED WATERCHWP - CHILLED WATER PUMPCHWR - CHILLED WATER RETURNCHWS - CHILLED WATER SUPPLYCOM - COMMONCOMM - COMMUNICATIONCOND - CONDENSERCORP - CORPORATECW - CONDENSER WATERCWP - CONDENSER WATER PUMPCWR - CONDENSER WATER RETURNCWS - CONDENSER WATER SUPPLYDA - DISCHARGE AIRDCW - DOMESTIC COLD WATERDCWS - DOMESTIC COLD WATER SUPPLYDCWR - DOMESTIC COLD WATER RETURNDHW - DOMESTIC HOT WATERDHWS - DOMESTIC HOT WATER SUPPLYDHWR - DOMESTIC HOW WATER RETURNDI - DIGITAL INPUTDO - DIGITAL OUTPUTDP - DIFFERENTIAL PRESSUREDPT - DIFFERENTIAL PRESSURE TRANSMITTEREA - EXHAUST AIREF - EXHAUST FANELEC - ELECTRICALEOL - END OF LINEEVAP - EVAPORATORF - FAHRENHEITFCU - FAN COIL UNITFLR - FLOORFLS - FIRE LIFE SAFETYHOA - HAND/OFF/AUTOHI - HIGHHP - HEAT PUMPHR- HOME RUN (COMM RUN ON TXPS)HRU - HEAT RECOVERY UNITHW - HOT WATERHWP - HOT WATER PUMP

HWR - HOT WATER RETURNHWS - HOT WATER SUPPLYHX - HEAT EXCHANGERLCP - LIGHTING CONTROL PANELLO - LOWLOC - LOCATIONMAX - MAXIMUMMECH - MECHANICALMIN - MINIMUMMISC - MISCELLANEOUSNC - NORMALLY CLOSEDNO - NORMALLY OPENNSR - NON SPRING RETURNOA - OUTSIDE AIROSA - OUTSIDE AIRPM - POWER METERPRES - PRESSURERA - RETURN AIRREL - RELAYRF - RETURN FAN OR RELIEF FANRH - RELATIVE HUMIDITYRM - ROOMRTU - ROOF-TOP UNITSA - SUPPLY AIRSCHEM - SCHEMATICSF - SUPPLY FANSP - STATIC PRESSURETCP - TEMPERATURE CONTROL PANELTCV - TEMPERATURE CONTROL VALVETEMP - TEMPERATURETXP - TRANSFORMER PANELTYP- TYPICALUH - UNIT HEATERUV - UNIT VENTILATORVAV - VARIABLE AIR VOLUMEVFD - VARIABLE FREQUENCY DRIVEW/ - WITHW/O - WITHOUTWSHP - WATER-SOURCE HEAT PUMP

COMMON SCHEMATIC ABBREVIATIONS

ABBREVIATIONS

AWG - AMERICAN WIRE GAUGECAT-5,5E,6,6E - ETHERNET CABLECLASS 2 - NEC CLASSIFICATION, FOR INDOOR USE,

PROTECTION AGAINST FALLING DIRT, AND DRIPPING/LIGHT SPLASHING

EIA-232 - COMMUNICATION PROTOCOLEIA-485 - COMMUNICATION PROTOCOLG, GND - GROUNDI/O - INPUT/OUPUTINA/INB - INPUT A/INPUT BLS5V - +5VDC LOGISTATMS/TP - MASTER-SLAVE/TOKEN-PASSING PROTOCOLNEC - NATIONAL ELECTRICAL CODENET+/- - POSITIVE/NEGATIVE POLARITY DESIGNATION

FOR COMMUNICATIONSRX+/- - RECEIVE POSITIVE/NEGATIVE POLARITY

DESIGNATION FPR COMMUNICATIONSST/SC - FIBER OPTIC CONNECTORST - STRAIGHT TIP FIBER OPTIC CONNECTORTEMP - TEMPERATURE ° F/°CTFFN - A THERMOPLASTIC-INSULATED, NYLON-

JACKETED CONDUCTOR SIGNED FOR US IN DRY LOCATIONS AND AN OPERATING TEMPERATURE OF UP TO 90°C

TX+/- - TRANSMIT POSITIVE/NEGATIVE POLARITY DESIGNATION FOR COMMUNICATIONS

VAC - VOLTAGE ALTERNATING CURRENTVDC+ - VOLTAGE DIRECT CURRENT, POSITIVE SIDE

COMMON WIRING ABBREVIATIONS NETWORK STANDARDS

D

P

TN

BT

= CORP ETHERNET NETWORK

= DIAG485

= PROT485

= TERM485

= BT485

COMMON SYMBOL ABBREVIATIONS

= (N) New

= (E) Existing



000

DRAWING NAME:Table of Contents




DE: MW

Table of Contents


San Jose, CA 95122

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DRAWING NO.: TOC.1

DRAWING# DRAWING NAMESYM.1 Symbol LegendWIRE.1 Wire SpecificationTOC.1 Table of Contents1.1 NETWORK RISER1.2 Instrument List; TCP-LGR, Panel Layout2.1 TCP-CHW/HHW2.2 TCP-POOL2.3 POOL EQUIP GRAPHIC



MWMWMWMW12/12/2018

12/28/20182/13/20194/1/2019

0Re-SubmittalADD ALT. 4A Submittal and UpdateUpdateSubmittal0

123

DRAWING NAME:NETWORK RISER



REV DESCRIPTION DATE BYFILENAME: #1 - D-1044 KIN RISER and LGR

DE: MW

NETWORK RISER


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DRAWING NO.: 1.1

TCP-LGR

TCP-AH-3

TCP-AH-2/-AH-5

DRAWING NO.: 1.1

1st Floor

2nd Floor

Roof

Ethernet

ARC156

Port S2 Port S1

IT Room 201

LGR250MAC: 4

IP: 10.23.4.216

CMnetBACnet

Xnet

Mech Room ___

ME812uMAC: 5

AH-5

CMnetBACnet

Xnet

Interstitial Space

ME812uMAC: 3

AH-3

CMnetBACnet

Xnet

ME812uMAC: 6

AH-2

Cable Reference

Modbus

120 Ohm End of Line Resistor, 1/4 Watt, +/- 1%

BACNet MS/TP

Plug-In EOL Terminator & Bias Amplifier for ARC156 Network

Ethernet (Cat 6 RJ45 Cable)

ARC156

Fiber Optic Cable

120 Ώ

BT485

CampusNetwork

ConnectionBy Others

Notes:1. The BMS Riser is intended only to provide

an overview of the system architecture. DDC devices are not intended to be wired in exactly the order shown. Optimal wiring runs to be determined in field.2. All devices are to be wired in a daisy chainconfiguration.

AH-1 in NEMA 4 Encl.

TCP-AH-1

AH-4 in NEMA4 Encl.

TCP-AH-4CMnetBACnet

Xnet

On AH-1

ME812uMAC: 1

AH-1

CMnetBACnet

Xnet

On AH-4

ME812uMAC: 2

AH-4

120 VACBy Others

ELEC. ROOM

TCP-CHW/HHW

Pool Equipment Room

TCP-POOL

120 VACBy Others

120 VACBy Others

BT485

CMnetBACnet

Xnet

ME812uMAC: 6

MEx48uMAC: 7

MEx48uMAC: 8

BT485

3

EXISTING; Part of D-1044 Project. BACnet changed from MS/TP to Arcnet.

NEW; Part of ADD ALT. 4A.

3

MWMWMWMW12/12/2018

12/28/20182/13/20194/1/2019

0Re-SubmittalADD ALT. 4A Submittal and UpdateUpdateSubmittal0

123

DRAWING NAME:Instrument List; TCP-LGR, Panel Layout



REV DESCRIPTION DATE BYFILENAME: #1 - D-1044 KIN RISER and LGR

DE: MW

Instrument List; TCP-LGR, Panel Layout


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DRAWING NO.: 1.2

24 VAC 120 VAC

XF-1

N LGCom24V

1122

TB-1L

N

G

TB-HV120 VAC By OthersPnl#:___Ckt#:___

G N L

TCP-LGR(Location: IT Room 201)

ENC-1

Ethernet ConnectionAs per Riser Diagram

By Others

LGR250CONTROL MODULE

MAC:4Shield

Net-

Net+

CMnet

BACnet

1

2

3

DTR

Rx

Tx

DCD

Gnd

n/c

Net-

Net+

n/c

Gnd

Port S2

232485

EIA

1

2

3

4

5

10/100 BaseTEthernet Port E1

Tx-

Rx+

Rx-

Tx+

Gnd

n/c

Net-

Net+

n/c

Gnd

Port S1

4 WIRE2 WIRE

5

4

3

2

1

DTR

Rx

Tx

DCD

Gnd

EIA232

OnOff

Power

2

1External Battery

2

1Ground

24V ac/dc

+3V

GND

Point Name Rnet, RNETRn+

Gnd

Rn-

1

2

+12V4

3

Rnet

ALC-1

Panel LayoutTCP-LGR

24"x24"x6.62" (NEMA-1)

1"1"

100VAC

1 82 3 4 5 6 7ON

485-2w

485-4w

Port S1

Ext. Batt.

Int. Batt.

DCDDTRRxTx

EIA-2324 wire2

wire Signal Ground

Rx-Rx+Tx-Tx+

n/cn/c

Net-Net+

External

Battery

Gnd+3V

Ground24V ac/dc

Power

On Off

ModuleStatus

3V Lithium BatteryCR-123A10/100 BaseT

Ethernet Port E1

100 LAN LINK

Cmnet transmitCmnet receive

Port S1 receivePort S1 transmit

Battery low

Blinking Dot = “Run”

Format

BACnetOver ARCNET156

KBaud LGR250Control Module

Without Keypad Display: 24Vac, 24VA, 1A, 50-60 Hz 26Vdc, 10W, 0.4A

Use Copper Conductors OnlyClass 2

®

Net +

Net -

Shield

CMnet

RnetLocal Access

GndRnet +Rnet -+12V

Rnet

Off

On

Enhanced Access

Port on S2 IP Addr

Module Address

10's 1's

BT485

Archive Valid

PowerLED

BT485

Port S2

BT485

Error Codes:

DCD

DTRRxTx

n/c

n/c

Net-Net+

EIA-485 232

EIA-232

EIA-485

EIA-232

EIA-485

Default

Assigned

0

+100

Disable

Enable

Disable

Enable

AddressMSTPon S1

PTPon S2

Tx

Rx

OptionComm

Signal Ground

Chase = OK0 = Download required1 = Control Program Error2 = RAM full3 = Comm setup error4 = System error8 = Formatting

Tag Manufacturer Part Number Product DescriptionALC-1 Automated Logic LGR250 BACnet Router, 250 Point GatewayENC-1 Hoffman A24N24ALP+A24N24MPP Hoffman Enclosure - 24in x 24in x 6.62 in, hinge, NEMA 1, w/back panel

XF-1 Functional Devices PSH100AB10 Enclosed Single Pwr Supply, 100VA

Instrument List

Wht

Blk

Arcnet Com. Bus IN/OUT Refer to Riser Diagram

EXISTING; Part of D-1044 Project

EXISTING; Part of D-1044 Project. BACnet changed from MS/TP to Arcnet.

MWMW2/13/2019

4/1/2019000

Re-SubmittalADD ALT. 4A Submittal0

1

DRAWING NAME:TCP-CHW/HHW



REV DESCRIPTION DATE BYFILENAME: #2 - ADD ALT. 4A KIN EQUIPMENT CONTROLS

DE: MW

TCP-CHW/HHW


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DRAWING NO.: 2.1

Exis

ting

208V

-3Ø

Pow

er

Exis

ting

208V

-3Ø

Pow

er

Air-Cooled Chiller

CHWPUMP

CHWS

CHWR

T T

10k-III

HHWS

HHWR

T T

10k-III

HHW BoilerHP-1

1

2

3

Drawing Notes:

Locate NEW Relays in Panel or Field, as necessary.

3

Field verify all EXISTING end devices and sensors. Reuse all existing wiring.

2

Remove EXISTING Andover Controllers PE_1 and PE_2 from Enclosure and replace with NEW ALC SE563a Controller.

1

CR-4

S+A1

15C

24-240Vac/dc

-A2

16NC

18NO

2 2

2

2

3

3

XF-1

Comm

on

24 V

AC

YelYel/Wht

Wht Blk

Neutr

al

120 V

AC

EXISTING 120 VAC

Wht

/Yel

24V 120VCOM

C NONC

CR-1

Wht

/Blk

Wht

/Blu

Blu Yel

Org

RIB

Wht

/Yel

24V 120VCOM

C NONC

CR-2

Wht

/Blk

Wht

/Blu

Blu Yel

Org

RIB

Located in CHILLER ENCLOSURE

Located in BOILER ROOM

Located in BOILER ROOM

T2T1

WHT

BLK (2.1,H2)C-8

WHT

BLK (2.1,E2)C-7

WHT

BLK (2.1,F2)C-6

WHT

BLK (2.1,B2)C-5

WHTBLK

(2.1,C2) C-1

WHTBLK

(2.1,E2) C-2

WHTBLK

(2.1,C1) C-3

WHTBLK

(2.1,E1) C-4

MAC:A

MEx48uCONTROL MODULE

Xnet -Xnet +

Gnd

123

Xnet

Aux Power Out(200 mA max)+ 24VDC

+ 24VDC12

OnOff

Power

Gnd24V ac/dc1

2

UO-1CHW PUMP START/STOP, Relay2

1Gnd

+

UO-2EF-1 START/STOP, Relay4

3Gnd

+

UO-3HHW PUMP START/STOP, Relay6

5Gnd

+

UO-4EXT. LIGHTING (PULSE), Relay8

7Gnd

+

IN-1 CHW PUMP STATUS, Th/DC/RTD12

+Gnd

IN-2 HHW PUMP STATUS, Th/DC/RTD34

+Gnd

IN-3 CHWS TEMP, Th/DC/RTD56

+Gnd

IN-4 HHWS TEMP, Th/DC/RTD78

+Gnd

IN-5 Spare, Th/DC/RTD12

+Gnd


+Gnd


+Gnd


+Gnd

ALC-1

mA Volts

Universal Output Mode Select

RelaySet Pot Full CW

mA Th/DC/RTD

Volts

Universal Input Mode Select

Wht

Blk

WHT

BLK(2.1,C5)

EXT. LIGHTING (PULSE)

C-8

WHTBLK

(2.1,C5)

HHW PUMP START/STOP

C-7W

HTBLK

(2.1,C5)

CHW PUMP START/STOP

C-5W

HT BLK

(2.1

,B3)

CHW

PUM

P ST

ATUS

C-1

WHT BLK

(2.1

,B4)

HHW

PUM

P ST

ATUS

C-2

WHTBLK

(2.1,B4)

CHWS TEMP

C-3

WHTBLK

(2.1,B4)

HHWS TEMP

C-4

24VAC Wired To All Points

Shown

T2T1

TCP-CHW/HHW Wiring Diagram(Location: ELEC. ROOM)

Xnet IN From TCP-POOL in

Pool Equip. Rm.

Tag Manufacturer Part Number Product DescriptionALC-1 Automated Logic MEX48U Point Expander, 4UO, 8UI

CR-1, -2, -3 Veris V120 Enclosed Relay, SPDT, 24VAC/DC or 120VAC Coil, 20A

CR-4 Veris VTD1P-UNI Time Delay Relay & Base, SPDT, 10 Functions, 24-240VAC/DC Coil, 15A

XF-1 Functional Devices TR100VA001 Xfmr 96VA,120:24,Ckt Brkr, Class 2

Instrument List

Exis

ting

208V

-3Ø

Pow

er

Exhaust AirEF-1Exhaust Air

2

3

Wht

/Yel

24V 120VCOM

C NONC

CR-3

Wht

/Blk

Wht

/Blu

Blu Yel

Org

RIB

Located in MECHANICAL ROOM

WHTBLK

(2.1,C5)

EF-1 START/STOP

C-6

EXISTING ANDOVER “Controllers PE_1 and PE_2” FOR REFERENCE.

1

1 Point moved to TCP-AH-2/AH-5 in Mech Room 207

Point moved to TCP-AH-2/AH-5 in Mech Room 207

MWMW2/13/2019

4/1/2019000


1

DRAWING NAME:TCP-POOL




DE: MW

TCP-POOL


San Jose, CA 95122

A B C D E F G H

1

2

3

4

5

1

2

3

4

5

PR: TT

DRAWING NO.: 2.2

TCP-POOL Wiring Diagram(Location: Pool Equipment Room)

Arcnet Com. Bus

INAs per Riser

Diagram

WHTBLK

(2.3,E2) C-9

WHTBLK

(2.3,G5) C-10

WHTBLK

(2.3,C3) C-11

WHTBLK

(2.3,D3) C-12

WHTBLK

(2.3,E2) C-1

WHTBLK

(2.3,F3) C-2

WHTBLK

(2.3,F3) C-3

WHTBLK

(2.3,G3) C-4

WHTBLK

(2.3,G4) C-5

WHTBLK

(2.3,D2) C-6

WHTBLK

(2.3,D4) C-7

WHTBLK

(2.3,E2) C-8

WHTBLK (2.3,E2)C-17

WHT

BLK (2.3,E2)C-16

WHTBLK (2.3,F4)C-15

WHTBLK (2.3,E4)C-14

WHT

BLK (2.3,D2)C-13B

A

T2T1

ME812uCONTROL MODULE

MAC:A

BACnetShieldNet-Net+1

23

OnOff

Power

Gnd24V ac/dc1

2

ExternalBattery +3V

Gnd

1

2

UO-1BYPASS VALVE, 0-10V2

1Gnd

+

Xnet -Xnet +

Gnd

123

Xnet

UO-2BOILER 1 ENA/DIS, Relay4

3Gnd

+

UO-3BOILER 2 ENA/DIS, Relay6

5Gnd

+

UO-4SUPPLY PUMP VFD SPEED, 0-10V8

7Gnd

+

UO-5SUPPLY PUMP VFD S/S, Relay2

1Gnd

+

UO-6Spare, 0-10V4

3Gnd

+

UO-7Spare, 0-10V6

5Gnd

+

UO-8Spare, 0-10V8

7Gnd

+

IN-1 SUPPLY PUMP VFD AMPS, mA12

+Gnd

IN-2 CHEMTROL ORP (mV), mA34

+Gnd

IN-3 CHEMTROL pH, mA56

+Gnd

IN-4 CHEMTROL SANITIZER (ppm), mA78

+Gnd

IN-5 CHEMTROL TDS (ppm), mA12

+Gnd

IN-6 DISCHARGE PUMP PRESSURE, mA34

+Gnd

IN-7 ENABLE BUTTON, Th/DC/RTD56

+Gnd

IN-8 SUPPLY PUMP VFD FAULT, Th/DC/RTD78

+Gnd

IN-9 GPM, mA12

+Gnd

IN-10BOILER FLUE FAN STATUS, Th/DC/RTD34

+Gnd

IN-11SUCTION PUMP AMPS, mA56

+Gnd

IN-12TANK LEVEL, mA78

+Gnd

Equipment Touch, RNETRn+Gnd

Rn-

12

+12V43

Rnet

ALC-1


+ 24VDC

2

1

mA Volts



mA Th/DC/RTD

Volts

Universal Input Mode SelectWht

Blk

Xnet OUTTo TCP-

CHW/HHW in ELEC. RM.

Wht

Blk

T4T3

WHTBLK

(2.3,F4) C-18

WHTBLK

(2.3,F4) C-19

WHTBLK

(2.3,E4) C-20

WHTBLK

(2.3,F4) C-21

WHTBLK

(2.3,C2) C-22

WHTBLK

(2.3,E2) C-23

MAC:A

MEx48uCONTROL MODULE

Xnet -Xnet +

Gnd

123

Xnet


+ 24VDC12

OnOff

Power

Gnd24V ac/dc1

2

UO-1Spare, 0-10V2

1Gnd

+

UO-2Spare, 0-10V4

3Gnd

+

UO-3Spare, 0-10V6

5Gnd

+

UO-4Spare, 0-10V8

7Gnd

+

IN-1 TEMP HWR B1, Th/DC/RTD12

+Gnd

IN-2 TEMP HWR B2, Th/DC/RTD34

+Gnd

IN-3 TEMP HWS B1, Th/DC/RTD56

+Gnd

IN-4 TEMP HWS B2, Th/DC/RTD78

+Gnd

IN-5 TEMP RETURN WATER, Th/DC/RTD12

+Gnd

IN-6 TEMP SUPPLY WATER, Th/DC/RTD34

+Gnd


+Gnd


+Gnd

ALC-2

mA Volts



mA Th/DC/RTD

Volts

Universal Input Mode Select

Wht

Blk

B C DA S2S1

Rnet- Gnd 24V+Rnet

+ Sensor

ALC-3

WHTBLK

RED

GRN

(2.2,G5) C-24

WHT BLK

RED

GRN

(2.2,B3)

Spare

C-24

T5T6

Mount Equipment Touch on wall at 60" A.F.F.Coordinate location with Pool Equipment Supervisor.

BT485

XF-1

Comm

on

24 V

AC

YelYel/Wht

Wht Blk

Neutr

al

120 V

AC

EXISTING 120 VAC

XF-2

Comm

on

24 V

AC

YelYel/Wht

Wht Blk

Neutr

al

120 V

AC

XF-3

Comm

on

24 V

AC

YelYel/Wht

Wht Blk

Neutr

al

120 V

AC


Shown

T2T1


Shown

T4T3


Shown

T6T5

12A1A2 11

14CR-1

12A1A2 11

14CR-2

12A1A2 11

14CR-3

Tag Manufacturer Part Number Product DescriptionALC-1 Automated Logic ME812U Control Module, 8UO, 12UI, Supports 5 expanders

ALC-2 Automated Logic MEX48U Point Expander, 4UO, 8UI

ALC-3 Automated Logic EQT1-4-ALC Touch Screen Interface, Wall/Panel Mount w /Temp & Humidity, Rnet

CR-1, -2, -3 Phoenix Contact RIF-1-RPT-LDP-24DC/1X21 SPDT Relay & Base, 24VDC Coil, 11A Sw itching Current

XF-1, -2 Functional Devices TR100VA001 Xfmr 96VA,120:24,Ckt Brkr, Class 2

XF-3 Functional Devices TR50VA005 Xfmr 50VA,120:24,Ckt Brkr, Class 2

Instrument List

1 2

Drawing Notes:

Locate NEW Relays in Panel or Field, as necessary.

3

Field verify all EXISTING end devices and sensors are functional. Reuse all EXISTING wiring. See Drawing No. 2.3.

2

Remove EXISTING Andover Controller from Enclosure and replace with NEW ALC ME812u / MEx48u Controller / Expander.

1

3

EXISTING ANDOVER “Controller Pool” FOR REFERENCE.

1 Points shown “clouded” are NOT currentlyconnected and/or operational.

MWMW2/13/2019

4/1/2019000


1

DRAWING NAME:POOL EQUIP GRAPHIC




DE: MW

POOL EQUIP GRAPHIC


San Jose, CA 95122

A B C D E F G H

1

2

3

4

5

1

2

3

4

5

PR: TT

DRAWING NO.: 2.3

EXISTING GRAPHIC FOR REFERENCE ONLY; NOT AN ACCURATE REPRESENTATION OF THE SYSTEM.

WHT

BLK (2.2,B4)

GPM

C-9

WHT

BLK

(2.2,B4)

BOILER FLUE FAN STATUS

C-10

WHT

BLK

(2.2,B5)

SUCTION PUMP AMPS

C-11

WHT

BLK(2.2,B5)

TANK LEVEL

C-12

WHT

BLK

(2.2,B4)

SUPPLY PUMP VFD AMPS

C-1

WHT

BLK

(2.2,B4)

CHEMTROL ORP (mV)

C-2

WHT

BLK

(2.2,B4)

CHEMTROL pH

C-3

WHT

BLK

(2.2,B4)

CHEMTROL SANITIZER (ppm)

C-4

WHT

BLK

(2.2,B4)

CHEMTROL TDS (ppm)

C-5

WHT

BLK

(2.2,B4)

DISCHARGE PUMP PRESSURE

C-6

WHT

BLK

(2.2,B4)

ENABLE BUTTON

C-7

WHT

BLK

(2.2,B4)

SUPPLY PUMP VFD FAULT

C-8

WHT

BLK

(2.2,D4)

SUPPLY PUMP VFD S/S

C-17

WHT

BLK

(2.2,D5)

SUPPLY PUMP VFD SPEED

C-16

WHTBLK (2.2,D5)

BOILER 2 ENA/DIS

C-15WHTBLK(2.2,D5)

BOILER 1 ENA/DIS

C-14

WHTBLK

(2.2

,D5)

BYPA

SS V

ALVE

C-13

WHT BLK

(2.2

,D3)

TEM

P HW

R B1

C-18

WHT BLK

(2.2

,D3)

TEM

P HW

R B2

C-19

WHT BLK

(2.2

,D3)

TEM

P HW

S B1

C-20

WHT BLK

(2.2

,D4)

TEM

P HW

S B2

C-21

WHT

BLK(2.2,D4)

TEMP RETURN WATER

C-22WHT

BLK (2.2,D4)

TEMP SUPPLY WATER

C-23

1 Points shown “clouded” are NOT currentlyconnected and/or operational.



Phone: 408-280-1666


Section III

Sequences of Operation


CCCCD-DVC KINESIOLOGY BLDG. 11 ADD ALT. 4A

Page 1 of 3 ASI Job 18248-59 Rev. April 1, 2019

SEQUENCES OF OPERATION SINGLE AIR COOLED CHILLER Chiller - Run Conditions: The Chiller will run according to the following user-selectable modes:

- Off: The equipment will not run and all outputs will remain in their off position. - Manual Start/Stop: The equipment will run whenever the (software point) "Manual" Start/Stop is enabled. - (Global) Outside Air Temperature: The equipment will run whenever the (global) outside air temperature is greater than its user definable setpoint (adj.) of 54degF. - Schedule: The equipment will run whenever scheduled. - Cooling Requests & (Global) Outside Air Temperature: The equipment will run whenever; A definable number of chilled water coils need cooling; AND the (global) outside air temperature is greater than its user definable setpoint (adj.) of 54degF. - (Global) Outside Air Temperature and Schedule or Manual Start/Stop: The equipment will run whenever the (global) outside temperature is above its user definable setpoint (adj.) of 54degF and whenever it is scheduled. Both conditions must be true for the unit to run. The equipment will also run if the "Manual" Start/Stop is enabled.

Chilled Water Pump: The Chilled Water Pump will run anytime the Chiller is called to run.

The Chilled Water Pump will start prior to the Chiller being enabled via its flow switch. The Chilled Water Pump will have:

• A user adjustable minimum ON time.

• A user adjustable minimum OFF time.

Alarms will be provided as follows:

• Chilled Water Pump Failure: Commanded on, but the status is off.

• Chilled Water Pump Running in Hand: Commanded off, but the status is on.

• Chilled Water Pump Runtime Exceeded: Status runtime exceeds a user definable limit.

The Chiller will run subject to its own internal safeties and controls.

Chiller Chilled Water Supply Setpoint: The Chiller will maintain a Chilled Water Supply temperature setpoint as determined by its own internal controls.

Chilled Water Temperature Monitoring: The following temperatures will be monitored:



• Chilled Water Supply.


• High Chilled Water Supply Temp: If the Chilled Water Supply temperature is greater than 55°F (adj.).

• Low Chilled Water Supply Temp: If the Chilled Water Supply temperature is less than 38°F (adj.).

SINGLE HEATING HOT WATER BOILER SYSTEM Boiler System Run Conditions: The Boiler System will run according the following user-selectable modes:

- Off: The equipment will not run and all outputs will remain in their off position. - Manual Start/Stop: The equipment will run whenever the (software point) "Manual" Start/Stop is enabled. - (Global) Outside Air Temperature: The equipment will run whenever the (global) outside air temperature is less than its user definable setpoint (adj.) of 65degF. - Schedule: The equipment will run whenever scheduled. - Heating Requests & (Global) Outside Air Temperature: The equipment will run whenever; A definable number of heating hot water coils need heating; AND the (global) outside air temperature is less than its user definable setpoint (adj.) of 65degF. - (Global) Outside Air Temperature and Schedule or Manual Start/Stop: The equipment will run whenever the (global) outside temperature is below its user definable setpoint (adj.) of 65degF and whenever it is scheduled. Both conditions must be true for the unit to run. The equipment will also run if the "Manual" Start/Stop is enabled.

Heating Hot Water Pump: The Heating Hot Water Pump will run anytime the Boiler is called to run. The Heating Hot Water Pump will have:

• A user adjustable minimum ON time.

• A user adjustable minimum OFF time.


• Heating Hot Water Pump Failure: Commanded on, but the status is off.

• Heating Hot Water Pump Running in Hand: Commanded off, but the status is on.

• Heating Hot Water Pump Runtime Exceeded: Status runtime exceeds a user definable limit.



The Boiler will run subject to its own internal safeties and controls.

Heating Hot Water Supply Temperature Setpoint: The Boiler will maintain a Heating Hot Water Supply temperature setpoint as determined by its own internal controls.

Heating Hot Water Temperature Monitoring: The following temperatures will be monitored:

• Heating Hot Water Supply.


• High Heating Hot Water Supply Temp: If greater than 200°F (adj.).

• Low Heating Hot Water Hot Water Supply Temp: If less than 100°F (adj.).

EXHAUST FAN EF-1 - ON/OFF Run Conditions - Scheduled: The Fan will run according to a user definable schedule.

Fan: The Fan will have a user definable (adj.) minimum runtime.

EXTERIOR LIGHTING Run Conditions: The (pulsed) lighting output will turn on and off based upon the local sunrise and sunset times and/or a user definable schedule.

POOL EQUIPMENT All existing hardware points and the existing Sequence of Operation will be “replicated” and documented as part of the O&M Manual and As-Built Drawings. However, a detailed field survey was conducted subsequent to our original Submittal and revealed significant issues related to the current state of the Pool System Equipment and Pool Controller. Sixteen (16) of the twenty-three (23) existing automation points are NOT currently connected and/or operational, including ALL (5) of the OUTPUT points. Therefore, automatic control of any kind is not currently possible.

2019-08-14 ccccd master schematics for general … · 2020. 1. 9. · diablo valley college 321...

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