1125 N. Charles Street Plaza Completion Manual

BUILDING A BETTER WAY

Section 1 Subcontractor Contact Sheet

Corporate Office | 2066 Lord Baltimore Drive, Baltimore, MD 21244 | 410.298.2600 | merrittconstruction.com

Subcontractor Contact Sheet 1125 North Charles Street - Plaza

No. Company

Contact

Type of Work

Phone No.

E-mail

1 Tate Ornamental, Inc.

Charlie James

Handrails

(615) 672-0348

cjames@tateornamental.com

2 Glass Industries, LLC.

Justin Schneider

Skylight

(410) 844-1573

justin@glassind.com

3 Maryland General Contractors

Bob Ludwig

Concrete Work

(410) 984-6446

rnsconcreteinc@yahoo.com

4 Knockorp, LLC

Rob Isennock

Demolition

(410) 935-1089

rob@knockorp.com

5 Lorton Stone, LLC

Manny Seara

Granite

(703) 923-9440

manny@lccinc.com

6 McGuire Plumbing, Inc.

Rob McGuire

Plumbing

(410) 355-2068

rob@mcguireplumbing.com

7 Ferrara & Associates, Inc.

Brian Abshire

Electrical

(410) 593-9545

abshire@comcast.net

8 Montgomery Irrigation Co.

George Dixon

Irrigation

(443) 755-8800

gdixon@montgomeryirrigation.biz

9 Interlock Paving, Inc.

Paul Foreman

Concrete Pavers

(410) 298-4942

pforeman@interlockpaving.com

10 Structural Restoration Services, Inc.

Jon Reed

Waterproofing

(443) 829-8851

jlr@restore-it.com

11 Planterworx

Glenn Jufer

Planters

(718) 963-0564

glenn@planterworx.com

12 Live Green Landscape Associates, LLC Ray LaSota

Landscaping

(410) 833-9640

rlasota@livegreenlandscapes.com

13 Landscape Forms, Inc.

Tracey Friedly

Bike Racks

(443) 280-7007

tracey@barbaranolaninc.com

BUILDING A BETTER WAY

Section 2 Concrete Pavers & Pedestal System

Corporate Office | 2066 Lord Baltimore Drive, Baltimore, MD 21244 | 410.298.2600 | merrittconstruction.com

SUBMITTAL COVER SHEET

SUBMITTAL #: SUBMITTAL NAME: SUBCONTRACTOR:

REVIEWED FOR COMPLIANCE WITH THE CONTRACT DOCUMENTS AND APPROVED

DATE:

Merritt Construction Services

Required Response:

ARCHITECT RESPONSE:

X

ENGINEER  RESPONSE:

David Miller 6/9/2017

COMMENTS: 1. Provide paver layout drawings for approval.

BUILDING A BETTER WAY

Section 3 Paver Plan

Corporate Office | 2066 Lord Baltimore Drive, Baltimore, MD 21244 | 410.298.2600 | merrittconstruction.com

BUILDING A BETTER WAY

Section 4 Site Bicycle Racks

Corporate Office | 2066 Lord Baltimore Drive, Baltimore, MD 21244 | 410.298.2600 | merrittconstruction.com

SUBMITTAL COVER SHEET

SUBMITTAL #: SUBMITTAL NAME: SUBCONTRACTOR:

REVIEWED FOR COMPLIANCE WITH THE CONTRACT DOCUMENTS AND APPROVED

DATE:

Merritt Construction Services

Required Response:

ARCHITECT RESPONSE:

X

ENGINEER  RESPONSE:

David Miller 5/23/2017

KEY

Product Data Sheet

The Key bike rack, with its cast aluminum base and steel loop frame finished in integral- colored high-density polyurethane foam, is a winner. Recipient of a prestigious Red Dot Award in 2008 and an IDEA Bronze in 2007, this simple and lighthearted bike rack updates an essential urban element with new spirit. Key is cheerfully offered in yellow and red as well as anthracite grey.

Bike Rack • Capacity: 2 bikes. • Bike rack must be embedded. • Bike rack is a steel tube, covered with a colored polyurethane plastic mold. • Polyurethane colors available: Red, Yellow, and Grey. • Base is a standard silver powdercoat finish (not LF powdercoat). • Meets APBP guidelines.

PRODUCT WEIGHT

STYLE

DEPTH

WIDTH

HEIGHT

Bike Rack

3"

23”

32"

19 lb

Finishes • Powdercoat Finish (not Landscape Forms). • Polyurethane Plastic Mold finish.

Designed by Santa & Cole European Community Design RCD #000500947

Visit our landscapeforms.com for more information. Specifications are subject to change without notice. Landscape Forms supports the Landscape Architecture Foundation at the Second Century level. ©2016 Landscape Forms, Inc. Printed in U.S.A.

page 1 of 1

Landscape Forms, Inc. | 800.521.2546 | F 269.381.3455 | 7800 E. Michigan Ave., Kalamazoo, MI 49048

KEY

olor swatch

high density polyurethane

Materials / Colors

andard colors are shown below. Colors are approximate.

Polyurethane

yellow yellow

gray

red

grey

red

IMPORTANT NOTE: Standard choices are shown; colors are approximate. To make final color selections, please call for material samples.

landscapeforms.com | specify@landscapeforms.com

p 800.521.2546

f 269.381.3455

431 Lawndale Avenue, Kalamazoo, MI 49048 landscapeforms.com specify@landscapeforms.com

BUILDING A BETTER WAY

Section 5 Planting Irrigation

Corporate Office | 2066 Lord Baltimore Drive, Baltimore, MD 21244 | 410.298.2600 | merrittconstruction.com

SUBMITTAL COVER SHEET

SUBMITTAL #: SUBMITTAL NAME: SUBCONTRACTOR:

REVIEWED FOR COMPLIANCE WITH THE CONTRACT DOCUMENTS AND APPROVED

DATE:

Merritt Construction Services

Required Response:

ARCHITECT RESPONSE:

X

ENGINEER  RESPONSE:

David Miller

5/10/2017

COMMENTS: 1. COORDINATE WITH ASI 002R1. IRRIGATION AT PLANTERS 3, 4, 5, 6 AND 7 IS REVISED PER “IRRIGATION NOTES” ON DRAWING L-2 P2. ZONES 2 AND 3 TO BE SPRAYHEADS INSTEAD OF DRIP. DESIGN BY IRRIGATION CONTRACTOR. 2. ALL MATERIALS TO BE COMPATIBLE WITH BASELINE SYSTEM.

BaseStation 1000 Specification Sheet

BaseStation 1000™ The BaseStation 1000™ is part of Baseline’s family of intelligent irrigation controllers. It is easier to use and program than any other controller on the market, and yet it still provides you the essentials of intelligent irrigation management, including Baseline’s patented soil moisture technology, weather-based watering, powerful central control, and mobile device compatibility that will save you time, money, and water.

Display Features

 High contrast 3.25” backlit mono LCD screen

Screen resolution 128x64 pixels



 Screen LCD brightness of 250 lumens for easy viewing in direct sunlight

Smart Watering Modes

Operating Features

 Supports up to 100 zones in any combination of two-wire and conventional wire*  Supports up to 40 separate programs with overlapping run times*  Supports up to 20 biSensor soil moisture sensors*  Supports up to 3 points of connection (POC). Each POC supports a flow sensor or meter, which manages and monitors flow across a site as independent or connected hydraulic systems*  Operates up to 7 normally open or normally closed master valves and pump starts for the entire system including booster pumps*  Supports up to 7 separate normally closed or normally open pause or event devices— each device can be used to control per- program start, stop or pause behavior*  Concurrently operates up to 15 typical solenoids over two-wire or up to 2 typical solenoids over conventional wire per 12- station Powered biCoder plus 2 additional solenoids using the VE00001 and VE00002 ports

In addition to time-based watering, the BaseStation 1000 also operates in the following smart watering modes:

Soil Moisture Sensor-Based Watering If you have a Baseline soil moisture sensor (biSensor™) installed in your landscaping and connected to your BaseStation 1000 irrigation controller, you can program the controller to water based on the moisture levels in the soil. Weather-Based Watering When operated in conjunction with BaseManager™ Plus* and WeatherAccess™, the BaseStation 1000 irrigation controller meets the EPA WaterSense program's water- efficiency and performance criteria. With the BaseStation 1000, you can combine Baseline’s soil moisture sensor-based smart watering technology with the industry’s best practices for weather-based irrigation.





* Requires optional BL-1000MEXP-BM memory expansion module for access to all BaseManager features.

* Requires optional BL-1000MEXP-50 memory expansion module for maximum totals.

Rev 11.02.2016

pg. 1

Specifications subject to change without notice

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BaseStation 1000 Specification Sheet

Operating Features, continued

 Assign and configure any zone to one or more programs  Maximizes watering efficiency and minimizes total irrigation time by using Intelligent Soak Cycles™ to prioritize cycles for zones that have already started to water over zones that have not started  Automatically stacks up to 10 overlapping programs. The system can run any number of programs concurrently if permitted by the zone concurrency settings.  Learns the actual flow for each zone when one or more flow meters are configured in the system  Executes a high-flow shutdown based on total system flow or on flow per flow meter

available flow to maximize concurrent valve operation and minimize total water time  Runs a diagnostic test weekly on normally open master valves to help prevent a normally open master valve from “sticking” open  Detects and repairs all address conflicts for devices that are connected to the two-wire from the controller  Supports two-way communication with two-wire decoders (biCoders) to gather information about the two-wire voltage and communication integrity, the solenoid voltage and current, and status (open circuit, short circuit, or ok)  Stores all program and history information in non- volatile memory  Manually enter a design flow for each zone, with or without an installed flow meter  Automatically calibrate soil moisture thresholds and make irrigation decisions based on those thresholds  Adjust seasonal water budget from 10% to 200% by program  Schedule up to 8 future “event” dates when no watering will occur  Manually operate one zone, or all zones of a program, with programmable run times, delay before starting first zone, and time between zones  Search for and identify all devices connected to the two-wire and list them according to device type and serial number  Address two-wire decoders (biCoders) by serial number by assigning each zone address a device serial number

 Intelligently schedules watering based on

Programmable Features

 Program up to 8 start times per program in 10-minute increments  Program the run times for zones from 1 second to 18 hours in 1 second increments  Program the day intervals in even days, odd days, or odd days excluding the 31 st  Create a custom 7-day calendar, and historical calendar with customizable half-months  Program unique soak and cycle times (Intelligent Soak Cycles™) for each program. Soak times can be programmed between 0 minutes and 18 hours.  Specify hours during each day of the week when water can or cannot be applied (Water Windows) in 1-hour increments for each 24-hour period  Assign start, stop & pause irrigation modes to each program, including timed-based, event-based, and soil moisture sensor-based behaviors

Rev 11.02.2016

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BaseStation 1000 Specification Sheet

Programmable Features, continued

WeatherAccess™

 Re-address any two-wire decoder (biCoder)

WeatherAccess™ applies real-time weather data from a weather station in your area (available in Weather Underground's weather station network), and configurable zone properties to a standardized evapotranspiration (ET) equation. This calculation estimates the loss of moisture from the root zone, and then the BaseStation 1000 uses the calculated value to adjust the runtime in order to apply just enough water to replace that lost moisture.

from the controller by re-assigning the device’s serial number to a new zone address

Messages and Alerts  Provides real-time soil moisture measurements and watering feedback to the user  Includes integrated tools and software that self-diagnose problems and generate alerts and messages, and then displays the messages on the screen and remotely Displays on-screen historical run time information that includes total run time and water used for the last two watering days   Assign any station or terminal number on a multi-station biCoder from the controller to any zone address in any order  Back up all programming and historical data with any USB flash drive  Establish 3 levels of local and remote PIN protection: status & stop, manual runs, and full programming access  Configure pipe-stabilization time for flow management  Displays a 7-day scalable soil moisture graph with 12 readings per day  Displays all pause and stop conditions in message screens that are accessible from the main screen. The system displays one message for each condition, and the user can clear each message independently.  Displays high flow alerts, low flow alerts, pause messages and conditions, and rain delays, wire faults, as well as other operating conditions  Displays actual or estimated flow values

Central Control and Remote Control

 Connect the BaseStation 1000 to BaseManager ™ central control when configured with an approved communication module. Communication options include built-in Ethernet, Wi-Fi, cellular modem, Ethernet radios, and Long Haul Ethernet wired communications.  The built-in Ethernet jack is 10/100 Base-T and accepts a standard RJ45 connector. The jack is compliant with CAT5, CAT5e, and CAT6 Ethernet cables.  Program and operate a BaseStation 1000 from BaseManager* central control and LiveView ™  Receive email and text message alerts when connected to BaseManager central control  Perform manual operations remotely with Mobile Access ™ when connected to BaseManager central control

* Requires optional BL-1000MEXP-BM memory expansion module for access to all BaseManager features.

pg. 3

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BaseStation 1000 Specification Sheet

Electrical Specifications

Enclosure Options

“X” Cabinet—Wall Mount Enclosure

> Transformer Input

Dimensions: 15.50” x 12.38” x 6.40”



 Requires 120 VAC, 50 Hz to 60 Hz and a minimum of a 5 amp breaker  Requires a certified electrician for hard-wire installation

16 Gauge, powder-coated



“XS” Cabinet—Wall Mount Enclosure

Dimensions: 15.50” x 12.38” x 6.40”



> Power Output

16 Gauge, 304-grade stainless steel



 Station Output: 30 VAC RMS over two-wire

“P” Pedestal Enclosure

Supports up to 1.45 amp output



Dimensions: 17.38” x 36.25” x 12.63”



 The controller powers down the two-wire after one minute of idle time  Drive current to a decoder is 100 to 250 milliamps (depending on the solenoid)  Supports up to 110 device loads on a two- wire path

16 Gauge, 304-grade stainless steel



1, 2, and 4 station biCoders = 1/2 load 12 to 24 station Powered biCoder = 2 loads





Soil Moisture Sensor = 1 load



 Flow biCoder or Flow Sensor = 3 loads

> Solenoid Specification

Requires a typical solenoid with approximately 400 milliamps of inrush current and approximately 200 milliamps holding current



> Surge

10 levels of surge protection



 Up to 5 levels of surge protection built into the controller boards

Minimum surge response time of 1 picosecond



Rev 11.02.2016

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BaseStation 1000 Specification Sheet

How to Specify

Base program memory supports:

50 zones

Start with the controller:

20 programs

BL-1000

10 biSensor™ soil moisture sensors

1 point of connection (POC)

Designate the enclosure with one of the following codes:

Including 3 master valves/pump starts & 1 flow sensor

Up to 3 pause or event devices

‘-X’, ‘-XS’, ‘-P’

Add up to 2 Program and Memory Expansion Modules for increased capability:

If needed, add conventional wire options:

12 Zones

‘-R12’

With the BL- 1000MEXP-25 Module

With the BL- 1000MEXP-50 Module

24 Zones

‘-R24’

Total Supported Devices

36 Zones

‘-R36’

48 Zones

‘-R48’

Zones

75

100

Programs

30

40

Add a communication option:

Moisture Sensors

15

20

Ethernet

Included

Wi-Fi

‘-WF’

POCs

2

3

Cellular

‘-CM’

Event Switches

5

7

Cellular Gateway** ‘-CMGW’

The BL-1000MEXP-BM module provides full support for BaseManager.

Ethernet Radio

‘-ER’

** (Allows multiple controllers to share a single cellular connection)

Compatible with all Baseline two-wire devices, including:

BL-5200R Powered Retrofit biCoder™

BL-5201, BL-5202, and BL-5204 Valve biCoder™

Examples:

BL-5201PR Pump Start/Relay biCoder™

BL-1000X-R24

BL-5201DC and BL-5202DC DC-Latching Valve biCoder™

BL-1000X-WF

BL-5303 Air Temperature Sensor

BL-1000P-R48-CM

BL-530x Flow biCoder™

BL-PFS, BL-BFM Flow Sensor & BL-BHM Hydrometer

Note : Communication modules may also be ordered separately.

BL-540x Pause and Event biCoder™

BL-5315B biSensor™ Soil Moisture Sensor

BL-LA01 Lightning/Surge Arrestor

Rev 11.02.2016

pg. 5

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801 SERIES TRUE UNION BALL VALVE

Features and Benefits

Designed for swimming pool, pond, irrigation, tanks and other water applications with lower concentrations of chlorine or other chemical additives. The dimensional chart on this brochure has been updated for the MKIII series, which feature “Colonial III” molded on the handle.

● Lightweight, thermoplastic design resists process and atmospheric corrosion. ● Pressure rating 150 psi max for 1-1/2 - 3”, 100 psi for 4” (non- shock water at 73º F). ● Blue PVC impact resistant molded, replaceable handle ● PVC with EPDM o-rings and PE seats. ● 3-year limited warranty ● Features a blocked seat carrier, to prevent blowout if union nut is removed while valve is under pressure in the closed position. Carrier is also adjustable for seat-wear. Seat carrier is threaded into the body. The handle can be removed and used as a spanner wrench to tighten the carrier to adjust for seat wear. It can also be used to unthread the carrier to disassemble the valve.

NOTE: For industrial and chemical process piping, Colonial recommends the Full Block® Series TUBV with Teflon® Seats..

REV_011416

6400 Corporate Avenue, Portage, MI 49002 Toll-free (800)374 0234, Phone (269)323 2495, Fax (269) 323 0630 www.colonialengineering.com CUSTOMER SERVICE:

Materials

ITEM DESCRIPTION MATERIAL 1 Body PVC 2 Stem o-rings EPDM 3 Stem PVC 4 Ball PVC 5 Seat PE 6 Carrier o-ring EPDM 7 Carrier PVC 8 Face o-rings EPDM 9 End Connectors PVC 10 Union Nut PVC 11 Handle PVC

Temperature / pressure de-rating

Dimensions (Inch)

SIZE

1-1/2"

2"

2-1/2"

3"

4"

I

1.232 1.496 1.614 2.028 2.402 1.912 2.387 2.889 3.516 4.518 1.894 2.369 2.868 3.492 4.491 1.496 1.890 2.323 2.835 3.780 3.740 4.567 5.472 6.693 8.268 5.472 6.535 7.480 9.252 10.905 4.724 5.748 7.008 8.268 9.843 5.748 6.732 8.268 9.685 11.142 2.441 2.972 3.484 4.173 5.157

ø d 1 ø d 2

ø d

C E A

L

D

Part Number

Master Ctn Qty

Working Pressure*

Replacement Handles

Size

Socket & Threaded End Connectors 1-1/2" V17801N 24

150 psi 150 psi 150 psi

V17801K V20801K V27801K

2"

V20801N 12

2-1/2" V27801N 6

Soc x Soc 3"

V30801N 4 V40801N 1

150 psi 100 psi

V30801K V40801K

4"

TxT 3"

V30811N 4 V40811N 1

150 psi 100 psi

V30801K V40801K

4"

Note: for use with fluid transfer piping systems only. Not for use with compressed air or gas.

*non-shock water at 73°F

Two-Wire Specification Sheet

Baseline Two-Wire Technology

Baseline’s biCoders work with Baseline’s biLine™ two-wire technology to create the only true bi- directional two-wire devices in the industry. Baseline’s biCoders not only receive commands from the controller, they also send real-time information back to the controller. Plus, Baseline’s biCoders have built-in diagnostic LED lights that tell you at a glance whether the device is working. This smart technology also enables you to assign any biCoder to a zone or function from the controller after the biCoder has been installed in the field. With a multi-station biCoder, you can assign any station to any zone, in any order.

biLine Features

biCoder Specifications

The biLine II protocol for two-wire operates below 30 VAC RMS.

 Baseline’s biCoders are available in single, dual, and quad-station configurations. They are also available for flow and pause devices.  All biCoders are fully sealed, submersion- proof, and approved for direct bury.  Automatically shut down any attached solenoid(s) if communication is lost with the controller  Freeze/heat resistant -4°F to 140°F (-20°C to 60°C) Manufactured with 24 inches of 16-gauge PVC jacketed solid core wire to connect to the two-wire and 24 inches of 18-gauge PVC jacketed stranded core wire to connect to the valve wire.  Includes a built-in amperage meter that accurately measures and diagnoses valve solenoid electrical problems such as “no current,” “station short,” or “over current.”  Multi-station biCoders have color coded wires for each station.  All biCoders, except the BL-5303 external air temperature sensor, have built-in LEDs that blink during communications on the two-wire side and remain lit when power is supplied to the valve.   Shock resistant



 True two-way communication that uses a 9-byte packet for commands and replies.  Search for and identify all devices connected to the two-wire and list them in the controller.  Address devices by serial number by assigning each zone address a device serial number. Re-address any device from the controller by re-assigning the devices serial number to a new zone address.  Any station on a multi-station biCoder can be assigned from the controller to any zone address in any order.  Detect and repair from the controller all address conflicts for devices that are connected to the two-wire.  Automatically detects communication collision on the two-wire and resends any message experiencing an error.  Search for and assign each decoder serial number to a zone address report whether or not a solenoid is present. 

Rev 09272016

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Two-Wire Specification Sheet

biCoder Specifications, continued

Conductor Insulation 

 Run up to two typical solenoids up to 150 feet away from valve decoder using standard 14-gauge irrigation wire per station wire (excluding BL- 5201).  All biCoders carry Baseline’s standard conditional five-year exchange warranty.  Pause biCoders are able to interface and read any normally closed switch pause device (including rain, wind, pressure, tank floats, and temperature).  Built-in surge protection.

Low density, high molecular weight polyethylene (PE) with a thickness of 0.045”  PVC conforming to UL-493 or UL-719 for thermoplastic-insulated style UF (Underground Feeder)

Conductor Color Coding 

Black & red (recommended)

Black & white



Blue & red



Solenoid Requirements

Examples of Approved Wire  Coleman Cable #51452  Paige P7072D, P7296D, P7350D, and P7354D  Regency 14/2 and 12/2 Maxi Cable , Toro Decoder Cable, and Hunter Decoder Jacketed

Requires typical solenoid with approximately 400 mA inrush current with approximately 200 mA holding current



Two-Wire Specifications

Operating Voltage : 600 V RMS max

 Service Wire DEC12/2BE and DEC14/2BE

Temperature Rating : 140°F (60°C)

In addition, the two-wire must meet one criterion within each of the following categories:

Two-Wire Path Topology Specifications

 The two-wire path may be looped, spliced, or branched permitting extensions of the path in multiple directions.

Outer Jacket 

High density polyethylene (HDPE) between 0.035” and 0.048” thick, conforming to ICEA S-61-402 and NEMA WC5

Make all splices in a valve box.



 The distance from the controller to the end of any one wire run must not exceed the maximum distance specified for the gauge of wire as described in the tables for Wire Run Lengths (on the following page).

Conductors (two of the same gauge, conforming to ASTM B-33, B-3, or B-8)  Bare copper

Tin coated solid copper



Conductor Arrangement 

Conductors that are twisted

 Conductors that are laid in parallel

pg. 2

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Two-Wire Specification Sheet

Two-Wire Run Lengths (in feet)

Looped Runs

Straight Runs

Wire Gauge

#18

#16

#14

#12

Wire Gauge

#18

#16

#14

#12

Wire Length 3,800 6,200 10,000 15,000

Wire Length 1,900 3,100 5,000

8,000

Total wire allowed for one controller is 16,000 ft on either 12 or 14 gauge.

biCoder and Sensor Load Count Maximum Concurrent Zones 1,000 2,000 3,000 100 13 11 8 90 14 12 9 80 15 12 10 70 15 13 11 60 15 14 12 50 15 15 13 40 15 15 14 30 15 15 15 20 15 15 15

Two-Wire Wire Length (ft) #14 Gauge

Two-Wire Wire Length (ft) #12 Gauge

1,000 – 3,000

4,000

5,000

4,000

5,000

6,000

7,000

8,000

100

15

14

13

8

6

4

4

2

90

15

15

14

9

7

5

5

3

6

4

80

15

15

15

10

8

6

7

5

70

15

15

15

11

9

7

8

6

60

15

15

15

12

10

8

9

7

50

15

15

15

13

11

9

10

8

40

15

15

15

14

12

10

11

9

30

15

15

15

15

13

11

12

10

20

15

15

15

15

14

12

biCoder and Sensor Load Count

10

15

15

15

13

11

10

15

15

15

15

15

13

Maximum Wire Run Lengths for Devices

Maximum Wire Run (in feet)

Two-Wire Device

Between

Wire Type

Valve biCoder

biCoder and solenoid

150

14 gauge

Flow biCoder

biCoder and hydrometer

1000

Isolated 2-conductor shielded 20 AWG UL type PTLC or larger stranded copper wire rated to 221°F

Event biCoder

biCoder and pause device

250

14 gauge

Pump Relay biCoder

biCoder and the 24 VAC load

250

14 gauge

Rev 09272016

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Two-Wire Specification Sheet

Wire Connection Specifications

How to Specify

 For all wire connections, use connectors that are 3M™ DBR/Y-6 or equivalent direct bury splice.  Use connectors that effectively seal moisture out.  Use twist connectors with a steel spring and flame-retardant insulator.  Use a connector with an outer tube made of UV-resistant polypropylene.  Use moisture-resistant grease inside the connector.  Use a connector with a minimum voltage rating of 600 volts.  Use a connector that can operate in temperatures ranging from -40°F to 221°F (-40°C to 105°C).  Use a connector that can fit five 18-gauge, four 12-gauge, or three 10-gauge wires inside the connector.  Make all connections per manufacturer’s specifications.  Verify that no loose, unshielded wiring can touch the soil, water, or another copper conductor causing a leakage of current to the ground or a short circuit across wires.

 BL-5201 - 1 Valve direct burial biCoder

 BL-5202 - 2 Valve direct burial biCoder

 BL-5204 - 4 Valve direct burial biCoder

 BL-5315B -15” Original biSensor Soil Moisture Sensor. Includes 50’ of wire  BL-5311 – 3” Compact biSensor Soil Moisture Sensor. Includes 50’ of wire

 BL-5303 - External air temperature sensor

 BL-5308 - Direct burial standard flow sensor/meter biCoder  BL-5309 - Direct burial standard flow sensor/meter biCoder for use with low power flow meters such as Mag Meters  BL-5201MV - Direct burial master valve biCoder  BL-5201PR - Direct burial pump start/relay switching biCoder  BL-5401 - Outside operation button in plastic wall mount enclosure “Coach’s Button”

 BL-5402 - Direct burial event biCoder

 BL-LA01 - Direct burial lightning arrestor

 Make all splices inside a valve box.

 Mount all connections vertically to eliminate standing water inside the DBR/Y-6 connector.

Rev 09272016

pg. 4

1.866.294.5847

WWW.BASELINESYSTEMS.COM

Water when you need it!

DBY/DBR and DBY-6/DBR/6 Direct Bury Splice Kits

3M Has Your Wiring Needs Covered 3M DBY/DBR Direct Bury Splice Kits are real time savers when installing underground electrical systems. Every component for the splice is included in the kit. The insulator tube is pre -filled, eliminating the chance of the installer using too much or too little sealant. No crimping tools, no waste, no mess. Just quick, reliable underground splices for irrigation and sprinkler systems, landscape lighting and other underground projects. The splice may be re-entered without cutting the wires (new tube required) Flexibility l The DBY and DBY-6 splice kit connects a wire range of 2-5 #18 AWG through 2 #12 plus 1 #16 AWG solid or stranded copper wire. l The DBR and DBR -6 splice kit connects a wire range of 5 #16 AWG through 3 #10 AWG solid or stranded copper wire.

l Sealant does not set up hard, allowing splice to be reworked without cutting wires (new tube required). l Application temperature range: 32º - 120ºF (0º - 49 ºC). l Storage Temperature: 120ºF (49 ºC) maximum. l Non-U.V. Stable Economy l Insulating gel is already contained in the tube. l Long-term electrical properties reduce callbacks and rework. Dependability l Locking fingers in the tube ensure that the Scotchlok™ connector (wire nut) stays in position.

l The closed tube cover provides strain relief l Design protects against corrosion failure.

For Use In:

The Scotchlok™ Y and R connectors (wire nuts) are UL listed. When assembled in the tubes of the DBY-6 and DBR- 6 products, the splices are UL listed for 600 volts maximum as a wire connector system for use with underground conductors.

l Sprinkler Systems l Outdoor Lighting (Decks, driveways, lamp posts, landscape) l Septic Systems l Golf Courses l Other underground electrical wiring applications

Agency Listing

Product

Wire Range Voltage Rating

DBY DBR

18-12 AWG 16-10 AWG 18-12 AWG 16-10 AWG

- -

30V

DBY-6 DBR-6

UL, CSA UL, CSA

600V

Easy as 1, 2, 3

1. Strip wires, apply the Scotchlok electrical connector and twist in a clockwise direction.

2. Insert the splice into the gel-filled insulator tube. Push past the locking fingers to hold the Scotchlok connector in place.

3. Position wire channels and snap insulator tube cover closed.

3M and Scotchlok are trademarks of 3M.

Listed 98U1

IMPORTANT NOTICE TO PURCHASER: All statements, technical information and recommendations related to the Seller's products are based on information believed to be reliable, but the accuracy or completeness thereof is not guaranteed. Before utilizing the product, the user should determine the suitability of the product for its intended use. The user assumes all risks and liability whatsoever in connection with such use.

All statements or recommendations of the Seller which are not contained in the Seller's current publications shall have no force or effect unless contained in an agreement signed by an authorized officer of the Seller. The statements contained herein are made in lieu of all warranties expressed or implied, including but not limited to the implied warranties of merchantability and fitness for a particular purpose which warranties are hereby expressly disclaimed.

SELLER SHALL NOT BE LIABLE TO THE USER OR ANY OTHER PERSON UNDER ANY LEGAL THEORY, INCLUDING BUT NOT LIMITED TO NEGLIGENCE OR STRICT LIABILITY, FOR ANY INJURY OR FOR ANY DIRECTOR CONSEQUENTIAL DAMAGES SUSTAINED OR INCURRED BY REASON OF THE USE OF ANY OF THE SELLER'S PRODUCTS.

Ó 3M 1993

3M Electrical Products Division 6801 River Place Blvd. Austin, Texas 78726 - 9000

3M

2-Wire Compatible Residential Control Zone Kits

Residential 2-Wire XCZPGA-100-PRF FLOW: 3-15 gpm

Commercial 2-Wire XCZ-100-PRB-COM FLOW: 0.3 - 20 gpm

Commercial 2-Wire XCZ-100-PRBR FLOW: 0.3 - 20 gpm

COMPATIBLE WITH ALL RAIN BIRD 2-WIRE DECODERS

• Available in low cost residential option • Cost reduction due to wire savings • Ease of troubleshooting • Fits in a 10” valve box

2-Wire Decoders

2-Wire Compatible Residential Control Zone Kits

2-WIRE COMPATIBLE

XCZ-150-PRB-COM FLOW: 15 - 40 gpm 1 ½ " x 1" (2)

Commercial High Flow: 15 - 40 gpm

2-WIRE COMPATIBLE

2-WIRE COMPATIBLE

2-WIRE COMPATIBLE

XCZ-100-PRB-COM FLOW: 0.3 - 20 gpm 1" x 1"

XCZ-100-PRBR FLOW: 0.3 - 20 gpm 1" x 1"

XCZ-100-PRB-LC FLOW: 0.3 - 20 gpm 1" x 1"

UPDATED

Commercial Wide Flow: 0.3 - 20 gpm

2-WIRE COMPATIBLE

XCZPGA-100-PRF FLOW: 3 - 15 gpm 1" x 1"

XCZ-100-PRF FLOW: 3 - 15 gpm 1" x 1"

XACZ-100-PRF FLOW: 3 - 15 gpm 1" x 1"

NEW

Residential Medium Flow: 3 - 15 gpm

NEW

XCZLF-100-PRF FLOW: 0.2 - 10 gpm 1" x 1"

XCZ-075-PRF FLOW: 0.2 - 5 gpm ¾" x ¾"

XACZ-075-PRF FLOW: 0.2 - 5 gpm ¾" x ¾"

Flow: 0.2 - 10 gpm Residential Low Flow:

Residential Low Flow:

Flow:0.2 - 5 gpm

Rain Bird Corporation 970 West Sierra Madre Avenue Azusa, CA 91702 Phone: (626) 812-3400 Fax: (626) 812-3411 Rain Bird International, Inc. 1000 West Sierra Madre Avenue Azusa, CA 91702 Phone: (626) 963-9311 Fax: (626) 852-7343

Rain Bird Corporation 6991 East Southpoint Road Tucson, AZ 85756 Phone: (520) 741-6100 Fax: (520) 741-6522

www.rainbird.com

® Registered Trademark of Rain Bird Corporation © 2016 Rain Bird Corporation 08/16

Rain Bird Technical Services (800) RAINBIRD (U.S. and Canada)

D40949

SCHEDULE 40 PVC SUBMITTAL SHEET

LASCO Fittings, Inc., an Aalberts Industries company, spe- cializes in the production and sale of injection molded fittings for Irrigation, Plumbing, Industrial, Pool/Spa and Retail mar- kets. LASCO Fittings, Inc. operates a 26-acre manufacturing facility in Brownsville, TN. With eight Regional Distribution Fa- cilities strategically located within the United States, LASCO provides worldwide distribution and overnight service.

Injection Molded PVC Pipe Fittings in sizes 3/8” through 12” LASCO Fittings, Inc.’s comprehensive line of PVC fittings offers a variety of injection molded configurations in Schedule 40 sizes 3/8” through 12” conforming to ASTM D 2466.

STANDARDS AND SPECIFICATIONS – Schedule 40 ASTM D-1784 – Rigid Poly (Vinyl Chloride) (PVC) Compounds and Chlorinated Poly Vinyl Chloride) (CPVC) Compounds. ASTM D-2466 – Socket Type Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Schedule 40. ASTM F-1970 – Standard Specification for Special Engineered Fittings, Appurtenances or Valves for use in Poly (Vinyl Chloride) (PVC) or Chlorinated Poly (Vinyl Chloride) (CPVC) Systems. MATERIAL – LASCO Schedule 40 Fittings are produced from PVC Type 1, Cell Classification 12454-B. – O-rings are produced from a Buna-N (Nitrile) material. LISTINGS – NSF/ANSI Standard 61, Annex G: Drinking Water System Components Weighted average lead content of ≤0.25% and is in compliance with California’s Health & Safety Code Section 116875 (commonly known as AB1953) NSF/ANSI Standard 14: Plastics Piping system Components and Related Materials. Includes /ANSI Standard 61, Annex G

DO NOT USE LASCO FITTINGS FOR COMPRESSED AIR OR GASES. DO NOT TEST PVC PIPING SYSTEMSWITH COMPRESSED AIR OR GASES. DO NOT USE FITTINGSWITH LIQUIDS NOT RECOMMENDED BY LASCO. MODIFICATIONS OF FITTINGS VOIDS THEWARRANTY.

MADE IN USA

LimitedWarranty LASCO Fittings, Inc. products are warranted to be free from manufacturing defects in materials and workmanship. They are warranted against rot, rust, and electrolytic corrosion for a period of three years from date of installation. If LASCO products prove defective due to manufacturing defects in material or workmanship during that period, the manufacturer will provide new replacement units of the same type and size. No remedy will be granted under this warranty if LASCO products are not used strictly in accordance with LASCO’s directions with respect to use and storage or if the products have been modified in any way. THE MANUFACTURER’S LIABILITY UNDER EXPRESSED OR IMPLIED WARRANTY OR FOR ANY REASON IS LIMITED TO FURNISHING REPLACEMENT UNITS OR GRANTING A CREDIT FOR DEFECTIVE UNITS. NO LABOR EXPENSE OR CONSEQUENTIAL DAMAGES WILL BE PAID BY LASCO. THIS WARRANTY IS IN LIEU OF ALL OTHER GUARANTEES AND WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO, WARRANTIES OF MERCHANTABILITY AND FITNESS FOR PURPOSE, EXCEPT FOR ANY WARRANTIES IMPLIED BY LAW FOR NONCOMMERCIAL CONSUMERS. ANY SUCHWARRANTIES ARE LIMITED TO THE DURATION OF THISWRITTENWARRANTY.

414 Morgan Street • Brownsville, TN 38012 (731) 772-3180 | www.lascofittings.com

This specification is provided for reference only. LASCO Fittings, Inc reserves the right to change nay portion of this specification without notice and without incurring obligation to make such changes to LASCO products previously or subsequently sold. Please visit our website www.lascofittings.com for the most current information.

Tech Spec

XFS DriplineWith Copper Shield™ Technology Dripline Series

Specifications • OD: 0.634” • ID: 0.536” • Thickness: 0.049” • 12”, 18”, 24” (30,5 cm, 45,7 cm, 61,0 cm) spacing • Available in 100’ and 500’ (30,5 m and 152,4 m) coils • Coil Color: Copper, Purple, Copper with purple stripe

• It accepts Rain Bird Easy Fit Compression Fittings, XFF Dripline Barbed Insert Fittings and other 17 mm barbed insert fittings • Rain Bird’s low-profile emitter design reduces in-line pressure loss, allowing longer lateral runs, simplifying design and reducing installation time • Variety of emitter flow rates, emitter spacing and coil lengths provide design flexibility for either sub-surface turf grass or sub-surface shrub and groundcover applications Reliable • XFS emitters are protected from root intrusion by Rain Bird’s patent-pending Copper Shield™ Technology resulting in a system that does not require maintenance or replacement of chemicals to prevent root intrusion • The pressure-compensating emitter design provides a consistent flow over the entire lateral length ensuring higher uniformity for increased reliability in the pressure range of 8.5 to 60 psi Durable • Dual-layered tubing (copper over black) provides unmatched resistance to chemicals, algae growth and UV damage • Grit Tolerant: Rain Bird’s proprietary emitter design resists clogging by use of an extra-wide flow path combined with a self-flushing action Operating Range • Pressure: 8.5 to 60 psi (,58 to 4,14 bar) • Flow rates: 0.42, 0.6 and 0.9 gph (1,6 l/h, 2,3 l/hr and 3,5 l/hr) • Temperature: Water: Up to 100°F (37,8° C) Ambient: Up to 125°F (51,7° C) • Required Filtration: 120 Mesh

XFS SUB SURFACE

Applications Rain Bird® XFS Dripline with Copper Shield™ for sub-surface drip irrigation is the latest innovation in the Rain Bird Xerigation™ Family. Rain Bird’s patent- pending Copper Shield™ Technology protects the emitter from root intrusion, creating a long-lasting, low maintenance sub-surface drip irrigation system for use under turf grass or shrub and groundcover areas. XFS Series Dripline with Copper Shield™ is perfect for small, narrow and tight planting areas, as well as areas with tight curves or many switchbacks. It accepts Rain Bird Easy Fit Compression Fittings, XFF Dripline Barbed Insert Fittings and other 17 mm barbed insert fittings. Features Simple • Rain Bird’s patent pending copper-colored XFS dripline with Copper Shield™ Technology protects the emitter from root intrusion with out requiring EPA-approved handling procedures - unlike some manufacturers who use harsh chemicals or treated filters to protect the emitter from root intrusion • Through the use of a proprietary tubing material, the copper-colored XFS Dripline with Copper Shield™ is the most flexible dripline tubing in the industry making it the easiest sub-surface dripline to design with and install

XFS Dripline Models

XFS-04-12-100 XFS-04-12-500 XFS-04-18-100 XFS-04-18-500 XFS-06-12-100 XFS-06-12-500 XFS-06-18-100 XFS-06-18-500 XFS-06-24-500 XFS-09-12-100

XFS-09-12-500 XFS-09-18-100 XFS-09-18-500 XFS-09-24-500 XFSP-04-12-500 XFSP-04-18-500 XFSP-06-12-500 XFSP-06-18-500 XFSP-09-12-500 XFSP-09-18-500

How To Specify

XFS - 06 - 12 - 100

Coil Length (100 Feet)

Emitter Spacing (12” Inches)

Model

Flow Rate (0.6 GPH)

XFSP = Purple to indicate models that use non-potable water XFSPS = Purple stripe to indicate models that use non-potable water

XFS DriplineWith Copper Shield™ Technology Dripline Series

XFS Dripline Maximum Lateral Length (Feet)

Inlet Pressure Maximum Lateral Length (meters) bars 30.5 cm Spacing Nominal Flow (l/h): 1.6 2.3 3.5 1.0 107.2 83.2 47.2 1.4 121.6 96.9 51.5 2.1 136.2 109.7 70.1 2.8 148.7 120.4 77.7 3.5 153.9 127.1 86.9 4.1 174.6 140.2 88.4 XFS Dripline Maximum Lateral Length (Meters)

Inlet Pressure Maximum Lateral Length (feet) psi 12" Spacing Nominal Flow (GPH): 0.42 0.6 0.9 15 352 273 155 20 399 318 169 30 447 360 230 40 488 395 255 50 505 417 285

Specifications

60

573 460 290

114 95.7 76.2 127.1 107.6 89.6 146.6 125.9 106.7 161.5 141.7 122.5 185.9 160.9 128.0 223.7 181.7 138.7 45.7 cm Spacing Nominal Flow (l/h): 1.6 2.3 3.5

18" Spacing Nominal Flow (GPH): 0.42 0.6 0.9 374 314 250 417 353 294 481 413 350 530 465 402 610 528 420 734 596 455 24" Spacing Nominal Flow (GPH): 0.6

The flexible, copper-colored polyethylene tubing shall have factory installed pressure-compensating, inline emitters spaced evenly per listed spacing. The flow rate from each installed inline emitter shall be 0.4, 0.6 or 0.9 gallons per hour when inlet pressure is between 8.5 and 60 psi. The inline emitter diaphragm shall have a pressure-regulating diaphragm with a spring action allowing it to self-rinse if there is a plug at the outlet hole. The flexible tubing allows for easy non-linear installations. The inline emitter shall have copper shield technology installed to protect the emitter from root intrusion. The inline emitter inlet shall be raised off the inside tube wall to minimize dirt intrusion. The XFS Dripline inline tubing shall be manufactured by Rain Bird Corporation, Azusa, California.

1.0 1.4 2.1 2.8 3.5 4.1

15 20 30 40 50 60

61.0 cm Spacing Nominal Flow (l/h): 2.3

0.9 322 368 414 474 488 514

3.5

1.0 1.4 2.1 2.8 3.5 4.1

129.2 154.8 178.6 198.7 219.5 237.7

98.2

15 20 30 40 50 60

424 508 586 652 720

112.2 123.2 144.5 148.7 156.7

780

LEED Compliant

Contains at least 20% post consumer recycled polyethylene which qualifies for LEED credit 4.2

Rain Bird’s Professional Customer Satisfaction Policy

XF Series Dripline offers five (5) years on product workmanship and seven (7) years on environmental stress cracking

Rain Bird Corporation 6991 E. Southpoint Road Tucson, AZ 85756 Phone: (520) 741-6100 Fax: (520) 741-6522

Rain Bird Corporation 970 West Sierra Madre Avenue Azusa, CA 91702 Phone: (626) 812-3400 Fax: (626) 812-3411

Rain Bird International, Inc. 1000 West Sierra Madre Ave. Azusa, CA 91702 Phone: (626) 963-9311 Fax: (626) 852-7343

Rain Bird Technical Services (800) RAINBIRD (1-800-724-6247) (U.S. and Canada)

Specification Hotline 800-458-3005 (U.S. and Canada)

The Intelligent Use of Water™ www.rainbird.com

® Registered Trademark of Rain Bird Corporation © 2017 Rain Bird Corporation 03/17

D39978B

Soil Moisture Sensors Specification Sheet

biSensor™ Soil Moisture Sensors

biSensor™ Soil Moisture Sensors measure soil moisture with patented TDT (Time Domain Transmission) technology. biSensors are self-calibrating for all soil types and conditions and are unaffected by salty soil conditions or soils with a high pH. biSensors can be connected to a two-wire path or conventional wire and provide continuous measurements and real-time feedback for the controller to make smart irrigation decisions specific to the landscape the biSensor is installed in. Baseline offers two different biSensors to meet your watering needs. The 15” original biSensor is ideal for in-ground applications, and water feature monitoring; and the 3” compact biSensor is ideal for greenroofs, greenwalls, and containers. The biSensors differ only in dimensions; otherwise, they both have the same operating features and operating specifications. Either biSensor can be used in any application.

Features

 Has true two-way communication using a 9-byte packet for commands and replies  Capable of self-identifying to the two-wire controller and will report pre-configured unique serial numbers

 Accurately measures soil moisture using patented modified TDT technology

Self-calibrates to all soil types and conditions



 Soil moisture readings are within ±3% of the actual volumetric soil moisture content  Measurement ranges from 5% moisture to fully saturated soil  Capable of measuring changes of less than 0.1%  Moisture readings are consistent in salty conditions Sensor is completely sealed – no electrical contact with soil eliminates   Measures soil temperature

 Has one pre-assigned serial number

 Has standard error collision detections and will resend messages on the two-wire

Specifications

 Sensor blade is constructed of a multi-layer fiberglass stick

No electrical contact with soil



 Has a built-in temperature sensor used while calibrating the soil moisture readings  Can only be connected to Baseline controllers  Requires 3M™ DBR/Y-6 or equivalent wire connections on the two-wire side  Requires all connections to be installed according to manufacturer’s instructions  Comes with 50 feet of 18-gauge (UL) direct burial, dual conductor irrigation cable to connect to the two-wire (voltage rating: 300V, temp rating: 167 o F (75 o C))

any electrostatic degradation or Galvanic corrosion of the sensing element

Power surge resistant



Shock resistant



Not affected by salts or fertilizers



 Provides automatic and continuous measurements of soil moisture and soil temperature

Rev 09292016

pg. 1

1.866.294.5847

WWW.BASELINESYSTEMS.COM

Water when you need it!