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ADDENDUM NO. 2
June 18, 2014
TO
PROJECT MANUAL
FOR
WAWSA – WILLIAMS RWD
WHEELOCK/EPPING 250K ELEVATED TANK PART 1B
June 2014
This addendum forms part of the Contract Documents and modifies the original Bidding
Documents as noted below. Bidder shall acknowledge receipt of this Addendum on the
outside of the Bid envelope. Failure to do so may subject the Bidder to disqualification.
This addendum consists of three (3) pages, six (6) revised Drawings consisting of one (1) page
each, and two (2) revised Specification Sections consisting of twelve (12) and six (6) pages,
respectively.
CHANGES TO CONDITIONS OF THE CONTRACT
1. SECTION 00800 – Supplementary Conditions: Delete Paragraph SC-5.04.H in its
entirety.
CHANGES TO SPECIFICATIONS
1. Section 13200 – Elevated Water Storage Tank: Change the first sentence of
Paragraph 2.02.C to read as follows:
“A 12-inch diameter, schedule 40, steel riser pipe shall carry water from the
expansion joint to the bottom of the tank.”
2. Section 13200 – Elevated Water Storage Tank: Change the first sentence of
Paragraph 2.02.E to read as follows.
“A 10-inch diameter, schedule 40, steel overflow pipe shall be fitted with an
adequate anti-vortex entrance.”
3. Section 16921 – Control System: Delete Section 16921 in its entirety and replace with
Section R16921 attached to this Addendum.
4. Section 16960 – Radio and Telemetry Systems: Delete Section 16960 in its entirety
and replace with Section R16960 attached to this Addendum.
CHANGES TO DRAWINGS
1. Drawing S1, Details 1/S1 and 5/S1: Extend the south concrete pipe support to the
90-degree fitting in the new position as indicated in Drawing RP2 and PR3 of this
Addendum.
2. Drawing S1, Detail 2/S1: Delete the south pipe floor penetration.
AD2-1
3. Drawing S3, Detail 1/S3: Note that the process piping and equipment in the
background of this detail has changed. Refer to the Drawing RP2 of this Addendum for
the updated layout of process piping and equipment and Drawing RE4 of this Addendum
for the updated layout of electrical equipment.
4. Drawing S4, Details 1/S4 and 2/S4: Note that the process piping and equipment in the
background of the details has changed. Refer to the Drawing RP3 of this Addendum for
the updated process piping and equipment layout.
5. Drawing P1: Orientation Plan: Change the orientation of the omni antenna from
“180 degrees” to “0 degrees”.
6. Drawing P1: Orientation Plan: Add the following three (3) parabolic dish antennae to
the orientation plan:
“Azimuth
Description
135
Parabolic Dish Antenna
180
Parabolic Dish Antenna
270
Parabolic Dish Antenna”
7. Drawing P1: Detail 2/P1 – Roof Orientation Plan: Change the orientation of the omni
antenna as described in Change to Drawing Note 5 of this Addendum. Add three (3)
parabolic dish antennae as described in Change to Drawing Note 6 of this Addendum.
8. Drawing P1: Proposed Improvement Note No. 22: Change the size of the overflow
from 12” to 10”.
9. Drawing P1: Proposed Improvement Note No. 33: Change the note to read as
follows:
“Parabolic dish antennae per Division 16 (total of four (4)).”
10. Drawing P2: Delete Drawing P2 in its entirety and replace with Drawing RP2 attached
to this Addendum.
11. Drawing P3: Delete Drawing P3 in its entirety and replace with Drawing RP3 attached
to this Addendum.
12. Drawing E4: Delete Drawing E4 in its entirety and replace with Drawing RE4 attached
to this Addendum.
13. Drawing E5: Delete Drawing E5 in its entirety and replace with Drawing RE5 attached
to this Addendum.
14. Drawing RE5: Lighting Fixture Schedule: Fixture Type A: Add Lithonia an
approved equivalent manufacturer and catalog number OLVTWM as an approved
equivalent light fixture.
15. Drawing E5: Panel Schedule: Revise the Panel Schedule Circuit 26 to be labeled as
“Radio Equipment Panel”.
16. Drawing IC1: Delete Drawing IC1 in its entirety and replace with Drawing RIC1
attached to this Addendum.
AD2-2
17. Drawing IC3: Delete Drawing IC3 in its entirety and replace with Drawing RIC3
attached to this Addendum.
END OF ADDENDUM NO.2
AD2-3
SECTION R16921 – CONTROL SYSTEM
PART 1
1.01
GENERAL
SUMMARY
A.
Description
1.
Complete PLC based control system with Supervisory Control and Data
Acquisition (SCADA) functions.
2.
This section is intended to cover all work necessary for the procurement of
the water system process control and instrumentation equipment. This
includes all specified and required equipment installed and place into
acceptable operation as herein described.
B.
Work by Others
1.
The Project Engineer will provide PLC process control programming and
Operator Interface Terminal (OIT) programming. No control system
programming services will be required of the Contractor, unless noted
otherwise in this section.
C.
Responsibility and Coordination
1.
See specification Section 01011 for responsibilities of the control system
manufacturer.
2.
It shall be the responsibility of the Contractor to provide a complete, fully
operating and acceptable system. Drawings and Specification are
intended to describe a complete installation for the purpose specified and
to detail the scope of work for the Contractor.
3.
The Contractor shall be responsible for all detail that may be necessary to
properly provide, and place in operation, the complete installation. The
Contractor shall assume full responsibility for additional cost that may result
from unauthorized deviation from the project documents.
D.
Related sections include, but are not limited to:
1.
Section 01011 – Instrumentation and Control Responsibilities of
Contractors and Work by Others.
2.
Section 16000 – Electrical General Conditions
3.
Section 16210 – Conduit
4.
Section 16220 – Conductors (Less than 600 volts)
5.
Section 16230 – Outlet Boxes, Junction Boxes & Pull Boxes
6.
Section 16250 – Labeling and Equipment Identification
7.
Section 16931 – Programmable Logic Controllers
8.
Section 16950 – Instrumentation and Field Mounted Devices
9.
Section 16960 – Radio and Telemetry Systems
E.
Work Items Specified Under This Section
1.
Control System Manufacturer Requirements.
2.
General Control System Scope.
3.
System Control Panels.
4.
Control Panel Components.
5.
Control System Manufacturer Required Services.
R16921-1
1.02
1.03
GENERAL REQUIREMENTS
A.
A single manufacturer who is skilled and experienced in the production of
supervisory controls and telemetry controls shall furnish the automatic control
system equipment. The Manufacturer shall be completely familiar with:
1.
Level, flow, and pressure controls.
2.
Water Treatment and distribution systems.
3.
Radio and Telemetry systems.
B.
The system manufacturer shall provide all components and materials furnished in
the system if not manufactured by the control system supplier but required by
these specifications. Each control panel component shall be factory mounted,
wired, inspected and factory tested as a complete system. This includes a
functional test of the Wireless Ethernet Radio communication system. The
radio’s shall be assigned IP addresses, and tested for communications between
the master node and client node. IP and node addresses will be determined and
supplied by the Engineer upon request during construction.
C.
The system manufacturer shall advise the Engineer, with two weeks’ notice,
when the control system will be factory tested. It is intended that the Engineer
will perform factory testing. The system manufacturer shall provide for a
minimum of one (1) day (8 hours) at the suppliers facility to perform factory
testing.
CONTROL SYSTEM MANUFACTURERS
A.
This project requires the services of a prequalified control systems manufacturer.
1.
Acceptable Control System Manufacturers are:
a.
Instrument Control Systems, Plymouth, MN (763) 559-0568.
b.
Integrated Process Solutions, Fosston, MN (218) 435-1703.
c.
Wunderlich-Malec, Minnetonka, MN (952) 933-3222.
d.
Or “Approved Equal”.
2.
For full consideration of “Approved Equal” manufacturers, additional
information must be provided ten days prior to bid opening. Additional
information to be provided shall include the following:
a.
A description of company organization, listing types and numbers
of registered engineers, other engineers, technicians and other
technical employees, production staff and plant production
capabilities, lead-times, etc.
b.
List of service personnel (minimum of 4). Provide their
qualifications, locations, dates of hire, and prior experience.
3.
A list of insurance carried for:
a.
Professional liability “errors and omissions”,
b.
General liability
c.
General business insurance.
d.
Provide carrier, terms for each type, and limits of insurance.
B.
The naming of a manufacturer of equipment in this Specification is not intended
to eliminate competition or prohibit qualified manufacturers from offering
equipment. Rather, the intent is to establish a minimum standard of quality, and
to indicate a principle of operation desired for this project. Other manufacturers
of similar system controls are encouraged to submit for prior approval.
R16921-2
C.
1.04
1.05
No control system manufacturer, or their agent or supplier, shall submit for
approval without the full understanding on the part of the control systems
manufacturer, Contractor, agent or supplier, that the Engineer will use his own
judgment; that his decision is final. In the event of adverse decision, no claim of
any sort or kind shall be made against the Owner or Engineer.
PRIOR APPROVAL REQUIREMENTS FOR EQUIPMENT OR MATERAL
A.
The Contractor, Control System Supplier, Systems Integrator or Manufacturer’s
Representative must submit any proposed alternate substitute or substitute
system manufacturers, specific alternate equipment and proposed alternate
material for consideration prior to bidding.
B.
Approval by Engineer applies to quality and general arrangement only. The
Contractor is responsible for quantities, sizes, and space requirements.
C.
No extension of project completion date will be allowed for consideration or
erection of prior approved systems, equipment, or material.
D.
Proposed alternates or substitutions requirements shall include, but not be
limited to, the following:
1.
Full description and performance data on all proposed items with
references for verification of performance for such equipment already in
service.
2.
Detailed description of how the proposed system, equipment and material
differs from that specified including but limited to material of construction,
fabrication, operation, warranty, service, corrosion protection, power
consumption, maintenance requirements, etc.
3.
Detailed discussion of why the proposed system, equipment or material is
equal or superior to that specified in construction, fabrication, operation,
warranty, service, corrosion protection, power consumption, maintenance
requirements, etc.
E.
Two (2) copies of prints showing in detail, any changes in arrangements for
materials, equipment, piping, fabrication, erection, maintenance, power supply,
etc.
F.
Name and telephone number(s) of contact person(s) to answer questions or
furnish additional information.
G.
System equipment and material that are approved will be indicated by addendum
in time for all bidders to fully consider such prior approvals. Bidders shall include
all changes necessary to meet Specifications.
UNDERWRITER’S LABORATORIES LISTING
A.
All controls panels shall be listed by Underwriter’s Laboratories, Inc., for industrial
control panels and shall bear the UL 508 Listing mark. The entire assembled
panel shall be listed, not just individual components. System manufacturer shall
provide satisfactory evidence that panel is listed. Panels shall have serialized UL
labels.
R16921-3
1.06
MANUFACTURER’S DATA AND DRAWINGS
A.
1.07
1.08
GENERAL CONTROL SYSTEM SCOPE
A.
It is the intention that this specification shall cover new control system equipment
as hereinafter described and all necessary appurtenances that might normally be
considered part of the complete system.
B.
The Water Tower control system shall consist of one (1) control panel enclosure
with Programmable Logic Controller, Operator Interface Terminal, and all
associated components as per control system and electrical drawings.
C.
The Water Tower Control system shall consist of one (1) radio equipment
network enclosure and associated components as per control system and
electrical drawings.
D.
The PLC’s shall have the ability to be connected to an Ethernet network, which is
being supplied as part of this project.
E.
The Contractor shall furnish and install the control panels and radio telemetry
equipment as indicated in the control system and electrical drawings.
INPUT AND OUTPUT SCHEDULE
A.
1.09
The selected control system manufacturer shall submit “As Built” shop drawings
under Section 01300, eight (8) complete hardcopy sets and electronic version
(PDF) on CD of the following information for the Engineer’s approval:
1.
Dimensioned drawings, wiring and piping drawings for all field mounted
equipment. Include locations for all pipe mounted equipment.
2.
Complete system schematic drawings illustrating all components being
supplied, complete with electrical inter-connections.
3.
Detail of each device with manufacturer and complete model or part
number. Provide reference list in Bill of Material form. Any devices without
listing of manufacturer and part/model numbers will not be acceptable if
determined to be proprietary or lacking manufacturer’s service and product
support.
4.
Control panel fabrication and nameplate legend drawings, internal panel
wiring diagrams and schematic drawings.
5.
All other information that the system manufacturer feels will assist the
Engineer and the Owner for operation and maintenance.
6.
The Engineer expects no more than one initial review and one re-review or
the control panel shop drawings. The cost for subsequent re-submittal
reviews will be charge to the Contractor at the Engineer’s hourly rate.
The I/O schedules include the information required to initially configure the PLC
hardware and can be found in the electrical plans.
WARRANTY
A.
Provide a one (1) year warranty to correct equipment defects from the Date of
Substantial Completion.
R16921-4
PART 2
2.01
MATERIALS
A.
2.02
PRODUCTS
General
1.
The system controls, alarms and telemetry shall be constructed as shown
on drawings and herein described.
SYSTEM CONTROL PANELS
A.
General
1.
The control panels shall include the following:
a.
Enclosure with back panel and mounting provisions.
b.
Transient and surge suppression for power and control input and
output.
c.
Linear regulated DC power supplies. Power supplies shall be UL
listed for use in type 508 Industrial Control Panels: AC power input
fusing AC power transient protection Current Limiting AC “power
on” indication.
d.
Uninterruptible Power Supply (UPS), sized accordingly, where
applicable.
e.
Separate terminal blocks for inputs and outputs.
f.
GFCI receptacle outlet (120VAC).
g.
Programmable Logic Controller with I/O modules.
h.
Interior light activated by door switch.
i.
See control system drawings for door mounted devices and
associated labeling.
j.
Contractor is responsible for control panel layout that ensure all
required components fit within respective enclosures with
reasonable space remaining.
B.
S2931-CP-01 Water Tower Control Panel
1.
Provide and install a new control panel as indicated on Electrical drawings,
this Section, Section 16931, and Section 16950. The control panel shall
include the following components:
a.
Panel mounted components. See drawings.
b.
Operator Interface Terminal.
c.
PLC Chassis and I/O modules.
d.
Wire tray and terminal blocks.
e.
Surge suppression, circuit breakers and fuses/fuse holders.
f.
24VDC power supply.
g.
Control Relays.
h.
Power Receptacles.
i.
Uninterruptable Power Supply (UPS).
j.
Heat Trace Power Relay Contactors.
k.
Misc. hardware (switches, DIN rail, buss bars, etc.).
2.
Contractor is responsible for control panel layouts that ensure all required
components fit within respective enclosures with reasonable space
remaining.
R16921-5
C.
2.03
S2931-REP-01 Water Tower Radio Equipment Panel
1.
Provide and install a new radio equipment panel as indicated on Electrical
drawings, this Section and Section 16960. The radio equipment panel shall
include the following components:
a.
19” x 24RU Wall mounted radio equipment panel. See drawings.
b.
15A Rackmount Surge Protection Power Distribution (1RU).
c.
900 MHz Rackmount Ethernet Radio (2RU) with lightning
protection.
d.
5.8 GHz Rackmount IDU (1RU) with POE surge protection.
1)
Quantity 4
e.
Cable Management
f.
24 port POE Ethernet switch.
g.
Uninterruptable Power Supply (UPS).
2.
All components to be 19” rack mount compatible.
CONTROL PANEL COMPONENTS
A.
ENCLOSURES
1.
NEMA 12/4/4X, steel or stainless steel for all new panels as indicated on
drawings.
2.
Inner door as indicated on drawings.
3.
Interior light activated by door switch.
4.
Lockable door handle.
5.
Inner door panel for storing wiring diagrams.
B.
RADIO EQUIPMENT PANEL AND ACCESSORIES
1.
19” x 24RU Wall Mount Rack
a.
EIA compliant 19” Wall Mount
b.
Minimum 24 Rack Spaces
c.
UL Weight capacity shall be minimum 300 lbs
d.
Useable depth shall be 26”
e.
Frame construction shall be minimum 16-guage steel finished in a
black textured power coat.
f.
Rack rail shall be constructed of 11-gauge steel with tapped 10-32
mounting holes in universal EIA spacing with black e-coat finish
and marked rack spaces. Furnish a minimum of 50 rack screws.
g.
Shall be furnished and installed per electrical drawings.
h.
Manufacture/Model:
1)
Rack: Middle Atlantic Products: DWR-24-26
2)
Accessories (Same Manufacturer):
a)
Rear Rack Rail: DWR-RR24 (1 Pair)
b)
Plexi Front Door: PFD-24
c)
Front Cable Management: HHCM-1
d)
Power Distribution: PD-915R-SP
i.
Contractor is responsible for verification of compatibility for all rack
accessories with vendor. It is intended that all components of rack
system be purchased from a single distributer as a single
complete package.
R16921-6
C.
TOWER - UNINTERRUPTABLE POWER SUPPLY (UPS)
1.
UPS shall be wired as the first device receiving power.
2.
Provide a UPS bypass relay for maintenance purposes.
3.
700 VA minimum.
4.
Reliable, true on-line, high frequency, double-conversion type with batteries
for critical type applications in high harmonic and/or noisy electrical
installations.
5.
120 VAC input/output power.
6.
Outlets: Minimum Four (4).
7.
Shall be furnished and installed for the following applications:
a.
S2931-CP-01 Water Tower Control Panel
8.
Manufacturer/Model:
a.
Eaton Powerware 9130
b.
Prior-approved equal.
D.
RACK MOUNT – UNINTERRUPTABLE POWER SUPPLY (UPS)
1.
UPS shall be wired as the first device receiving power.
2.
19” rack mount.
3.
1500 VA minimum.
4.
Reliable, true on-line, high frequency, double-conversion type with batteries
for critical type applications in high harmonic and/or noisy electrical
installations.
5.
120 VAC input/output power.
6.
Outlets: Minimum Four (4).
7.
Overall depth shall not interfere with the opening of the Radio Equipment
Panel to access the back of the equipment.
8.
Shall be furnished and installed for the following applications:
a.
S2931-REP-01 Water Tower Radio Equipment Panel
9.
Manufacturer/Model:
a.
Eaton Powerware 9130 RM
b.
Prior-approved equal.
E.
TERMINAL BLOCKS
1.
DIN rail mounted, touch-safe, modular type.
2.
600V RMS, 30 amps minimum or higher amp rating as required for
application.
3.
Connector metal body material: Copper alloy, min 85% copper with nickel
or tin plating.
4.
Terminal screw material: Bronze with tin plating.
5.
Terminal block shall have the following characteristics:
a.
It shall terminate wires without additional preparation: i.e. tinning
of wire ends, application of ferrules, etc.
b.
The insulation housing shall have primary entry funnels to
facilitate insertion of wires.
c.
The insulation housing shall prevent stray strands from shorting to
adjacent terminal blocks.
d.
The termination shall be gastight to prevent corrosion due to
corrosive atmospheres.
e.
Terminal screws shall be captive in the metal body or via the
insulation housing.
f.
Once tightened the terminal screws shall be locked in place to
prevent loosening due to shock and vibration.
R16921-7
g.
6.
The terminal block shall be useable with accessories such as
center or insertion bridges; test sockets; separating plates; and
end covers, etc. The accessories used shall also be touch-safe.
h.
For wire identification, the terminal block shall provide space for
marking with pre-marked or handwritten labels.
Manufacturer/Model:
a.
Phoenix Contact Series UK 5N (minimum) through UK 35 as
required for the application.
b.
Allen Bradley
c.
Prior-approved equal.
F.
FUSE TERMINALS
1.
DIN rail mounted, touch-safe, modular type.
2.
300V RMS, 12 amps minimum or higher amp rating as required for
application.
3.
Use ¼” x 1 ¼” standard fuses sized according to application.
4.
Blown fuse indicator light.
5.
Manufacturer/Model:
a.
Allen Bradley
b.
Phoenix Contact
c.
Prior-approved equal.
G.
120 VAC – SURGE SUPPRESSOR
1.
120 VAC in-line device.
2.
Listed for protection from ANSI/IEEE C62.41 Category A and B transients.
3.
300 V peak clamping voltage.
4.
Manufacturer/Model:
a.
Phoenix Contact
b.
Critec
c.
Prior-approved equal.
H.
24 VDC POWER SUPPLY
1.
Linear regulated DC power supplies.
2.
Power supplies shall be U.L. listed for the use in type 508 Industrial Control
Panels.
a.
120 VAC power input.
b.
Fusing (circuit protection) on AC power.
c.
Transient protection.
d.
Current Limiting.
e.
AC “power on” indication.
f.
DIN-rail mountable.
3.
Manufacturer/Model:
a.
Sola/Hevi-Duty
b.
Allen-Bradley
c.
IDEC
d.
Prior-approved equal.
I.
CONTROL RELAYS
1.
Blade plug-in type with dust cover and socket.
2.
Coil: continuous operation at 120 VAC ±10% unless shown otherwise.
R16921-8
3.
4.
5.
6.
7.
Contacts, 3 pole, double throw, minimum.
a.
15 amps, make-break, 120 VAC. Resistive.
b.
Insulation resistance: 1000 megohms at 500 VDC.
c.
Dielectric: 2000 VAC, 60 Hz.
Operating time:
a.
35 milliseconds (nominal) energization.
b.
100 milliseconds (nominal) De-energization.
Mechanical life: 106 operations.
Temperature: 0° to 70°C
Manufacturer/Model:
a.
Allen-Bradley
b.
Prior-approved equal.
J.
CONTROL SWITCHES
1.
Electronic Circuits:
a.
Selector, momentary pushbutton or momentary selector as
required. Positions as required for application.
b.
Heavy duty, oil-tight type, contacts as required.
c.
Gold flashed contacts; initial resistance, 0.01 ohms; 0.5 amps at
120 VAC, resistive.
2.
Control Circuits:
a.
Selector, momentary pushbutton, or momentary selector as
required. Positions as required for application.
b.
Heavy duty, oil-tight type, contacts as required.
c.
Contact rating shall conform to NEMA A-600 designation.
3.
Manufacturer/Model
a.
Allen-Bradley Bulletin 800H
b.
Prior-approved equal.
K.
CONTROL STATIONS AND DEVICES
1.
Where required the Contractor shall supply all control devices including, but
not limited to, selector switches, pushbutton switches, limit switches, and
indication lights. All control devices shall be of the heavy duty. Oil-tight
type. The contacts shall meet NEMA rating designation A-600. Each
control device shall have its function permanently marked on the
escutcheon. Raised letters on plastic adhesive tape is not acceptable.
2.
Furnish and install engraved plastic type label designating equipment
served. Embossed raised letter type labels shall not be acceptable.
Letters shall be size shown on Drawings and white in color on a black
background.
L.
INDICATING LIGHTS
1.
Nominal 30mm diameter
2.
Lens color as shown on Drawings.
3.
Heavy duty, oil-tight.
4.
NEMA 4 rating.
5.
Lamps shall be easily field replaceable.
6.
Manufacturer/Model:
a.
Allen-Bradley Bulletin 800H
b.
Prior-approved equal.
R16921-9
M.
NAMEPLATES
1.
Nameplate schedule will be listed on drawings.
2.
The nameplates shall be white letters on a black background.
N.
OPERATOR INTERFACE TERMINAL
1.
Screen:
a.
Size: 7.5-inch
b.
Type: Color TFT
c.
Input Type: Touch
2.
Communications:
a.
Ethernet TCP/IP – 10/100
3.
Memory:
a.
Minimum 96 MB on board memory.
b.
USB Port for Data storage and application backup.
4.
Power:
a.
24VDC
5.
Shall be furnished and installed for the following applications:
a.
S2931-CP-01 Water Tower Control Panel
6.
Manufacturer/Model:
a.
Schneider Electric – Magelis GTO Series
b.
Prior-approved equal.
O.
24 PORT POE ETHERNET SWITCH
1.
Specifications:
a.
Ports:
1)
24 RJ-45 10/100 with 2 Gigabit combo ports shared
between mini-GBIC ports.
b.
PoE:
1)
IEEE 802.3af PoE on delivered over any of the 24 10/100
ports.
2)
Maximum power of 15.4W to and Ethernet Port
3)
370W total available to all ports with regular AC power.
2.
Performance:
a.
Switching capacity:
1)
32 Gbps nonblocking
b.
Forwarding capacity:
1)
6.5 mpps
3.
Layer 2:
a.
MAC table size: 8000
b.
Number of VLANS: 256 active
c.
VLAN: Port-based and 802.1Q tag-based
4.
Environmental:
a.
Dimensions
1)
17.5w x 13.1d x 1.7h
b.
Weight:
1)
12 lbs
c.
Power Input:
1)
120VAC
d.
Operating temperature:
1)
23 – 104 Deg F
5.
Project Engineer will setup and configure before being placed into
operation.
R16921-10
6.
7.
P.
PART 3
3.01
HEAT TRACE CONTROL RELAY
1.
Specifications:
a.
Type: Industrial Control Mater Relay
b.
Screw Terminals, Finger Safe
c.
Contacts: 2 Pole
d.
Max AC Current: 20 A
e.
Coil Voltage: 120 VAC
f.
Mounting: Din Rail
2.
Shall be furnished and installed for the following applications:
a.
Water Tower Control Panel
3.
Manufacturer/Model:
a.
Allen Bradley 700-PK200A1
EXECUTION
INSTALLATION/WORKMANSHIP
A.
3.02
Shall be furnished and installed in the following applications:
a.
S2931-REP-01 Water Tower Radio Equipment Panel
Manufacturer/Model:
a.
Cisco Catalyst 2960-24PC-L
b.
No exceptions.
The workmanship and design of this equipment shall conform to all national,
state and local electrical codes and ordinances that apply. The control system
manufacturer shall provide complete electrical schematic wiring (factory and
field) diagrams showing all components together with a description of system
operation. Complete information to adjust and service this equipment shall be
included.
CONTROL SYSTEM MANUFACTURER SERVICES
A.
The control system manufacturer shall provide a PLC based control system that
incorporates personal computer to provide a higher level of control, monitoring
and reporting required for this project.
B.
The control system manufacturer shall provide information to the Contractor on
the proper installation of Category 6 Ethernet communications cable.
C.
The services of a factory trained, qualified service representative that is part of
the permanent staff of the control system manufacturer shall be provided to
inspect the complete equipment installation to insure that it is installed in
accordance with the manufacturers recommendations and for commissioning the
project.
D.
Provide final calibration of all instrumentation before shipping. Provide
coordination necessary for the correction of interface deficiencies between
instrumentation, control panels, control equipment, and final control devices.
Provide written documentation on the problems found detailing device names
and tags, tests conducted, diagnosis, and corrective action to be taken.
E.
Perform all control panel wiring terminations and all field device wiring
terminations.
R16921-11
3.03
F.
Configure all instrumentation and control devices supplied as part of this project.
Configuration shall include:
1.
Configuration of transmitters to work with measuring elements.
2.
Scaling of transmitters to transmit appropriate analog (4-20 mA) signal
based on minimum and maximum operating range of process value being
measured. Operating ranges for each device will be provided during
construction.
G.
Verify that each instrumentation and control device is wired and operating
correctly by going “online” with each PLC, testing each field device, and
witnessing correct action in the PLC through the programming software.
H.
Provide Engineer with a signed certificate for each control panel stating that
control panel each device wired to it has been checked out and has been verified
to be operating correctly.
I.
Assign and configure a temporary IP address to each PLC Ethernet module and
Operator Interface Terminal and verify that each device can be “pinged” from the
corresponding Ethernet switch. Provide verification in writing to the Engineer. IP
addresses will be provided by Engineer upon approval of the shop drawings.
PROGRAMMABLE LOGIC CONTROLLER (PLC) INSTALLATION
A.
Four (4) copies of all material shall be provided with final shipment. These
copies shall be in addition to any required by other sections of these
specifications.
B.
The PLC processor shall be installed in the control panel and all I/O terminations
shall be to screw terminals.
C.
Discrete relays shall not be used where the PLC can provide the same function.
END OF SECTION
R16921-12
SECTION R16960 – RADIO AND TELEMETRY SYSTEMS
PART 1
1.01
1.02
GENERAL
SCOPE
A.
This Section includes all labor, materials, equipment and related services to
furnish and install Antenna, Feed-Lines, and Radio equipment.
1.
Locations as show on the Drawings.
2.
New equipment and accessories including antenna, cable, attachments
and accessories.
3.
Installation.
B.
Related sections include, but are not limited to:
1.
Division No. 1 – General Requirements
2.
Section 16000 – Electrical – General Provisions
3.
Section 16260 – Grounding
RADIO EQUIPMENT SUPPLIER / INSTALLER
A.
This project requires the services of a pre-qualified Radio Equipment Supplier
and Installer:
1.
Acceptable Supplier/Manufacturers are:
a.
Larson Data Communications, Mitchell, SD (605) 996-5521.
b.
Or “Approved Equal”.
2.
For full consideration of “Approved Equal” manufacturers, additional
information must be provided ten days prior to bid opening. Additional
information to be provided shall include the following:
a.
A description of company organization, listing types and numbers
of registered engineers, other engineers, technicians and other
technical employees, production staff and plant production
capabilities, lead-times, etc.
3.
A list of insurance carried for:
a.
Professional liability “errors and omissions”,
b.
General liability
c.
General business insurance.
d.
Provide carrier, terms for each type, and limits of insurance.
B.
The naming of a supplier/manufacturer of equipment in this Specification is not
intended to eliminate competition or prohibit qualified manufacturers from offering
equipment. Rather, the intent is to establish a minimum standard of quality, and
to indicate a principle of operation desired for this project. Other manufacturers
of similar equipment are encouraged to submit for prior approval.
C.
The Engineer will use his own judgment; that his decision is final. In the event of
adverse decision, no claim of any sort or kind shall be made against the Owner
or Engineer.
R16960-1
1.03
1.04
PRIOR APPROVAL REQUIREMENTS FOR EQUIPMENT OR MATERAL
A.
The Contractor, Supplier, or Manufacturer’s Representative must submit any
proposed alternate substitute or substitute system manufacturers, specific
alternate equipment and proposed alternate material for consideration prior to
bidding.
B.
Approval by Engineer applies to quality and general arrangement only. The
Contractor is responsible for quantities, sizes, and space requirements.
C.
No extension of project completion date will be allowed for consideration or
erection of prior approved systems, equipment, or material.
D.
Proposed alternates or substitutions requirements shall include, but not be
limited to, the following:
1.
Full description and performance data on all proposed items with
references for verification of performance for such equipment already in
service.
2.
Detailed description of how the proposed system, equipment and material
differs from that specified including but limited to material of construction,
fabrication, operation, warranty, service, corrosion protection, maintenance
requirements, etc.
3.
Detailed discussion of why the proposed system, equipment or material is
equal or superior to that specified in construction, fabrication, operation,
warranty, service, corrosion protection, maintenance requirements, etc.
E.
Two (2) copies of prints showing in detail, any changes in arrangements for
materials, equipment, fabrication, erection, maintenance, etc.
F.
Name and telephone number(s) of contact person(s) to answer questions or
furnish additional information.
G.
Equipment and material that are approved will be indicated by addendum in time
for all bidders to fully consider such prior approvals. Bidders shall include all
changes necessary to meet Specifications.
MANUFACTURER’S DATA AND DRAWINGS
A.
The selected supplier/manufacturer shall submit “As Built” shop drawings under
Section 01300, eight (8) complete sets of the following information for the
Engineer’s approval:
1.
Dimensioned Drawings.
2.
Descriptive Data.
3.
Installation Instructions.
4.
All other information that the supplier/manufacturer feels will assist the
Engineer and the Owner for operation and maintenance.
5.
The Engineer expects no more than one initial review and one re-review of
the shop drawings. The cost for subsequent re-submittal reviews will be
charge to the Contractor at the Engineer’s hourly rate.
R16960-2
1.05
PRODUCT DELIVERY, STORAGE AND HANDLING
A.
Deliver equipment in manufacturer’s original, unopened cartons.
B.
Cover and store equipment to prevent damage.
C.
Handle so as to prevent damage during installation.
PART 2
2.01
2.02
PRODUCTS
PARABOLIC DISH ANTENNA
A.
General:
1.
Lightweight and rugged Spread Spectrum/ISM band parabolic antenna.
2.
Frequency: 5.725 – 5.85 GHz
3.
Diameter: See below.
4.
Connector: N-Female
5.
Polarization: Dual Polarized
B.
Mounting:
1.
All mounting hardware shall be provided to install parabolic antenna to
Water Tower hand-rail. See drawings for hand-rail dimensions.
C.
Accessories:
1.
Radome Enclosure.
D.
Shall be furnish and installed for the following applications:
1.
WWC-ANT-01 – Two (2) Foot Diameter, Azimuth: 63 Deg
2.
WWC-ANT-02 – Four (4) Foot Diameter, Azimuth: 230 Deg
3.
WWC-ANT-03 – Four (4) Foot Diameter, Azimuth: 284 Deg
4.
WWC-ANT-04 – Four (4) Foot Diameter, Azimuth: 290 Deg
E.
Manufacturer/Model:
1.
Radio Waves – SPD2-5.2NS
2.
Radio Waves – SPD4-5.2NS
3.
Prior-approved equal.
OMNI DIRECTIONAL ANTENNA
A.
Specifications:
1.
Omni Directional.
2.
10 dBd Gain
3.
500W Power Rating
4.
870-960 MHz frequency range.
5.
50 Ohm Impedance
6.
Half Power Angle
a.
H-Plane – 360 Deg
b.
E-Plane – 7 Deg
7.
N-Female type connector
8.
157 mph Rated Wind safety factor
9.
73lbs wind load @ 100 mph
B.
Antenna to be mounted per manufacturers specifications using OEM mounting
hardware.
C.
Shall be furnished and installed for the following applications:
1.
WWC-ANT-05, Azimuth: 90 Deg
R16960-3
D.
2.03
2.04
Manufacturer/Model:
1.
Amphenol Antel BCD-87010
2.
Prior-approved equal.
FEED-LINES, JUMPERS, AND CONNECTORS
A.
All cable specifications are the minimum required cable types. Installer shall use
their experience and judgment to select correct cable per application.
B.
See drawings for additional cables specifications.
C.
Cabling runs of more than 100’
1.
Andrew AVA5-50
2.
Prior-approved equal.
D.
Cabling runs of more than 50’ but less than 100’
1.
Times Microwave Systems LMR-600.
2.
Prior-approved equal.
E.
Cabling runs of less than 50’
1.
Times Microwave Systems LMR-400.
2.
Prior-approved equal.
F.
Jumpers
1.
Length: As needed.
a.
Must be able to reach between the lightning arrestor and the radio
without tension. Minimum 3 feet.
2.
Type: RGS142 or equal
3.
Connectors: N Male / TNC Male.
G.
Connections are all to be N-Type with the exception of connections to the Radio
(TNC).
1.
All connectors must be installed by qualified personnel with experience with
radio telemetry equipment.
H.
All connection points outside of buildings must be weather proofed as per
manufacturer’s instructions.
1.
Weather proofing materials must be designed to resist water and UV light.
LIGHTNING PROTECTION
A.
General Specifications;
1.
Suitable for 900 MHz applications.
2.
125 Watt.
3.
50 Ohm.
4.
<220.000µJ max throughput energy.
5.
<700Vpk max throughput voltage.
B.
Manufacturer/Model:
a.
Polyphaser IS-50NX-C2
b.
Prior-approved equal.
R16960-4
2.05
2.06
GROUNDING
A.
Antenna cable to be grounded per manufacturer specifications but no less than
immediately outside structure entrances and every 100’ of cable thereafter.
B.
Grounding kits manufactured by the cable manufacturer produced specifically for
the cable in use must be used. No third party grounding kits will be acceptable.
RADIO EQUIPMENT
A.
900 MHz
1.
902-928 MHz ISM band.
2.
1 Mbps data transmission rate (user configurable to 512 kbps).
3.
100 mW to 1 W carrier power.
4.
Receiver Sensitivity
a.
-97dBm @ 512 kbps with 10-6 BER.
b.
-92dBm @ 1 Mbps with 10-6 BER.
5.
10 BaseT, RJ-45 Ethernet interface.
6.
RS-232/V.24, Db-9M, DTE Serial interface.
7.
AES-128 encryption to be included.
8.
Remote Diagnostics.
9.
10.5-30 VDC input power.
10.
DIN-rail mounting kit where required.
11.
Provide P21 Protected Station for Water Tower location with redundant
radio.
12.
Manufacturer/Model:
a.
GE MDS iNET II
b.
No exceptions.
B.
Unlicensed Backhaul
1.
Specifications
a.
Operating Frequency: 5.3 – 5.8 GHz
b.
Capacity Throughput: 200 Mbps Asymmetric / 100 Mbps Full
Duplex
c.
Max Range: 120 km (75 Miles)
d.
Interfaces:
1)
Ethernet Ports: 2 Fast Ethernet Ports
2)
TDM Ports: 4 T1/E1 Ports
e.
Configuration: Split Mount (separated IDU & ODU)
f.
IDU Power Feed – 19” Rack Mount – 120VAC
g.
Manufacturer Supplied UTP Cables with POE Surge Arrestors
h.
Antenna Connector: N-Female
1)
Provide all required antenna jumper cables between ODU
and external antenna per manufacturer’s
recommendations.
2.
Provide two (2) compatible Hub Site Synchronization Units and associated
cabling.
a.
One to be installed on top of Water Tower and one to installed at
the Ray Water Treatment Plant.
R16960-5
3.
4.
PART 3
3.01
EXECUTION
INSTALLATION
A.
3.02
Provide Five (5) Outdoor Units (ODU’s) and Indoor Units (IDU’s).
a.
One (1) ODU with Integrated Antenna.
1)
To be installed at the Ray Water Treatment Plant.
2)
Installation shall be coordinated with Engineer and Radio
Equipment Supplier.
b.
Four (4) ODU’s External Antenna (See above for external antenna
details).
1)
Provide the required mounting hardware to mount to Water
Tower’s hand rail system.
Manufacturer/Model:
a.
GE MDS Intrepid Ultra Series
b.
No exceptions.
Shall be performed by the same pre-qualified Radio Equipment Supplier.
WORKMANSHIP
A.
The workmanship and design of this equipment shall conform to all national,
state and local codes and ordinances that apply. Complete information to this
equipment shall be included.
END OF SECTION
R16960-6
3/S1, 4/S1.
12" FL DI PIPE.
PIPE INSULATION, SEE DETAIL 4/ P2.
10" WELDED STEEL FLANGE.
12" FL x FL DI WALL PIPE w/WATERSTOP.
10" VENT SCREEN AND FLANGE.
12" FL BUTTERFLY VALVE AND ACTUATOR, ORIENT PER FIELD
ENGINEER.
16GA ALUMINUM INSULATION
JACKET.
2" THREADED COUPLING FOR TOWER BASE CONE PENETRATION.
12" FL SSTL FLEX COUPLING.
PRESSURE / SAMPLE TAP ASSEMBLY, SEE DETAIL 3/ P3.
8" FL BUTTERFLY VALVE AND ACTUATOR, ORIENT PER FIELD
ENGINEER.
OVERFLOW OUTLET - SECTION
2'
3'
4'
5'
6'
4
P2
PIPING INSULATION - SECTION
SCALE: NONE
8" FL MAGNETIC FLOW METER.
7'
REF:
REF:
1
1
P3
1
P3
PERIMETER
CONCRETE
PAD
27
24
13
2'-0"
14
4'-8"
26
13
12
3
P2
8
11
9
2'-3"
2'-3"
15
FLOW
4
2
P3
2
P3
4
22
20
21
24
OVERFLOW PAD
ACCESS HATCH
3
3
WALL BELOW
28
SUMP w/GRATING
ACCESS LADDER
FOUNDATION BY
TOWER CONTRACTOR
FOUNDATION BY
TOWER CONTRACTOR
TOWER PIPING - PLAN
1'
WILLISTON, NORTH DAKOTA
0
WAVEGUIDE LADDER TO BE INSTALLED HORIZONTALLY BETWEEN
CONTROL ROOM ROOF AND CONDUIT BRACKETS ON PEDESTAL WALL.
PROVIDE SUPPORT AS REQUIRED.
WESTERN AREA WATER SUPPLY AUTHORITY
12"
EQUIPMENT PANEL, SEE DETAIL 4/ P3.
1
WAWSA-WILLIAMS RWD WHEELOCK/EPPING 250K ELEVATED TANK PART 1B
3
P2
8" FL DI PIPE.
SUMP PUMP w/1-1/4" GALVANIZED PIPING, UNIONS, FITTINGS, CHECK
VALVE.
1
1
12" x 8" FL DI REDUCING TEE.
4" THICK PIPE INSULATION
APPR
DLV
NOT USED.
10" WELDED STEEL OVERFLOW PIPE SEE DETAIL 3/ P2.
DESCRIPTION
23
NOT USED.
DATE
PIPE PENETRATION, SEE DETAIL 4/ P4.
This document was originally
issued and sealed by
Donovan L Voeller, PE,
Registration Number PE-7884
on
6-05-2014
and the original documents are
stored at the Grand Forks
office of Advanced Engineering
& Environmental Services, Inc.
NOT USED.
SYM
TOWER PIPING, SIZE VARIES.
3'-0"
NOT USED.
COORDINATE PIPE PENETRATION WITH TOWER FOUNDATION
CONTRACTOR.
22
DESCRIPTION
12" x 8" FL DI CONCENTRIC REDUCER.
ADDENDUM NO. 2
21
MARK
12" MJ x PE DI RESTRAINED JOINT PIPE - NO JOINTS BETWEEN
RISER PIPE HEAT TRACE
CABLES (2 RUNS UP, 2 RUNS
DOWN), SEE ELECTRICAL.
20
EQUIPMENT SCHEDULE
DESCRIPTION
6/18/14
FLOW
2'-0"AFF
Layout: Plan
File: L:\WAWSP\P10670-2013-004 TO-31 R&T Epping Transmission Part 1\Water Tower\050 Bidding\Addenda\Addendum No. 2\Drawings\P_Tower Vault Addendum No. 2.dwg
EQUIPMENT SCHEDULE
MARK
2
DRAWING TYPE
CONSTR
5'-0"
5'-0"
Plotted: By: John Erickson Date: Wednesday, June 18, 2014
Last Saved: By: John Erickson Date: Wednesday, June 18, 2014 3:09:21 PM
2
PREPARED BY
JME
1
CHECKED / APPROVED
1
WLG / DLV
1
2
P2
12"
1
1
P2
LOWER LEVEL PIPING PLAN
12"
0
1'
2'
3'
4'
5'
6'
7'
GROUND LEVEL PIPING PLAN
0
1'
2'
N
O
R
T
H
Advanced Engineering and Environmental Services, Inc.
3'
4'
5'
6'
7'
DATE
N
O
R
T
H
JUNE 2014
PROJECT NUMBER
P10670-2013-004
SHEET
GENERAL NOTES
11 of
1. PIPE SUPPORTS NOT SHOWN FOR VISUAL CLARITY,
REFER TO PROJECT MANUAL FOR SUPPORTING PIPES
AND EQUIPMENT.
4050 Garden View Dr Ste 200 Grand Forks, ND 58201
(t) 701-746-8087 (f) 701-746-0370
www.ae2s.com
15
DRAWING
RP2
ADDENDUM NO. 2
WALL-MOUNTED EQUIPMENT
PANEL, SEE DETAIL 5/ P4
DLV
DESCRIPTION
DATE
1
3/4" TEE WITH SAMPLE TAP
ADDENDUM NO. 2
This document was originally
issued and sealed by
Donovan L Voeller, PE,
Registration Number PE-7884
on
6-05-2014
and the original documents are
stored at the Grand Forks
office of Advanced Engineering
& Environmental Services, Inc.
SYM
PLACE PIT AND GAUGE AT SAME LEVEL
3/4" PIPING, ADEQUATELY SUPPORT FROM PANEL
GENERAL NOTES
FLOW METER READOUT
1. PIPE SUPPORTS NOT SHOWN FOR VISUAL CLARITY,
REFER TO PROJECT MANUAL FOR SUPPORTING PIPES
AND EQUIPMENT.
REFER TO PROCESS DRAWINGS FOR PIPING
CONNECTION POINT AND ROUTING
1/2" PIPING, ADEQUATELY SUPPORT
3/4" PIPING, ADEQUATELY SUPPORT FROM WALL
3
P3
PRESSURE GAUGE, TRANSMITTER, AND SAMPLE PANEL
FLOW METER READOUT PANEL
4
P3
SCALE: NONE
REF: P2, P3
SCALE: NONE
EQUIPMENT SCHEDULE
REF: P2, P3
MARK
1
DESCRIPTION
12" MJ x PE DI RESTRAINED JOINT PIPE - NO JOINTS
1
6
PIPE INSULATION, SEE DETAIL 4/ P2.
12" FL x FL DI WALL PIPE w/WATERSTOP.
12" x 8" FL DI REDUCING TEE.
10
27
5
12" FL BUTTERFLY VALVE AND ACTUATOR, ORIENT PER
FIELD ENGINEER.
10
26
27
5
12" FL SSTL FLEX COUPLING.
8" FL BUTTERFLY VALVE AND ACTUATOR, ORIENT PER
FIELD ENGINEER.
26
9
9
24
5
8" FL DI PIPE.
5
8" FL MAGNETIC FLOW METER.
1'-3 3/8"
12" x 8" FL DI CONCENTRIC REDUCER.
28
25
NOT USED.
2455.50'
NOT USED.
FIN FLOOR
NOT USED.
7
7
5
NOT USED.
10" WELDED STEEL OVERFLOW PIPE.
5
13
8'-0"
11
CL PIPE
10" VENT SCREEN AND FLANGE.
1
15
13
8
3
10" WELDED STEEL FLANGE.
11
5
5
2
12
2450.40'
8
1
14
4
4
4
PRESSURE / SAMPLE TAP ASSEMBLY, SEE DETAIL 3/ P3.
2446.95'
1
CL PIPE
EQUIPMENT PANEL, SEE DETAIL 4/ P3.
1" PIPE TAP, 1" BRASS NIPPLE, 1" BRASS BALL VALVE,
1"x3/4" BRASS REDUCING BUSHING, 3/4" BRASS PIPING
TO PANEL.
2445.50'
FIN FLOOR
24
SUMP PUMP w/1-1/4" GALVANIZED PIPING, UNIONS,
FITTINGS, CHECK VALVE.
2" THREADED COUPLING FOR TOWER BASE CONE
PENETRATION.
TOWER PIPING - SECTION
6
12" FL DI PIPE.
4
P2
WILLISTON, NORTH DAKOTA
PIPE PENETRATION, SEE DETAIL 4/ P4.
WESTERN AREA WATER SUPPLY AUTHORITY
COORDINATE PIPE PENETRATION WITH TOWER
FOUNDATION CONTRACTOR.
WAWSA-WILLIAMS RWD WHEELOCK/EPPING 250K ELEVATED TANK PART 1B
FOUNDATION.
SEE DETAIL 3/ S1, 4/S1.
Plotted: By: John Erickson Date: Wednesday, June 18, 2014
Last Saved: By: John Erickson Date: Wednesday, June 18, 2014 3:09:21 PM
APPR
WALL-MOUNTED EQUIPMENT
PANEL, SEE DETAIL 5/ P4
1/2" PRESSURE GAUGE WITH SNUBBER AND
3/4"x1/2" REDUCING BUSHING
6/18/14
Layout: Section
File: L:\WAWSP\P10670-2013-004 TO-31 R&T Epping Transmission Part 1\Water Tower\050 Bidding\Addenda\Addendum No. 2\Drawings\P_Tower Vault Addendum No. 2.dwg
PRESSURE INDICATING TRANSMITTER WITH
BLOCK AND BLEED AND PANEL MOUNT
DRAWING TYPE
CONSTR
PREPARED BY
JME
CHECKED / APPROVED
WLG / DLV
DATE
JUNE 2014
PROJECT NUMBER
P10670-2013-004
1
1
1
P3
RISER PIPING SECTION
12"
0
1'
2'
3'
4'
5'
6'
2
P3
7'
REF: P2
PIPING SECTION
12"
0
1'
2'
3'
4'
4050 Garden View Dr Ste 200 Grand Forks, ND 58201
15
DRAWING
5'
6'
RP3
7'
REF: P2
Advanced Engineering and Environmental Services, Inc.
SHEET
12 of
(t) 701-746-8087 (f) 701-746-0370
www.ae2s.com
ADDENDUM NO. 2
4
REMOTE
HEAD
A/2
a
7
3
48''
4
2
S2931-FS-061 29
C/8
27
X/8
1
9
J
10
24
21
28
18
d c
17
19
3
EXOTHERMIC WELD A #4/0 BARE STRANDED COPPER
GROUND CONDUCTOR TO GROUND LOOP. EXOTHERMIC
WELD AT 18'' BELOW GRADE.
4
5/8''x10' COPPER-CLAD STEEL GROUND ROD WITH TOP
AT 18'' MIN. BELOW GRADE. EXOTHERMICALLY WELD TO
GROUND CONDUCTOR LOOP.
5
#4/0 BARE STRANDED COPPER GROUNDING
CONDUCTOR. EXOTHERMIC WELD TO GROUND LOOP
AND FASTEN TO WATER TANK ANCHOR BOLTS OR
GROUNDING TABS AS COORDINATED WITH THE TANK
MANUFACTURER.
13 S2931-DS-941
TS
20
5
A/2
a
X/8
14 18
5
2
a
b
4 8
A/2
a
48''
(4) 4'' SCH. 80 PVC CONDUITS AT 24'' BELOW GRADE FOR
FUTURE USE. ROUTE OUT 10'-0'' FROM RINGWALL AND
UP 6'' ABOVE CONCRETE FLOOR. HAND CAP ENDS (NO
GLUE). COORDINATE EXACT LOCATION DURING
CONSTRUCTION. STAKE ENDS.
B/8
4
2
13 S2931-DS-942
17
(2) 2'' SCH. 80 PVC CONDUITS AT 24'' BELOW GRADE FOR
FUTURE USE. ROUTE OUT 10'-0'' FROM RINGWALL AND
UP 6'' ABOVE CONCRETE FLOOR. HAND CAP ENDS (NO
GLUE). COORDINATE EXACT LOCATION DURING
CONSTRUCTION. STAKE ENDS.
18
LIGHT SWITCH SHALL HAVE A RED PILOT 'ON' WHEN
LIGHTS ARE OFF.
19
FURNISH AND INSTALL A 4'x4'x3/4'' PAINTED AC
PLYWOOD MOUNTING BOARD ALONG EAST WALL.
MOUNT WITH TOP AT 80'' ABOVE FINISHED FLOOR.
20
WALL MOUNTED TEMPERATURE SWITCH FOR HEAT
TRACE AUTO CONTROL. ROUTE 2-1/C-#14-3/4'' BACK TO
S2931-CP-01.
6
REMOTE
HEAD
(16420). SEE PANELBOARD SCHEDULE.
7
#4/0 BARE STRANDED COPPER GROUND CONDUCTOR.
EXOTHERMICALLY WELD TO GROUND LOOP. ROUTE TO
GROUND BAR IN PANEL 'LP' VIA 2'' SCH. 80 PVC
CONDUIT.
21
ROUTE 3-1/C#12-3/4'' RSC FROM LP TO A
DOUBLE-DUPLEX RECEPTACLE. DOUBLE-DUPLEX
RECEPTACLE IS TO BE MOUNTED ON THE
TELECOMMUNICATION PLYWOOD MOUNTING BOARD.
8
#4/0 BARE STRANDED COPPER CONDUCTOR.
EXOTHERMIC WELD TO GROUND LOOP. ROUTE INSIDE
TANK BASE IN 2'' SCHEDULE 80 PVC CONDUIT NEAR
SPARE CONDUITS AND COIL FOR FUTURE
TELECOMMUNICATION GROUND. LEAVE 25' EXTRA
CONDUCTOR, MIN. COILED INSIDE TANK FOR FUTURE
USE.
22
ROUTE 1-2/C-#16 SHIELDED SIGNAL-3/4" AND
3-1/C#12-3/4'' 120VAC/1 FROM S2931-CP-01 TO THE
FLOWMETER TRANSMITTER. ROUTE FLOWMETER
MANUFACTURER CABLE BETWEEN THE TRANSMITTER
AND FLOWTUBE IN LIQUID TIGHT METALLIC FLEX.
23
ROUTE 3-1/C#12-3/4'' FROM THE 'LP' TO THE SUMP PUMP.
PROVIDE LOCAL RECEPTACLE FOR SUMP PLUG AS
REQUIRED.
24
WALL MOUNTED RADIO EQUIPMENT PANEL
(S2931-REP-01). SEE 'IC' SERIES DRAWINGS FOR
DETAILS. PROVIDE MOUNTING HARDWARE TO SUPPORT
WEIGHT. ROUTE 3-1/C--#12-3/4'' RSC FROM 'LP' TO A 20A
DUPLEX RECEPTACLE MOUNTED IN THE TOP RIGHT
CORNER OF PANEL TO AVOID THE UPS. ROUTE
4-4PR-CAT6-2'' FROM S2931-REP-01 TO S2931-CP-01.
4
2
9
1
1
RE4
GROUND LEVEL FLOOR PLAN
12"
0
2'
4'
6'
8'
10'
N
O
R
T
H
240V) WITH MANUFACTURER'S BUILT IN THERMOSTAT,
BERKO #FRA-4027 OR EQUAL WITH MANUFACTURER'S
''SEMI-FLUSH WALL KIT WITH TRIM PACKAGE'' OR
SIMILAR. MOUNT HEATER SO BOTTOM IS 18'' MIN.
ABOVE FLOOR. MOUNT FLUSH OR SEMI-FLUSH IN WALL.
PROVIDE MANUFACTURER'S WALL-MOUNTING PLATE.
COORDINATE INSTALLATION WITH OTHER TRADES.
d
26
WP
+48"
17
PB
1
25
GUNDFOS SERIES KP250 SUMP PUMP WITH FLOAT
PROVIDE ALL POWER CORD, REDUCERS, UNIONS,
ELBOWS, VALVES AND FITTINGS AS REQUIRED. 50GPM
@ 26' OF HEAD WITH 1-1/4" FEMALE THREADED
DISCHARGE.
11
36''Wx20''D WALL MOUNTED CONTROL PANEL. SEE 'IC'
SERIES DRAWINGS FOR DETAILS.
26
12
PRESSURE TRANSMITTER WITH BLOCK AND BLEED
VALVE ASSEMBLY TO BE FURNISHED AND INSTALLED
BY DIV. 16. ROUTE 1-2/C-#16 SHIELDED SIGNAL-3/4'' TO
S2931-CP-01.
OPERATOR DISTRESS MUSHROOM STYLE MAINTAINED
PUSH BUTTON MOUNTED AT THE BOTTOM OF THE
LADDER AT 48" A.F.F. ROUTE 2-1/C-#14 FROM THE PUSH
BUTTON TO S2931-CP-01.
27
13
MAGNETIC DOOR POSITION MONITORING SWITCHES TO
BE FURNISHED AND INSTALLED BY ELECTRICAL
CONTRACTOR. FURNISH AND INSTALL A JUNCTION BOX
TO INTERCEPT AND EXTEND MANUFACTURER
PROVIDED SWITCH LEADS NEAR TOP OF DOOR. ROUTE
(2)-1/C-#14-3/4'' RIGID STEEL CONDUIT TO S2931-CP-01
PANEL.
ROUTE 2-1/C-#14 IN A COMMON 3/4" RSC FOR HEAT
TRACE FAILURE MONITORING FROM THE END OF LINE
INDICATING LIGHT TO S2931-CP-01.
28
PROVIDE (2) 4" SLEEVES W/RUBBER BOOTS THROUGH
WALL FOR ANTENNA CABLE CONNECTIONS.
29
FLOOR FLOODSWITCH IN CONTROL BUILDING. ROUTE
2-1/C-#14 FROM SWITCH TO S2931-CP-01. MOUNT
BELOW CONTROL PANEL AT 2'' ABOVE FLOOR.
30
OWNER PROVIDED, CONTRACTOR INSTALLED FLOW
TRANSMITTER. ROUTE 1-2/C-#16 SHIELDED-3/4'' AND
3-1/C-#12-3/4'' 120VAC/1 FROM S2931-CP-01 TO THE
FLOW TRANSMITTER. SEE NOTE 12 ON SHEET E2 FOR
ROUTING OF MANUFACTURER CABLE TO FLOW TUBE.
22 S2931-FE-001
C/19
FURNISH AND INSTALL TVSS-STYLE SURGE ARRESTING
EQUIPMENT IN/ON A SUITABLY SIZED NEMA 1
ENCLOSURE NEAR OR WITHIN LIGHTING PANEL LP. SEE
SECTION (16433). LABEL ''SURGE PROTECTION
EQUIPMENT''.
10
WP
+48"
19
3W/FT 120VAC HEAT TRACE CABLE. ROUTE CABLE UP
TOWER STAND PIPE TO BASE OF BOWL AND BACK
DOWN UNDER INSULATION. INSTALL A POWER
CONNECTION AND AN END OF LINE MONITORING LIGHT
BOTH SIDES OF THE STAND PIPE. SEE LP SCHEDULE.
ROUTE 3-1/C-#10-3/4'' THROUGH S2931-CP-01 FOR HEAT
TRACE MANUAL CONTROL. (TYPICAL OF 2 HEAT TRACE
CIRCUITS)
2
X/8
48''
4
16
CONSTRUCTION NOTES
c
J
a
TO EXISTING
UTILITY POLE
6
16
8
2
11
S2931-CP-01
12
S2931-PIT-101
A/2
DESCRIPTION
3
22 S2931-FIT-001
14
2-POLE, 20A TOGGLE-TYPE LIGHT SWITCH. LABEL
'COLUMN LIGHTS'.
15
FLOOR FLOOD SWITCH IN VALVE VAULT BELOW. ROUTE
2-1/C-#14 FROM THE SWITCH TO S2931-CP-01. MOUNT
NEAR THE SUMP AT FLOOR LEVEL.
ELEVATED TANK ELECTRICAL FLOOR PLANS
.
WESTERN AREA WATER SUPPLY AUTHORITY
WILLISTON, NORTH DAKOTA
IN
5
30 M2932-FIT-001
WAWSA-WILLIAMS RWD WHEELOCK/EPPING 250K ELEVATED TANK PART 1B
5
1
48''
1
10
'-0
'' M
3
Plotted: By: Patrick Edmonds Date: Wednesday, June 18, 2014
Last Saved: By: Patrick Edmonds Date: Wednesday, June 18, 2014 10:52:11 AM
APPR
2
A/2
a
DATE
2
SYM
4
ADDENDUM No. 2
2. ALL 120/240VAC CIRCUITRY IS FED FROM LP.
4
This document was originally
issued and sealed by
Damon M. Chmela, PE,
Registration Number PE-4731
on
6-5-2014
and the original documents are
stored at the Grand Forks, ND
office of Advanced Engineering
& Environmental Services, Inc.
6/2014
1. ALL LIGHTING AND RECEPTACLE CIRCUITRY IS #12 AWG
- 3/4" RS. QUANTITY AS REQUIRED. UNLESS OTHERWISE
NOTED.
~
Layout: PLAN4
File: K:\Western Area Water Supply Authority (WAWSA)\P10670-2013-004 R&T Epping Transmission Part 1 Water Tower\040 Final Design\Drawings\06-Electrical\Addendum No. 2\E-Floor Plan.dwg
GENERAL NOTES
2
DRAWING TYPE
CONST.
23 25
PREPARED BY
15
MW / PJE
CHECKED / APPROVED
JW / DMC
DATE
JUNE, 2014
PROJECT NUMBER
1
P10670-2013-004
SHEET
2
RE4
LOWER LEVEL FLOOR PLAN
12"
0
2'
4'
6'
8'
10'
Advanced Engineering and Environmental Services, Inc.
ADDENDUM NO. 2
N
O
R
T
H
4050 Garden View Dr Ste 200 Grand Forks, ND 58201
4
of
10
DRAWING
RE4
(t) 701-746-8087 (f) 701-746-0370
www.ae2s.com
MOUNT 2"X10"X1/4" SOLID COPPER GROUND
BUSS BAR W/INSULATED MOUNTING HARDWARE
AT TOP OF TOWER TRANSITION POINT. ROUTE
#4/0 GROUND COPPER CONDUCTOR TO TOWER
GROUND GRID.
A/1
b
PANEL SCHEDULE
PANEL:
LP
LOCATION:
AMP MAIN BKR:
COORDINATE MOUNTING LIGHT
FIXTURES WITHIN DRYWELL TUBE
WITH TANK MANUFACTURER TYP.
H20 Tower
200A SUSE
CIRCUIT DESCRIPTION
LIGHTS TOWER COLUMN
A/3
A/3 b
b
AIC RATING:
/
120
W: 3
PHASE: 1
22,000
MOUNT:
SURFACE
FED FROM: UTILITY XFMR
LOAD VA
CKT.
BKR.
P
CKT.
No.
PH.
CKT.
No.
P
CKT.
BKR.
LOAD VA
112
20
1
1
A
2
1
20
700
112
CIRCUIT DESCRIPTION
LIGHTS TOWER BASE
20
1
3
B
4
1
20
1000
540
20
1
5
A
6
1
20
378
TELECOM BOARD DUPLEX OUTLET
1500
20
1
7
B
8
1
20
450
EXIT AND EGRESS LIGHTING
HEATER ELECTRICAL ROOM
1500
20
1
9
A
10
1
20
1000
ROOF TOP OBST. LIGHT
HEAT TRACE CKT 1 (NOTE 1)
250
20
1
11
B
12
1
20
360
OUTLETS ELECTRICAL ROOM
900
30
1
13
A
14
1
20
112
METER VAULT LIGHTS
HEAT TRACE CKT 2 (NOTE 1)
900
30
1
15
B
16
1
20
300
METER VAULT OUTLET
SUMP PUMP
300
20
1
17
A
18
1
20
300
METER VAULT SUMP PUMP
VAULT OUTLET AND LIGHT
OUTLETS TOWER COLUMN
A/1
240
VOLTS:
HEATER ELECTRICAL ROOM
LIGHTS TOWER COLUMN
b
OUTLETS BASE
CONTROL PANEL
280
20
1
19
B
20
2
30
-
SPARE
SPARE
-
15
1
21
A
22
-
-
-
-
+36''
SPARE
-
30
2
23
B
24
1
15
-
A/1
-
-
-
-
25
A
26
1
20
-
SPARE
RADIO EQUIPMENT PANEL
SPD
-
60
2
27
A
28
-
-
-
SPACE
-
-
-
-
29
B
30
-
-
-
SPACE
5
b
NOTE: LIGHTING/OUTLET CONDUCTOR
COUNTS AND SIZE NOT SHOWN FOR CLARITY.
CONTRACTOR TO CONFIRM AND PROVIDE.
ALL RISER LIGHTING AND RECEPTACLE
CIRCUITRY SHALL BE #10 MINIMUM TO
ACCOMMODATE FOR VOLTAGE DROP.
TOTALS:
A/3
10.99
45.81
NOTES:
KVA
AMPS
1. PROVIDE 30mA GFCI ''EQUIPMENT PROTECTION'' TYPE CIRCUIT BREAKER
FOR HEAT TRACE CKTS.
b
2. ALL CIRCUIT BREAKERS SHALL BE LOCKABLE IN THE OFF POSITION.
3. PROVIDE TVSS SPD AS SPECIFIED IN 16433.
4. GROUND PER NEC.
A/1
b
HEAT TRACING REQUIRED ON CENTER
COLUMN RISER PIPE, MOUNTED UNDER
PIPE INSULATION. SEE FLOOR PLAN AND
PANELBOARD SCHEDULE FOR DETAILS.
1
A/3
LIGHTING FIXTURE SCHEDULE
b
~
TYPE
DESCRIPTION
VOLTAGE
LAMPS
QUANTITY
A
120
1
120
1
120
120
b
WALL MOUNTED
EXTERIOR LED
B
MOUNTING
16-WATT
LED
ROUGH SERVICE
5
NOTES
VSL-16-30-NN-S-G-W-S
1,6
LITHONIA
WALL
MOUNTED
ABOVE
FLOOR
2
(2) 32-WATT
T8
FLUORESCENT
MOUNT TO
CEILING
LED
INCLUDED
9'-0"
CEILING MOUNTED FLUORESCENT STRIP
C
CATALOG NUMBER
WALL
MOUNTED
14 LUMEN
LED WALL PACK
A/3
MOUNT LIGHT FIXTURE NEAR LADDER
FOR RE-LAMPING. ROUTE CONDUIT
ALONG CAGED LADDER. COORDINATE
ROUTING WITH OFFSET LANDING.
MANUFACTURER
TYPE
HUBBELL
WALL MOUNTED
ROUGH SERVICE LED
A/1
b
OLW14-FCOSM12
2,3,4
LITHONIA
DMW-232-MVOLT-GEB10IS-STSL
5
+36''
X
A/1
Plotted: By: Patrick Edmonds Date: Wednesday, June 18, 2014
Last Saved: By: Patrick Edmonds Date: Wednesday, June 18, 2014 11:48:24 AM
HEATED ROOM FOR
ELECTRICAL EQUIPMENT.
SEE 1/E4.
FROM
LP
DESCRIPTION
APPR
b
1
ROUTE 2-1/C-#14-3/4'' FROM
TRANSFER RELAY TO
S2931-CP-01 PANEL FOR
MONITORING.
A/3
LED EMERGENCY UNIT
WALL MOUNT
LED OPTICS MOUNTED ON PRINTED CIRCUIT BOARD
AND (2) REMOTE HEADS (AS REQUIRED)
LITHONIA
ELM-LED-SD-HO-ELATQL0304
4
ELECTRICAL DETAILS AND PANEL SCHEDULES
FROM
LP
MOUNT RECEPTACLE
TO HAND RAIL.
DATE
WP
SYM
WEATHER PROOF FAA APPROVED
PHOTOCELL ON AT 35FC, OFF AT 60FC. AIM
NORTH. CROUSE-HINDS: #52010 OR EQUAL.
WESTERN AREA WATER SUPPLY AUTHORITY
WILLISTON, NORTH DAKOTA
11
PS
5
ADDENDUM No. 2
~
~
2' PARABOLIC DISH ANTENNA. PROVIDE ALL
MOUNTING HARDWARE REQUIRED TO
MOUNT TO 2" HANDRAIL. MOUNT ODU
RADIO EQUIPMENT AS REQUIRED BY
MANUFACTURER. ROUTE UTP TYPE CABLE
THROUGH TOWER PENETRATIONS
PROVIDED.
This document was originally
issued and sealed by
Damon M. Chmela, PE,
Registration Number PE-4731
on
6-5-2014
and the original documents are
stored at the Grand Forks, ND
office of Advanced Engineering
& Environmental Services, Inc.
1. SEE SHEET E1 FOR GENERAL NOTES.
6/2014
GENERAL NOTES
OMNI ANTENNA. PROVIDE ALL MOUNTING HARDWARE TO
MOUNT TO 2" HANDRAIL. ROUTE FSJ4-50 ANTENNA CABLE
FROM ANTENNA THROUGH TOWER PENETRATION PROVIDED,
1'-0" THROUGH PENETRATION CHANGE OVER CABLE TO
AVA5-50 (7/8" HELIAX) WITH MALE TO FEMALE CONNECTORS,
NO ADAPTERS
WAWSA-WILLIAMS RWD WHEELOCK/EPPING 250K ELEVATED TANK PART 1B
Layout: DETL5
File: K:\Western Area Water Supply Authority (WAWSA)\P10670-2013-004 R&T Epping Transmission Part 1 Water Tower\040 Final Design\Drawings\06-Electrical\Addendum No. 2\E-Various Details.dwg
HONEYWELL: #L810 OR EQUAL, DUAL
LED-TYPE AIRCRAFT WARNING LIGHT WITH
TRANSFER RELAY AND PHOTO CONTROL.
SECURE ASSEMBLY TO HAND RAIL.
b
A/3
b
A/1
PILOT LIGHT SWITCH
LABEL SWITCH
''COLUMN LIGHTS''
b
FROM LP
b
NOTES:
1. VAPORTIGHT FIXTURE W/CAST GLOBE AND GUARD.
2. WET LABEL.
3. CUT-OFF OPTICS, INCLUDE BUTTON TYPE PHOTOCELL.
4. MOUNT ABOVE DOOR.
5. MOUNT TO CEILING.
6. CONTRACTOR CONFIRM MOUNTING OPTIONS.
DRAWING TYPE
CONST.
PREPARED BY
MW / PJE
CHECKED / APPROVED
2P, 48''
JW / DMC
DATE
JUNE, 2014
PROJECT NUMBER
P10670-2013-004
SHEET
1
RE5
ADDENDUM NO. 2
ELEVATED TANK SECTION
NO SCALE
X
of
10
DRAWING
RE5
Advanced Engineering and Environmental Services, Inc.
4050 Garden View Dr Ste 200 Grand Forks, ND 58201
(t) 701-746-8087 (f) 701-746-0370
www.ae2s.com
APPR
Layout: PLAN1
File: K:\Western Area Water Supply Authority (WAWSA)\P10670-2013-004 R&T Epping Transmission Part 1 Water Tower\040 Final Design\Drawings\07-I&C\Addendum No. 2\Elevated Tank - Panel Details.dwg
ADDENDUM No. 2
DATE
SYM
1
This document was originally
issued and sealed by
Damon M. Chmela, PE,
Registration Number PE-4731
on
6-5-2014
and the original documents are
stored at the Grand Forks, ND
office of Advanced Engineering
& Environmental Services, Inc.
6/2014
1. WALL MOUNT ENCLOSURE WITH SUB PANEL SHALL BE
A NEMA TYPE 12, 12 GAUGE STEEL.
2. APPROXIMATE PANEL DIMENSIONS: H: 36", W: 30", D:20",
SUB PANEL DIMENSIONS H: 30", W: 27".
3. SINGLE DOOR WITH QUARTER-TURN SLOTTED LATCHES
WITH A LOCKING HANDLE.
4. DOOR MOUNT OIT TOUCH SCREEN, ALARM HORN,
FLUSH MOUNT PUSH BUTTON, PUSH TO TEST PANEL
LIGHTS AND 3-POSITION SELECTOR SWITCHES.
5. PROVIDE A COMPLETE WORKING SYSTEM WITH ALL
ASSOCIATED CABLES, CONNECTORS, FASTENERS, ETC.
6. PANEL TO BE UL 508 LISTED
DESCRIPTION
GENERAL NOTES
PARTS LIST
MARK
DESCRIPTION
WALL-MOUNT ENCLOSURE
SUB-PANEL
PANEL LIGHT WITH DOOR SWITCH
1
1
ALARM HORN
3
30mm LED PUSH TO TEST PANEL LIGHT
2
OIT TOUCH SCREEN
30mm FLUSH HEAD PUSH BUTTON, NORMALLY CLOSED
30mm 2-POSITION KEYED SELECTOR SWITCH, ASSOCIATED CONTACT BLOCKS
1
30mm 3-POSITION SELECTOR SWITCH, ASSOCIATED CONTACT BLOCKS
2
30mm 2-POSITION SELECTOR SWITCH, ASSOCIATED CONTACT BLOCKS
11
DIN RAIL
PLC CHASSIS (SEE IO SCHEDULE)
ALLEN -BRADLEY
13
12
WIREWAY WITH COVER SIZED TO FIT
6
UPS 15AMP DUPLEX OUTLET
13
3
13
15AMP GFCI DUPLEX OUTLET
CIRCUIT BREAKERS
4
7
SURGE PROTECTION/LIGHTINING PROTECTION
11
8
16
17
18
19
13
FUSE TERMINALS WITH FUSES, LED/NEON BLOWN FUSE INDICATORS
21
20
GENERAL PURPOSE BLADE BASE RELAY
5
6
9
120VAC/24VDC POWER SUPPLY
TERMINAL BLOCK(GRAY), SCREW CONNECTION, (ASSOCIATED END BARRIERS, END
STOPS, SEPARATION PLATES, ETC.)
7
10
23
23
GROUND BUSS BAR
11
HEAT TRACE POWER RELAY
19
RTD-TYPE AMBIENT AIR TEMPERATURE SENSOR/TRANSMITTER
24
UPS
25
HEAT TRACE TERMINAL BLOCK(GRAY), SCREW CONNECTION, (ASSOCIATED END
BARRIERS, END STOPS, SEPARATION PLATES, ETC.)
24
1
11
26
11
14
15
22
1
FRONT VIEW
RIGHT SIDE VIEW
ELEVATED
1
RIC1 S2931-CP-01
SUB PANEL LAYOUT DETAIL
TANK CONTROL PANEL DETAIL
NAMEPLATE LEGEND
MARK
Plotted: By: Patrick Edmonds Date: Wednesday, June 18, 2014
Last Saved: By: Patrick Edmonds Date: Wednesday, June 18, 2014 11:49:22 AM
ELEVATED TANK CONTROL PANEL DETAIL
AB
5
WESTERN AREA WATER SUPPLY AUTHORITY
WILLISTON, NORTH DAKOTA
A
WAWSA-WILLIAMS RWD WHEELOCK/EPPING 250K ELEVATED TANK PART 1B
4
PLATE
SIZE
TEXT
HEIGHT
LINE 1 TEXT
LINE 2 TEXT
1.5'' x 8''
1/2''
WHEELOCK
WATER TOWER
1'' x 3''
1/4''
POWER ON
1'' x 3''
1/4''
ALARM
DRAWING TYPE
CONST.
PREPARED BY
ACKNOWLEDGE
MW / PJE
CHECKED / APPROVED
1'' x 3''
1/4''
INTRUSION
1'' x 3''
1/4''
HEAT TRACE SYSTEM
1'' x 3''
1/4''
OFF
1'' x 3''
1/4''
ENABLE
DISABLE
LOCAL
REMOTE
JW / DMC
DATE
JUNE, 2014
PRIMARY
PROJECT NUMBER
P10670-2013-004
BACKUP
SHEET
ADDENDUM NO. 2
6
of
10
DRAWING
RIC1
Advanced Engineering and Environmental Services, Inc.
4050 Garden View Dr Ste 200 Grand Forks, ND 58201
(t) 701-746-8087 (f) 701-746-0370
www.ae2s.com
APPR
GENERAL NOTES
DESCRIPTION
WWC-ANT-02 - OMNI DIRECTIONAL ANTENNA
1/2" SUPERFLEX COAX CABLE - TYPE FSJ4-50 ASSEMBLY WITH N-MALE CONNECTIONS
1
WWC-RAD-01A - 5.8 GHz GE MDS INTREPID ULTRA SERIES ODU
WWC-RAD-02A - 5.8 GHz GE MDS INTREPID ULTRA SERIES ODU
WWC-RAD-03A - 5.8 GHz GE MDS INTREPID ULTRA SERIES ODU
22
1
WWC-RAD-04A - 5.8 GHz GE MDS INTREPID ULTRA SERIES ODU
DATE
WWC-ANT-04, PARABOLIC DISH ANTENNA WITH RADOME ENCLOSURE
SYM
2. DRAWING BELOW IS FOR REFERENCE ONLY. PANEL
SHALL BE EQUAL TO MIDDLE ATLANTIC DWR-24-26 WITH
LOCKABLE PLEXIGLASS FRONT DOOR.
This document was originally
issued and sealed by
Damon M. Chmela, PE,
Registration Number PE-4731
on
6-5-2014
and the original documents are
stored at the Grand Forks, ND
office of Advanced Engineering
& Environmental Services, Inc.
WWC-ANT-03, PARABOLIC DISH ANTENNA WITH RADOME ENCLOSURE
ADDENDUM No. 2
WWC-ANT-02, PARABOLIC DISH ANTENNA WITH RADOME ENCLOSURE
6/2014
1. PROVIDE A COMPLETE WORKING SYSTEM WITH ALL
ASSOCIATED CABLES, CONNECTORS, FASTENERS, ETC.
SEE DIVISION 16921 FOR DETAILS.
DESCRIPTION
WWC-ANT-01, PARABOLIC DISH ANTENNA WITH RADOME ENCLOSURE
WWC-RAD-01B - 5.8 GHz GE MDS INTREPID ULTRA SERIES IDU
WWC-RAD-02B - 5.8 GHz GE MDS INTREPID ULTRA SERIES IDU
23
WWC-RAD-03B - 5.8 GHz GE MDS INTREPID ULTRA SERIES IDU
WWC-RAD-04B - 5.8 GHz GE MDS INTREPID ULTRA SERIES IDU
19
24
WWC-RAD-05 AND WWC-RAD-06 - GE MDS P21 PROTECTED STATION WITH REDUNDANT
RADIO
11
ANTENNA CABLE GROUNDING KIT
12
7/8" HELIAX COAX CABLE - TYPE AVA5-50
13
LIGHTNING SURGE ARRESTOR
14
WWC-ESW-01, 24 PORT ETHERNET POE SWITCH
NOTE: SEE P-SERIES SHEETS
FOR ANTENNA ORIENTATION
ON TOP OF TOWER.
OPERATOR INTERFACE TERMINAL
PROGRAMMABLE LOGIC CONTROLLER
S2931-REP-01, 24 SPACE RADIO EQUIPMENT RACK
RADIO (INET-II)
POWER DISTRIBUTION
15
CABLE MANAGEMENT
UPS BATTERY BACK-UP
25
1
1
6
2
7
6
3
8
6
4
9
6
10
5
ODU Port
HSS Port
ODU Port
Additional
Antenna
Ports
HSS Port
ODU Port
HSS Port
Additional
Antenna
Ports
ODU Port
Additional
Antenna
Ports
HSS Port
Additional
Antenna
Ports
6
EXTERIOR
INTERIOR
16
26
26
26
17
26
18
S2931-REP-01
11
6
12
13
14
Antenna Link
Port
I
O
15
J1 - DCE
I
O
J15 - DTE
Grounding
Lug
Redundant Antenna
Link Port
GPS Antenna
Ethernet
Alarm
Connections
4" THRU WALL FEED
THRU PORTS WITH
RUBBER BOOTS
19
ELEVATED TANK VARIOUS DETAILS
UPS
WESTERN AREA WATER SUPPLY AUTHORITY
WILLISTON, NORTH DAKOTA
MANUFACTURER SUPPLIED UTP CABLE
1
WAWSA-WILLIAMS RWD WHEELOCK/EPPING 250K ELEVATED TANK PART 1B
Layout: DIAG3
File: K:\Western Area Water Supply Authority (WAWSA)\P10670-2013-004 R&T Epping Transmission Part 1 Water Tower\040 Final Design\Drawings\07-I&C\Addendum No. 2\Elevated Tank - Panel Details.dwg
PARTS LIST
MARK
S2931-CP-01
Plotted: By: Patrick Edmonds Date: Wednesday, June 18, 2014
Last Saved: By: Patrick Edmonds Date: Wednesday, June 18, 2014 11:49:22 AM
20
AB
21
ALLEN -BRADLEY
DRAWING TYPE
CONST.
PREPARED BY
MW / PJE
CHECKED / APPROVED
1
RIC3
RADIO EQUIPMENT PANEL (S2931-REP-01)
JW / DMC
DATE
JUNE, 2014
PROJECT NUMBER
P10670-2013-004
2
RIC3
SHEET
NETWORK DETAIL
ADDENDUM NO. 2
8
of
10
DRAWING
RIC3
Advanced Engineering and Environmental Services, Inc.
4050 Garden View Dr Ste 200 Grand Forks, ND 58201
(t) 701-746-8087 (f) 701-746-0370
www.ae2s.com