Section
01788
EQUIPMENT
AND INSTRUMENT DATABASE (EID)
PART 1 - GENERAL
1.1
DESCRIPTION
A. The Equipment and
Instrument Database (EID) is an Excel-based spreadsheet data loader
for the OCSD Computerized Maintenance Management System (CMMS). The
CONTRACTOR shall complete the EID spreadsheets in accordance with
this Specification and instructions contained within the EID
spreadsheets.
B. The EID consists of
up to 8 spreadsheets per process area that cover the following
equipment categories: Driven, Driver, Electrical, Instrument,
Mechanical, Valve, No Detail, and Transformer. Portions of the EID
are filled in by the “Designer” (ENGINEER), portions by “OCSD”
(ENGINEER) and portions by the CONTRACTOR. The CONTRACTOR’s portion
is designated in the Data Dictionary that is part of each
individual EID spreadsheet. Refer to the data dictionaries and the
sample EID included in this Specification section.
C. The EID is completely
separate from the SCADA Administration Tool (SAT) defined in
Specification section 17410, Programming by Contractor section 17411,
Programming by OCSD. The SAT database contains data for
instrumentation points and has its own data dictionary.
1.2
RELATED
WORK SPECIFIED ELSEWHERE
A. The requirements of
the following sections and divisions apply to the Work of this
section. Other sections and divisions of the Specifications, not
referenced below, shall also apply to the extent required for proper
performance of this Work.
1. Section 01810,
Commissioning
2. Section 17410,
Programming by Contractor
3. Section 17411,
Programming by OCSD
1.3
CONTRACTOR
SUBMITTALS
A. Submittals shall be
made in accordance with the General Requirements, Additional
General Requirements and
as specified herein.
B. CONTRACTOR shall
submit final, completed EID electronic files to ENGINEER for review.
This submittal shall occur subsequent to product submittals for the
job phase, but at least 90 days before the end of Pre-Commissioning
as defined in Specification section
01810, Commissioning.
Applicable portions of EIDs shall be submitted for each phase of a
multi-phase project.
PART 2 - PRODUCTS
(NOT USED)
PART 3 - EXECUTION
3.1
GENERAL
A. The EID is the tool
used by OCSD to load equipment and instrument data into the
Computerized Maintenance Management System. The EID is not
intended to be a complete listing of all equipment and
instrumentation required by the project. However, every equipment
item, device, and instrument that has an assigned Loop Tag Number
(LTN) is included in the EID and receives one entry in the
appropriate EID spreadsheet. The Process & Instrumentation
Diagrams coupled with the Single Line Diagrams, the demolition
Drawings, and LTNs added through Change Orders will provide all of
the LTNs for the project, with the exception of LTNs added because
of CONTRACTOR selected packaged equipment that, although it meets
contract requirements, may require additional LTNs. CONTRACTOR
shall include these additional LTNs in the Contract Work and in the
EIDs at no additional cost to OCSD
B. “OCSD”
(ENGINEER) will provide the CONTRACTOR with a partially completed
EID in MS Excel format complying with OCSD standard documentation
within six months after Notice to Proceed. If any data/information
in this original-issue EID is in conflict with information shown
elsewhere in the Contract Documents, the other Contract Document
requirements shall take precedence over the information listed in
the EID. In this case CONTRACTOR shall modify the EID to conform to
the contract documents at CONTRACTOR’s cost, and inform the
ENGINEER.
C. The CONTRACTOR shall
be responsible for completing the number of assets in each portion
of the EID show below:
Category
Number of Assets
Driven
200
Driver
200
Electrical
750
Instrument
2000
Mechanical
300
No Detail
5200
Transformer
20
Valve
2200
D. The CONTRACTOR shall
complete the EID, per asset, based on the sample EID, and the data
dictionaries and noun list contained within the EID spreadsheet.
E. It shall be the
CONTRACTOR's responsibility to use the as-built plans and
Specifications to compile a complete and accurate list of equipment
and instrumentation loop tag numbers.
F. The electronic copy
of the EID provided by “OCSD” (ENGINEER) contains all of the
initial design LTNs plus a portion of the data for these LTNs.
G. The CONTRACTOR shall
be responsible for filling in EID fields identified with a “C”
in the data dictionary, and shall add, modify, or delete records as
required for every device and all equipment on the project that are
assigned a Loop Tag Number to match the equipment actually furnished
on the project. The CONTRACTOR shall also be responsible for
verifying and updating the OCSD-provided information in the EID to
match the equipment actually furnished on the project.
H. Additional Work may
be added to the contract during the course of construction via RFI,
RFP, FCO, and Bulletin. The CONTRACTOR shall post the changes to a
working copy of the EID in a timely manner. The CONTRACTOR shall
fill in both the “D” and the “C” fields for all equipment,
instruments, and devices receiving Loop Tag Numbers and installed as
additional Work.
I. The CONTRACTOR
shall return the final, completed EID spreadsheets without any
changes in structure, column headings, drop-down menus or other
non-data items. Any changes made to the working EID for the
convenience of the CONTRACTOR (or otherwise) shall be removed for
the final, completed EID spreadsheets. The CONTRACTOR shall NOT
change the wording of the column headings on the working copy.
J. Some spreadsheet
cells have predefined drop-down menus with predefined
selections (such as manufacturers). Should the drop-down selection
be inadequate for the product at hand, the CONTRACTOR shall arrange
with the ENGINEER to directly contact the OCSD CMMS support group
for direction.
3.2
SAMPLE
DATA DICTIONARY, SAMPLE EID AND SAMPLE NOUN LIST
A. Each of the EID
spreadsheets has a data dictionary tab, a data sheet tab, and a noun
list tab. Samples of a data dictionary, a data sheet, and a noun
list are found below, solely for the purpose of estimating the
effort required by the CONTRACTOR to complete the EID spreadsheets.
Complete data dictionaries are shown below for each equipment type.
However, for reasons of space, a sample data sheet is shown for only
the “Driven” equipment type, and only a few example entries are
shown, although the CONTRACTOR shall be required to provide entries
for all the driven assets in the Project. The noun lists are
identical for each EID spreadsheet.
B. The “No Detail”
equipment type EID spreadsheet has the fewest data entries fields
and the most records. Every other EID spreadsheet requires all the
information of the “No Detail” spreadsheet as well as
additional information pertaining to that type of equipment. For
example, the “Driven” EID requires all of the “No Detail”
information plus driven unit type (e.g., PMP), capacity, total
dynamic head, impeller size, and other information specifically
applicable to driven equipment such as gearboxes, pumps, fans,
compressors, and blowers. The Data Dictionaries shown below contain
a complete listing of the information required by the data sheet for
each equipment type.
C. In the copy of the
EID spreadsheets provided to the CONTRACTOR the fields marked as
“D” in the data dictionary will be filled in by the “Designer”
(ENGINEER); and fields marked “OC” will be filled in by “OCSD”
(ENGINEER), based on the Project design. The “D” entries shall
be confirmed, modified, or extended by the CONTRACTOR based on the
equipment actually supplied by the Project. In addition, some EID
fields may not be applicable for the particular equipment provided.
For example MAX FLOW is one field in the “Instrumentation” EID;
but this field will only be filled in when the instrument supports
this information.
D. Sample data
dictionaries are shown below:
SAMPLE
NO DETAIL DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
A
|
ASSET#
STATUS
|
D
|
Select
entry from drop-down list
|
NEW
— New Equipment or Instrumentation added by “Designer”
(ENGINEER) or
construction CONTRACTOR during the design or construction of the
Project. Indicates new Equipment or Instrumentation procured and
installed by the Project. DEMOLISH — Existing Equipment or
Instrumentation demolished and removed from OCSD ownership.
WAREHOUSE — Equipment or Instrumentation surrendered to OCSD
Warehouse for reuse by OCSD.
NO
CHANGE -- No change to the Asset # of the Equipment or
Instrumentation. Examples are when Equipment or Instrumentation
is relocated to a different process location; or when Equipment
or Instrumentation is removed and replaced in the same process
location.
|
B
|
LTN
STATUS
|
D
|
Select
entry from drop-down list
|
ADD — New loop tag
number at a new process location added by “Designer”
(ENGINEER) or CONTRACTOR.
SCRAP — The process
location (loop tag number) is eliminated by the Project.
Equipment and instruments should have the ASSET # STATUS field
marked as DEMOLISH, WAREHOUSE, or NO CHANGE, as appropriate.
MODIFY
— Loop Tag Number has not changed but the
Description has
changed. Example: 10BPMP010 stays the same but (PUMP #1, MSP,
HDWKS #1) changes to (PUMP, SUMP, UNIT #4, HDWKS #1).
NO CHANGE -- No
change to the process location of the equipment or instrument.
|
C
|
LOC
|
D
|
Select entry from
drop-down list
|
The OCSD 3-character
location code from the OCSD Tagging
Procedures.
|
D
|
ASSET
#
|
OC
|
Request Asset Number
from CMMS Support Group
|
“OCSD”
(ENGINEER) to assign asset tag numbers.
|
E
|
LOOP
|
D
|
Key-in,
6- characters with hyphen
|
LOOP NUMBER -- This
field identifies equipment at the system
level. Equipment is
grouped together in process related groups. This code is made up
of a three character location code (27B), a dash ‘-‘(27B-),
and a three digit numeric block number (27B-
040). In the example
27B-040 the loop code refers to the High
Flow Pump #2 system
located in location 27B (City Water
Facility) at Plant
2. The OCSD Engineering Group is responsible for assigning the
loop numbers.
|
SAMPLE
NO DETAIL DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
F
|
LOOP
DESC
|
D
|
Key-in
the loop number description, 0-50 characters
|
Loop Number
Description- is a 50-character field, which identifies the system
or process represented by the Loop
Number. The Loop
Number description field is made of two or more components. The
first component is the system or process and the second component
is the location of the system or process. The description for the
example would be PUMP,
HIGH
FLOW #1, CITY WATER STATION, P-2.
|
G
|
LOOP
TAG
|
D
|
Key-in,
7-11 characters
|
LOOP
TAG NUMBER -- This field identifies a specific process
location
within a loop number’s group of assets. The loop tag number
uses as its first three characters the location code from the
Area / Location code list for the Plants and Pump Stations, i.e.
27BFBK040. The next two to four characters represent the asset’s
equipment abbreviation/acronym and are taken from the OCSD's Loop
Tag Alpha list for the Electrical, Mechanical and Piping
divisions, i.e. 27BFBK040. For the Instrumentation division it is
taken from the OCSD's ISA listing. In this example, the FBK
stands for Feeder Breaker. The last three digits are the block
number of the loop being used, i.e. 27BFBK040. A suffix A thru Z
may be present to make the Loop Tag Number unique. Loop Tag
Numbers are formed in accordance with the OCSD Tagging Procedure.
|
H
|
LOOP
TAG DESC
|
D
|
Key-in
the loop tag number description, 0-50 characters
|
This
is a 50-character field that provides a description of the
asset that is
represented by the Loop Tag Number. This description field will
contain two to three components, the asset generic name same as
found in the asset description field which is obtained from the
‘Asset First Word List’, a modifier if needed and the Loop
Number Description leaving off the process/facility location
description if there is insufficient room to fit.
The
description for the example would be BREAKER, FEEDER, PUMP, HIGH
FLOW #1. The highlighted word FEEDER is the modifier.
|
I
|
PHYSICAL
LOOP TAG
|
D
|
Select
entry from drop-down list
|
This
field is used to indicate whether or not there will be a HARD
TAG
installed in the field. The CONTRACTOR shall provide tags in
accordance with the OCSD Tagging Procedure and the Specifications
for each Loop Tag Number where this field is marked HARD TAGGED.
|
J
|
ASSET
DESC
|
D
|
Key-in a short
description taken from the NOUN LIST and 0-50 characters in
length.
|
See
NOUN LIST, column A (ASSET 1ST WORD NOUN) and B (MODIFIER) for
the noun/adjective combinations. Contact CMMS Help Desk at ext.
3107 if a new noun is needed.
|
K
|
DRAWING DOCU-
MENT
|
D
|
Key-in
the P&ID
file
name here
|
Reference
to the P&ID file number, 0-50 characters.
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
SAMPLE
NO DETAIL DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
L
|
CRIT
MA
|
D
|
Select
entry from drop-down list
|
Identify the
maintenance criticality for the equipment. See NOUN LIST, column
G (M/C) for typical maintenance strategy of
c
ommon equipment.
MCAP=Managed Capital
equipment; Capital Asset per Finance definition of $5000.00 or 3
years life.
MNCAP=Managed
None Capital.
|
M
|
CRIT
OA
|
D
|
Select
entry from drop-down list
|
Identify
the criticality of the process.
High: (Impact on
process is critical or a health and safety hazard. Immediate
action is required.)
Med: (Impact on
process is moderate. Alternate methods are available. Plan and
schedule within 48 hours.)
Low:
(Impact on process is negligible. Plan and schedule within
2
weeks.)
|
N
|
IN
SERV
|
D
|
Select entry from
drop-down list
|
Enter whether or not
the Asset is in service. Example: ("Y" for
"Yes"
or "N" for "No"). Typically all new equipment
is in service.
|
O
|
DETAIL
|
XXXXXX XXXXX
|
Do not enter anything
here!
|
Leave
this field blank.
|
P
|
MEAN
TIME BEFORE FAILURE
|
C
|
Key-in
the MTBF
|
Fr
om manufacturers specifications in hours. Example: (7,000.00)
|
Q
|
MTBF UNITS
|
C
|
Select entry from
drop-down list
|
Set
all MTBF Units to "HOURS".
|
R
|
MAINT
STRAT
|
C
|
Select
entry from drop-down list
|
Identify
the maintenance strategy for the equipment. See NOUN
LIST, column F (M/S)
for typical maintenance strategy of common equipment.
CAL = Calibration,
Asset needs to be calibrated on a regular basis, but it does not
increase the life of the asset per definition. NSM = No Scheduled
Maintenance
PD
= Predictive Maintenance PM = Preventive Maintenance RTF = Run To
Failure
|
S
|
EQ
TYPE
|
OC
|
Entered from a
Lookup
Table
|
List of function
codes such as PMP, SWI, BKR, etc used to describe the general
equipment type.
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
SAMPLE
NO DETAIL DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
T
|
EQ
TYPE DESCRIP- TION
|
C
|
Select
entry from drop-down list
|
List of equipment
names such as PUMP, SWITCH, BREAKER, etc used to describe the
general equipment type. There are ten
(10) User Defined
entries to be used by the CONTRACTOR for entering equipment types
not found in the drop-down list, however, the CONTRACTOR shall
make a request for use of the new equipment type and get written
Authorization from “OCSD CMMS Support Group Supervisor or
his/her designate”
(ENGINEER)
before using. CONTRACTOR shall also provide to
“OCSD”
(ENGINEER) a list of all User Defined entries used and their
equivalent in a MS-Word document on or before submitting the EIDs
for review.
|
U
|
MASTER EQ #
|
OC
|
Key-in the master
equipment code
|
Enter
the master equipment code related to the Asset if any.
|
V
|
EQ
CLASS
|
OC
|
Entered from a
Lookup
Table
|
List of values of EQ
CLASS such as AIR, CHEM, ELECT and so on.
|
W
|
EQ CLASS DESCRIP-
TION
|
D
|
Select
entry from drop-down list
|
List
of descriptions for EQ CLASS such as "COMPRESSED AIR
SYSTEMS",
"CHEMICAL SYSTEMS", "ELECTRICAL SYSTEMS" and
so on. There are ten (10) User Defined entries to be used by the
“Designer” (ENGINEER) for entering equipment class
description not found in the drop-down list, however, the
“Designer” (ENGINEER) will make a request for use of the new
equipment class description and get written Authorization from
“OCSD CMMS Support Group Supervisor or his/her designate”
(ENGNEER) before using. “Designer” (ENGINEER) will also
provide to “OCSD” (ENGINEER) a list of all User Defined
entries used and their equivalent in a MS-Word document on or
before submitting the EIDs for review.
|
X
|
EQ PROCESS
|
OC
|
Entered from a
Lookup
Table
|
List of values of EQ
PROCESS such as INST, FECHL, DISLOW
and
so on.
|
Y
|
EQ
PROCESS DESCRIP- TION
|
D
|
Select
entry from drop-down list
|
List
of descriptions for EQ PROCESS such as "INSTRUMENT AIR
EQUIPMENT", "FERRIC/FERROUS CHLORIDE EQUIPMENT",
"ELECTRICAL DISTRIBUTION LOW" and so on. There are ten
(10) User Defined entries to be used by the “Designer”
(ENGINEER) for entering equipment process description not found
in the drop-down list, however, the “Designer” (ENGINEER)
will make a request for use of the new equipment process
description and get written Authorization from “OCSD CMMS
Support Group Supervisor or his/her designate” (ENGNEER) before
using. “Designer” (ENGINEER) will also provide to “OCSD”
(ENGINEER) a list of all User Defined entries used and their
equivalent in a MS-Word document on or before submitting the EIDs
for review.
|
Z
|
MANUF. CODE
|
OC
|
Entered from a
Lookup
Table
|
List of values of
MANUF. CODE such as ABEL, BEC, MOY and so on.
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
SAMPLE
NO DETAIL DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
AA
|
MANUF.
NAME
|
C
|
Select
entry from drop-down list
|
List of descriptions
for MANUF. NAME such as "ABEL PUMPS", "BECKMAN",
"MOYNO" and so on. There are ten (10) User
Defined entries to be
used by the CONTRACTOR for entering manufacturer name not found
in the drop-down list, however, the CONTRACTOR shall make a
request for use of the new manufacturer name and get written
Authorization from “OCSD CMMS Support Group Supervisor or
his/her designate”
(ENGNEER)
before using. CONTRACTOR shall also provide to
“OCSD”
(ENGINEER) a list of all User Defined entries used and their
equivalent along with manufacturer information including but
limited to address and phone numbers in an MS-Word document on or
before submitting the EIDs for review.
|
AB
|
MODEL
#
|
C
|
Key-in manufacturers
model number
|
T
ype in the model number related to the asset up to 30 characters.
|
AC
|
SERIAL
#
|
C
|
Key-in manufacturers
serial number
|
T
ype in the serial number related to the asset up to 30
characters.
|
AD
|
CAPACITY
|
C
|
Key-in
the
m
aximum capacity of the asset
|
This
field is 20 characters maximum.
|
AE
|
DEPRE-
CIATION
METHOD
|
OC
|
Select
entry from drop-down list
|
SLSD
— STRAIGHT-LINE/STARTUP DATE
|
AF
|
PURCHAS
E DATE
|
C
|
Key-in
date asset was purchased
|
Use
MM/DD/YYYY format.
|
AG
|
W
ARRANT
Y DATE
|
OC
|
Key-in
date the warranty expires
|
Note
this is the date that the asset warranty will expire in the
future.
|
AH
|
STARTUP
DATE
|
OC
|
Key-in date the asset
was placed in service
|
Use
MM/DD/YYYY format.
|
AI
|
PURCHAS E
PRICE
|
C
|
Key-in
CONTRACTOR's cost for
the asset, material only
|
In
dollars rounded off to the nearest dollar. Split the lump sum
costs for AE/AIT-type configurations.
|
AJ
|
LAST
CAL DATE
|
OC
|
None
|
Last
Calculated Date is entered after all of the Depreciation
information
has been entered and the Calculate Depreciation button has been
clicked.
|
AK
|
LIFE
EXPEC-
TANCY
|
C
|
Key-in
estimated asset life
|
Measured
in months. See NOUN LIST, column E (LIFE EXP) for typical life
expectancy.
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
SAMPLE
NO DETAIL DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
AL
|
ACCUMU- LATED
DEPRE- CIATION
|
OC
|
None
|
Accumulated
Depreciation is calculated after all of the Depreciation
information has been entered and the Calculate Depreciation
button has been clicked.
|
A M
|
SALVAGE
VALUE
|
OC
|
None
|
Salvage
Value is calculated after all of the Depreciation
information
has been entered and the Calculate Depreciation button has been
clicked.
|
AN
|
NET
PRESENT
VALUE
|
OC
|
None
|
Net
Present Value is calculated after all of the Depreciation
information
has been entered and the Calculate Depreciation button has been
clicked.
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
DRIVEN EID DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
|
Driven Information
|
|||
AO
|
ASSET
#
|
OC
|
None
|
This is the Asset
Number that comes from the Asset Information
Screen.
|
AP
|
DRIVEN
UNIT CODE
|
C
|
Select
entry
f rom drop- down
list
|
Same
as FUNCTION CODE (or Asset Type). Example: (PMP = PUMP, CMP =
COMPRESSOR and GBX = GEARBOX)
|
AQ
|
DRIVEN
CAPACITY
|
C
|
Key-in
7, 2
Number, xxxxx.xx
|
Maximum
rated capacity of the asset.
|
AR
|
CAPACITY
UNITS
|
C
|
Select
entry
f rom drop- down
list
|
Units
of measure for Capacity. Example: (GPM = Gallons per
Minute,
GPH = Gallons per Hour, CFM = Cubic Feet per Minute and
MGD = Million
Gallons per Day) |
AS
|
TOTAL
D YNAMIC HEAD
|
C
|
Key-in
7, 2
Number, xxxxx.xx
|
Maximum
head under normal full-speed operating conditions.
|
AT
|
TOTAL
D YNAMIC HEAD UNITS
|
C
|
Select
entry from drop- down list
|
Units
of measure for TDH. Example: (FT = Feet)
|
AU
|
IMPELLER
SIZE
|
C
|
Key-in
7, 2
Number, xxxxx.xx
|
Per
design Specifications. Example: (10, 12, 15)
|
AV
|
IMPELLER
UNITS
|
C
|
Select
entry
f rom drop- down
list
|
Units
of measure for the impeller size. Example: (INCH = Inches or
MM
= Millimeters)
|
AW
|
TRIM
SIZE
|
C
|
Key-in
7, 2
Number, xxxxx.xx
|
The
clearance between the wear rings. Example: (0.0500 inches)
|
AX
|
TRIM
UNITS
|
C
|
Select
entry
f rom drop- down
list
|
Units
of measure for Trim Size. Example: (INCH = Inches)
|
AY
|
SUCTION
SIZE
|
C
|
Key-in
7, 2
Number, xxxxx.xx
|
Nominal
size of the suction-side connecting pipe.
|
AZ
|
SUCTION
SIZE UNITS
|
C
|
Select
entry
f rom drop- down
list
|
Units
of measure for the suction size. Example: (INCH = Inches)
|
BA
|
DISCHARGE
SIZE
|
C
|
Key-in
7, 2
Number, xxxxx.xx
|
Nominal
size of the discharge-side connecting pipe.
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
DRIVEN EID DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BB
|
DISCHARGE
SIZE UNITS
|
C
|
Select
entry
f
rom drop- down list
|
Units
of measure for the discharge size. Example: (INCH = Inches)
|
BC
|
BHP
REQUIRED
|
C
|
Key-in
7, 2
Number,
xxxxx.xx
|
Per
design Specifications (Brake Horse Power) to meet the maximum
rated capacity.
|
BD
|
BHP
UNITS
|
C
|
Select
entry
f
rom drop- down list
|
Units
of measure for BHP (Brake Horse Power).
|
BE
|
DISCHARGE
CAPACITY
|
C
|
Key-in
7, 2
Number,
xxxxx.xx
|
Maximum
discharge capacity after installation design.
|
BF
|
DISCHARGE
CAP UNITS
|
C
|
Select
entry
f
rom drop- down list
|
Units
of measure for discharge capacity. Example: (PSI or GPM)
|
BG
|
DRIVEN
UNIT
HIGH RPM
|
C
|
Key-in
6, 1
Number,
xxxxx.x
|
Use
the design value for the maximum RPM of the asset.
|
BH
|
DRIVEN
UNIT
LOW RPM
|
C
|
Key-in
6, 1
Number,
xxxxx.x
|
Use
the design value for the minimum RPM of the asset.
|
BI
|
ROTATION
|
C
|
Select
entry
f
rom drop- down list
|
This
is the normal direction of rotation of the asset. Example: (CW =
Clock Wise or CCW = Counter Clock Wise)
|
BJ
|
ROTATION
FROM END
|
C
|
Select
entry
f
rom drop- down list
|
Facing
the DRIVE end or DRIVEN end. (Example: DRIVE or DRVN)
|
BK
|
IMPELLER
MATERIAL
|
C
|
Select
entry
f
rom drop- down list
|
Per
design Specifications.
|
BL
|
WEAR
RING MATERIAL
|
C
|
Select
entry
f rom drop- down
list
|
Per
design Specifications.
|
BM
|
FRONT
SEAL
|
C
|
Key-in
20-
character Front Seal
information
|
Enter
the information in this order "Type/Size".
|
BN
|
SHAFT
SEAL
|
C
|
Key-in 20- character
Shaft Seal
information
|
Enter
the information in this order "Type/Size".
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
DRIVEN EID DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BO
|
FRONT
BEARING
|
C
|
Key-in
20-
character
Front Bearing information
|
Enter
the information in this order "Type/Size".
|
BP
|
END
SHAFT BEARING
|
C
|
Key-in 20-
character End Shaft
Bearing information
|
Enter
the information in this order "Type/Size".
|
BQ
|
AGMA
LUBRI- CATION CODE
|
C
|
Select
entry from drop- down list
|
Use
the AGMA Code supplied by the manufacturer.
|
BR
|
FRAME
|
C
|
Enter
information
found on Nameplate
|
Used
to identify the assets Frame.
|
BS
|
COUPLING
DATA
|
C
|
Key-in 2000-
character Coupling Data
|
Enter
the information in this order: Manufacturer, Modifier, Size,
Type, Lubrication/Marital.
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
nameplate. nameplate.
nameplate.
nameplate. nameplate.
nameplate. nameplate. nameplate.
nameplate.
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
ELECTRICAL
EID DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
|
Electrical
Information
|
|||
AO
|
ASSET
#
|
OC
|
Entered
from
Plant
Information Screen Table
|
Same
as Asset # form Plant Information Screen.
|
AP
|
MCC
NUMBER
|
OC
|
None
|
This
is for information only!
|
AQ
|
ELECTRI- CAL CODE
|
OC
|
VLOOKUP
|
Look
up using ELECTRICAL_DESC_TO_CODE table in EID.
|
AR
|
ELECTRI-
CAL
CODE DESCRIP- TION
|
C
|
Select
entry from drop- down list
|
Used
to describe the type of electrical asset. Example (TUB, SWITCH,
VFD)
|
AS
|
BREAKER
MANU- FACTURER NAME
|
C
|
Enter
information
found on Breakers Nameplate
|
Used
to identify “Manufacture Name” of Breaker or Fuses in Tub
|
AT
|
AMPS
|
C
|
Enter
information found on
Nameplate
|
Used
to identify AMPS information: Example (20.00, 30.00, 60.00,
100.00)
|
AU
|
BREAKER
VOLTS
|
C
|
Enter information
found
on
Nameplate
|
Used
to identify Breaker Volts: Example (240.00, 480.00, 600.00)
|
AV
|
CATALOG
|
C
|
Enter
information
found on Nameplate
|
Used
to identify Catalog Number: Example (HFD3060L, FHL36015,
2610D55G06) |
AW
|
STYLE
|
C
|
Enter
information
found on Nameplate
|
Used
to identify Style: Example (FAL TYPE 3 POLE, RACK OUT, M68T1691)
|
AX
|
STARTER "MANUFACT
URE"
"NAME"
|
C
|
Enter
information
found on Starters Nameplate
|
Used
to identify “Manufacture Name” of Starter in Tub
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
ELECTRICAL
EID DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
AY
|
STARTER
SIZE
|
C
|
Enter information
found on Starters
Nameplate
|
Used
to identify Size of Starter in Tub
|
AZ
|
VOLTS
(High)
|
C
|
Enter
information
found on Nameplate
|
Used
to identify Maximum voltage: Example (110, 220)
|
BA
|
VOLTS
(Low)
|
C
|
Enter
information found on
Nameplate
|
Used
to identify Minimum voltage: Example (110, 220)
|
BB
|
NUMBER
OF HEATERS
|
C
|
Enter
information found on
Nameplate
|
Used
to identify number of Heaters: Example (3)
|
BC
|
HEATERS
TYPE
|
C
|
Enter information
found
on
Nameplate
|
Used
to identify the Model Number of the Heaters: Example (W33, AR6.4,
AU 44, C8.67A, 1045)
|
BD
|
MAX.
HP
|
C
|
Enter
information
found on Nameplate
|
Used
to identify Maximum horsepower: Example (10, 25, 100)
|
BE
|
COIL
NUMBER
|
C
|
Enter
information
found on Nameplate
|
Used
to identify the Coil part number: Example (CB236, 1887-1,
15D21G002) |
BF
|
AUXILIARY
CONTACT NUMBERS
|
C
|
Enter
information found on
Nameplate
|
Used
by OCSD to identify the Auxiliary Contact Number: Example
(Normally Open,
Normally Closed) |
BG
|
SERIES
|
C
|
Enter
information found on
Nameplate
|
Used
to identify the Series: Example (A, A1, B)
|
BH
|
SERIES
TYPE
|
C
|
Enter information
found
on
Nameplate
|
Used
to identify the Series Type: Example (SK6, SX7, SCO3)
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
ELECTRICAL
EID DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BI
|
CONTROL
TRANS- FORMER
|
C
|
Enter information
found
on
Nameplate
|
This
is the Control Transformers Manufacturer. Example: (SQUARE D,
ACME ELECTRIC, JEFFRIES)
|
BJ
|
TRANS-
FORMER KVA
|
C
|
Enter
information
found on Nameplate
|
This
is the Control Transformer KVA: Example (0.20, 0.50)
|
BK
|
TRANS-
FORMER FUSE
|
C
|
Enter
information
found on Nameplate
|
This
is the Control Transformers Fuse Type
|
BL
|
TRANS-
FORMER AMPS
|
C
|
Enter
information found on
Nameplate
|
This
is the Control Transformers AMPS: Example (1.00, 2.00, 3.00)
|
BM
|
TRANS-
FORMER PART NO
|
C
|
Enter
information found on
Nameplate
|
This
is the Control Transformers Fuse part number: Example
(C340CNG,
42-35379)
|
BN
|
TRANS-
FORMER TYPE
|
C
|
Enter information
found
on
Nameplate
|
This
is the Control Transformer Type: Example (Dry)
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
INSTRUMENT DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
|
Instrumentation
Information
|
|||
AO
|
ASSET
#
|
OC
|
None
|
This is the Asset
Number that comes from the Asset Information
Screen.
|
AP
|
INSTRU- MENT CODE
|
OC
|
Entered from a
Lookup
Table
|
List of descriptions
for INSTRUMENT CODE such as ALRM, ANA, DISP and so on.
|
AQ
|
INSTRU-
MENT CODE DESCRIP-
TION
|
C
|
Select
entry from drop- down list
|
List
of descriptions for INSTRUMENT CODE DESCRIPTION such as "ALARMS,
AUDIO-VISUAL AND SOFTWARE", "ANALYZER", "DISPLAY,
ELECTRONIC" and so on.
|
|
Instrument
Identification Information
|
|||
AR
|
PLC ADDRESS
|
C
|
Enter as needed
|
Network address for
PLC. (For PLC's only)
|
AS
|
CIRCUIT
NUMBER
|
C
|
Key-in
the
Breaker
number in Branch circuit Panel
|
Breaker
number in Branch circuit Panel that feeds the device.
|
AT
|
SINGLE
PHASE PANEL ID
|
C
|
Key-in
the
Alpha
ID of the branch circuit panel
|
Alpha
ID of the branch circuit panel where breaker is located.
|
AU
|
MCC
NUMBER
|
C
|
Key-in
the ID
|
MCC
is the MCC letter ID where the asset is fed from.
|
AV
|
INSTR
VOLTAGE
|
C
|
Key-in
the
Instrument
Voltage |
Primary
Instrument Voltage.
|
|
Instrument Parameter
Information
|
|||
AW
|
ISOLATION
FUSE
NUMBER
|
C
|
Key-in
the
Fuse
ID# in fuse block
|
Fuse
ID# in fuse block. (Example: #1, #2, #3 & so on.)
|
AX
|
ISOLATION
FUSE LOCATION
|
C
|
Key-in
the
Fuse
Panel No./Fuse Block No.
|
Fuse
Panel No./Fuse Block No..
|
AY
|
DUTY
|
C
|
Key-in
the
Fuse
catalog number
|
Fuse
catalog number.
(Example: AGC-1,
NON-1 and so on.) |
AZ
|
OPERATING RANGE
|
C
|
Key-in the
Min/Max
range
|
Min/Max
of range.
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
INSTRUMENT DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BA
|
ACCU-RACY
|
C
|
Key-in the Percentage
of accuracy for the asset
|
Percentage
of accuracy for the asset. (Example: 001.000 = 1%)
|
|
Range & Signal
Data
|
|||
BB
|
MAX OUTPUT RANGE
|
C
|
Key-in the Maximum
output signal
|
Maximum
output signal.
|
BC
|
SIGNAL
OUTPUT
|
C
|
Key-in
the
Signal
output
T
ype
|
Signal
output Type. (Example: Milliamps)
|
BD
|
NUMBER
OF OUTPUTS
|
C
|
Key-in
the
Number of outputs
|
Number
of outputs.
|
BE
|
MAX
INPUT RANGE
|
C
|
Key-in the Maximum
input signal
|
Maximum
input signal.
|
BF
|
SIGNAL
INPUT
|
C
|
Key-in
the
Signal
input
T ype |
Signal
input Type. (Example: Milliamps)
|
BG
|
NUMBER
OF CHANNELS
|
C
|
Key-in
the
Number
of channels
|
Number
of channels.
|
BH
|
TOTALIZER
FACTOR
|
C
|
Key-in the
Multiplication of display
|
Multiplication
of display. (Example: X10 or X100)
|
BI
|
ENCLOSUR E TYPE
|
C
|
Key-in the
Enclosure
Type
|
Enclosure
Type using "NEMA".
|
BJ
|
SENSOR
TYPE
|
C
|
Key-in
the
Process variable
|
Process
variable. (Example: Thermal)
|
|
Power & Control
Data
|
|||
BK
|
PRIMARY
POWER
|
C
|
Key-in
the
Voltage used to power
the
asset
|
Voltage
used to power the asset. (Example: 120)
|
BL
|
PRIMARY POWER
UNIT
|
C
|
Select entry from
drop-
down
list
|
Voltage
unit of measure to power the asset. (Example: AC/DC)
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
INSTRUMENT DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BM
|
RE-
FERENCE VOLTS
|
C
|
Key-in the Reference
Volts supplied
by
Manufacture
|
Volts
supplied by the Manufacture. (Example: 0480.00)
|
BN
|
REFERENC
E
VOLTS UNIT
|
C
|
Select
entry
f
rom drop- down list
|
Volts
unit of measure supplied by the Manufacture. (Example: AC/DC)
|
BO
|
CONTROL PANEL NUMBER
|
C
|
Key-in the Field
Control Panel number
|
Field
Control Panel (FCP) number.
|
BP
|
KVA
|
C
|
Key-in the KVA
of
the Asset
|
KVA
of Asset.
|
BQ
|
W
ATTS
|
C
|
Key-in
the
W
attage of the
Asset |
W
attage of Asset.
|
BR
|
AMPS
|
C
|
Key-in the Amperage
of the Asset
|
Amperage
of Asset.
|
BS
|
CURRENT
TYPE
|
C
|
Select
entry
f
rom drop- down list
|
T
ype of Voltage. (AC/DC)
|
|
Process Variable
Parameters
|
|||
BT
|
PROCESS
FLUID
|
C
|
Select
entry
f
rom drop- down list
|
This
is the fluid that the instrument is processing. (Use the "Process
Material Code List of Values.xls")
|
BU
|
PROCESS
FLUID UNIT
|
C
|
Select
entry
f
rom drop- down list
|
Unit
of measure for PROCESS FLUID. (Example: GPM, GPH, PSI)
|
BV
|
METER FACTOR
|
C
|
Key-in the
Meter
Factor
|
Definition
from Name Plate.
|
BW
|
OPERA-
TING PRESSURE
|
C
|
Key-in the numeric
value
of the operating
pressure
|
This
is the numeric value of the operating pressure.
|
BX
|
OPERA-
TING
PRESSURE UNIT
|
C
|
Select
entry from drop- down list
|
This
is the type of measure of the operating pressure. (Example: PSI)
|
BY
|
LINER
MATERIAL
|
C
|
Key-in
the type
of
Liner
Material |
Liner
for instrument. (Example: Teflon)
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
INSTRUMENT DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BZ
|
OPERA--
TING TEMP
|
C
|
Key-in the Operating
Temperature
|
T
emperature the instrument operates at. (Example: 153)
|
CA
|
OPERA-
TING
TEMP UNIT
|
C
|
Select
entry
f
rom drop- down list
|
The
unit of measure that the instrument operates at. (Example: F/C)
|
|
Calibration &
Recording Data
|
|||
CB
|
DEAD
BAND (%)
|
C
|
Key-in
the
Dead Band numeric
percentage
|
Dead
Band numeric in percentage. (Example: 20%)
|
CC
|
CAL FACTOR
|
C
|
Key-in the Cal
Factor
|
Numeric value from
the Name Plate of the instrument. (Same as "K FACTOR")
|
CD
|
K
FACTOR
|
C
|
Key-in the "K"
Factor
|
Numeric value from
the Name Plate of the instrument. (Same as "CAL FACTOR")
|
CE
|
CALIBRATIO
N SPAN
|
C
|
Key-in
the
Calibration
Span |
Difference
between Min/Max flow.
|
CF
|
MAX
FLOW
|
C
|
Key-in
the
Maxi-mum
flow of the instrument
|
Maximum
flow of the instrument. (100 MGD)
|
CG
|
MAX
RANGE
|
C
|
Key-in
the
Maximum range of the
instrument
|
Maximum
range of the instrument. (0 to 100 PSI)
|
CH
|
LINE
SIZE
|
C
|
Key-in the Line
Size
|
Size of the line that
the instrument is connected to. (Example: 02.00)
|
|
PLC information
|
|||
CI
|
RACK
|
C
|
Key-in the PLC Rack
ID
|
PLC
RACK ID.
|
CJ
|
SLOT
|
C
|
Key-in the PLC Slot
ID
|
PLC
SLOT ID.
|
CK
|
POINT
|
C
|
Key-in the PLC Point
ID
|
PLC
POINT ID.
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
MECHANICAL
EID DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
|
Mechanical
Information
|
|||
AO
|
ASSET
#
|
OC
|
Entered
from
Plant
Information
Screen
Table
|
Same
as Asset # form Plant Information Screen.
|
AP
|
DRIVE SHEAVE
|
C
|
Enter
information
in
the order of
Size
and Type
|
This is the
information for the Drive (Sheave, Coupling or
Sprocket).
|
AQ
|
DRIVE
BUSHING
|
C
|
Enter
information
in
the order of
Size
and Type
|
This
is the information for the Drive Sheaves Bushing only.
|
AR
|
DRIVE
SHAFT SIZE
|
C
|
Enter
the Drive
Shaft
Size
|
Enter
size in Inches. Example: (3.500)
|
AS
|
DRIVE BELT
|
C
|
Enter the Drive
Belt
Part Number
|
Belt
number (Standard used by all manufactures).
|
AT
|
DRIVE
INSERT
|
C
|
Enter
information
in
the order of
T ype and Size |
This
is the information for the Drive Insert. Example: (Type/Size)
|
AU
|
DRV
CHAIN
|
C
|
Enter
information
in
the order of
T ype and Size |
This
is the information for the Drive Chain. Example: (Type/Size)
|
AV
|
DRV
AMOUNT
|
C
|
Enter
the Drive
Belt,
Chain or
Sprocket amount |
This
is the number of Belts, Links or Teeth used. Example: (1 -
1000) |
AW
|
DRIVEN
SHEAVE
|
C
|
Enter
information
in
the order of
Size and Type |
This
is the information for the Driven (Sheave, Coupling or
Sprocket). |
AX
|
DRIVEN
BUSHING
|
C
|
Enter
information
in
the order of
Size and Type |
This
is the information for the Driven Sheaves Bushing only.
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
AY
|
DRIVEN
SHAFT SIZE
|
C
|
Enter the Driven
Shaft
Size
|
Enter
size in Inches. Example: (3.500)
|
AZ
|
DRIVEN
INSERT
|
C
|
Enter
information in the order of Type and Size
|
This
is the information for the Driven Insert. Example: (Type/Size)
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
MECHANICAL
EID DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
BA
|
DRVN AMOUNT
|
C
|
Enter the Driven
Sprocket
amount
|
This is the number
of Belts, Links or Teeth used. Example: (1 -
1000)
|
BB
|
INPUT
RPM
|
C
|
Enter
the
m aximum input of
the shaft
|
This
is the Maximum Input of the shaft. Example: (1,788.0)
|
BC
|
OUTPUT
RPM
|
C
|
Enter
the
m aximum output of
the shaft
|
This
is the Maximum Output of the shaft. Example: (6,573.0)
|
BD
|
RATIO
|
C
|
Enter
the ratio of
the
asset
|
This
is the Ratio used to calculate shaft input to shaft output.
Example:
(3.67:1)
|
BE
|
FRAME
|
C
|
Enter
information
found
on
Nameplate |
Used
to identify the assets Frame
|
BF
|
ROTATION
|
C
|
Select
entry from drop-down list
|
This
is the Rotation of the asset when viewing from the front,
looking at the shaft.
Example: ( CW = Clock Wise and CCW = Counter Clock Wise)
|
BG
|
MECH
SIZE
|
C
|
Enter
information
found
on
Nameplate |
Nameplate
Data if any.
|
BH
|
SERVICE
FACTOR
|
C
|
Enter
information
found
on
Nameplate |
Used
to identify the manufactures’ Service Factor.
|
BI
|
C
YLIN- DERS
|
C
|
Enter
the number
of cylinders of the
asset
|
This
is the number of Cylinders the asset has. Example: (1 - 16)
|
BJ
|
HORSE-
POWER
|
C
|
Enter
information
found
on
Nameplate |
Used
to identify the Horsepower of the asset.
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BK
|
LUBRICA- TION
|
C
|
Select entry from
drop-down list
|
Use AGMA Lubrication
Code standards to identify the lubrication type.
|
BL
|
AMOUNT
|
C
|
Enter the quantity of
lubrication that the asset requires
|
The
amount of Lubricant required indicated in whole numbers. Example
(1, 10, 50, 500)
|
BM
|
VOLUME
|
C
|
Enter
the type of
measurement
for the quantity of lubrication to be used
|
The
measurement type used. Example: (Quarts, Gallons, Cubic inches,
Cubic feet or Tube)
|
BN
|
PSI
|
C
|
Enter
information
found
on
Nameplate
|
This
is the Pounds Per Square Inch measured in Static or
Range.
Example (150 or "25 to 150")
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
MECHANICAL
EID DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
BO
|
COM-
MENTS
|
C
|
Open
for use by
the
“Designer” (ENGINEER), CONTRACTOR or “OCSD” (ENGINEER)
|
Enter
any information determined to be valuable.
|
Sludge Dewatering and
Odor Control at Plant 1 EQUIPMENT AND INSTRUMENT
TRANSFORMER
EID DATA DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
|
T ransformer
Information
|
|||
AO
|
ASSET
#
|
OC
|
Entered
from
Plant Information
Screen Table
|
Same
as Asset # form Plant Information Screen.
|
AP
|
TRANSFOR
MER TYPE
|
C
|
Select
entry
f rom drop-down list
|
This
is the type of Transformer it is. Example: (Dry type or Oil
Filled)
|
AQ
|
KVA
RATING
|
C
|
Enter
information found on
Name Plate
|
This
information can be found on the nameplate of the asset.
|
AR
|
PHASE
RATING
|
C
|
Select
entry
f
rom drop-down list
|
How
many legs for this Transformer. Example: (1 or 3)
|
AS
|
IMPEDANCE
|
C
|
Enter
information
found on Name Plate
|
This
is the Ohms. Example: (200.00, 300.00 and so on)
|
AT
|
VOLTAGE
|
C
|
Enter
information
found on Name Plate
|
W
hat is the Voltage of the Transformer. Example: (220, 460 and so
on)
|
AU
|
CONFIGURA
TION
|
C
|
Select
entry
f
rom drop-down list
|
Example:
(WYE/DELTA, DELTA/WYE, WYE/WYE and
DELTA/DELTA) |
AV
|
OIL
CAPACITY
|
C
|
Enter
information
found on Name Plate
|
Quantity
indicated by a number. Example: (5, 10, 20 and so on)
|
AW
|
OIL
CAPACITY UNITS
|
OC
|
Entered
from a
Lookup Table |
This
is the unit type. Example: (Gal, Qrt and Pnt)
|
AX
|
OIL
CAPA-
CITY UNITS DESCRIP-
TION
|
C
|
Select
entry from drop-down list
|
This
is the unit type description. Example: (Gallons, Quarts and
Pints)
|
AY
|
OIL
TYPE
|
C
|
Select entry from
drop-down
list
|
This
is the type of oil used. Example: (Silicone or Mineral)
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
Book Number
VALVE DETAIL DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
AO
|
ASSET
#
|
OC
|
None
|
This
is the Asset Number that comes from the Asset Information
Screen.
|
AP
|
VALVE
CODE
|
OC
|
Entered
from a
Lookup
Table
|
Valve
Type of Asset. Example: (BV = BALL, GV =GATE, BFV =
BUTTERFLY)
|
AQ
|
VALVE CODE
DESCRIP- TION
|
C
|
Select
entry from drop-down list
|
Valve
Type of Asset. Example: (BALL, GATE, BUTTERFLY)
|
AR
|
PART
NO
|
C
|
Key-in
0-20
character
manufacturers part number
|
Manufactures
SKU Number.
|
AS
|
CATALOG
|
C
|
Key-in
0-20
character
manufacturers catalog number
|
W
hen available.
|
AT
|
VALVE
MATERIAL
|
C
|
Select
entry
f
rom drop-down list
|
Material
from which the valve body was cast.
|
AU
|
VALVE
SIZE
|
C
|
Key-in
0-7
character
valve size xxxxx.xx
|
This
is the size of the valve indicated in inches, (4.00 equals 4
inches).
|
AV
|
VALVE
SIZE UNIT
|
C
|
Select
entry
f
rom drop-down list
|
This
is the units of measure indicated in inches.
|
AW
|
VALVE
SEAT
MATERIAL
|
C
|
Select
entry
f
rom drop-down list
|
Material
from which the valve seat is cast
|
AX
|
VALVE
MOUNTING
|
C
|
Select
entry
f rom drop-down list
|
Flange,
threaded, etc
|
AY
|
PROCESS
PRESSURE
|
C
|
Key-in
0-8
character
normal pressure
rating xxxxxx.xx
|
This
is the amount of pressure that the valve is rated for.
|
AZ
|
PROCESS PRESSURE
UNIT
|
C
|
Select entry from
drop-down
list
|
This
is the units of measure usually indicated in pounds per square
inch (PSI).
|
BA
|
PROCESS
MATERIAL
|
C
|
Select entry from
drop-down
list
|
This
is the type of material that is passing through the valve,
(Water, Air, Oil, Sludge, etc.).
|
EQUIPMENT AND
INSTRUMENT Sludge Dewatering and Odor Control at
Plant 1
VALVE DETAIL DATA
DICTIONARY
|
||||
COLUMN
REF
|
Field
Heading
|
Provided
by
D-Designer
C-CONTRACTOR
OC-OCSD
|
Action to be
T aken
|
Remarks
|
ALL
“NO DETAIL” DATA IS REQUIRED PLUS THE FOLLOWING:
|
||||
BB
|
PACKING
TYPE
|
C
|
Key-in
0-20
character
packing material
|
This
is the type of packing used in the valve.
|
BC
|
VOLTAGE
|
C
|
Select
entry
f
rom drop-down list
|
This
is the voltage value if the valve is opened and closed using
electricity, (120 AC or 480 AC).
|
BD
|
OPEN
DIRECTION
|
C
|
Select
entry
f
rom drop-down list
|
This
is the direction to turn the actuator to open the valve as you
face
the actuator,
( CW = Clock Wise
and CCW = Counter Clock Wise). |
BE
|
TURNS
TO CLOSE
|
C
|
Key-in
0-8
numeric
characters.
|
This
is how many turns it takes to close the valve, (500.50 equals
500
1/2 turns)
|
E. Below is shown the
first few lines (records) of a sample of a “Driven” EID as it
might be provided to the CONTRACTOR. It illustrates the type of
information that shall be provided in the CONTRACTOR’s submittal.
The blank cells (fields) are to be filled in by the CONTRACTOR.
The non-blank fields are OCSD-provided data that shall be
confirmed by the CONTRACTOR and modified if as-built conditions
differ. Shaded columns in the table indicate fields that are
entered by “OCSD” (ENGINEER) and that may be hidden in the
CONTRACTOR’s copy; even if these fields are shown as blank in the
sample, the CONTRACTOR is not to fill out these fields.
SAMPLE EID DATA SHEET
(DRIVEN)
SAMPLES FOR THE
EQUIPMENT
Sludge
Dewatering and Odor Control at Plant 1
AND INSTRUMENT
DATABASE (EID)
Project No. P1-101
Sludge Dewatering and
Odor Control at Plant 1
EQUIPMENT AND INSTRUMENT Project No. P1-101
DATABASE (EID) February 2012
01788-29
EQUIPMENT AND
INSTRUMENT
Sludge
Dewatering and Odor Control at Plant 1
DATABASE (EID)
Project No. P1-101
F. A sample noun list
is shown below. The CONTRACTOR uses the noun list to fill in the
predicted equipment life in months (“LIFE EXP”). The noun list
tab provides typical values for life expectancy – the CONTRACTOR
fills in actual values provided by the manufacturer if they differ
from the typical values. Maintenance criticality ( “M/C”) is not
filled in by the CONTRACTOR.
S AMPLE NOUN LIST
|
||||
A
SSET 1ST WORD NOUN
|
M ODIFIER
|
LIFE
EXP
|
M/S
|
M/C
|
AIR-CONDITIONER
|
PACKAGE
|
120
|
PM
|
MCAP
|
AIR-CONDITIONER
|
SPLIT
SYSTEM
|
120
|
PM
|
MCAP
|
AIR-CONDITIONER
|
W
INDOW
|
60
|
PM
|
MNCAP
|
AIR-CONTROLLER
|
VAV
BOX
|
60
|
RTF
|
MNCAP
|
(Followed
by approximately ten thousand additional entries)
|
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