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Building drawings checklist : landscape drawings
Strelka, C. S.; Stoltz, R. R.
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BUILDING
DRAWINGS
CHECKLIST: LANDSCAPE DRAWIHGS byC
.S.
Strelka and Romld R, S t o l t eLLYZED
Dlvlsian of BuiLding Research, National Research Conncil Canada
NATIONAL KESEARCH COUNCIL CANADA
DIVISION
OF
BUILDINGRESEARCH
BUILDING DRAWINGS
CHECKLIST
: LANDSCAPE DRAM NGSby
C.S. Strelka arid Ronald R. S t o L t $
*School of Landscape Architecture, Ontario Agrfcultural College, University of Guelph, Guelph, Ontario
PREFACE
Thls drawing checklist is the
flfth
of the series of Building Drawingschecklists, complementing Building Practice Mote 29, Architectural Drawings,
Note 3 9 , S t r u c t u r a l Drawings, Note 40, Mechanical Drawings and Mote
41,
Electrical Drawings. It provides landscape architects w i t h a convenient tool for the final review of drawings prepared under thefr supervision.
Since this list is a general
one,
It
cannot cover a l l the s p e c i a ls i t u a t i o n s which can occur In practice; nevertheless I t ~ h o l l f d prove helpful as a b a s i c guide. Users o f t h i s
cheelclisr
are strongly urged, beforep u t t i n g it to use, t o consult the Canadian National Staddard CAN3% 78.3+77
RuildrLng Drawings (published by and available f r o m the Canadian Standards Association, 178 Rexdale Bbvd., Rexdale, Ontario) or the Manual on Metric Building Practice (published and available from the Division of B u i l d i n g
Research, Matianal Research Council of Canada).
P a r t I of this checklist serves as a reminder of various items t o the person checking
the
drawfngs. The matter of "crispness of drawings", forexample, cannot be over-emphasized, particularly in plans drawn at 1 : l O D
scale.
Part
XI presents,
in tabulated form, a cheekllst: sheet for every sheetLn a traditional s e t of warking drawings for landscape archirer ture. These
tables can be photocopied and attached t a the appropriate drawings during
the checking stage. Free space is provfded on the sheets for additional
items. Using the t a b l e s
will
thus simplify the process of reprinting check s e t s and/or establishing permanent records ofall
vcrif icatf ails andapprovals. They can also supplement computer-afded design
(CAD) software.
The landscape architect m s t c r i t i c a l l y review h i s o m work before
releasing it t o a contractor for executian. It is h i s prof essioaal
responsibKLlty, an obligatfon to h i e client and the key to a good business
TABLE OF CONTENTS PREFACE
PART I
CHECKING DIHeNSIONS AND UNITS SCALES
UlCATIOM/COVBR SHEET
SITE PREPABATION/COWTRACTOR INSTRUCTIONS PLAN
LAYOUTISTAKING
PLAN GRADING PLAN UTIL'LTIgSPLAN
PLANTING PLAN PROFILES CONSTRUCTION DETAILS PART If TX)CATIOB/COVI3R SHEETS LTE PREPARATION/ CONTRACTOR INSTRUCTIONS PLAN LAYOUT/STAI(ING PLAN GRADING PLAN UTILITIES PLAN PROFILES PLANTING PIAN CONSTRUCTIOR DETAILS/NOTES PAGE
I.
I=HE(;KING DIMENSIONS AND UNITSThe dfmensionrlng method should be consistent,-meticulous
and
inaccordance w i t h the Natlonal Standards of Canada CAN 3-!E 78.3+77 Building
Drawings.
1.1 Linear dimensions should be expressed in millimetres
(mm) on.building
drawings, and in metres (m) on slte plans. According to the standard canventlon In draft-lng, the unit symbol can be omitted if the followingrequirements are met:
a) a note tndicating t h e unit used is displayed in a conspimous place
on the drawing sheet;
b ) all linear dlmerislons, lncludlng those f o r s p o t levels and land
elevation contours, are g i v e n In one dfmensioning unit only.
Far easier reading, group the d i g i t s in triads on bath s i d e s of the decimal market (e.g., 1 2 3 . 4 5 6 7 8 9 ) . A l l dlmenslons shown in metres must be taken to
three d e c i m a l places, even when all decimals are zeros (egg., 1.235, 1.000).
1.2 Area dlmensLons should k expressed In:
a) hectares (ha) fur areas on survey plans, plans of subdivisions and
lot plans to three dec-iraals ( e - g . , 1.234 ha).
b) square metres (m2) far f laor areas of rooms, cross-sectton areas of earthworks and large glass panes, to two decimals (egg., 1.23 m2).
c ) square millimetres (mm2) f o r structural and other section areas (bars, poles, etc.), using no decimals.
Symbols of these u n i t s MUST
ALWAYS BE
SHOWN on drawings where appropriate. 1 , 3 Volume d l w n s i o n s should be expressed In:a) cuhlc metres
(m3)
for volumes of earthwork, excavations, concrete,fluids In large quantltles;
b) l l t r e s (L) for volumes pertalnlng ta containers of f l u i d s or gases
only.
1.4 UNITS FOR USE IN LANDSCAPE AKCHITECTUE
S
I
Recoinmended Unl tUnP t T y p i c a l
Quantity Symbol Symbol Name A p p l i c a t i o n Remarks
Length
m
m metre Zavels,
overall dimensions;spans, column heights;
boundary and cadastral
surveys; survey plans; geodetlc surveying;
contours, elevatlons, t r e e heights; p l p e and channel
lengths; storage d e p t h s of
reservoirs, aquifer
thickness, drawdown i n
wells, he1 g h t of potent Lnmetrlc head,
hydraulic head, plezometrlc
head, l e v e l meters, s t a f f gauges.
centlmetre Snowfall, g l a s s plane
dlmens i o n s , tree callper.
m
millimetre Spans; dimensions inbuildings; depth and w i d t h of sections; displacement,
settlement, d e f lectioa,
elongation; slump of
concrete, s i z e of aggregate; p&pe diameters, radius of ground water w e l l s , h e i g h t
of c a p i l l a r y rlse, d e p t h of
irrigation watering,
rainfall, evaporation.
Area m2 m2 square Small land areas; cross- 1 ha =
lo4
m 2metre section of earthworks,
channels and large
diameter p 3 p e s , surf ace
of reservoirs, smaller catchment areas.
cm2 square S m a l l areas Ln special
centlmetre applications.
SI Recommended Unit
U n i t T y p f cal
Q u a n t i t y Symbol Symbol Name Appllcatlon Remarks
Area mm2 square Cross-sectlon of snrall
1
m 2 = 1 0 6 m m 2 millLmeter diameter p l p e s ,structural sections. km2 square
k l l o m e t r e
Large catchment areas.
hectare Land and Lrrlgation areas; 1 ha = 104 s2
boundary and cadastral
survey plans; other survey
plans.
Volume m3 m3 cubf c Volume, capacity ( large 1 m 3 = 1000 L metre quantities); volume of
eart huw rk, excavat Lon, concrete
,
t l m b e r ; waterdistrlbutlon, lrrLgatlon
diversfons, sewage, storage
capacley, underground
basfns.
As
far as possible, the cublc metre should be the preferred unlt ofvolume for engineering and
scLentiflc purposes. The lLtre and L r s m l t i p l e s
and s u b - m l t i p l e s may be used f o r d m e s t t c and lndustrlal supplles where an Interface with the
publlc exists.
Domestlc supply, dom~stic b i l l i n g . A l l recarmslended
u n f t s of value can be expressad 'per day*
(L/d),
'per year'
(Lla),
etc., If the context Implies the t o t a l volume deliveredST
Recommended UnitUnit Tgplcal
Q u a n t i t y Symbol Symbol Name Application Remarks
Temperature K "C degree Calcularlons involving
1
K
= 1°CLnterval
Ce
Is lus thermal expanslon;temperature value and
temperature Interval in t e s t methods.
Base l B ° C used for calculation of
temperature degreeday t ables
,
(See'degree dayt NRCIDBU publlcatlon
BR N o t e 98: Converting Heating Degree-Days From B e l w 65OF to below l B ° C by D.W. Boyd.)
V e l o c i t y , m / s m/ s metre Velocity and speed Z n 1 m/s =
speed Per general: river, stream, 3.6 k m h
second pipe flow v e l o c i t y .
b / h kllometre Wind speed.
per hour
Ins t an- m3/s 5 cubic Plow in p i p e s , channels
taneous metre per rlvers and streams; sludge
volureetr-lc second f l o w , irrigation spray
flow rates
U S
l i t r e per demand. (See remarks second o p p o s i t e 'Volume'.
) mL/s m L 1 L L l i t r e l e s s e r flow rates.per second
Pressure Pa kPa kllopascal Hydraulic head I s measured 1 Pa 1 ~ / r n ~
MFa megapascal f n met r e s
.
rk J kJ k l l o j oule Work done, energy
I N =
KT megaj oule available, quanti ty of 0.277 778 kW -h
heat:. The kllowat t hour Is a unit for the
measurement of electrlcal
energy only.
Power W kW kilowatt Heat flow meters, motor
S I Recormended U a i t
Unit T ~ P T - 1
Quantity Symbol Symbol
Name
Application RemarksMass kilogram Mass of quantities of
materials in general.
tonne Mass of large quantities
of structural steel,
reLnforcersent, concrete,
ratings of liftirig
equipment.
g
Pa
#ass of samples of material f o r t e s t l n g .Mass per kg/m2 kg/m2 kilogram Mass p e r u n i t area of a l s o known as u n l t area per square slabs, p l a t e s , and similar 'area density'
metre Ltem of uniform thickness
or depth; rating for load- carrylng capac2ties of
floors (for display on notlces, not for use in
calculations
1.
gram per Mahs per u d t area of thin
square sheet materials
,
coatings,
metre etc.
Dens
L
t y kg/m3 kg/m3 kilogram Density of materials In alsoknown
asconcer per cubic general; mass per unit 'mass. per un2t
tratioxl metre volume of materials in a volume'
concrete mix.
r
Po rce N Wi kilonewton Forces in columns, p i l e s ,
tfes, pre-stressing
tendons; concentrated o r axlal forces; reactions,
shear or gravitatfonal force (load).
Forceper N/m
unf t length
kilonewton Transverse
force
(load)p e r metre per unit length on a beam
or column; force
d l s t r l h t e d in a linear direction.
SI Recommended Unlt
U n i t T y p l c a l
()uant It y Symbol S,ymbol Name AppllcatLon Remarks
Force per t3/rn2 k ~ / r n ~ kilonewton UnLformly dLstributcd
u a i t area per square loads on f l o o r s or under
t a e t re footings; wind load, snow
load, dead and l i v e l o a d s .
Lumf nous candela Used in the determination
Intend ty of il1umlnatioa levels and
lighting layouts,
Luminous
flux
lm lumen L i g h t h g ca~cular-lons.
Illuminance lx lx lux Replaces foot candle
( l m / f t2) and phat
(I
= 104 IX).Luminance cd/m2 cd/m2 candela Replaces s t i l b
per square (1 sb =
l o 4
cd/m2). metrePlane rad m degree Bearings sham an boundary 1* = n/180 rad
angle I mLnute and cadastral survey plan;
11
2. SCALES
Preferred Scales Commonly Used for Different Types of DrawPngs*
Slte reference plan General locatlon drawlrrgs Component range draw Lngs
S tage Type a E Draw-Lng Scale Notes
Design Sketch and prelimi- S c a l e s wlll vary but it
nary drawings is recommended that
preference be given to those used In
the
workingdrawing stage. 1 : 2000 1: 1000 Worklng 1 :500 d r awing 1: 2 00 1 : 200 1: 100 1:50 1 : 100 I: 5 0 1 : 20 Assembly drawings 1:20 1:10 1:5 Component d e t s i l 1:lO drawings 1:5 1:1
*
This 1s an adapted version of a t a b l e from t h e Canadian k t l o n a l Standard CAN3-B 78.M77 Building Drawings, The r e c o e n d e d range of scales nay be extended to both s i d e s , provided that the new scalecan be
derivedfrom
arecommended scale by m l t l p l y i n g the numerator or denominatur by a power of 10.
The preferred scale
3.1 Identify the client by
I)
name2) project name 3) address
4)
phone number.3.2 Identify the landscape architectlsite planfier by 1) name
2) address
3 ) phone number.
3.3 Identify the site by
1) address
2) a b u t t i a g land uses 3 ) reglonal mapbey plan.
3.4 I d e n t i f y sub-conaultants by
1)
-
2) address 3) phone number.
3.5 Exhibit s i g n e d approval forms, if applicable. 3.6 Identify prime contractor,
If
applicable,3.7 L i s t enclosed worklng drawlng sheets I n a Table of Contents.
NOTE: The above i n f o r w t l o n rsan be Included Pn the t f t l e block, thus
-
elhninating1 sheet
of
drawings at the discretfon of the landscape archlrect.4. SITE PREPARATION/CONTRACTOR INSTRUCTIONS PLAN
4 . 1 S h w scale and north arrow.
4.2
Show all boundary information.4.3 Show all existing topographic information.
4.4
Show 'lidt of workt lane.4,6 I d e n t i f y build-lng materials stockpslearea.
Show n o - c u t / n d I l _ l l l n e .
Show temporary access/egresa and construction fencing. 4.9 Locate temporary parking, if applicable.
1
4.10 Show a l l vegetation t o be savtzd, removhd andlor protected.
4.11 Locate all e x f s t i n g utilities, rights-fway and a s s o t i a t e d easements
to be respected.
4.12 If applicable, show rough grades to be constructed.
4 Identify a l l s p e c i a l characteristics of the sfte; e , g . , special areas
to be protected, or eroslon measures t o be u t i l i z e d
4 1 4 Identify a l l structures, paved and unpaved areas t o be removed, saved, o r protected.
4.15 Locate any buried objects such as cfsterns or tanks.
4,L6
Identify any s p e c i a l restrictions, e.g. conservation authority dumpingand f Plling Llmitatlons or mnicipal stream protection standards or
boundarles
.
I5-1 Show scale and north arrcw.
Show a l l boundary fnfarmatlon includ-tag bearings, distances,
monuments, geodetic p o i n t s and associated stakes that are legal survey
markers.
5.3 Identlfy source of survey by survey drawlng number or surveyors name,
date of survey, e t c .
5.4
Locate all exlsting land condftLons to remain.5.5 Locate all n e w structures from boundary lines or legal survey
raarkers.
5.6 Locate a l l new landscaping work from known fixed points.
5.7 Show a l l new structlires with reference to archltectural/edgineering drawings. Check su t srde -asured dLmensians against scaled drawings.
5.8 Identify all sheet match lfnes,
If
applfcable.5.9 Show all major groups of exlstfng plant material
and
any specimenplants t o be accurately l o ~ a t e d 5.10 TdentLfy the 'llmlt of work'
llne.
5-11 Identify all surface materlala w e d .
5-12 Accurately locate:
a) b a d s , lanes, and servlceways w f t h centre ltne s t a z l o m , bearings,
distances, curve data showing I (angle of curve, A), L (length),
R (radius), po-lnts & curvature and tangency. Smaller roads and
lanes may be treated as walks and paths (see below).
b) ParkPng areas, showing length, width, parking bay d d t h s , lengths,
and line marlczng designations.
c ) Walks and patha ~Rowtng wldths, lengths, curve r a d f i , and angles a t Sntersect ions.
d) S l t e features and furniture showing length, width, and relationship
to a known f i x e d object,
5.13 Show all dralnage structures referenced t o known, ox t o be constructed, polnts.
5.14 Locate a l l building overhangs and dLstlngulsh between building
wall8
and underground service chambers.
5.15 Shm a l l exf stfng contours on plan, particularly at areas where
topography could influence the l a p u t of proposed elements.
5-16 Indicate areas t o be enlarged for greater d e t a i l , 5-17 Key all d e t a f 1s by reference to d e t a i l drawing.
6 , W I N G PLAN
6.1 Show scale and north arrow.
Show project bench mark and give i t a geodetic andlor project elevation,
6.3
Show all match lines, property boundaries, 'limit of work' llnes,survey monuments, rights-of-way (in particplar over u t i l i t y corridors
6.4 Show a l l exf s t b g features to remain and proposed elements.
6.5 'Identffy all objects designed by others and reference the apprdpffate d r awLnga
.
6.6 Shuw a11 architectural features influencing the landscape d e v e l o p n t ;
e.g.
,
roof drains, u t i l i t y vaults and underground parking.6-7 Show all exlstlng grades and contours (dashed l i n e s ) . If few contours
exist, sufffclent s p o t elevatlons m s t be Included.
a) Do nut show contoura through existing aad proposed buildings.
b) Show t o p and bottom spot elevations of existing:
-
ramps-
s l o p e s-
curbs-
retaining w a l l s-
sudden changes In grade-
s teps/s t a l r s-
other objects placed ln the f l e l d .6.8 Indfcate proposed grading, s h d n g spot elevetiomit (utilizing d l f ferent graphic presentations than f o r e x i s t i n g elevations) and contours (salld line).
a) Show all proposed top and bottom s p o t elevat-laas af:
-
ramps-
elopes-
a r b s-
reta-lnxng w a l l s-
s t e p s ) s t a l r s .5) Show all elevatlons of:
-
finished f l o o r s-
threshalds/door a p e d n g s-
rlms-
bases of s i t e features and furniture-
sudden changes I n grade.6.9 Indicate areas to be
enlarged
for greater detail.UTILITIES
PLAN
7.1 Show scale and north arrow.
7.2 S a w project bench mark and give its geodetic and/or project elevation.
7.3
Shaw
a l l match l h e s , property boundaries, 'limit ofwork'
lineo, survey monuments, existing righ teof-way and easements.7.4 Show a l l e x l s t i n g and proposed features,
7.5 Show existing and proposed grading, All spot elevations n e e d n o t be
indicated.
7.6 Show a l l existing utility lines to remain, wlth approximate depths and
Inverts.
7.7 I n d i c a t e a l l proposed wtilitfes and services. Indicate in schedule
f o m or individually:
a) Storm s e w e - r
-
drainage structure types; e.g., drain inlet-
catch basin, manhole, etc.-
r i m e l e v a t i o n-
invert in and o u t elevations-
pipe m a t e r l d and s i z e-
p l p e slope expressed innalm
f a l l-
p-lpe length expressed In rn-
outfall Lnvert elevation-
culvert s i z e and end invert elevatlonab) Water (Indicate in schedule form or d i r e c t l y on plan)
-
depth of l l n e , If applicable-
materlal-
size of pfpe-
chambers, vaults or connecting devices, meters-
valves-
hydrantsc) Electric (Indicate %n schedule form or dlrectlg on plan)
-
lacatlan of major cables, Note If above ground or below ground.-
l o c a t l o n of a l l chambers, vaults, junction boxes, andtransformers.
-
location, s i z e of a l l s i t e wirlg, In SOIW applications precisewirfng location is left to the contractor.
-
locarion and description ofa l l
s Lte eledtrical fixturesi n c l u d i n g pole, bollard, and subsurface l i g h t i n g , fountain pumps and underwater lights, special motors
or
electric devices and special meters and breaker boxes.d) Sanftary sewer. Although this 1s work n o t normally undertaken by a landscape archltsct, HO* deslgned by others may be included in
t h e landscape serles of drawings. Proper credit including (sub)conaultantF s name, address, phone n m k r and professional stamp should be fncluded on the drawing{=).
8.1
Show scale and north arrow.8 - 2 Include essentPal proposed gradLng components whLch indlcate t o the
contractor t h e slope on which proposed plant materlal will be i n s t a l l e d .
8.3 Include a l l surface utilltPes a d any subsurface utilities fn
proximity to any plant material to be installed. Indicate type of utility and refer t o utility plan if appropriate.
8.4 Show a l l structures, paving, walls, steps or suddenchangee whlchthe contractor =st work around. Keep in mind that t h P s portion of w o r k may be sub-contracted.
8.5 Show a l l existing plant material to remala or to be protected. Show centre w i t h a simple
"."
(dot).8.6 Indicate the location of all proposed trees and shrubs
wlth centre
"+".
T f e all identical proposed material tagether w i t h a l i n e running from centre t o centre.Clearly di8eingulsh all plant materials. Use simple graphic form, keeping in mind that l e g i b i l i t y is of high priority. Confferous and
deciduous trees and shrzlbs s h w l d be dlstiaguished.
8.8 Ground cover material can be located as Individual plants ox as a mass through t h e use of s l q l e hatchfng or d r a f t i n g fllm decals. Ground
cover includes seed, sod or
vines.
Vines should either be counted or an area coverage at a prescribed density noted.I n d i c a t e the type of plant material t o be Installed by noting:
a) Individually with quantity of plants, common name, botanical n a m e and s i z e attached directly to the plant(s). A special sehedule
s h w l d include any additional notes; e,g. specimen, pruning
requirements, b a l l and burlap, bare root or,
b) Oa a schedule, key (usually
an
abbreviation) the individual plant or plant grouping. The schehle includes the f ollewing columns:-
key-
quantity-
botadcal name-
common name-
s i z e-
remarks.9. PROFILES
9.1
Vertical alignment of roadwaysa) Usf ng prof t l e paper
wlth
a f f ve or t e n times vertf cal exaggeration(dependLng on eldstlng and proposed alope) show the existing centre
line
In
a dashed l i n e . Show bath scales.b) Show even statlon polnts based on the 1-2-5 series. For example use 5 t, LO m or 20 m s t a t i o n poLnt Intervals,
c) Shou the proposed centre l i n e in a dark solid liqe*
d ) Iadlcate proposed elevations to three declmal places ar all e t a t i o n
p o i n t Intervals.
e ) Ind-Lcate propoaed elevatlons and station points a t PVC (point of vertf cal curvature), PVT (point of vertlcal tangency)
,
and hlgh or low points.f) Include, if appropriate, a vertical curve data schedule showfsg:
-
s t a t i o n p o i n t-
d i s t a n c e from PVC-
rise or fall of Eangent-
grade of tangent-
elevatfon of curve.g) Show s t a t l o n p o i n t , centre l l n e , I n v e r t elevatlons and diameter of
all culverts and underground u t i l i t Les crossing roaduay.
NOT&: Intervals withln vertlcal curve may be less then the regular station
p o i nE Intervals.
9.2 Storm Sewer
a) On p r o f i l e paper with a five or t e n times exaggeration show the e x l s tlng and proposed grades over the pipe. S h w both scales.
b) tndlcate the location of the system referenced to drainage structures on the U t i l i t y Plan.
c) Indicate the type, diameter, s l o p e and leagth of pipe. d) DraLnage structures should show:
-
r i m elevatlons-
invert elevations-
bottom elevatton.f) Show any existing and proposed features
which
may have an impact on the lnstallatlon; egg.,
b u l l d i n g f oundatlon.g) Show
key
to d e t a i l s for p i p e bedd-lng andlor special conditions.10. CONSTRUCTION DETAILS
0 Key each ronstrucrion d e t a i l by a reference number which includes the number a £ the page on wh-lch it is located and the rider of the
detail.
10.2 I n d i c a t e the scale of each d e t a i l .
llJ.3 Label the d e t a l l s to Inalcate precisely what ts beLng I l l u s t r a t e d ;
i . e .
,
plan, elevation, cross-section.10.4 Key complex d e t a i l s of one element so they m a p be e a s l l y recognized. 10.5 Clearly show all dlmnaions, materials, and flnfshes f o l l m l n g
prescribed materlal graphic symbols.
Do not invent
new symbols for standard materials.10.6 I n d l c a t e exlsttng conditions fn dashed lines and all proposed elements
in dark crisp s o l i d lines.
10.7 Include notes as needed to describe exgkcted outcome.
CHECKED
BY :I
CHECKEI) BY:
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DMWIIJG: PROFILES
DRAWING: CONSTRUCTION DETAILS/NOTES
DRAWN
BY:
CHECKED BY :ITEM CHECKED