MFE FORMWORK TECHNOLOGY SDN. BHD.
STANDARD COMPONENT. CODES DESCRIPTION
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Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- PC, IDENTIFIATION FOR PLATE COVER. This component is used to form the t he top surface of an up stand wall to prevent concrete conc rete overflow. For e.g. 230 PC 600 is how this type of panel ca n be identified on modulation shop drawings. The first prefix number always provides the width of the component ie 230mm The suffix number equals the horizontal co ntact dimension therefore the length of this piece is 600
Page 1.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- BCD, IDENTIFIATION FOR INTERNAL BEAM CORNER. This component is used to form the internal corner of a beam. For e.g. 400 BCD 400 is how this type of component c omponent can be identified on the modulation shop drawings. The breakdown of the above code is identified as follows:- The first letter B represents Beam (this code never changes) The second letter C represents Internal Corner, (again this letter never changes) The third letter provides the vertical dimension of the component and this is achieved by the following method:The letter A = 50mm, (B = 75mm) (C = 100mm) (D = 125mm) (E = 150mm) (F = 175mm) There are instances when the two dimensions stated are not the same therefore in this case you look at the rear side (non-contact face of the component) reading the d imension from left to right.
(BCD)
The first prefix figure always provides the length of the left leg of the component i.e. 400mm.
(BED)
Regarding the BED, the same applies as above apart from the second letter (E), which denotes an external corner.
Page 2.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- BF, IDENTIFIATION FOR BEAM SIDE FILLER PANEL. This Filler panel is used to form the side of a beam. For e.g. 150 B 750 is how this component can be identified on modulation shop drawing The first prefix number always provides the width of the component i.e. 150mm. The suffix number equals the length therefore the panel in this case is 750mm.
Page 3.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- BH, IDENTIFIATION FOR BULKHEAD VERTICAL WINDOW. This panel is used to form the side of a window opening. For e.g. 150 BH 1200 is how this type of component can be identified on the modulation shop drawing. The first prefix number always identifies t he component marking as stated on the modulation shop drawing but the actual width required is plus 130mm to accommodate fixing of the adjacent formwork. The suffix number equals the length therefore the component in this case is 1200mm
Page 4.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- BHH, IDENTIFIATION FOR BULKHEAD HORIZONTAL. This component is used to form the horizontal soffit of window and door openings. For e.g. 150 BHH 750 is how this type of component can be identified on the modulation shop drawings. The first prefix number always identifies t he component marking as stated on the modulation shop drawing but the actual width required is plus 130mm to accommodate fixing of the adjacent formwork. The suffix number equals the length therefore the component in this case is 750mm
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Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- BZD, IDENTIFIATION FOR THREE SIDED BEAM CORNER. This component is used to form the side of a protruding feature such as A/C Hood, Sun Shade Hood e.t.c. For e.g. 300 BZD 400 will have the 100mm standard dimension adjacent to the f irst dimension stated, therefore the 100mm dimension in t his case is adjacent to the 300mm given above. The breakdown of the above code is identified as follows:- The first letter B represents Beam (this code never changes) The second letter Z represents an internal and external corner, (again this letter never changes) The third letter provides the vertical dimension of the component and this is achieved by the following method:The letter A = 50mm, (B = 75mm) (C = 100mm) (D = 125mm) (E = 150mm) (F = 175mm)
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Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODES:- SL, SM, SN IDENTIFIATION FOR SOFFIT LENGTHS. These components are used to form the internal horizontal corner between Wall / Beam face and soffit of slab. Regarding the ho. For e.g. SL 1800 is how t his type of component can be identified on the modulation shop drawings. No prefix is required in this case as the depth of 125mm is the standard dimension for the above codes The suffix number provides the component length. The width at the soffit face is found using the second letter of the code as laid out below.
100
(SL)
125
(SM)
150
(SN)
Page 7.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- CLB, IDENTIFIATION FOR INTERNAL CORNER. This component is used to connect 2no pieces of vertical formwork at an internal corner. For e.g. 150 CLB 2100 is how this type of component can be identified in the modulation shop drawings. Due to only 3no letters maximum can be used on any one code, we have had to approach this component to enable identification in the following method. As the extrusion material is identified as ICX 150, which accommodates left or right hand requirement, the horizontal dimension on the c ontact face of one leg is the standard dimension of 100mm and the opposite leg is 150mm. The first prefix number always identifies t he non-standard dimension, in this case i.e. 150mm. The suffix number identifies the length of the component, in this case i.e. 2100mm. The three letter code as mentioned identifies the following:The first letter (C) used to identify internal corner. The second letter (L) identifies left side of which the standard 100mm dimension leg is located therefore the 150mm leg will be on the right side, or vise versa the letter (R) identifies the 100mm on the right. The third letter (B) provides the location of the first hole from the bottom, in this case i.e. 200mm. The position of the first hole is achieved by using the following letters:- A = 175mm to the first hole, B – 200mm to the first hole, C = 225mm to the first hole, D = 250mm to the first hole.
The 2no legs, which are attached to the adjacent components, are tapered at the bottom to provide ease when striking.
Page 8.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- CP IDENTIFICATION FOR CHANNEL PROP HEAD WITH ONE PROP LENGTH SUPPORT.
This component is used to support and f orm soffit of the beam also providing the connection of the adjacent beam soffit formwork For e.g. CP 250 is how this type of component can be identified on modulation shop drawings No prefix figure is required in this case as the material used is of a standard width of 100mm.
(CP)
(CPP)
COMPONENT CODE:- CPP IDENTIFICATION FOR CHANNEL PROP HEAD WITH TWO PROP LENGTH SUPPORTS. This component is used to support and form soffit of the beam also providing the connection of the adjacent beam soffit formwork For e.g. CPP 450 is how this type of component can be identified on modulation shop drawings No prefix figure is required in this case as the material used is of a standard width of 100mm.
Page 9.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- EP, IDENTIFIATION FOR END PROP. This component is used to support and f orm the perimiter soffit of a slab, such as ledges also providing connection to the adjacent Mid Beam (MB) or End Beam (EB) supports. For e.g. EP 199 is how this type of component is identified on the modulation shop drawings. 199 equals, the contact length length of the prop head. No prefix number is required in this case as the material used is of a standard width of 100mm.
(EP)
(PL)
Page 10.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- ECB, IDENTIFIATION FOR EXTERNAL CORNER HORIZONTAL. This component is used to connect horizontal formwork with vertical formwork For e.g. ECB 750 is how this type of component can be identified in the modulation shop drawings. No prefix figure is required in this case as the material used is a standard extrusion therefore component code and length only required, in this case i.e. ECB 750. This component is also easy identifiable by the 75mm center to center holing on one leg of the angle.
Page 11
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- LS, IDENTIFIATION FOR INVERTED HORIZONTAL CORNER.
This component is to form the horizontal corner on top of a ledge (sun shade) connecting to the vertical face. For e.g. 100 LS 1800 is how this type of component can be identified in the modulation shop drawing. The prefix number provides the vertical dimension of the component. The prefix number (vertical dimension) can be on occasions become 125mm or 150mm depending on the required make up of formwork The suffix number provides the total length of the component.
(100 LS 1800)
(100 LSB 1800)
The third letter of the code identifies 100 x 100mm end plates on either end.
(100 LSL 1800)
The third letter of the code identifies 100 x 100mm end plate on left hand side only.
(100 LSR 1800)
The third letter of the code identifies 100 x 100mm end plate on the right hand side only.
Page 12.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- PLB, IDENTIFIATION FOR PROP LENGTH BASE SUPPORT. This component is used to provide support to the base of a Prop Length which is supported by vertical formwork at both ends. For e.g. PLB 400 is how this type of component can be identified in the modulation shop drawing. No prefix number is required as the material used is a standard 150mm extrusion therefore component code and length only required, in this case PLB 400.
(PL) PROP LENGTH
400mm
Page 13
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- SCY, SCZ IDENTIFIATION FOR SOFFIT CORNERS. These components are used to facilitate ease of striking in congested areas. For e.g. when 2no soffit corners meet without the SL (Soffit Length) between them the end of each component is mitred. They consist of Internal Soffit corners 125mm deep being mitred on one end. For e.g. 400 SCY 300 is how this type of component as shown below can be identified by looking at the rear side (non-contact face) checking the dimensions from left to right. The first prefix figure always identifies the contact length of the left leg i.e. 400mm, whereas the suffix figure identifies the contact length of the right leg.
(400 SCY 300)
(400 SCZ 300) Again when checking the dimensions, by looking at the rear side (non-contact face) and approaching from left to right will determine the dimensions.
Page 14.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- XBE, XBS IDENTIFIATION FOR INVERTED SOFFIT CORNERS. These components are used to form a horizontal inverted external and internal corner normally located on top of a ledge or sunshade accommodating connection to the vertical formwork. For e.g. the XBE can be identified in the modulation shop drawings as 400 XBE 375 . Again looking at the rear side (non-contact face) and approaching from left to right the first prefix figure becoming 400mm followed by the component code and finally 375mm to the right leg.
(400 XBE 375) To provide an external inverted corner.
(400 XBS 375) To provide an internal inverted corner. Again being reminded by looking at the rear side (non-contact face) and approaching left to right to determines the dimensions in the correct order.
Page 15.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- SX, SXB IDENTIFIATION FOR 25mm or 50mm SOFFIT BEAM CORNER. The SX forms 25mm or 50mm horizontal beam soffit corner adjacent to a wall. For e.g. 25 SX 1500 is how this type of component can be identified on the modulation shop drawings. The first prefix number 25 identifies the dimension of the step formed in the soffit of the beam corner. Furthermore this dimension can vary from 25 t o 50mm. SX code identifies 100mm vertical face with the suffix identifying the length of the component and in this case 1500.
(SX)
(SXB)
For e.g. SXB 1500 is how this type of component can be identified on the modulation shop drawings. The same applies as above only the third letter (B) identifies end plates to both ends.
Page 16
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- SXL, SXR IDENTIFIATION FOR 25mm OR 50mm SOFFIT BEAM CORNER. The SX forms 25mm or 50mm horizontal beam soffit corner adjacent to a wall. For e.g. 25 SXL 900 is how this type of component can be identified on the modulation shop drawings. The first prefix number 25 identifies the dimension of the step formed in the soffit of the beam corner. Furthermore this dimension can vary from 25 t o 50mm. The same applies as the earlier page apart from the third letter of the code (L) identifies end plates to the left hand side as shown below.
(SXL)
(SXR) The same applies as above only the third letter (R) identifies end plate to the right hand side.
Page 17.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- WXR, IDENTIFIATION FOR WALL FILLER WITH BOTTOM MITRED. For e.g. 175 WXR 1250 is how this type of component can be identified on the modulation shop drawings. The first prefix figure always provides the horizontal width, in this case i.e. 175mm. The suffix figure always provides the total height, in this case i.e. 1250mm. The code is identified by the following:The first letter of the code (W) identifies for wall surface. The second letter of the code (X) identifies such component commences at elevations above the Rocker level or the first pin hole from the bottom not located at the standard location of 150mm. The third letter of the code (R) identifies the bottom of the component cut at an angle to accommodate ease of removal after concreting.
Page 18.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- B, IDENTIFIATION FOR BEAM SIDE PANEL. This panel is used to form the side of a beam. For e.g. 325 B 1500 is how this type of panel can be identified on modulation shop drawings. The first prefix number always provides the width of the component i.e. 325mm The suffix number equals the horizontal co ntact dimension therefore the length of the panel, in this case is 1500mm.
Page 19.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- BB IDENTIFICATION FOR BEAM BAR This component is used to join deck prop head (DP) or end prop head (EP) to mid beams (MB) and end beams (EB) It is not shown on modulated drawings but when a DP 200 is shown, 2 no. BB 350 are required, or if EP199 is shown 2 no. BB 275 are required.
Page 20.
Oct-12
STANDARD FORMWORK COMPONENTS COMPONENT CODE:- BP IDENTIFICATION FOR BEAM PROP HEAD W ITH ONE PROP LENGTH SUPPORT. This component is used to support and f orm soffit of the beam also providing the connection of the adjacent beam soffit formwork For e.g. BP 250 is how this type of component can be identified on modulation shop drawings No prefix figure is required in this case as the material used is of a standard width of 100mm.
COMPONENT CODE:- BPP IDENTIFICATION FOR BEAM PROP HEAD WITH 2NO PROP LENGTH SUPPORTS. This component is used to support and form soffit of the beam also providing the connection of the adjacent beam soffit formwork For e.g. BPP 500 is how this type of component can be identified on modulation shop drawings. No prefix figure is required in this case as the material used is of a standard width of 100mm.
Page 21.
Oct-12
STANDARD FORMWORK COMPONENTS
COMPONENT CODE:- EC IDENTIFICATION FOR EXTERNAL CORNER This component is used to connect 2no pieces of vertical formwork together at an external corner. For e.g. EC 2050 is how this type of component can be identified in the modulation shop drawings. No prefix figure is required in this case as the material used is a standard extrusion therefore component code and length only required, in this case EC 2050.
‘
Page 22.
Oct-12
STANDARD FORMWORK COMPONENT
COMPONENT CODE:- D IDENTIFICATION FOR DECK PANEL. This panel is used to form the soffit of the slab For e.g. 450 D 1100 is how this type of panel can be identified on the modulation shop drawings. The first prefix number always provides the width of the component i.e. 450mm. The suffix number equals the length therefore the panel in this case is 1100mm.
Page 23.
Oct-12
STANDARD FORMWORK COMPONEN COMPONENT CODE:- DP IDENTIFICATION FOR DECK PROP HEAD This component is used to support and f orm the soffit of the slab also providing connection to the adjacent Mid Beams (MB) or End Beams (EB) Supports DP 200 is how this component is identified on modulated drawing 200 equals the contact length of the deck prop head
DECK PROP HEAD
PROP LENGTH
(DP)
(PL)
Vary in length to suit project to project basis. The fixed length dimensions are provided in the modulation shop drawings. As these items are of a fixed dimension it is important to ensure concrete levels are within the required tolerance.
Page 24.
Oct-12
STANDARD FORMWORK COMPONENT
COMPONENT CODE:- IC IDENTIFICATION FOR INTERNAL CORNER. This component is used to connect 2no pieces of vertical Formwork at an internal corner. For e.g. IC 2050 is how this type of component can be identified in the modulation shop drawings. No prefix figure is required in this case as the material used is a standard extrusion therefore component code and length only required, in this case IC 2050 Each return at the internal corner is a standard dimension of 100mm to the left and 100mm to the right leg.
Page 25.
Oct-12
STANDARD FORMWORK COMPONENTS
COMPONENT CODE:- MB IDENTIFICATION FOR MID BEAM. COMPONENT CODE:- EB IDENTIFICATION FOR END BEAM. These 2no components forms the soffit of the slab plus supporting the ends of the Deck Formwork (D) No prefix figure is required in this case as the material used is of a standard extrusion 100mm as shown below, therefore component code and length only re quired, in this case MB 1300 or EB 1300 Such components are always detailed on the Deck layout modulation shop drawings.
(MB)
Looking at the detail you can see this component is cut at an angle slopping outwards from the contact face. Assembling of the component requires a DECK PROP HEAD (DP) located at either end.
(EB)
Looking at this detail you can see this component is cut with one angle only slopping outwards from the contact face, as the opposite end is always adjacent to the SOFFIT LENGTH (SL) Looking at the following page also can give you a clearer view of the components partially assembled.
Page 26.
Oct-12
The following giving you an indication of how the components on the previous page are assembled together.
Page 27.
Oct-12
STANDARD FORMWORK COMPONENTS
COMPONENT CODE:- RK IDENTIFICATION FOR ROCKER. This component is used to form the face of the wall at the bottom of a Wall panel al so facilitates striking of the wall panel. For e.g. 50 RK 600 is how this type of component is identified. The first prefix number always provides the vertical contact dimension of the component i.e. 50mm. The suffix number equals the horizontal co ntact dimension therefore the (RK) in this case is 600mm long.
Page 28.
Oct-12
STANDARD FORMWORK COMPONENTS
COMPONENT CODE:- SB IDENTIFICATION FOR BEAM SOFFIT BULKHEAD. This component forms the soffit of Beams up to a maximum of 300mm in width. For e.g. 430 SB 1100 is how this type of panel can be identified on the modulation shop drawings. The first prefix number always provides the width of the component i.e. 430mm. This dimension is determined by the width of the beam plus 130mm to accommodate fixing of the adjacent formwork, in this case a 300 wide beam requires a 430mm wide component. The suffix number equals the length therefore the component in this case is 1100mm.
Page 29.
Oct-12
STANDARD FORMWORK COMPONENTS
COMPONENT CODE:- SC & SCE IDENTIFICATION FOR SOFFIT CORNER & SOFFIT CORNER EXTERNAL. Soffit Corner & Soffit corner external – 125mm deep. The SC component forms the vertical internal corner between walls and / or beam faces and horizontal internal corners between wall / beam face and soffit of the slab. For e.g. 400 SC 400 is how this type of component can be identified on the modulation shop drawings. There are instances when the 2no dimensions stated are not the same therefore i n this case you look at the rear side (non-contact face of the component) checking the dimension from left to right. The first prefix figure always provides the length of the left leg of the component i.e. 400mm. The suffix number provides the length of the right leg, therefore the length in this case is 400. Regarding the SCE the same applies as above apart the component forms the vertical external corner. (SC)
(SCE)
Soffit Corner When checking the dimensions always look at the component from the noncontact face approaching from left to right.
Soffit Corner External Again when checking dimensions look at the non-contact face approaching from left to right to determine the dimensions.
Page 30.
Oct-12
STANDARD FORMWORK COMPONENTS
COMPONENT CODE:- SL, SLB & SLR IDENTIFICATION FOR SOFFIT LENGTH, BEAM SOFFIT OFFSET & SOFFIT LENGTH WITH THE SUPPORT LIP FOR THE DECK PANELS REMOVED. The (SL) forms an internal horizontal corner between wall and slab. The (SLB) forms a soffit of a beam and connecting to the walls The (SLR) forms as stated above on the (SL) apart from the support lip being removed of the extrusion. No prefix figure is required in this case as the material used is of a standard extrusion as shown below, therefore component code and length only required, in this case SL 1800, SLB 1600 & SLR 1200.
(SL)
The (SL) forms an internal horizontal corner between wall and slab.
(SLB) The (SLB) forms the soffit of a beam and connecting to the walls.
(SLR) The SLR does not have a support lip in order to accommodate ease on the removal of the slab formwork in small areas during striking.
.
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Oct-12
