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© copyright BuzonINDEX-BC-Page 1 03/01/2013
AIP-0A - How to carry out the implementation of a terrace in tiles on pedestals Pedestals BC-0 to BC-11AIP-0B - How to check the perfect angle of 90° according to the technique 3-4-5 (Pythagorean theorem : A ² +B ² =C ²)AIP-0C - How to determine the height of the pedestals DPH in function of the percentage of the slope and the dimension of the tile Pedestals BC-2 to BC-11AIP-0D - How to determine the number and the type of pedestals DPH in function of a slope of 2%, tiles 40X40cm and spacer tabs of 4,5mm Pedestals BC-2 to BC-11 with slope corrector from 0 to 5%AIP-0E - How to determine the number and the type of pedestals BC in function of a slope of 3%, tiles 50x50cm and spacer tabs of 6mm Pedestals BC-02 to BC-11 with slope corrector from 0 to 5%AIP-0F - How to determine the number and the type of pedestals DPH in function of a slope of 4%, tiles 60X60cm, and spacer tabs of 8mm Pedestals BC-02 to BC-11 with slope corrector from 0 to 5%AIP-0G - How to determine the height of the DPH pedestals under the batten in function of the % of the slope and the interval between the batten Pedestals BC-2 to BC-11AIP-0H - How to determine the number and the type of pedestals BC in function of a slope of 2% Pedestals BC-02 to BC-11 with slope corrector of 0 to 5%AIP-1 - How to place and remove the circular tabs on the pedestals BC SERIES Pedestal adjustable and non adjustable BC-SeriesAIP-01 - How to place and remove the rectangular tabs on the pedestals BC SERIES Pedestal adjustable and non adjustable BC-SeriesAIP-2 - How to adjust the level between flagstones with shims 1 or 2 mm Pedestals BC-0 to BC-11AIP-3 - How to place the rectangular and circular tabs Pedestals non adjustable BC-0 and BC-1AIP-3A - Tabelle der Höhen Nicht verstellbare Stelzlager BC-0 und BC-1AIP-4 - How to place the slope corrector PH5 or BC-PH5 from 0 to 5 % Adjustable pedestal BC-02, BC-2 and BC-3
INDEXInstructions for the BC-Serie
© copyright BuzonINDEX-BC-Page 2 03/01/2013
AIP-5 - How to adjust and block the high with the keys Adjustable pedestal BC-4-SC from 85 to 140mmAIP-6 - How to adjust and block the high with the keys Adjustable pedestal BC-5-SC from 115 to 200mmAIP-7 - How to insert the head in the pedestal and adjust the height Adjustable pedestal BC-6-INV from 198 to 232mmAIP-8 - How to insert the inverter in the pedestal and adjust the height Adjustable pedestal BC-6-INV from 198 to 232mmAIP-9 - How to put out the inverter C4-BC-INV from pedestal BC-6-INV Adjustable pedestal BC-6-INV from 198 t 232mmAIP-10 - How to put a coupler C3-BC-5 on a BC-4 pedestal Adjustable pedestal BC-6-C3 from 200 to 305mmAIP-11- How to put out the head from the base and how to place the coupler C3-BC-5 Pedestal adjustable BC6-C3 from 200 to 308 mm and BC-8 from 224 to 365 mmAIP-12 - How to put a coupler C3-BC-5 on BC-5 pedestal Adjustable pedestal BC-7-C3 from 224 to 365mmAIP-13 - How to put out the coupler C3-BC-5 Adjustable pedestal BC-7-C3 from 224 to 365mmAIP-14 - How to place C3-BC-5 coupler and C4-BC-INV inverter on the base BC-5 Adjustable pedesal BC-8-INV to BC-12-INV from 340 to 1120mmAIP-15 - Table sheet various adjustment and height Adjustable pedestal BC-8-INV, BC-9-INV, BC-10-INV, BC-11-INV, BC-12-INV from 342 to 1117mmAIP-16 - Slope corrector BC-PH5 placed under the base of pedestal Adjsutable Pedestals BC-SerieAIP-17 - Slope corrector PH5 placed on the head of pedestals BC-Series with Rectangulare Tabs only Adjsutable Pedestals BC-SerieAIP-18 - How to correct the slope from 6 to 10% with 2 slope correctors Adjsutable Pedestals BC-Serie
INDEXInstructions for BC-Serie
© copyright BuzonINDEX-BC-Page 3 07/05/2013
AIP-19 - How to correct a slope from 6 to 10% with the slope corrector BC-PH-5 + PH5 with rectangular tabs only Slope corrector BC-PH5 + PH5AIP-20 - How to place a batten from 35 to 90 mm on the batten kit system Woodden terrace or composite terraceAIP-21 - How to adjust the 3 batten from 35 to 90 mm with 4 guides on the BC-BATTEN holder Woodden terrace or composite terraceAIP-22 - How to place a batten of 65 mm maximum into the kit-3 support fixed on the pedestal BC (BC-0 to BC-12) Woodden terrace or composite terraceAIP-23 - How to adjust the 3 battens (maximum 65 mm) on the KIT-3 support (fixed on the pedestals bc serie BC-0 to BC-12) Woodden terrace or composite terraceAIP-24 - How to place the pedestal BC-1 on the head of the support BC to increase the placement area under the tile Pedestals BC-SerieAIP-25- How to place the pedestals BC-0 on the top of the BC-0 or BC-1 Non adjustable pedestals BC-0 and BC-1 AIP-26 - Heights of the non-adjustable pedestalsAIP-27 - Pedestal non adjustable BC-0 and BC-1 + slope corrector BC-PH5 from 0 to 5% Non adjustable pedestals BC-0 and BC-1 AIP-28 - Kit-4 + Pedestal BC-0 not adjustable on the slope corrector BC-PH5 from 0 to 5% Non adjustable pedestals BC-0 and BC-1AIP-29 - Determine the value (%) and the direction of the slope with the BUZON® LEVEL Buzon-Level Kit-SL-80AIP-30 - How to use the key to adjust the height for the pedestal Pedestals BC-SerieAIP-31 - How to cut and place pedestals BC in edge of wall and corner of wall with rectangular tiles 40x40cm and 30x40cm (27cm minimum) Pedestals BC-SerieAIP-32 - How to cut and place the pedestals along a wall with rectangular tiles 40x40 cm and 40x20 cm Pedestals BC-SerieAIP-33 - How to cut and place the pedestals along a wall with rectangular tiles 40x40 cm, 40x20 cm, 40x10 cm and 20x10 cm Pedestals BC-Serie
INDEXInstructions for BC-Serie
How to carry out the implementation of a terrace in tiles on pedestals Pedestals BC-0 to BC-11
BC-0 to BC-11 Spacer tabs Shim 2mm
Components
Ref: AIP-0A-BC-EN 05/12/2012
1 Place the first 3 pedestals.Check the level by adjusting theheight of the pedestals
1
3
2
2 Place the first tile A on thepedestals. Check the planenessof the tile A.
3 Place the pedestal 4 under the tile.Adjust the height and the level infunction of the pedestals 2 and 3.
BEFORE the implementation: 1. Proceed to the calpinage: see AIP- 32 2. Remove the spacer tabs in function of the tile: see AIP-7 3. Place a shim of 2mm on each pedestal
1 2
3
1 2
3 4
4 Place the pedestal 5. Adjust the level in function ofpedestals 2 and 4.
1 2 5
3 4
5 Place the tile B, check the planeness of the tile BRepeat operation , place the pedestal 6 under the tile
1 2
63 4
5
© copyright Buzon
6 Second line of tiles : place the pedestal 9, check the level in function of pedestals 3 and 4Do the same for the next lines
1 2
3 4 6 8
5 7
8
7
Plan 1cm free forthe perimeter
9
A
A B A B C
A A
Repeat operation 3 and 4
Pour un alignement parfait des dalles à 90°, voir AIP-0B
For a perfectalignment to 90°, see AIP-OB
3
How to check the perfect angle of 90° according to the technique 3-4-5 (Pythagorean theorem : A ² +B ² =C ²)
Ref: AIP-0B-BC-EN 05/12/2012 © copyright Buzon
1 Delimit with a cord a line A vertical of 3 meters.Trace on the last tile a cross with a chalk
Put on the pedestals with the spacer tabs a line of 3m of tiles vertically and 4m horizontally
Delimit with a cord a line B horizontal of 4 meters.Trace on the last tile a cross with a chalk
2
3
A =
3m
B =4m
C = 5m
If A=3, B=4, C=5 then the angle =90°
Check with a cord the line C. If it measures 5 meters, the angleof 90° will be perfectly of square.
B=4m
A=3
m
90°
C=5m
x
x
xA
=3m
x
x
A
A
B
B =4m
A =
3m
A
A
B
B
x
x
C
If C is not equal to 5m,rectify the line A or B toobtain 5m of diagonaland thus 90°.
How to determine the height of the pedestals DPH in function of the percentage of the slopeand the dimension of the tilePedestals BC-2 to BC-11
BC-2 to BC-11
Components
Ref: AIP-0C-BC-EN 05/12/2012 © copyright Buzon
A X B 100
h: Height to be added to the pedestalA: % of the slope in cm (cm per meter)B: Dimension of the tile in cm + thickness spacer tabs divided by 2 into cm
A = 2 (2% = 2cm per meter)
B = 40,225 (40cm + 0,225cm) Tile dimension : 40cm
Spacer tab thickness: (0,45cm÷2) = 0,225cm
Tiles 40cm / Spacer tabs 4,5mm / Slope at 2%
2 x 40,225 100 = 0,80cm to add every 40cmh:5cm
A = 3 (3% = 3cm per meter)
B = 50,3 (50cm + 0,3cm)
Slope at 2%
5,80cm 6,60cm
Tile dimension : 50cm
Spacer tab thickness: (0,6cm÷2) = 0,3cm
Tiles 50cm / Spacer tabs 6mm / Slope at 3%
3 x 50,3 100
= 1,50cm to add every 50cmh:
5cm
Slope at 3%
6,5cm 8cm
A = 4 (4% = 4cm per meter)
B = 60,4 (60cm + 0,4cm) Tile dimension : 60cm
Spacer tab thickness: (0,8cm÷2) = 0,4cm
Tiles 60cm / Spacer tabs 8mm / Slope at 4%
5cm
Slope at 4%
7,41cm 9,82cm
4 x 60,4 100
= 2,41cm to add every 60cmh:
Example 1
Example 2
Example 3
FORMULA: h=
Circulartabs
Rectangulartabs
BC-3 + PH5
BC-3 + PH5
BC-3 + PH5
BC-3+ PH5
Slope at 2%
40x40cm
BC-02 + PH5
BC-2 + PH5
Ref: AIP-0D-BC-EN 05/12/2012 © copyright Buzon
Tiles40x40cm
Slope at 2%h: 5cm
BC-02 + PH538-50mm
BC-2 + PH550-65mm
BC-3 + PH565-95m
BC-3 + PH565-95mm
BC-3 + PH565-95 mm
BC-4 + PH595-150mm
Add 0,80 every 40cm according to the formulatesee AIP-0C
Determine the number and the type of the pedestalDPH corresponding to the to the height obtained
• Total number of tiles 40x40cm: 24 tiles• Total number of pedestals : 5 pedestals x 7 rows =35 pedestals• Total number of spacer tabs : 35 - 4 (wall corners) = 31• Pedestals BC-2 + PH5: 5 pedestals x 2 rows = 10 pedestals• Pedestals BC-3 + PH5: 5 pedetsals x 4 rows = 20 pedestals• Pedestals BC-4 + PH5: 5 pedestals x 1 row = 5 pedestals
Example
BC-3 + PH565-95mm
40cm 40cm 40cm 40cm 40cm 40cm
1
2BC-4+ PH5
h: 5,8cm h: 6,6cm h: 7,4cm h: 8,2cm h: 9cm h: 9,8cm
A X B
100
h: Height to be added to pedestalA: % of the slope in cm (cm per meter)
B: Dim. of the tile in cm + thickness spacer tabs dividedby 2 into cm
h=
Circulartabs
Rectangulartabs Tiles 40x40cm
Components
BC-2 to BC-11
How to determine the number and the type of pedestals DPH in function of a slope of 2%,tiles 40X40cm and spacer tabs with a thickness of 4,5mmPedestals BC-2 to BC-11 with slope corrector 0 to 5%
Spacer tabs4,5mm
Slope2%
BC-2 + PH5
BC-3 + PH5
Slope at 3%
BC-02 + PH5
Ref: AIP-0E-BC-EN 05/12/2012 © copyright Buzon
Tiles 50x50cm
50x50cm
Spacer tabs6mm
Slope 3%
Add 1,50cm every 50 cm according to theformula see AIP-0C
Determine the number and the type of thepedestal BC corresponding to the heightobtained
• Total number of tiles 50x50cm : 24 tiles• Total number of pedestals : 5 pedestals x 7 rows =35 pedestals• Total number of spacer tabs ; 35 - 4 (wall corners) = 31• Pedestals BC-02 + PH5: 5 pedestals x 1 row = 5 pedestals• Pedestals BC-2 + PH5: 5 pedestals x 1 row = 5 pedestals• Pedestals BC-3 + PH5: 5 pedestals x 2 rows = 10 pedestals• Pedestals BC-4 + PH5: 5 pedestals x 3 rows = 15 pedestals
Example
50cm 50cm 50cm 50cm 50cm 50cm
1
2
BC-3+ PH5
BC-4+ PH5
BC-4+ PH5
BC-4+ PH5
A X B 100
h: Height to be added to the pedestal
A: % of the slope in cm (cm par mètre)
B: Dim. of the table in cm + thickness spacer tabs divided
h=
h: 5cm h: 6,5cm h: 8cm h: 9,5cm h: 11cm h: 12,5cm h: 14cm
BC-02 + PH538-50mm
BC-2 + PH550-65mm
BC-3 + PH565-95mm
BC-3 + PH565-95mm
BC-4 + PH595-150mm
BC-4 + PH595-150mm
BC-4 + PH595-150mm
Slope at 3%
by 2 into cm
BC-02 to BC-11 Tiles 50X50cm
Components
Rectangulartabs
Circulartabs
How to determine the number and the type of pedestals BC in function of a slope of 3%,tiles 50x50cm and spacer tabs with a thickness of 6mmPedestals BC-02 to BC-11 with slope corrector from 0 to 5%
Ref: AIP-0F-BC-EN 05/12/2012 © copyright Buzon
Tiles60x60cm
Spacer tabs8mm
Slope4%
Add 2,41cm every 60 cm according to the formula see AIP-0C
Determine the number and the type of the pedestal BC corresponding to the to the heightobtained
• Total number of tiles 60x60cm : 24 tiles• Total number of pedestals : 5 pedestals x 7 rows = 35 pedestals• Total number of spacer tabs : 35 - 4 (wall corners) = 31• Pedestals BC-02 + PH5: 5 pedestals x 1 row = 5 pedestals• Pedestals BC-3 + PH5: 5 pedestals x 1 row = 5 pedestals• Pedestals BC-4 + PH5: 5 pedestals x 3 rows = 15 pedestals• Pedestals BC-5 + PH5: 5 pedestals x 2 rows = 10 pedestals
Example
60cm 60cm 60cm 60cm 60cm 60cm
1
2
A X B 100
h: Height to add to the pedestal
A: % of the slope on cm (cm per meter)
B: Dim. of the tile in cm + thickness of the spacer tabs
divided by 2 in cm
h=
BC-02 + PH5
38-50mm
BC-3 + PH5
65-95mm
BC-4 + PH5
95-150mm
Slope at 4%
DPH-5100-175mm
BC-4 + PH5
95-150mm
BC-4 + PH5
95-150mm
BC-5 + PH5
126-210mmBC-5 + PH5
126- 210mm
h: 9,82cmh:12,23cm
h:14,64cmh:17,05cm
h:19,46cm
+B
+Z
60x60cm
Slope at 4%
BC-3 + PH5
BC-02 + PH5
BC-4+ PH5
BC-4+ PH5
BC-4+ PH5
BC-5+ PH5
BC-5+ PH5
BC-02 to BC-11 Tiles 60x60cm
Components
Rectangulartabs
Circulartabs
How to determine the number and the type of pedestals DPH in function of a slope of 4%,tiles 60X60cm, and spacer tabs with a thickness of 8mmPedestals BC-02 to BC-11 with slope corrector from 0 to 5%
h: 5cmh: 7,41cm
How to determine the height of the DPH pedestals under the battenin function of the % of the slope and the interval between the battenPedestals BC-2 to BC-11
BC-02 to BC-11
Components
Ref: AIP-0G-BC-EN 05/12/2012 © copyright Buzon
A X B 100
h: Height to be added to the pedestal A: % of the slope in cm (cm per meter)B: Interval between the batten
B = 40 (40cm )
B = 40cm B = 40cm
Interval between the batten 40cm / Slope at 2%
3 x 40 100 = 1,20cm to add every 40cmh:
5cm
A = Slope at 2%
5cm + 0,8cm= 5,80cm
5,8cm + 0,8cm= 6,60cm
Example: slope at 3%
4 x 40 100 = 1,60cm to add every 40cmh:
Example: slope a 4%
FORMULA: h =
Support forjoist battens
BC-Batten Rack plugMedium Pin tube
Guide Batten X2
BC-Kit 2 + 2 guides Batten
2 x 40 100
= 0,80cm to add every 40cmh:A = 2 (2% = 2cm per meter)
Example: slope at 2%
Startingheight : 5cm
Assembly : see AIP-x
Slope at 2%
BC-3+ PH5
BC-3 + PH5
BC-3 + PH5
Slope at 2%
BC-02 + PH5
BC-2 + PH5
Ref: AIP-0H-BC-EN 05/12/2012 © copyright Buzon
BC-02 + PH538-50mm
BC-2 + PH550-65mm
BC-3 + PH565-95mm
BC-3 + PH565-95mm
BC-3 + PH565-95mm
Add 0,80cm every 40 cm according to the formulasee AIP-0G
Determine the number and the type of the pedestalBC corresponding to the height obtained
• Total number of pedestals : 7 pedestals x 4 rows = 28 pedestals• Total number of BC-KIT-2: 28• Pedestals BC-02 + PH5: 1 pedestal x 4 rows = 4 pedestals• Pedestals BC-2 + PH5: 1 pedestal x 4 rows = 4 pedestals• Pedestals BC-3 + PH5: 4 pedestals x 4 rows = 16 pedestals• Pedestals BC-4 + PH5: 1 pedestal x 4 rows = 4 pedestals
Example:
Slope at 2% Interval between the batten : 40cm
BC-3 + PH565-95mm
BC-4 + PH595-150mm
1
2
BC-4 + PH5
A X B 100
h: Height to be added to the pedestal
A: % of the slope in cm (cm per meter)B: Interval between the batten in cm
h=
BC-3 + PH5
40cm 40cm 40cm 40cm 40cm 40cm
h: 5cmh: 5,8cm h: 6,6cm h: 7,4cm h: 8,2cm h: 9cm h: 9,8cm
60cm
40cm
60cm
60cm
Interval between the batten : 40cmInterval between rows = 60cm
row 1
row 2
row 3
row 4
BC-02 to BC-11
Components
Support forjoist battens
BC-Batten Rack plugMedium
Pin tube
Guide Batten X2
BC-Kit 2 + 2 guides Batten
How to determine the number and the type of pedestals BC in
function of a slope of 2%Pedestals BC-02 to BC-11 with slope corrector of 0 to 5%
Composition BC-Series PedestalBase + Head
Circular tabs
© copyright Buzon
How to place and remove the circular tabs on the pedestals BC SERIESPedestal adjustable and non adjustable BC-Series
1
For application with triangular pavers, pentagonal, hexagonal... square or rectangular
2 How to removeHow to fix
Rectangular or square pavers
Combination of angles
Triangular pavers Pentagonal pavers Hexagonal pavers
Ref: AIP-1-BC-AN 5/07/2012
x4
Circulare TABSin periphery
360°
Exemple
CirculareTABS
60°30°
Triangular pavers
0°° 90°
90°
45°
120° 120°180°
90°
Composition BC-Series PedestalBase + Head
Rectangular tabs
© copyright Buzon
How to place and remove the rectangular tabs on the pedestalsBC SERIESPedestal adjustable and non adjustable BC-Series
1
For application with rectugular or square pavers
2 How to removeHow to fix
Square pavers
Rectangular tabs: x 4 Rectangular tabs: x 4 Tabs rectangulaires: x 3
Rectangular pavers
Rectangular TABSin center
Ref: AIP-01-BC-AN 5/07/2012
Fixed
Rectangular TABS
With a grip
x4
90° 90° 180° 90°
Rectangular tabs: x 2
Combination of angles and pavers
180°
Pedestal adjustable and non adjustable BC SERIE Place a shim 2 mm on the head of the pedestals BC SERIE How to adjust the level between flagstones with shims 1 or 2 mm
© copyright Buzon
IMPORTANTPlace ALWAYS a shim 2 mm on each pedestal.Anti-chocs / Anti-slip effect
General schematic: To rectify the level between flagstones with different thicknesses, add a part of shim 1 or 2 mm
Example: Difference of 1 ou 2mm Difference thickness compensate
Without TABSWith rectangulareTABS
Avec TABS circulaires
Avec TABS circulaireset rectangulaires
Ref: AIP-2-BC-FR
RectangulareTabs
Shim
BC-E20 (2mm)
ShimBC-E20
ShimBC-E20
Shim
BC-E20 (2mm)
BC-E10 (1mm) BC-Series pedestalCirculareTabs
S
+
Cut the shim through the falgstone to rectify
1 2 3Hang up the complete shim 2 mm and place the piece of shim UNDER
Place the tile on the shim
40mm 38 or 39mm
BC-E10 or BC-E20
40mm 40mm
2mm 2mm
1 or 2mm
OK
the piece of shim is placed under to not fall
Pedestals non adjustable BC-0 and BC-1How to place the rectangular and circular tabsh: 11mm - 14mm - 19mm - 27mm
© copyright Buzon
BC-0 11mm BC-1 14mm
BC-E10 (1mm) BC-E20 (2mm)
BC-0
Ref:AIP-3-BC-AN
Pedestal BC-0 Pedestal BC-1 Shim BC-E10 / BC-E20
ONLY circulare TABS
Circulare TabsRectangulare Tabs
Rectangulare and circulare Tabs
Fitment height : 11mm - 19mm - 27mm
Shims from 1 or 2 mm of thickness suitable on each pedestals BC-serie allow supplementary highs
x1
11mm
11mm 14mm
14mm
19mm
27mm
BC-0 x2
BC-0 x3
Fitmentarrow on arrow
Adjustable pedestal BC-02How to place the slope corrector PH5 or BC-PH5 from 0 to 5 %
© copyright Buzon
Adjust the height
Adjust the height
BC-02, BC-2 or BC-3 with PH5 slope corrector 0 to 5%
BC-02, BC-2 or BC-3 with BC-PH5 slope corrector 0 to 5%
With circulare and/or rectangulare Tabs
Ref: AIP-4-BC-AN
Component
40mm55mm
50mm65mm
55mm
85mm
BC-2
BC-02
BC3
PH5 BC-PH5 X4 X1 àX12
RectangulareTabs
CirculareTabs
BC-02: from 28 to 40mm
BC-02 +PH5: from 38 to 50mm
BC-02 +BC-PH5: from 41 to 53mm BC-2 +BC-PH5: from 53 to 68mm BC-3 +BC-PH5: from 68 to 98mm
BC-2: from 40 to 55mm BC-3: from 55 to 85mm
65mm
95mmBC-3 =PH5: from 65 to 95mm
40mm28mm
53mm68mm 68mm
98mm
53mm41mm
BC-PH5
BC-02, BC2 or BC3
BC-02, BC2 or BC3
ONLY BC-PH5
ONLYWith rectangulare Tabs With rectangulare Tabs
BC-02, BC-2 ou BC-3
PH5
Clak
Clak
Clak
Clak
50mm38mm
BC-2 +PH5: from 50 to 65mm
Avec PH5 = +10mm
With PH5 = +10mm
With BC-PH5 = +13mm
R
S
+
R
S
+
R
S
+
Adjustable pedestal BC-4-SC from 85 to 140mmHow to adjust and block the high with the keys
Insert the 2 key intothe 2 slits “UNLOCK”
2
© copyright Buzon
1 Adjust the height
3 Turn the keya 1/4 to the right
4 The head is blocked
Ref: AIP-5-BC-AN
Component of BC-4-SC
Base Head
R
S
+
= 85mm
R =100mm
S =120mm
+ =140mm
R
S
R
A
R
S
+
LOCK
+ =
140
mm
R
S
+
BC-4 Pedestal
Key x2
Adjustable pedestal BC-5-SC from 115 to 200mmHow to adjust and block the high with the keys
Insert the 2 key into the 2 slits “UNLOCK”
2
© copyright Buzon
1 Adjust the height
3 Turn the key a 1/4 to the right
4 The head is blocked
Ref: AIP-6-BC-AN
Component of BC-5-SC
Base Head Key x2
A
B
C
A
B
C
A
B
C
+
A
B
C
=115mm
A=135mm
B=160mm
C=180mm
+ =200mm
A
B
A
A
A
B
C
A
B
C
LOCK
C =
180
mm
BC-5-SC pedestal
Adjustable pedestal BC-6-INV from 198 to 232mm How adjust the height
© copyright Buzon
1
Component head BC-4
Head BC-4
Ref: AIP-7-BC-AN
Screw the head into the pedestal at the maximum
Inverter C4-BC-INV
Inverseur C4-BC-INV
Inverseur C4-BC-INV
clac
3 Adjust the height by turning i2 through left side
2 Place the pedestal under the tile
Head BC-4
BC-6 pedestal
++=
Inverter C4-BC
Base BC-4
Adjustable from 198 to 232mm
232mm
198mm
BC-6-INV pedestal
Base BC-4
Base BC-4
Inverter C4-INV
i2
i1
AA
Don’t turnA i1 B
B B
4 The fitment of the pedestal BC-6 inv under the tile is finished
i2
A
B
i1
i2
i1
Kit of 2 pieces
Adjustable pedestal BC-6-INV from 198 to 232mmHow to adjust the height
© copyright Buzon
2 Block 3Align the arrows
ComponentBase BC-4-NSC Head BC-4
Head BC-4
Ref: AIP-8-BC-AN
1/4
A
C
B
Screw the head in at the maximum
CB
5 Adjust the height by turning B2 on left side
BC-6 pedestal
++=
Inverter C4-BC
Base BC-4
Adjustement from 198 to 232mm
232mm
198mm
BC-6-INV pedestal
Inverter C4-BC-INV
B CB1
B2
1 Put in
A
A
B
B
clacclac
clac
Pin of blocking
LOCK
LOCKB2
B1 B1
B2
B
LOCK
LOCKBlocked B1
B2
4 Place the pedestal underthe tile with the correct tabs
A
& do not turn A C
C
Kit of 2 pieces
Adjustable pedestal BC-6-INV from 198 à 232mmHow to put out the inverter C4-BC-INV from pedestal BC-6-INV
© copyright Buzon
1
5 Unblock
Unscrew the headat the maximum
ComponentBase BC-4-NSC
Base BC-4
Head BC-4
Head BC-4
Clou
Ref: AIP-9-BC-AN
1/4
A
B
2 Unblock the security 3 Unscrew and put out the head
C
Inverter C4-BC-INV
Inverter C4-BC-INV
BB1
B2C
C
6 Put out
A
A
A
B
C
clac
clac
BC-6-INV pedestal
RS+
a.Maintain the head b.Make a light pressure
with a nail
Hole for releasing of the head
Hole for releasing of the inverter
Press
Press
4 Make a light pressure in the hole in the base
Adjustable pedestal BC-6-C3 from 200 to 305mm How to put a coupler C3-BC-5 on a BC-4 pedestalHow to adjust and block the height with the keys
© copyright Buzon
1 Screw the coupler on the base at the maximum
2 Screw the head on the coupler at the maximum
Component
Base BC-4
Head BC-4 Key x4
Head BC-4
Coupler C3-BC-5
Coupler C3-BC-5
Ref: AIP-10-BC-AN
BC-6 pedestal
+
+
=
Security
Adjustment from 200 to 305mm
200mm
305mm
Plot BC-6-C3
Base BC-4
Security
3 Adjut the height by unscrewing the coupler and the head
4 Block head and coupler with the 4 keys in the needed height
OK
LOCK
R
S
+
_
X
Y
Z
+
R
S
+
Key
Pedestal adjustable BC6-C3 from 200 to 308 mm and BC-8 from 224 to 365 mmHow to put out the head from the baseHow to place the coupler C3-BC-5How adjust and block the height with the keys
© copyright Buzon
1
ComponentBase + head BC-4
Base + head BC-5
Coupler C3-BC-5
Ref: AIP-11-BC-AN
Unscrew the head at the maximum until you hear “CLAK”
4
5
Unblock the security 2 Unscrew the headof the pedestal
3
A nail
Tool
a.Maintain the head
b.Make a light pressure with a nail
CLAK
SECURITY
BC-6-C3 pedestal BC-7-C3 pedestal
Base BC-4
Head BC-4
Head BC-4or BC-5
Head BC-4or BC-5
Base BC-4or BC-5
Coupler C3-BC-5
BC-6-C3 pedestal (200 à 308mm)
+
+=
Base BC-5
Head BC-5
Coupler C3-BC-5
BC-7-C3 pedestal (224 à 365mm)
+
+
=
Adjustable height from 200 to 308mm
Adjustable height from 224 to 365mm
Security
Screw the coupler on thebase at the maximum
Security _
X
Y
Z
+
Screw the headon the coupler
Security R
S
+R
S
+
6 7
R
S
+
_
A
B
C
+
_
X
Y
Z
+
_
X
Y
Z
+
Kit of 2 piecesKey x4
Adjust the height by unscrewing the coupler and the head
Block the haed and the coupler with the 4 keys at the needed height
LOCK
Key
Adjustable pedestal BC-7-C3 from 224 to 365mmHow to put a coupler C3-BC-5 on BC-5 pedestalhow to adjust and block the height with the keys
© copyright Buzon
1 Screw the coupler on the base at the maximum
2 Screw the head on the coupler at the the maximum
Component
Base BC-5
Head BC-5
Head BC-5
Coupler C3-BC-5
Coupler C3-BC-5
Ref: AIP-12-BC-AN
BC-7-C3 pedestal
+
+
=
Security
Adjustment from 224 to 365mm
224mm
365mm
BC-7-C3 pedestal
Security
3 Adjust in height by unscrewing the coupler and the head
4 Block the head and the coupler with the 4 keys at the needed height
OK
LOCK
_
A
B
C
+_
X
Y
Z
+
Base BC-5
_
A
B
C
+
_
X
Y
Z
+
Kit of 3 piecesKey x4
Adjustable pedestal BC-7-C3 from 224 to 365mmHow to put out the coupler C3-BC-5How disassembly the pedestal
© copyright Buzon
1
ComponentBase BC-5
Head BC-5 Key x4Coupler C3-BC-5
Ref: AIP-13-BC-AN
Put out the 4 keys 2 Unscrew the head and the coupler at the maximum
6 Unscrew the coupler from the base
Unblock the security from the head3
Unscrew the head from the coupler
5
A nail
Tool a.Maintain the head
b.Make a light pressure with a nail
SECURITY
CLAK
CLAK
4 Unblock the security of the coupler
SECURITY
UNLOCK
_
A
B
C
+
_
X
Y
Z
+
OK
_
A
B
C
+
_
X
Y
Z
+
_
X
Y
Z
+
365m
m
Security
_
A
B
C
+
b.Make a light pressure with a nail
_
A
B
C
+
_
X
Y
Z
+
_
X
Y
Z
+
a.Maintain the coupler
i2
Adjustable pedesal BC-8-INV to BC-12-INV from 340 to 1120mmHow to place C3-BC-5 coupler and C4-BC-INV inverter on the base BC-5How to adjust and block the height with the keys
© copyright Buzon
1 2 3
1/4
Component
Base BC-5
InverterC4-BC-INV
CouplerC3-BC-5
Head BC-5
Head BC-5 InverterC4-BC-INV
Coupler C3-BC-5
Base BC-5
General Schematic
D
A
B
LOCK
LOCK
i2
Screw the coupler on the base bc 5 at the maximum
Block the coupler with 2 keys
Put the inverter ontothe coupler
4 Block the inverter :1. By turning a 1/4 on left side2. By placing a key into the coupler
Key
Key
Key
Key
Key
(at the needed height)
LOCK
LOCK
LOCK
clac
clac
5 Screw the head into inverter at the maximum
6 Place the pedestal under the tile
7 Adjust in high by turning i2 on left side
LOCK
RectangulareTabs
8 The height is adjusted
Rectangulare Tabs
i1
Ref: AIP-14-BC-AN
Key
BC-8-INV: 342-455mm BC-9-INV: 452-620mm BC-10-INV: 562-787mm BC-11-INV: 672-953mm BC-12-INV: 782-1117mm
Adjustable pedestal BC-8-INV, BC-9-INV, BC-10-INV, BC-11-INV, BC-12-INV from 342 to 1117mmTable sheet various adjustment and height
342mm
455mm 452mm
620mm
562mm
787mm
672mm
782mm
1117mm
953mm
100
200
300
400
500
600
700
800
900
1000
1100
1200
C3
C4
C4
C4
C4
C4
C3
C3
C3
C3
C3
C3
C3
C3
C3
C3
C3
C3
C3
C3Ergonomic handling because the adjustment of the pedestal is done at the top of the pedestal, just in front of your eyes.
LOCK
IMPORTANT: BLOCK EACH COUPLER WITH THE KEYS
© copyright BuzonRef: AIP-15-BC-AN
The inverter must be place alwaysUNDER THE HEAD
0
5
1
2
34
Slope corrector BC-PH5 placed under the base of pedestal BC-Serieswith circulare or rectangulare TabsHow to correct a slope from 0 to 5%
© copyright Buzon
GENERAL SCHEMATIC
4 place the pedestal on the slope corrector adjusted on 3%
1 Place on the ground the level on pedestal BC-0
2 Adjust the corrector on 3%
Ref:AIP-16-BC-AN
Component
Base + head
Disc 1
Slope corrector
BC-PH5Pedestal BC-0
Level Tabs
Rectangulare
Circulare
12
345
12345
12
345
1 2 3 4 5
12
345
12345
12
345
1 2 3 4 5
0
5
12
3
4
5 Position of the pedestal under the tile and adjustment of the height
The bubble show the % and the direction of the slope
EXAMPLE: = 3%
3
3
0
5
12
3
4
0
5
12
3
4
Disc 1 inferior
Disc 2 superior
BC-0 Pedestal
Correcteur de pente BC-PH5
3%
3%
3% 3%
3%
3%
0
5
1 23
4
3 Place the corrector on the ground in the slope direction
0
5
123
4
Slope from 0 to 5%
The corrector BC-PH5 increase the height of the pedestal of 13 mm
Direction of the slope Direction of the slope
3
13mm
Component
Base + head
Slope corrector
Rectangulare Tabs
OK
© copyright BuzonRef:
2 Fix the PH5
Slope corrector PH5 placed on the head of pedestals BC-Serieswith Rectangulare Tabs only How to correct the slope from 0 to 5%
PH5
Arrow toward the slope
3
OK
5 toward the slope direction and adjust the pedestal in height
3 place the rectangular Tabs
4 Pedestal under the tile and PH5 into the slope direction
Tile
3
3
3
3
3
Tile
OK
3
a. Hold the head
b.Turn the base
3%
1
3
3%
3
3
3
GENERAL SCHEMATIC
SLOPE
ADJUSTMENT from 0 to 5% from the slope corrector PH5
Direction of rotation
Value of the slope Direction of the slope
0
TILE
0 to 5%
Example Réglez le PH5 sur 3%
CLICK CLICK
CLICK CLICK
x4
PH5+10mm
10mm
PH5
3
3
AIP-17-BC-AN
2 slope correctors BC-PH5 placed under the base of the pedestal BC-SeriesHow to correct the slope from 6 to 10% with 2 slope correctors How to adjust and block the height with the keys
© copyright Buzon
1 Place theBC-1 (14mm)(non adjustable) on the first slopecorrector
Adjust the first slope corrector BC-PH5 on 5%
4
2
Composition
Base + tête
Correcteur BC-PH5 BC-1 Raw plug Pin tube Tabs circulairesou rectangulaires
5
5
5
3
7 Place the pedestal adjust on 8% under the tile Adjust and block the needed height
8%
EXAMPLE: Slope at 8%
8%
5%
3%
x 2 x 2
0
5
1
2
34
0
5
12
3
4
Block with the white pin in the hole 5%
Place the pedestal on both slope correctors
Place the second corrector BC-PH5 adjusted on 3% on the BC-1
3
Hole 5%
BC-PH5
BC-PH5BC-1
3%
5%
5 6Fix with the raw plug and the pine tube and place the number 3% in front of the number 5%
Ref: AIP-18-BC-AN
3%
5%
8%
TOTAL CORRECTION5% + 3% = 8%
3%
5%
GENERAL SCHEMATIC
2 correctors bc ph5 increase the height of the pedestal from 38 mm
+38mm
38mm
Clés
14mm
LOCK
OK
Slope corrector BC-PH5 + PH5How to correct a slope from 6 to 10% with the slope corrector BC-PH-5 + PH5 with rectangular tabs onlyHow adjust and block the height
© copyright Buzon
1 CORRECTION 2:Adjustment from PH5 on 3%
CORRECTION 1: Adjustment of the bc ph5 on 5%
3 Place the slope corrector PH5 adjustedon 3% on the pedestal
2
Ref:
Component
Base + head
BC-PH-5+13mm
Slope PH5
Slope BC-PH5 RectangularTabs
x4
0
5
12
3
4
0
5
1
2
3
4
5 Place the pedestal adjusted on 8% under the tileCorrect and block the needed height with the keys
CORRECTION from 3% + 5% = 8%
EXAMPLE: Slope at 8%
8%
5%
3% 3
3
AIP-19-BC-AN
3
5% 5%
5
5
4 Place the pedestal on the slope corrector BC- PH5 adjuted on 5 %
3
3
8%
3
5%
CLICK CLICK
CLICK CLICK
3%
Slope
3
3
General Schematic
8%
PH5+10mm
5
5
3
3%
+23mm to add at pedestal BC-0 à BC-12
Key
LOCK
© copyright Buzon
1 Insert the RAW PLUG in the center of the support
3 Block the Batten Holder by insering the PIN TUBE
4 Insert the BATTEN GUIDE
5
Ref: AIP-20-BC-AN
Component of the batten holder
Base BC BattenHolder
BC-Batten
Raw plug Pin tube
Batten Guide X2
Guide
Head BC
2 Fix the BATTEN HOLDER in the center of the pedestal
Place the batten on the support and adjust the 2 guides BATTEN
ScrewScrew
6 Adjust in height by turning the base and block with the KEYS
Batten
Screw
Batten
Key x2 Woodden terrace or composite terrace How to place a batten from 35 to 90 mm on the batten kit system How to adjust with the 2 batten guidesHow to adjust and block the height
LOCK
35 to 90mm
Screw
Component
BC PedestalBase + head
© copyright BuzonRef:
Woodden terrace or composite terrace How to adjust the 3 batten from 35 to 90 mm with 4 guides on the BC-BATTEN holder(fixed on the pedestal BC-0 to BC-12)How to adjust and block the height with the keys
1 Insert the RAW PLUG in the batten holder into the pedestal BC
AIP-21-BC-AN-PDF
BC BATTENBatten holder
Raw plug
Pin tube 2x
Guide Batten 4X
2 Fix the BATTEN holder with the white PIN TUBE
3 Place the 4 guides BATTEN
OK
4 Place and adjust the 3 battens with the 4 guides BATTEN
5 Adjust in height by turning the base and block with the KEYS
Screw
Guide BATTEN
Guide BATTEN
BATTEN
1 2
3
Key
LOCK 2 31
35 to 90mm
Woodden terrace or composite terrace How to place a batten of 65 mm maximum into the kit-3 support fixed on the pedestal BC (BC-0 to BC-12)How to adjust and block the height with the keys
© copyright Buzon
1 3 Block the KIT-3 support by insering the PIN TUBE
4 5
Ref: AIP-22-BC-AN
Component
Base BC
KIT-3
Batten holder
Raw plug
Pin tube
Head BC
2 Insert the KIT-3 support in the center of the pedestal with the RAW PLUG
Insert the RAW PLUG in the center of the support
Place the batten in the KIT-3 support and fix with screws
Adjust in height by turning the base and block with the KEYS
Screw
Lambourde
LOCK
KEY
65mmmaximum
Screw
65mmmaximum
© copyright Buzon
1
4 5
Ref: AIP-23-BC-AN
Component
Base BC
KIT-3 Batten holder
Raw plug
Pin tube
Head BC
Insert the RAW PLUG in the center of the support KIT-3
Place the 3 batten in the KIT-3 support and fix with screws
Adjust in height by turning the base and block with the KEYS
Screw
Lambourde11 2 32
3
Woodden terrace or composite terrace How to adjust the 3 battens (maximum 65 mm) on the KIT-3 support (fixed on the pedestals bc serie BC-0 to BC-12)How to adjust and block the height with the keys
Key
3 Block the KIT-3 support by insering the PIN TUBE
2 Insert the KIT-3 support in the center of the pedestal with the RAW PLUG
LOCK 2 31
ScrewScrew
Screw
© copyright Buzon
1 Insert the RAW PLUG LARGE in the center of the BC-1
3 Block the support by insering the WHITE PIN
Ref: AIP-24-BC-AN
Component
Base BC BC-1
USE NOT RECOMMENDED
USE RECOMMENDED With BC-1 pedestal placed on the pedestal BC ’s head
Raw plug large
Pin tube
Circulare Tabs
Head BC
2 Fix the BC-1 in the center of the pedestal
Adjust the height by turning the base of the pedestal and fix with the KEYS
Key x2
How to place the pedestal BC-1 on the head of the support BC to increase the placement area under the tile
LOCK
LOCK
185mm
185mm
145mm
200mm
145mm
Head BC
BC-1
4
General schematic
Increase the placement area (from 145 to 185 mm) for a use with triangular or hexagonal or circular tile...
Placement area under the tile higher
It shall bebrooken
Place areatoo small
Pedestal non adjustable BC-0 + slope corrector BC-PH5 from 0 to 5% Pedestal non adjustable BC-1 + slope corrector BC-PH5 from 0 to 5%
© copyright Buzon
BC-0 + BC-PH5 adjust at BC-0 11mm + BC-PH5
Ref: AIP-27-BC- AN
BCShims from 1 or 2 mm of thickness suitable on each pedestals BC-serie allow supplementary highs
0%
BC-1 + BC-PH5 adjust at 0%
Slope correctorBC-PH5 13mm
BC-1 14mm
h:24mm
24
Circulare Tabs Rectangulare Tabs
24 2413mm 11mm
2713mm 14mm
BC-1 + BC-PH5 adjust at 1%
BC-PH5 (0 to 5%)BC-0 (11mm) BC-1 (14mm)
0
5
12
4
45
21
0
33
BC-0 11mm
Slope correctorBC-PH5 13mm
ONLY circulare Tabs
BC-1 14mm + BC-PH5
h:27mm
27
27 27
BC-0 + BC-PH5 adjust at 1%
23 25
Slope 1%Slope 0%
22 26
Slope 2%
BC-0 + BC-PH5 adjust at 2%
21 26,5
Slope 3%
BC-0 + BC-PH5 adjust at 3%
20 27,5
Slope 4%
BC-0 + BC-PH5 adjust at 4%
19 28
Slope 5%
BC-0 + BC-PH5 adjust at 5%
Slope 0%
2725,5 27,5
Slope 1%
BC-1 + BC-PH5 adjust at 2%
25 28,5
Slope 2%
BC-1 + BC-PH5 adjust at 3%
24,5 29,5
Slope 3%
BC-1 + BC-PH5 adjust at 4%
23,5 30,5
Slope 4%
BC-1 + BC-PH5 adjust at 5%
22 31
Slope 5%
To adjust See AIP-16-BC
To adjust See AIP-16-BC
Use BC-0 and BC-1 pedestalsonly on first ligne because theyare not adjustable in heightfor the other lignes
Slope 3%OK NO NO
SOLUTIONUse adjustable pedestals in height
Kit-4 + Pedestal BC-0 not adjustable on the slope corrector BC-PH5 from 0 to 5%Kit-4 + Pedestal BC-1 not adjustable on the slope corrector BC-PH5 from 0 to 5%
© copyright Buzon
BC-0 + BC-PH5 adjust at
Ref: AIP-28-BC- AN
ShimShims from 1 or 2 mm of thickness suitable on each pedestals BC-serie allow supplementary highs
0%
BC-1 + BC-PH5 adjust at 0%
28 2813mm 11mm 4mm
13mm 14mm 4mm
BC-1 + BC-PH5 adjust at 1%
BC-PH5 (0 to 5%) Raw plug Medium
Pin tube
BC-0 (11mm) BC-1 (14mm)
0
5
12
4
45
21
0
33
Slope correctorBC-PH5 13mm
BC-0 11mm
KIT-4 4mm
31 31
BC-0 + BC-PH5 adjust at 1%
27 29
Slope 1%Slope 0%
26 30
Slope 2%
BC-0 + BC-PH5 adjust at 2%
25 30,5
Slope 3%
BC-0 + BC-PH5 adjust at 3%
24 31,5
Slope 4%
BC-0 + BC-PH5 adjust at 4%
23 32
Slope 5%
BC-0 + BC-PH5 adjust at 5%
Slope 0%
2729,5 31,5
Slope 1%
BC-1 + BC-PH5 adjust at 2%
29 32,5
Slope 2%
BC-1 + BC-PH5 adjust at 3%
28,5 33,5
Slope 3%
BC-1 + BC-PH5 adjust at 4%
27,5 34,5
Slope 4%
BC-1 + BC-PH5 adjust at 5%
26 35
Slope 5%
Pin tube
Raw Plug MEDIUM
BC-1 14mm
Pour réglage voir AIP-16-BC
Pour réglage voir AIP-16-BC
Slope correctorBC-PH5 13mm
KIT-4 4mm
Pin tube
Raw Plug MEDIUM
Use BC-0 and BC-1 pedestalsonly on first ligne because they are not adjustable in heightfor the other lignes
Slope 3%OK NO NO
SOLUTIONUse adjustable pedestals in height
1 Trace 3
4 Write on the ground the value and the directionof the slope
Repeat the operation to every crossing
21 Place the BUZON® LEVEL
5
Value and direction canvary on every circle according to the disparitiesof the ground
© copyright BuzonRef: AIP-29-BC-EN 05/12/2012
The bubble indicates theVALUE of the slope
12
34
5
12
34
5
12
34
5
12
34
5
3
The alignment of figuresindicates the DIRECTIONof the slope
BUZONLEVELon BC-0
ComponentsDetermine the value (%) and the direction of the slope with theBUZON® LEVEL Ref: KIT SL 80
12
345
12345
12
345
1 2 3 4 5
BC-0 Bubble levelChalk
Surround
b. Turn the base
a. Maintain the head
Base
a. Maintain the head
b. Turn the base
© copyright BuzonRef: AIP-30-KEY-BC-EN 05/12/2012
1
Base
2 Decrease the height
±2cm
Increase the height
How to use the key to adjust the height for the pedestalPedestals BC
© copyright Buzon
Découpe
PRINCIPLE
Plan 1cm free for the perimeter
Découpe A
Undercut A Undercut B Undercut C Undercut D
200mm
27,5mm
218mm
145m
189mm 178mm 178mm
132mm132mm 97mm 97mm
189mm
How to cut and place pedestals BC in edge of wall and corner of wall with rectangular tiles 40x40cm and 30x40cm (27cm minimum)Plots BC-Serie
Components
Unscrew the head to the maximum
Reverse the pedestal, cut with a jigsaw by
following the foreseen lines
Remove the spacer tabs in function of the positionunder the tileSee AIP-1-BC
Width of tile of 22 cm minimum
Ref: AIP-31-BC-AN 07/05/2013
Cut out the corners to avoid a punch on the watertightness
Dé
co
up
e
Découpe
B
30x40cm(22cm minimum)
D
40x40cm
B A
BC
AC145mm
97,75mm 97,75mm
4,5mm
A
BC-SeriesBasis + head
Circular tabs
x4
Rectangular tabs
x4
© copyright BuzonRef: AIP-32-BC-AN
Components
BC SeriesPedestal
40x40cm40x20cm
Circular tabs Rectangular tabs
Pedestals BC Serie placed along a wall How to cut and place the pedestals along a wall with rectangular tiles 40x40 cm and 40x20 cm
Put off the pedestal's head (see AIP BC 11)
Turn over the pedestal, cut with a Jigsaw on themarks on the bottom
Cut the corners not to damage the waterproofing
Cut out BC series Pedestal Cut out Cut out Cut out general schematic
For the non-cutted pedestals :Use alwaysrectangular tabs
Take care to let 1 cm on the circumference
For the cutted pedestals ABCD placed along the wall :Use always circular tabs
C
C
C
A
A
A
A
A
A
ABC
BC
BC BCBCBC
BB
B
B
B
B
D
D
145mm
200mm
B
© copyright BuzonRef: AIP-33-BC-AN
Components
BC SeriesPedestal Pedestal BC-1
40x40cm
40x10cm
40x20cm
Tiles 20x10cm
Circular & Rectangular tabs
Pedestals BC Series placed along a wallHow to cut and place the pedestals along a wall with rectangular tiles 40x40 cm, 40x20 cm, 40x10 cm and 20x10 cm
Put off the pedestal's head (see AIP BC 11)
Turn over the pedestal, cut with a Jigsaw on the marks on the bottom
Cut the corners notto damage thewaterproofing
Cut out BC series Pedestal Cut out Cut out Cut out Cut out general schematic
Take care to let 1 cm on the circumference
BC-1 Pedestal on head BC
For the not-cutted pedestals,Use always rectangular tabs
For the cutted pedestals ABCD placed along the wall,Use always circular tabs
The pedestal BC 1 on the head bc allows you a larger surface as well no need to use another pedestal
A
BC
BC-1
A
A
BC
A
B
B
B
B A
E
C
C
A C D E
User guide, see AIP-24-BC-AN
145mm
200mm
185mm200mm
Providing Architects and Builders with Superior Paving, Decking and Pedestal Products.
Commercial | Luxury Residential | Municipal
Sales Representatives
Sales representatives for HDG Building Materials are located in the Pacific Northwest, Southern California, and Iowa.
Outside of those regions? No problem, we are happy to serve. Please contact us at 503.360.9551
Extended Team
We can also provide technical consultation and installation training for projects that involve Buzon Pedestals. Please contact us to discuss your particular needs. HDG Building Materials also has a network of experienced installers in many major cities. Please contact us for introductions or referrals.
HDG Building MaterialsCommercial | Luxury Residential | Municipal
10691 SE Jason LaneHappy Valley, OR 97086
HDG Building Materials is an expert dealer for Buzon Pedestals International.
HDG provides architecturalsales and support in North America.