INDEX. Slope Correction Instructions for BC-Series

Transcription

1 Slope Correction Instructions for BC-Series INDEX AIP- How to place the slope corrector PH or BC-PH from to Adjustable pedestal BC-, BC- and BC- AIP-6 Slope corrector BC-PH placed under the base of pedestal Adjustable Pedestals BC-Series AIP-7 Slope corrector PH placed on the head of pedestals BC-Series with rectangular tabs only Adjustable Pedestals BC-Series AIP-8 How to correct the slope from 6 to % with slope correctors Adjustable Pedestals BC-Series AIP-9 PH PH How to correct a slope from 6 to % with the slope corrector BC-PH- + PH with rectangular tabs only Slope corrector BC-PH + PH Top Slope Correctors Example Create Sloped Surfaces and ADA Ramps

2 Adjustable pedestal BC- How to place the slope corrector PH or BC-PH from to % BC- BC- BC Component PH BC-PH X Rectangular tabs X à X Circular tabs Adjust the height BC-: from 8 to mm BC-: from to mm BC-: from to 8mm 8mm 8mm mm mm mm mm BC-, BC- or BC- with PH slope corrector to % BC-, BC- or BC- with BC-PH slope corrector to % ONLY With rectangular tabs With rectangular tabs With circular and/or rectangular tabs Clak Clak PH BC-, BC or BC BC-, BC or BC Clak Clak BC-, BC- ou BC- BC-PH ONLY BC-PH Avec PH = +mm Adjust the height With PH = +mm BC- +PH: from 8 to mm 8mm mm BC- +PH: from to 6mm mm 6mm BC- =PH: from 6 to 9mm 9mm 6mm With BC-PH = +mm BC- +BC-PH: from to mm mm mm BC- +BC-PH: from to 68mm BC- +BC-PH: from 68 to 98mm 68mm 68mm mm 98mm Ref: AIP--BC-AN

3 Slope corrector BC-PH placed under the base of pedestal BC-Series with circular or rectangular tabs How to correct a slope from to % Component Base + head Slope corrector BC-PH Pedestal BC- Level Tabs Rectangular Circular Disc GENERAL SCHEMATIC Place on the ground the level on pedestal BC- The bubble show the % and the direction of the slope EXAMPLE: = % Adjust the corrector on % Disc inferior Disc superior Correcteur de pente BC-PH Slope from to % % The corrector BC-PH increase the height of the pedestal of mm BC- Pedestal % mm % Place the corrector on the ground in the slope direction Place the pedestal on the slope corrector adjusted on % Position the pedestal under the tile and adjust the height % Direction of the slope Direction of the slope % % Ref:AIP-6-BC-AN

4 Component Slope corrector Slope corrector PH placed on the head of pedestals BC-Series with rectangular tabs only How to correct the slope from to % Base + head PH x Rectangular tabs GENERAL SCHEMATIC mm ADJUSTMENT from to % from the slope corrector PH Place the rectangular tabs OK PH +mm TILE Direction of rotation PH SLOPE to % Value of the slope Direction of the slope Pedestal under the tile and PH into the slope direction Example % Adjust PH to % Tile % Arrow toward the slope Fix the PH toward the slope direction and adjust the pedestal in height OK Tile OK a. Hold the head b.turn the base Ref: AIP-7-BC-AN

5 slope correctors BC-PH placed under the base of the pedestal BC-Series How to correct the slope from 6 to % with slope correctors How to adjust and block the height with the keys Composition Base + head Corrector BC-PH BC- Raw plug Pin tube Circular or rectangular tabs x x Keys GENERAL SCHEMATIC EXAMPLE: Slope at Adjust the first slope Place the corrector BC-PH on % BC- (mm) (non adjustable) on the first slope corrector Block with the white pin in the hole % OK TOTAL CORRECTION % + % = mm 8mm % % % Hole % correctors bc ph increase the height of the pedestal from 8 mm BC-PH BC- BC-PH Place the second corrector BC-PH adjusted on % on the BC- Fix with the raw plug and 6 the pin tube and place the number % in front of the number % Place the pedestal on both slope correctors 7 Place the pedestal adjust on under the tile Adjust and block the needed height % LOCK +8mm % % % % Ref: AIP-8-BC-AN

6 Slope corrector BC-PH + PH How to correct a slope from 6 to % with the slope corrector BC-PH- + PH with rectangular tabs only How adjust and block the height Component Base + head Slope PH Slope BC-PH Rectangular tabs x Key General Schematic EXAMPLE: Slope at CORRECTION from % + % = CORRECTION : CORRECTION : Adjustment of the BC - PH on % Adjustment from PH on % PH +mm BC-PH- +mm % % % % Place the slope corrector PH adjusted on % on the pedestal Place the pedestal on the slope corrector BC- PH adjuted on % Place the pedestal adjusted on under the tile Correct and block the needed height with the keys % % LOCK Slope % +mm to add at pedestal BC- à BC- Ref: AIP-9-BC-AN

7 BUZON Pedestal International Generate Sloped Walking Surfaces Create ADA Ramps PH Top Slope Correctors Required equipment: digital level and chalk. Place the digital level where the pedestal would stand, to know the value of the slope, as well as the direction of the slope to be corrected.. Mark on the substrate, the direction of the slope to be corrected (by an arrow) and indicate the gradient % (in our example: %). How to adjust the slope corrector PH. For the adjustment: Switch the top plate of the slope corrector device.. Rotate the head of the pedestal to match the gradient of the slope (visible in the window).. The direction of the slope is given by arrows for each value of the gradient. 6. Place the pedestal under the corner of the tile, with the direction of the arrow pointing into the direction of the slope. The head of the pedestal will be water level in all directions. 7. After placing the pedestal under the tile adjust it to the necessary height.

8 PH Top Slope Corrector Create Sloped Surfaces & ADA Ramps BC-PH Bottom Slope Corrector Designers and architects sometimes wish to create sloped surfaces for rooftops, decks, walking surfaces, and to create wheelchair accessible ramps. The same slope-correcting features that allow designers to use Buzon pedestals to create level surfaces over slope-to-drain substrates can also be used to design sloping surfaces with a desired degree of slope. 9 Generate Slopes -% PH Top Slope Corrector x. /6 To calculate the height of the next row, measure the on-center distance between the pedestal rows, and multiply that by slope percentage. Substrate Slope Varies: -%. Starting at the top of the ramp, use the BC-PH bottom slope corrector to set the pedestal-body plumb and true.. Add the PH top slope corrector, dial it in to the desired ramp slope (%), and set the PH in the corresponding direction. Row Row Substrate Slope Varies: -% Substrate Slope Varies: -%. Add a pedestal in next row, set in the same fashion -- but CENTER-POINTS of the tops of the pedestals will be set lower. Example: If next row is " o.c. from the top row, and the desired ramp walking surface is %, multiply " x. = /6". Centerpoints of pedestals in Row should be set /6" lower than the centerpoints of pedestals in Row.. Repeat step for each row adding the surface decking material as you go. Generate -% Sloped Surface. Combine with bottom slope corrector to generate slopes up to % Substrate Slope Varies: -% x. Row Row Row Row Substrate Slope Varies: -% The BC-PH Bottom Slope Corrector is used for both Buzon BC-Series and PB-Series that HDG furnishes.

9 Providing Architects and Builders with Superior Paving, Decking and Pedestal Products. Commercial Luxury Residential Municipal 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. 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.6.9 HDG Building Materials Commercial Luxury Residential Municipal 69 SE Jason Lane Happy Valley, OR 9786 HDG Building Materials is an expert dealer for Buzon Pedestals International. HDG provides architectural sales and support in North America..6.9 sales@hdgbuildingmaterials.com