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Spacing:The maximum horizontal distance between standards (vertical supports) in TG20-compliant scaffolding is typically 2.1 meters (7 feet).For cantilever scaffolds, the distance between standards may need to be reduced depending on the loading and design considerations.

Correct method of Cantilever scaffold knee brace - connect with ledgers within node point(300mm).Right angle couplers use.

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Yes, a Safety Officer can indeed take the CISRS (Construction Industry Scaffolders Record Scheme) Supervisor Scaffold Training. This training is designed for individuals who supervise scaffolding operations, ensuring that they understand the regulations, safety standards, and best practices involved in scaffold erection, inspection, and dismantling.

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भारतात, सेफ्टी बेल्ट (सेफ्टी हार्नेस) भारतीय मानक IS 3521:1999 द्वारे नियंत्रित केले जातात. बांधकाम उद्योगातील सुरक्षा मार्गदर्शक तत्त्वे आणि नियमांनुसार आणि इतर क्षेत्रांमध्ये जेथे उंचीवर काम समाविष्ट आहे, सर्व मचानांमध्ये 2 मीटर (6.5 फूट) किंवा जमिनीच्या पातळीपेक्षा वर काम करताना सुरक्षा बेल्ट किंवा हार्नेसची आवश्यकता असते. हेच नियम अल्युमिनियम मोबाईल फोल्डिंगच्या साठी देखील लागू आहेत.

OSHA 29 CFR 1926 SUBPART - L SECTION .451(g) नुसार, खालच्या पातळीपेक्षा 10 फूट (3.1 मीटर) वरील मचानवरील प्रत्येक कर्मचारी त्या खालच्या स्तरावर पडण्यापासून संरक्षित केला जाईल.

@@ATOZSCAFFOLDINGSOLUTIONS sir, thanks for reply PASMA च्या नुसार ॲल्युमिनियम मोबाइल फोल्डिंग वर काम करताना हारनेसची गरज नाही जर 9.5 मीटर च्या उंचीवर अल्युमिनियम मोबाईल फोल्डिंग ने काम करत असताना त्या उंचीवर हारनेस hanging point नसेल तर काम करू शकतात का?

@@aaryakamble3265 PASMA EN 1004 बहुतेक ब्रिटीश मानकांचे अनुसरण करते परंतु भारतात तुम्ही भारतीय मानक किंवा राज्य किंवा राष्ट्रीय मार्गदर्शनाचे पालन केले पाहिजे. हँगिंग पॉईंट्स मचान सोबत जोडलेले नसतील तर तुम्हाला स्थानिक किंवा राज्य किंवा भारत सरकारचे लिखित दस्तऐवज ग्राहकांना सादर करावे लागतील. PASMA SCAFFOLDING वर सेफ्टी हार्नेस शिवाय क्लायंटने स्वीकारले तर तुम्ही काम करू शकता, जर क्लायंटने स्वीकारले असेल तर काहीच हरकत नाही पण तुम्ही स्वीकारत नसेल तर त्यासाठी दुसरा पर्याय निवडावा जसे की सेफ्टी हार्नेस ओव्हरहेड कायम स्ट्रक्चरसह अँकर केला जाईल.

CISRS TRAINING CENTERS ARE NOT AVAILABLE IN BIHAR CISRS Training centers in India -kerla- GSS Training center/Tamilnadu- Taughscaff & Panjab-Aecor International. *Scaffolding supervisor or inspector training Fees details - Approximately -58k to 65k. *Durations of Training Program -3 Days including Exam.

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IS 4014-1 (1967): Code of practice for steel tubular Scaffolding MATERIAL • Scaffolding Tubes - shall generally be 40 mm nominal bore • Heavy class and of grade YST 22 specified in IS: 1161-1963*. • Steel Fittings - Manufacturing requirements of scaffolding fittings shall be in accordance with IS: 2750-1964 *****IS 3696-1 1987: Safety code of scaffolds and ladders***** PLATFORM WIDTH *Where the platform is not more than 2 m above the ground or floor: a) Painters, decorators to similar workmen 300 mm b) Other types of men and tools only 500 mm *Where the platform is more than 2’0 m above the ground or floor: a) Men, tools and material 900 mm b) Men, tools, material and wheel barrows 12OO mm * WORKING PLATFORM AT BUILDING FACE AND CLEARANCE OF PASSAGE WAYS *Where work at the face of a building is done from a working platform the space between the face of the building and the working platform shall be as small as practicable so that where workmen sit at the edge of the platform to work the space shall not exceed 300 mm. *A clear passage w:iy of’ at least 500 mm wide shall be left between one side of any working platform and any fixed obstruction or deposited material.

IS 3696 - Code of practice for scaffold & ladder

Beam stagging keliye aapko Qualified person approved design drawing ka use Karke hi banana padega. Iskeliye scaffolds specifications Indian standard or nahi milega.

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OSHA SCAFFOLDING TRAINING FULL INFORMATION

Calculating the safe working load (SWL) of a scaffold is crucial for several reasons: Safety of Workers: The primary purpose of calculating the SWL is to ensure the safety of workers. Overloading a scaffold can lead to structural failure, which may result in falls, injuries, or even fatalities. Compliance with Regulations: In many regions, there are strict regulations and standards that dictate the safe use of scaffolding. Knowing and adhering to the SWL is often a legal requirement, ensuring that the scaffold is being used within its design limits. Preventing Structural Failure: Scaffolds are designed to support a specific load. Exceeding this load can cause the scaffold to collapse or tip over, endangering everyone in the vicinity. Calculating the SWL helps in preventing such accidents. Optimizing Use of Materials: Knowing the SWL allows for the efficient use of materials. It ensures that the scaffold is neither overbuilt nor underbuilt, which can save costs while still maintaining safety. Insurance and Liability: If an accident occurs due to an overloaded scaffold, it can lead to legal liabilities and insurance claims. Calculating and adhering to the SWL reduces the risk of such incidents and potential legal consequences. Proper Load Distribution: Calculating the SWL helps in understanding how loads should be distributed across the scaffold. This ensures that no part of the scaffold is subject to undue stress, which could lead to localized failures. Planning and Risk Assessment: Before starting a project, calculating the SWL is part of the risk assessment process. It helps in planning how the scaffold will be used, what materials and tools will be placed on it, and how many workers can safely work on it simultaneously.