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Supplier: Industrial Magnetics, Inc.
Description: handle & Test load feature Supports custom pole shoes Lifts flat or round loads (see chart below) Heat resistant up to 180°F (82°C) Stationary Lift Lug(s) Vertical Lift Capability using the optional Lift Lug attachment RFID tagged 3:1 Design Factor CONFORMS TO ASME B30.20
- Maximum Load Capacity: 0.1375 to 1.25 tons
- Use: General Industrial, Sheet / Plate
- Product Type: Magnet Lifter
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Description: Constructed of tubing with a smooth surface and no sharp edges, the BCB is designed specifically for handling bulk containers with nylon loops. Low headroom design. Easily attach to load with open lifting lugs. Lug spacing will hold up to a 3" wide loop. Oversized
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Supplier: SSI Fabricated
Description: Pressures to 3705 PSIG (255 BARG) Temperatures to 800ºF (427ºC) Custom engineered and fabricated T strainers RF or RTJ Flanges or Buttweld end connections in accordance with ASME 16.34 and 16.5 Standard thru bolt cover design. Installation in horizontal or vertical pipelines. Three
- Pipe Size: 2 to 24 inch
- Pressure Rating: 3,705 psi
- Screen Opening: 0.125 to 0.1875 inches
- Process Temperature: 800 F
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Description: Yale KELC Electric Chain Hoist offer a variety of options for lifting applications. These hoists are designed and manufactured for tough jobs and for every lifting application. An economical choice, these hoists are dependablely built to withstand the rigors of heavy service and
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Supplier: DeZURIK, Inc.
Description: requirement of flange gaskets Gate fully retracts out of the flow path in the open position Full flanged design with flange drilling per ASME B16.5 Class 150, DIN and BS standards, PN10 and PN16, and SANS 1123-1000 and 1600 Australian Table D & E (AS 2129) are available Body
- Valve Type: Gate / Knife Valves
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for lifting lugs to assist with installation. Sizes 2" thru 24" line size. ASME Class 150 and 300. API 594 face-to-face dimensions. RF Wafer ends. Horizontal or vertical installation. Standard body materials: - A216 WCB. - A351 CF8M. Stainless steel seat, disc & bushing. Nitronic 60 stem. Inconel (R) X-750 spring. Tapped holes in body for lifting lugs. Seat leakage per MSS SP-61. Options. - 316 SS spring. - Soft Seat. -* NACE. - Custom sizing-low flow. For the ALC Features and Cut Sheet - Click here... (read more)
Browse Check Valves Datasheets for DFT Inc. -
Face-to-Face dimensions. The ALC is an easy-to-maintain check valve for applications involving liquids, gases, or steam. Tapped holes are provided in the body for lifting lugs to assist with installation. API 594 Face-to-Face dimensions. Wafer RF ends. Spring-assisted silent closing. Sizes 2" thru 24". Horizontal or vertical installation. ASME Class 150 and 300. Standard body materials: - A216 WCB. - A351 CF8M. Stainless steel seat, disc & bushing. Nitronic 60 stem. Inconel (R) X-750 spring... (read more)
Browse Check Valves Datasheets for DFT Inc. -
hoists can be suspended in a fixed location or they can be trolley mounted by means of a top hook or mounting lug. Trolleys can be rigid or articulating. Trolley traverse can be plain (push type), hand geared or motor-driven. See below for examples of typical chain hoist suspension types. Choosing Lift, Reach & Headroom. It 's appropriate to group these three parameters together because they are closely related. Simply put, the length of lift is the distance the load hook can travel between its... (read more)
Browse Hoists Datasheets for Columbus McKinnon Corporation -
Load ( MEL) and apply the MEL factor of .65. For more detail refer to ASME HST-1, Performance Standard for Electric Chain Hoists, Section 1-1.1 through Section 1-2.4.2. Selecting a Suspension Type. Chain hoists can be suspended in a fixed location or they can be trolley mounted by means of a top hook or mounting lug. Trolleys can be rigid or articulating. Trolley traverse can be plain (push type), hand geared or motor-driven. See below for examples of typical chain hoist suspension types. Choosing... (read more)
Browse Hoists Datasheets for Columbus McKinnon Corporation -
check valves are a direct replacement for those constantly failing double door style check valves. The ALC (R) can be used in both vertical or horizontal orientations, available with an Inconel X-750 springs, 0.5 psi cracking pressure and it meets or exceeds MSS-SP 61 specifications. Metal-to-metal seats or soft seats for zero leakage. Applications include liquids, gases, or steam. Tapped lifting lug holes are provided in the body for ease of installation in the 10" and larger ALC's. For more... (read more)
Browse Check Valves Datasheets for DFT Inc.
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CR4 - Thread: Lift Lugs on Pressure Vessels
Hi all, just wanted to ask if anyone know what standards to use if I would want to design lifting lugs for ASME VIII div 1 vessels?
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CR4 - Thread: SWL of Lifting Lug
ASME has standards for the design of lifting lugs .
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CR4 - Thread: Question on Shackles
Quoted from "Proposed Design Criterion for Vessel Lifting Lugs in Lieu of ASME B30.20": .
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Canister storage building (CSB) safety analysis report phase 3: Safety analysis documentation supporting CSB construction
The storage tube plug lifting lug f s designed i n accordance with ASME 630.20-1993, &?ow-the-Hook Lfftfng Devices (ASME 1993a).
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Federal Register > Tuesday, February 1, 2011 > [76 FR 5483] Hazardous Materials: Incorporation of Certain Cargo Tank Special Permits Into Regulations
The prohibition of transporting containers filled to more than five percent water capacity resulted from concern of the potential for confusion between ASME and DOT tanks, as ASME tanks are not designed to be lifted by the lugs with product inside.
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Federal Register > Wednesday, July 21, 2010 > [75 FR 42364] Hazardous Materials: Incorporation of Certain Cargo Tank Special Permits Into Regulations
The prohibition of transporting containers with more than 5 percent water capacity resulted from concern of the potential for confusion between ASME and DOT tanks, as ASME tanks are not designed to be lifted by the lugs with product inside.
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Design of a High-Pressure Research Flow Loop for the Experimental Investigation of Liquid Loading in Gas Wells
We used American Society of Mechanical Engineers (ASME) code ( ASME 2007) to design the different parts, including the shell, unstayed flat heads and covers, openings, reinforcements, nozzles, fittings, bolted connections, lifting lugs , and support legs.
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Design of a High-Pressure Research Flow Loop for the Experimental Investigation of Liquid Loading in Gas Wells
We used ASME Code (2007) to design the different parts, including the shell, unstayed flat heads and covers, openings, reinforcements, nozzles, fittings, bolted connections, lifting lugs and support legs.
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Federal Register > Wednesday, December 31, 2003 > [68 FR 75734] Hazardous Materials: Matter Incorporated by Reference
(b) All tank mountings such as skids, fastenings, brackets, cradles, lifting lugs , etc., intended to carry loadings shall be permanently … with the requirements in Section VIII of the ASME Code (IBR, see § … fabricated, and shall be designed to withstand static loadings…