item no. 76/f219/88.9*1600/18002100/2500mm*200F10.1
material :steel ,iso 630fe360a
surface:galvanized to din en iso 1461
length:2000mm/1800mm/1600mm/
quter:76mm/88.9/219mm
thickness:3-4mm
A complete Power Shaft Assembly consists of a lead helix section, extension(s) and guy termination other attachment. The helix size (diameter) and number of helices are selected for the required holding strength. The shaft size and rating is selected based on the necessary holding strength and installation torque requirement. The guy attachment is chosen based on the number of guys
Extensions with helix are placed directly after the lead section (no bare extensions in between). They are used when additional bearing area is needed and to develop increased installation torque.
Specifications:
DIAMETER SHAFT- 3/4″, 1/2",3/4",5/8" etc.
LENGTH- 36 INCHES etc.
Eye- 1.5″ Diameter LOOP IS WELDED CLOSED
HELICAL DISC SIZES- 4 INCH AND 6 INCH
FINISH - HDG (HOT DIP GALVANIZED)
PULL OUT RESISTANCE- UP TO 4000 LBS (HARD PAN SOIL)
Screw in Ground Anchor 3/4" x 36" w/ 4" & 6" Helices Galvanized
4″ LEAD HELIX HELPS EASE THE INSTALLATION OF THE LARGER 6″ HELIX
HOT DIP GALVANIZED TO: ASTM SPECIFICATION A123 IDEAL FOR CORROSIVE ENVIRONMENT OR LONG DURATION INSTALLATIONS
RE-USEABLE - CAN BE UNSCREWED AND REINSTALLED
Every new construction project needs a strong foundation. new construction must take place on soils with poor load-bearing characteristics. Even if you are building on ground that is stable, it is a good idea to reinforce the foundation to prevent settlement.
Without a solution to overcome the limitations of poor soil, even well-constructed homes are likely to suffer with settlement issues. Footings and foundation walls will crack and bulge. Chimneys will tilt and separate. Homes, buildings and concrete slabs will crack and buckle.
Fortunately, structural engineers have developed techniques to give buildings and other structures a solid, stable structure in spite of poor soil conditions. When you need added support for your structure's foundation, using helical piers from Tianyicool is one of the strongest and most easily installed options available.
Hot Dip Galvanized per ASTM A123.
Consists of solid square shafts, ranging from 1.5″ to 2″. The piles are typically used for ultimate loads between 100 and 650 kN (25-150 kips) but have been tested to loads in excess of 900 kN (200 kips) in unique situations.
Square shaft products are generally used in small to moderate loading applications, and they provide excellent tension resistance. Square shaft piles are able to penetrate dense and cobble-rich soil when compared to their helical pipe pile equivalents, but they have lower resistance to buckling and negligible lateral load resistance.
In applications where tension is the primary consideration, we recommend the Square Shaft Piers. They have several advantages over the typical square shaft anchors.
Applied Load
The loads that the structure will apply to the pile it connects to. These loads include the dead load, live load, lateral loads, and seismic loading that the pile is being used to resist.
Soil Parameters
Soil strength is reviewed to make sure that it can withstand the load applied by the pile and helix plates.
Pile Capacity
The amount of load that a pile can resist. The pile shaft and connection are selected to resist the applied load. The helix plates are designed based on soil information to ensure that they are the right size.
Termination brackets transfer the load to the pile at the head. The termination bracket is connected to the foundation, typically by attaching it to or casting it into a concrete foundation, or directly to a steel grillage structure.
Square Shaft Advantages:
• Greater yield and Tensile strength
• Patented Cross-bolt Connection
• Increased safety factor
• Higher torque capacity
• Easy to install
• Installs in any season
• Minimal soil disturbance
• Not affected by a high water table
Composition:
• square solid shaft 1 1/2" thru 2″ O.D. typical.
• Solid round cornered Square (RCS), yield strength of grade 70 or 90.
• Ultimate compression/tension axial capacity: 57 to 200 kip.
• Circular tapered plates (helices) are welded to the center of the shaft.
• Helix diameters can range between 6″ - 48″
• with a thickness of 3/8″ - 1″.
• Helix pitch will range from 3″ - 6″
• Hot dipped galvanized per ASTM A123 or bare steel options available
• Coupling bolts are heavy hex bolt as per ASTM A325
• All welding to be done by welders certified of the AWS CODE D1.1
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