Payment & Shipping Terms:
|Bearing Type:||Sealed Friction Bearing||Circulation:||Fluid|
|Standard:||API-7-1, ISO 9001:2008||Series:||FSA|
|IADC:||517||G:||Reinforced Gauge Protection|
|Connection:||6 5/8" API REG PIN|
9 1/2" FSA517G 05, TCI Bit , Sealed Bearing , Tricone Roller Bit
Bit Size : 9 1/2 inch
IADC : 517
SERIES : Fa
Tooth type : ( TCI ) Tungsten Carbide Insert
Connection : 6 5/8 inch API REG PIN
Nozzle : three jet (side) nozzles
Bit Weight : 75 kgs
From 3 7 / 8inch to 36inch
RECOMMENDED DRILLING PARAMETERS FOR APPLICATION
|Types & IADC Code||415||
|Lb/in. (Bit Dia.)||2000~5428||2000~5428||2285~4000||2285~4000||2571~6285||2857~6857|
|Rotation Speed (Rpm)||150~60||150~60||140~80||120~80||110~60||100~50|
The above chart represents commonly available sizes and types, we do produce other sizes and types of rock bits which do not appear on this list. Please contact us for more information.
Medium formation TCI tricone bits:
The medium formation TCI tricone bits features aggressive chisel tungsten carbide inserts on the heel rows and inner rows. This design provides a fast drilling rate and added cutting structure durability in medium to medium hard for mations. The HSN rubber O-ring provides adequate sealing for bearing durability.
Roller Cone Bit Seal Definitions
In a rotating bearing, the two working sides of a seal are called the static energizer and the dynamic wear face. These two parts are directly opposite each other, with the energizing portion bearing on the gland and the dynamic wear face bearing against the rotating unit. For the energizing portion of the seal to function properly, it must have a surface against which to react. This is provided by a channel-shaped groove called a seal gland.
The wearing portion of the seal must have the capability to withstand the heat and abrasion generated as the rotating surface passes over it. The energizer, when functioning correctly, is not a high-wear area. Ideally, it simply bears against the gland and provides the pushing energy that maintains firm contact between the wear surface and rotating cone.