Rod Body Weights & Lengths
|Rod Body||1.25″ Rod Bodies||1″ Rod Bodies|
|Length||36′ 8.5″||36′ 8.75″|
|Weight per Foot||1.02 lbs. per foot||.64 lbs. per foot|
|Standard Length * Weight||37.587 lbs. @ 36′ 8.5″||23.60 lbs. @ 36′ 8.75″|
|End Fitting Weight||5.146 lbs. each||3.470 lbs. each|
|Assembled Rod Weight
w/two End Fittings
|47.879 lbs. per rod||30.54 lbs. per rod|
|3/4″ FGSR = 18.1 lbs.||3/4″ steel = 40.85 lbs.|
|7/8″ FGSR = 22.9 lbs.||7/8″ steel = 55.6 lbs.|
|1.0″ FGSR = 30.7 lbs.||1.0″ steel = 72.5 lbs.|
|1-1/4″ FGSR = 48.3 lbs.||1-1/4″ sinkerbar = 125 lbs.|
|1-1/2″ sinkerbar = 150 lbs.|
|1-5/8″ sinkerbar = 175 lbs.|
|1-3/4″ sinkerbar = 205 lbs.|
Superod® Rod Guides
Superod® Rod Guides are designed specifically for use on Superod® Fiberglass Rods and are installed using a proprietary attachment process. Our Installation process insures the guides will stay in place and resist slippage on the rod. Superod® Guides have over twice the erodible area of conventional, molded-on guides.
Material: Polyphthalamide Nylon
Reinforcement: 34% Fiberglass
Operating Temperature: 350° F (Guide Only)
Depth: Over 10,000 ft.
Conditions: Engineered for aqueous H2S oilfield environments
Guide Dislocation Load: Average greater than >10,000 lbs.
|Rod Size||Guide OD|
|1″ x 2-3/8″||1″ Superod®||1.800″||0.322 lbs.||5.50″|
|1″ x 2-7/8″||1″ Superod®||2.275″||0.452 lbs.||5.50″|
|1-1/4″ x 2-7/8″||1-1/4″ Superod®||2.275″||0.404 lbs.||5.50″|
Superod® Technical Data
|Rod Body Diameter||.980||1.225″|
|Rod Body Area||.754 sq. in.||1.18 sq. in.|
|Weight Per Foot @ 37.5″||.8188′||1.2879′|
|API Pin Size||7/8″||1″|
|End Fitting Diameter||1.625″||2.00″|
Superod® Operating Properties
|Tensile Strength* (PSI) Min/Max||90,000/115,000||90,000/115,000|
|Max Working Stress (PSI)||40,000||40,000|
|Max Working Load (lbs.)||30,000||47,000|
|Max Short Term Load (lbs.)||40,000||**60,000|
*Limited By Steel End Fittings & Couplings
Design Modules for Superod® Suckerod – 7.2 MM
Temperature Range: Superod® 0-180° and Superod® High Temp 0-245°
**60,000 may exceed limitations of other equipment; ie. elevators
Superod® Calculating Minimum Pump Length
9 x Footage of FSR x 1.75 / 1000 = inches (a)
Maximum anticipated downhole pump
or Surface stroke, whichever is greater / 1000 = inches (b)
Plunger Length = inches (c)
2 x Seating Nipple Depth / 1000 = inches (d)
Length of Pump (a + b + c + d) / 1000 = inches
Calculation Minimum Pump Length
(Pump length should be calculated w/highest pump intake pressure)
Superod® Calculating Pump Spacing
9 x Footage of FSR x 1.75 / 1000 + (2 x Seating Nipple Depth) = Total Distance Off Bottom (inches)
Superod® Rod Guides are designed specifically for use on Superod® Fiberglass Rod Guides and are installed using a proprietary attachment process. Our Installation process insures the guides will stay in place and resist slippage on the rod.
Superod®‘s Engineering Department will provide a rod string design using either RodStar or SRod predictive Software. Current well bore paths require the company to furnish a gyro or deviation survey so our design team can recommend placement of the rod guides to prevent unnecessary rod wear on your tubing.
Any Questions on Technical Information?
If you can’t find the information you are looking for call the number below.