DRUM CAPACITY FORMULA

With a picture of a drum showing where to get the measurements, the customer can then enter them into the right boxes. All measurements must be in inches.

Note: all Dimensions in inches Capacity will be in Feet

Size change Formula

To find how much line a drum will hold if you already know how much line of any size makes a full drum.

Converting .108 to .140 knowing capacity of the drum with .108 line
Full drum with .108 = 6000m
6000m x .108 x .108 ÷ .140 ÷ 140 = 3570m
Full drum with .140 = 3570m

* Inside Distance Between Flanges

* Flange Height

Core Diameter (Use if you know this value, in other case use Core Circumference)

* Cable Diameter

Core Circumference (Use this field if you don't know the Core Diameter)

ELECTRICAL FAULT

Dead Short – Conductor is in direct contact with armor. Typically, resistance is less than 100 Ohms. Loss of communication with tools.

To find a short using Ohms, you must know the mfg’s resistance of Ohms/1000ft

“To make sure you get an accurate reading both ends of the conductor must be disconnected from the collector or cable head, and clean.”

In the example below, we will use a 5/16″ cable at 2.8ohms/1000ft.: (Know the length of 20,000 ft.)
Using a multimeter get the ohms resistance from the drum end, then from the cable head of the line.

DEVIATED CEMENT CALCULATOR

*True Vertical Height Required in meters

*Input COS Deviation Factor

*Measured Depth Required to Fill at Deviation

*Input Casing ID (mm)

*Casing volume (L/m)

Total Volume of cement required at deviation for Equivilant Vertical Fill (l)

Wireline Calculators

DRUM CAPACITY FORMULA

ELECTRICAL FAULT

DEVIATED CEMENT CALCULATOR

Tool string weight

Monday	24 hrs/day
Tuesday	24 hrs/day
Wednesday	24 hrs/day
Thursday	24 hrs/day
Friday	24 hrs/day
Saturday	24 hrs/day
Sunday	24 hrs/day