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Heaters & Vehicles

Note: Calculation Inputs are marked with bold titles and a red border on text fields. Please use the tab key to move between fields.

Reservoir Size

 
Heat-up of Material:
1 Default = 7.5
2 Default = 0.5
 

Heat Loss

Approximate Values:
.1 for insulated reservoir 30-200° F temperature rise
.5 for uninsulated reservoir 30-200° F temperature rise
.9 for uninsulated reservoir 200° F and higher temperature rise.
 
KW

Rectangular Reservoir

Cylindrical Reservoir


Note: Calculation Inputs are marked with bold titles and a red border on text fields. Please use the tab key to move between fields.

Reservoir Heat Dissipation

 

Conversions

    HP BTU/Min BTU/Hr Watts KW
HP =
BTU/Min =
BTU/Hr =
Watts =
Kilowatts =

Note: Calculation Inputs are marked with bold titles and a red border on text fields. Please use the tab key to move between fields.

Vehicle Drive Calculations

Vehicle Weight (LBS.) (To keep vehicle in steady motion / level ground.)

Material Min.   Max.  
Concrete to lbs.
Asphalt to lbs.
Macadam to lbs.
Cobbles to lbs.
Snow to lbs.
Dirt to lbs.
Mud to lbs.
Sand to lbs.
 

Vehicle Drive Calculations

Grade Resistance (%) (To keep vehicle in steady motion / level ground.)

Material Min.   Max.  
Concrete to lbs.
Asphalt to lbs.
Macadam to lbs.
Cobbles to lbs.
Snow to lbs.
Dirt to lbs.
Mud to lbs.
Sand to lbs.

Note: Calculation Inputs are marked with bold titles and a red border on text fields. Please use the tab key to move between fields.

Vehicle Drive

 
 
1Steady Axle Torque
2Acceleration Axle Torque
3Force required to stop vehicle in 1 second
 

Conversions

Feet Per Second = MPH
Feet Per Minute = MPH

 

 

Hydradyne Hydraulics, LLC | P.O. Box 760 Harvey, Louisinana 70059 | Phone: 504.227.0254 | Fax: 504.227.0852 | www.hydra-dyne.com
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