Engineering conversions & formulas, Metric inch, Inch metric – NORD Drivesystems B1000 User Manual
Page 63: Temperature, Linear velocity, Power, Linear & rotational speed, Torque, Electric motor 3-phase, Metric m threads
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G1000 – Subject to Change Without Notice
INTRODUCTION
Engineering
Conversions
& Formulas
Metric Inch
Multiply
By
To Obtain
Gram [g]
x 0.0353
= oz
Kilogram [kg]
x 2.205
= lb
Newton [N]
x 0.2248
= lb
Newton meter [Nm]
x 8.851
= lb-in
Newton meter [Nm]
x 0.7375
= lb-ft
Inertia [kgm
2
]
x 23.75
= lb-ft
2
Kilowatt [kW]
x 1.341
= hp
Meter [m]
x 39.4
= in
Meter [m]
x 3.281
= ft
Meter [m]
x 1.094
= yd
Millimeter [mm]
x 0.0391
= in
Centimeter [cm]
x 0.394
= in
Cubic Centimeter [cm
3
]
x 0.061
= in
3
Liter [l]
x 61.023
= in
3
Liter [l]
x 1.057
= qt
Liter [l]
x 0.2642
= gal
Inch Metric
Multiply
By
To Obtain
Ounce [oz]
x 28.35
= g
Pound [lb]
x 0.454
= kg
Ounce [oz]
x 0.028
= kg
Pound [lb]
x 4.448
= N
Pound-Inch [lb-in]
x 0.113
= Nm
Pound Feet [lb-ft]
x 1.3558
= Nm
Pound Feet Squared [lb-ft
2
] x 0.0421
= kgm
2
Horsepower [hp]
x 0.746
= kW
Feet [ft]
x 0.3048
= kW
Yard [yd]
x 0.9144
= m
Inch [in]
x 25.4
= mm
Inch [in]
x 2.54
= cm
Inch [in]
x 0.0254
= m
Cubic Inch [in
3]
x 16.39
= cm
3
Cubic Inch [in
3
]
x 0.016
= liters
Gallon [gal]
x 3.785
= liters
Temperature
°F
= 1.8 °C + 32
°C
= 0.5555 x (°F - 32)
°C
= °K - 273.16
Linear Velocity
Miles per Hour [mph]
x 88 = ft/min [fpm]
Miles per Hour [mph]
x 1.4677 = ft/sec [fps]
Feet per Minute [fpm]
x 0.3048 = m/min
Feet per Minute [fpm]
x 0.00508 = m/sec
Meter per Minute [m/min] x 3.2808 = ft/min [fpm]
Meter per Second [m/sec] x 196.85 = ft/min [fpm]
Power
hp
=
Torque (lb-in) x rpm
hp
=
Torque (lb-ft) x rpm
hp
(Lift)
=
Wgt (lb) x fpm
hp
(Slide)
=
Wgt (lb) x
x fpm
63025
5252
33000 x Effi ciency
33000 x Effi ciency
Linear & Rotational Speed
fpm
=
0.2618 x Dia
(in)
x rpm
rpm
=
fpm x 3.820
Dia
(in)
Torque
T
(lb-in)
=
hp x 63025
T
(lb-ft)
=
hp x 5252
rpm
rpm
Electric Motor 3-phase
hp
(3ph-motor)
=
1.732 x V x I x PF x Effi ciency
746
Metric M Threads
For metric “M” threads, it
is customary to omit the
thread pitch for course
threads. For example, if a
thread is called out as an
M8 with no pitch shown,
it is automatically a course
pitch thread.
Course threads and pitch
M6 x 1
M8 x 1.25
M10 x 1.5
M12 x 1.75
M16 x 2
M20 x 2.5
M24 x 3