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Direct current - Worm gearbox with motor
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Direct current - Parallel shaft geared motors
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Frequency inverter
LS-M100 - Frequency Inverter
LS-G100 - Frequency Inverter
LS-S100 - Frequency Inverter
LS - H100 - Frequency Inverter
LS-iS7 - Frequency Inverter
EASYdrive Inverter + Motor
EASYdrive Frequency Inverter
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SMARTdrive Frequency Inverter
Soft Starter
DC-Motor Control
Adjustable gear combinations
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Worm geared motor with integrated frequency inverter
Helical gear motors with handwheel speed control
Helical gear motor with integrated frequency inverter
Accessories electric motors
Forced cooling fan
Spring-loaded brakes
Encoder
Bearings, heating, etc.
Rain protection
Motor slide plates
Motor slide rails
Motor switch
Cam switch
Circuit breaker
Cable and plugs
Accessories gear motors
Worm gear CMRV-series
Worm gear EV-series
Helical gear M-series
Bevel gear K-series
Parallel shaft gear D-series
Stainless stell gear motors
Accessoires frequency inverter
Control panels
Breaking resistor
EMC- filter frequency inverter
Switch
Anschluss- und Steuerleitungen
Interface cards
Calculations direct current
Active power: P = V x I
Active power: P = I² x R
Active power: P = V² / R
Mecanical power: P = W / t
Calculations alternating current
Apparent power: S = V x I
Active power: P = V x I x cos φ
Reactive power: Q = V x I x sin φ
Aktive power factor: cos φ = P / S
Reactive power factor: sin φ = Q / S
Calculations three-phase
Apparent power: S = V x I x √3
Active power: P = V x I x cos φ x √3
Reactive power: Q = V x I x sin φ x √3
Active power factor: cos φ = P / S
Reactive power factor: sin φ = Q / S
Cable cross-section calculations
Direct-current: A = (2 x I x L) / (K x Δv x V)
Single-phase: A = (2 x I x L x cosφ) / (K x Δv x V)
Three-phase: A = (√3 x I x L x cosφ) / (K x Δv x V)
Torque calculations
Torque: Md = 9550 x P / n
Slip calculations
Slip: S = (Ns - N) / Ns x 100%
Energy saving calculator
Energy Saving Calculator
Ohm's law
Voltage: V = I x R
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Faq
3.1.0 Frequency Inverter-Technology
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Faq - 3.1.0 Frequency Inverter-Technology
3.1.1 How is the M100 frequency inverter parameterised?
How is the M100 frequency inverter parameterised?
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3.1.2 How can you set up an input greater than 50Hz on the M100 frequency inverter?
How can you set up an input greater than 50Hz on the M100 frequency inverter?
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3.1.3 Does a parameterisation aid exist for S100 three-phase frequency inverters?
Does a parameterisation aid exist for S100 three-phase frequency inverters?
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3.1.4 How is a rotation direction switch with a potentiometer connected to the S100 frequency inverter?
How is a rotation direction switch with a potentiometer connected to the S100 frequency inverter?
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3.1.5 How does the iG5A differ from the S100 frequency inverter?
How does the iG5A differ from the S100 frequency inverter?
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3.1.6 How is the iG5A frequency inverter reset to its factory default settings?
How is the iG5A frequency inverter reset to its factory default settings?
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3.1.7 With which interface cards is the iS7 frequency inverter compatible?
With which interface cards is the iS7 frequency inverter compatible?
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3.1.8 Can the iS7 frequency inverter also be programmed via a PC?
Can the iS7 frequency inverter also be programmed via a PC?
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3.1.9 Does the iP5A frequency inverter have an integrated interface?
Does the iP5A frequency inverter have an integrated interface?
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3.1.10 Can the iP5A frequency inverter preserve energy?
3.1.10 Can the iP5A frequency inverter preserve energy?
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3.1.11 Is commissioning support available for the EASYdrive frequency inverter?
3.1.11 Is commissioning support available for the EASYdrive frequency inverter?
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3.1.12 Which Fieldbus options does the EASYdrive frequency inverter have?
Which Fieldbus options does the EASYdrive frequency inverter have?
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3.1.13 Which protection class does the SMARTdrive frequency inverter have?
3.1.13 Which protection class does the SMARTdrive frequency inverter have?
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3.1.14 Which EMV filter is available in the SMARTdrive frequency inverter?
Which EMV filter is available in the SMARTdrive frequency inverter?
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3.1.15 Is the EASYdrive frequency inverter already configured to the helical worm gear motor?
Is the EASYdrive frequency inverter already configured to the helical worm gear motor?
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3.1.16 How is the frequency inverter mounted on the helical worm gear motor?
How is the frequency inverter mounted on the helical worm gear motor?
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3.1.17 When is a forced cooling fan installed on a gear motor with a frequency inverter?
When is a forced cooling fan installed on a gear motor with a frequency inverter?
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3.1.18 What is the vibration resistance of gear motors with frequency inverters?
What is the vibration resistance of gear motors with frequency inverters?
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3.1.19 Can several electric motors be operated via one frequency inverter?
Can several electric motors be operated via one frequency inverter?
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3.1.20 Why does the residual current circuit breaker trip when the frequency inverter is used?
Why does the residual current circuit breaker trip when the frequency inverter is used?
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