Extbase Variable Dump
TW\Twglossary\Domain\Model\Glossaryprototypepersistent entity (uid=107, pid=118)
   headline => protected'Engine (traction sheave engine)' (31 chars)
   subheadline => protected'Engine (traction sheave engine) in lifts' (40 chars)
   title => protected'Engine (traction sheave engine)' (31 chars)
   description => protected'<div>Engine - geared or gearless, with or without frequency conversion and d
      rive sheave. Controls the movement or the halting of the lift. Choosing the
      right drive solution is the prerequisite for the lift system's cost-effectiv
      e operation and its performance.</div> <div>Types of drive:</div> <div>
      <b>Worm gear<br /><br /></b></div> <div>Transmission and power transfer bet
      ween engine and drive sheave via a worm gear (worm roller + spindle).</div>
       <div>Exceeds even the most elevated expectations regarding travelling comfo
      rt, swift and accurate docking – on all loading conditions - at low energy
       consumption.</div> <div>Speeds up to 2 m/s. Millimetre precise arrival. Au
      tomatic levelling of differences of level which may arise when loading or un
      loading the car.</div> <div><b>Gearless drive assemblies</b><br /><br />
      </div> <div>An engine without gears. The traction sheave is connected to th
      e rotor of the electric motor with positive and friction locking.</div> <di
      v>Exceeds even the most elevated expectations regarding travelling comfort,
      swift and accurate docking – on all loading conditions - at low energy con
      sumption.</div> <div>Speeds up to 12.5 m/s.</div> <div>Millimetre precise
      arrival. Automatic levelling of differences of level which may arise when lo
      ading or unloading the car.</div> <div><b><br /></b></div> <div><b>Front W
      heel Worm Gear</b></div> <div>See above, worm gear</div> <div>Exceeds even
       the most elevated expectations regarding travelling comfort, swift and accu
      rate docking - on all loading conditions - at low energy consumption.</div>
       <div>Speeds up to 1 m/s. Millimetre precise arrival. Automatic levelling of
       differences of level which may arise when loading or unloading the car.</di
      v> <div><b><br /></b></div> <div><b>Planet Gear</b></div> <div>Transmissi
      on and power transfer between engine and drive sheave via a planet gear (sev
      eral gear wheels).</div> <div>Typical field of operation: Operating speeds
      up to 2.5 m/s.</div> <d...
' (2180 chars) related => protectedTW\Twglossary\Domain\Model\Glossaryprototypepersistent entity (uid=85, pid=118) headline => protected'Pole commutation' (16 chars) subheadline => protected'Pole commutation in lifts' (25 chars) title => protected'Pole commutation' (16 chars) description => protected'<div>Increasing speed and slowing down is carried out by switching between t
         wo speeds.</div> <div>A tested and rugged drive concept for simple to mediu
         m applications, designed for speeds up to 1.0 m/s. <br /><br />The basic req
         uirements on halting precision and travel comfort are fulfilled at a very fa
         vourable cost/performance ratio.</div>
' (344 chars) related => protectedTW\Twglossary\Domain\Model\Glossaryprototypepersistent entity (uid=79, pid=118) headline => protected'Nominal speed' (13 chars) subheadline => protected'Nominal speed' (13 chars) title => protected'Nominal speed' (13 chars) description => protected'The nominal speed indicates at which speed a lift is run and which speed is
            set as maximum performance.
' (103 chars) related => protectedTW\Twglossary\Domain\Model\Glossaryprototypepersistent entity (uid=7, pid=118) headline => protected'Operating speed' (15 chars) subheadline => protected'Speed of the lift cage' (22 chars) title => protected'Operating speed' (15 chars) description => protected'Speed of the lift cage:<br /><br />Stated in m/s (conversion: 1 m/s = 3.6 km
               /h). <br /><br />Standardised speeds are – dependent on the category of li
               ft and lifting height - 0.63 / 1.0 / 1.6 / 2.0 and 2.5 m/s.<br /><br /><br /
               >
' (229 chars) related => protectedTW\Twglossary\Domain\Model\Glossaryprototypepersistent entity (uid=35, pid=118) headline => protected'Conveyor capacity' (17 chars) subheadline => protected'What is meant by conveyor capacity?' (35 chars) title => protected'Conveyor capacity' (17 chars) description => protected'The planning of size and number of lifts pertaining to a certain project is
                  based on several criteria: <ul><li>The period of revolution specifies the
                   time it takes for the elevator to return to its starting point (e.g. ground
                  -floor to 5th floor to ground-floor).</li><li>The average waiting period is
                  an indicator for the time it takes the elevator to arrive at a stop and pick
                   up a waiting passenger.</li><li>The 5-minute-performance (HC5) shows the nu
                  mber of people that can be transported by the lift(s) within 5 minutes.</li>
                  </ul> &nbsp;Lift systems that are meant for small and mid-sized buildings
                   can be planned by means of the FEM diagram.
' (652 chars) related => protectedNULL uid => protected35 (integer) _localizedUid => protected160 (integer)modified _languageUid => protected3 (integer)modified _versionedUid => protected35 (integer)modified pid => protected118 (integer)
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Glossary

Engine (traction sheave engine)

Engine (traction sheave engine) in lifts

Engine - geared or gearless, with or without frequency conversion and drive sheave. Controls the movement or the halting of the lift. Choosing the right drive solution is the prerequisite for the lift system's cost-effective operation and its performance.

Types of drive:

 

Worm gear

Transmission and power transfer between engine and drive sheave via a worm gear (worm roller + spindle).

Exceeds even the most elevated expectations regarding travelling comfort, swift and accurate docking – on all loading conditions - at low energy consumption.

Speeds up to 2 m/s. Millimetre precise arrival. Automatic levelling of differences of level which may arise when loading or unloading the car.

 

Gearless drive assemblies

An engine without gears. The traction sheave is connected to the rotor of the electric motor with positive and friction locking.

Exceeds even the most elevated expectations regarding travelling comfort, swift and accurate docking – on all loading conditions - at low energy consumption.

Speeds up to 12.5 m/s.

Millimetre precise arrival. Automatic levelling of differences of level which may arise when loading or unloading the car.


Front Wheel Worm Gear

See above, worm gear

Exceeds even the most elevated expectations regarding travelling comfort, swift and accurate docking - on all loading conditions - at low energy consumption.

Speeds up to 1 m/s. Millimetre precise arrival. Automatic levelling of differences of level which may arise when loading or unloading the car.


Planet Gear

Transmission and power transfer between engine and drive sheave via a planet gear (several gear wheels).

Typical field of operation: Operating speeds up to 2.5 m/s.

Millimetre precise arrival. Automatic levelling of differences of level which may arise when loading or unloading the car.

 

V-Belt Gear and the like

see also : Pole commutation

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