hydraulically actuated - Ortlinghaus - #6

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Coupling, Torque limiter, Control unit, Brake, Multi-disc brake


Text version of the page
Fax questionnaire
for the designing of plates
Please complete in block capitals!
mr ^&mr— Mr iosa
UtUwghcms
THE TECHNOLOGY OF CONTROLLED TORQUE
Sender:
Recipient:
Ortlinghaus-Werke GmbH
Kenkhauser Straße 125 • Postbox 14 40
42907 Wermelskirchen • Germany
Tel. +49 2196 85-0 • Fax +49 2196 855-444
info@ortlinghaus.comwww.ortlinghaus.com
Name, first name
Company
Telephone (extension)
Department
for the attention of (if known)
Fax-No. +49 2196 855-444
Fax
For clutches and brakes:
Actuation type:
hydraulic spring-applied Drive machine:
For press clutches and brakes:
Actuation type: pneumatic hydraulic
Arrangement:
Clutch and brake separated ■ Auxiliary brake Clutch and brake combined ■ with auxiliary brake Fitting position: Rotary axle horizontal ■ Vertical
Shaft diameter d =_mm
Bore diameter A =_mm
Driver on the shaft:
Feather keys ■ Clamping set/contraction disk Actuation pressure: air pressure PB =_bar
pneumatic
Elektric motor Hydraulic motor
Combustion engine Other:_
Drive situation:_
Fitting situation:
Rotary axis horizontal ■ Vertical
Exposed ■ In closed housing
Shaft diameter: on drive input dj =_mm
on drive output d2 =_mm
Pmax=_bar
Oil pressure
PB =_bar
Pmax=_bar
Motor data:
. kW
Capacity P =_
Series no._
Version characteristics (e.g. mode of securing plates)
Machine type:_
Speed n =_min-1
Torques on clutch or brake:
Switchable torque Ms =_Nm
Transmittable torque Mfl =_Nm
Working mode: single stroke
Motor capacity: P =_kW, at
Max. pressing/shearing force Working angle at BDC Working height at BDC Eccentic radius
continuous run.
n =_rpm
F =_kN
a =_deg.
h =_mm
r =_mm
Load torque
ML =_Nm
Course of ML, when this changes:
Initial input drive speed: n10 =_min-1
Initial output drive speed: n20 =_min-1
Max. relative speed ratio:
Conditions at switching:
Stationary ■ Full load
Switching frequency
Acceleration/deceleration time
!n =_min-1
Without load
Sh =_h-1
ta =_s
Lenght of the connecting rod l =_mm
Eccentric speed nE=_min-1
Clutching speed nK=_min1
(state switching speed without fail)
Individual strokes per minute z =_min1
Moment of inertia of all
masses to be braked J =_kgm2
(without clutch and flywheel) about the clutch shaft axis Course of J, if this changes _
Ram mass including tool m =_kg
if not included in J
Moment of inertia about clutch or brake shaft axis:
Input drive side JA =_kgm2
Output drive side JL =_kgm2
Course of Ja|I , JlH ,
when these change:_
Further details:
Load torque at braking Course of MLif this changes Desired braking angle Desired braking time Envisaged solenoid valve Flywheel external diameter
ML=_Nm
Ç =_deg.
tBr=- s
DS=_mm

pageCatalog pdf di En 2012-05-22-31