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| | | Fax questionnaire for the designing of plates Please complete in block capitals! | | |
| | | mr ■ ^&mr— Mr iosa UtUwghcms THE TECHNOLOGY OF CONTROLLED TORQUE | | |
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| | | 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.com • www.ortlinghaus.com | | |
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| | | Name, first name | | |
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| | | Department | | | for the attention of (if known) | | |
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| | | Fax-No. +49 2196 855-444 | | |
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| | | Fax | | |
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| | | 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 | | |
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| | | Elektric motor Hydraulic motor | | Combustion engine Other:_ | | |
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| | | Drive situation:_ Fitting situation: Rotary axis horizontal ■ Vertical Exposed ■ In closed housing Shaft diameter: on drive input dj =_mm on drive output d2 =_mm | | |
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| | | Pmax=_bar | | |
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| | | Oil pressure | | |
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| | | PB =_bar | | |
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| | | Pmax=_bar | | |
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| | | Motor data: | | . kW | | |
| | | Capacity P =_ | | |
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| | | Series no._ Version characteristics (e.g. mode of securing plates) Machine type:_ | | |
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| | | Speed n =_min-1 Torques on clutch or brake: Switchable torque Ms =_Nm Transmittable torque Mfl =_Nm | | |
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| | 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 | |
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| | | Load torque | | |
| | | ML =_Nm | | |
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| | | Course of ML, when this changes: | | |
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| | | Initial input drive speed: n10 =_min-1 Initial output drive speed: n20 =_min-1 | | |
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| | 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 | | |
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| | | 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: | | |
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| | | 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 | | |
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