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3.5 Return stroke lock (optional) Attention: Consider minimal stroke!  See techn. data.

On delivery, the return stroke lock is adjusted ex work. adjustments afterwards are not possible because B.D.C.
is not allowed to be adjusted afterwards (ISO 9001 Quality Standard).
The stop bolt 

(17)

 is sliding when reaching the stroke reducer (toggle is fully straightened) over the

activating rim in the return stroke curve of the cam 

(16)

.

Attention: If B.D.C.- position is not reached, return stroke remains blocked

.

No11/15

Block position I = 12.0mm before B.D.C., block position II = 1.5mm before B.D.C., release precision* 0.03 mm

No13

Block position I = 14.5mm before B.D.C., block position II = 1.5mm before B.D.C., release precision* 0.03 mm

No14/16

Block position I = 14.0mm before B.D.C., block position II = 1.5mm before B.D.C., release precision* 0.04 mm

No111

Block position I = 13.0mm before B.D.C., block position II = 4.5mm before B.D.C., release precision* 0.07 mm
*Minimum remainder stroke before BDC-limit for safe releasing of the return stroke lock

3. Setup instructions

3.3 Working stroke (return stroke) adjustment 

(not valid for No.111 and 113 with fine adjustment and No.13)

(Round ram configuration, just for No.11, No.15, No.17 , No.111 and No. 113)

Unfasten ram stroke reducer 

(12)

, adjust the necessary return stroke with the hand lever and fasten the

stroke reducer in the most upper position.

(Square ram configuration)

Unfasten by locking screw 

(6)

 the stroke reducer, adjust the necessary return stroke with the hand

lever, fasten stroke reducer in accordance to the requested position.

3.4 Fine adjustment of ram ± 1.5mm

 

(optional)

The fine adjustment is positioned to the middle ex work. In the middle position, the marking rim 

(13)

on the ram shaft is even with the upper rim of the adjustment nut 

(15).

(With square ram configuration "

V

", the marking rim on the ram adapter is in middle position of the

sight window.)

Unfasten set screw 

(14).

Turn adjustment nut 

(15)

 right ( ) or left ( ). (Square rame configuration in opposite direction)

Retight set screw 

(14 ).

Adjustment precision is 0.01mm. One gradiation mark = 0.02mm.

3.2 Setting of working height

Loosen head locking screws 

(10)

.

Raise or lower head unit 

(2) 

via vertical adjustment 

(9)

.

Important!

 Lock head locking screws 

(10) 

before operation of press.

3.7 Adjustment of gibs (

Version

 V)

The ground surfaces of the ram are guided via the teflon lined gibs 

(4)

 via factory set gib adjustment

screws 

(5)

. The gibs are set for "play-free" operation.

Field adjustments are recommended from time to time via appropiate adjustment of adjustment screws
and nuts 

(5)

.

3.6 Emergency release for return stroke lock

By pressing the emergency release button 

(18)

 the return stroke in locked positions I and II is released in

emergency sitations

3.1 Handlever

Mount handlever 

(1)

 to shaft and tighten it with a clamping screw.

    The fastening torque is from 6 Nm till max. 10 Nm

Attention:  The max.operating force at the handlever is 200 N (is not allowed to be exceeded)

3.8 Cleaning of Ram

The ram needs to be cleaned from time to time with a slightly oiled cloth.

In any case do not use any solvent based cleaners, in order to avoid any dry running condition of the ram.

3.9 Max. weights for upper tools mounted at the press ram

By using reinforced springs the max. tool weight can be increased.
Such reinforced springs are available as special equipment and marked in red.

Press

Standard

Special execution

13 / 113

~ 0 - 0.6 kg

~ 0.6 - 2 kg

11/15/14/16

~ 0 - 1.2 kg

~ 1.2 - 6 kg

17/ 111

~ 0 - 1.5 kg

Attention: Reinforced springs are not allowed to be used with light tools.

Summary of Contents for 11

Page 1: ...cal counter R mit Rückhubsperre Z mit mech Summenzähler F mit Stößelfein einstellung F with fine adjust ment of ram F avec réglage precis du coulis seau V mit Vierkant stößel V with square ram V avec coulis seau carré Betriebsanleitung Operator s manual Mode d emploi Version 08 2010 SCHMIDT Technology GmbH Feldbergstraße 1 D 78112 St Georgen Germany Tel 49 7724 899 0 Fax 49 7724 899 101 info schmi...

Page 2: ...23 Bestell Kraft Hub Platz Tisch Aus Arbeits Tisch Gewicht Nr bedarf größe ladung höhe bohrung ca Order Force Stroke Base Table Over Working Table Weight number dim dim hang height bore appr Node Puiss Course Dim de Dim de Col de Hauteur Alésage Poids Comm ance la base la table cygne de travail table env kN A mm BxLmm BxTmm C mm D mm E Ømm kg 11RF 12 20 35 150x256 150x110 86 60 180 20H7 23 2640 0 ...

Page 3: ...am tool locking screw 8 locking screw for workpiece 9 vertical adjustment 10 head locking screws 11 frame bolt holes 12 stroke reducer Typ 11 15 17 111 and 113 13 marking rim Version F 14 screw Version F 15 adjustment nut Version F 16 cam Version R 17 stop bolt Version R 18 emergency release button Version R 1 levier à main 2 tête 3 coulisseau 4 glissières exécution V 5 vis sans tête à freinage in...

Page 4: ...ingestellt Eine nachträgliche Justierung ist nicht möglich weil die UT Position für den Qualitätsnachweis nach ISO 9001 nicht nachstellbar sein darf Der Rastbolzen 17 gleitet mit Erreichen des Hubanschlages UT Kniehebel gestreckt über die Ausrast kante in die Rückhubkurve der Kurvenscheibe 16 Achtung Wird UT Position nicht erreicht bleibt Rückhub gesperrt Nr 11 15 Sperrstellung I 12 0mm vor UT Spe...

Page 5: ...middle position the marking rim 13 on the ram shaft is even with the upper rim of the adjustment nut 15 With square ram configuration V the marking rim on the ram adapter is in middle position of the sight window Unfasten set screw 14 Turn adjustment nut 15 right or left Square rame configuration in opposite direction Retight set screw 14 Adjustment precision is 0 01mm One gradiation mark 0 02mm 3...

Page 6: ...re un ajustage ultérieur vu que la position PMB ne doit pas être ré ajustable pour la preuve de qualité selon ISO 9001 Le boulon d arrêt 17 glisse au moment d atteindre l arrêt de la course PMB genouillère étendue à travers l arête de déclenchement vers la came de la course retour de la came 16 Attention En cas de ne pas atteindre la position PMB la course de retour reste bloquée No11 15 Pos bloqu...

Page 7: ...2 36 7 28x10 83 7 28x4 52 3 386 4 72 14 17 787 70 16V R 12 28 60 185x273 185x115 86 120 360 20H7 32 16V F 12 25 60 185x273 185x115 86 100 340 20H7 32 2640 1 10 2 36 7 28x10 83 7 28x4 52 3 386 4 72 14 17 787 70 2640 0 98 2 36 7 28x10 83 7 28x4 52 3 386 3 93 13 38 787 70 17 15 0 20 150x256 150x110 86 70 200 20H7 24 2640 1 10 2 36 7 28x10 83 7 28x4 52 3 386 3 93 13 38 787 70 17F 15 0 20 150x256 150x1...

Page 8: ...her la goupille spiralée 23 L angle de couplage du compteur est de 15 Le mouvement rotatif maximal est de 40 4 1 Eléments du compteur 19 compteur mécanique 20 vis à tête cylindrique M4x8 21 angle d arrêt 22 levier de course 23 goupille spiralée 4 1 Components of counter 19 mechanical counter 20 fillister head screws M4x8 21 holding angle 22 stroke lever 23 spiral pin 5 1 Aufbau Zähler 19 Mech Zähl...

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