COMMANDES AU POUCE ET ACCESSOIRES ergonomic solution within a small footprint. Each slider module is calibrated and tested before final packaging, resulting in consistent and reliable control. Our sliders are made of wear resistant plastic polymer providing a smooth operating feel while optimizing the service life of the part. Compact mounting allows various installation options both in Sure Grip handles and other applications. Features: • Compact device with analog proportional output(s) • Sealed to IP67 • Redundant version is SIL 2/PLd compatible • Extended travel range +/- 24° Électronique Joysticks Accoudoirs Poignées Hydraulique Module à glissière Sure Grip Controls™ The Sure Grip Proportional Slider Modules combine the precision of a hall effect sensor with the long life expectancy of a sealed assembly. These modules, available with either single output or redundant output, are designed to provide an ergonomic solution within a small footprint. Each slider module is calibrated and tested before final packaging, resulting in consistent and reliable control. Our sliders are made of wear resistant plastic polymer Pour des caractéristiques supplémentaires et les données dimensionnelles du produit, consultez le guide technique. • Long operational life: > 4 million cycles • Utilizes non-contact Hall Effect technology • Can be ordered individually or installed into Sure Grip handles Dimensions Composants mobiles • Conception : Construction ergonomique en polymère résistant à l’usure • Durabilité : Plus de 10 millions de cycles • Protection environnementale : IP67 • Options de sortie : Dispositif compact avec sorties à double interrupteur • Plage de déplacement : ±24° Caractéristiques : Les glissières Sure Grip Controls sont fabriquées en polymère plastique résistant à l’usure, offrant une sensation de fonctionnement fluide tout en optimisant la durée de vie de la pièce. Leur conception compacte permet diverses options d’installation, tant dans les poignées Sure Grip Controls que dans d’autres applications. Features: Dimensions: • Compact device with analog proportional output(s) • Sealed to IP67 • Redundant version is SIL 2/PLd compatible • Extended travel range +/- 24° • Long operational life: > 4 million cycles • Utilizes non-contact Hall Effect technology • Can be ordered individually or installed into Sure Grip handles • Long operational life: > 4 million cycles • Utilizes non-contact Hall Effect technology • Can be ordered individually or installed into Sure Grip handles Dimensions Les modules à glissière proportionnels Sure Grip Controls combinent la précision d’un capteur à effet Hall à la longue durée de vie d’un assemblage scellé. Offerts avec sortie simple ou sortie redondante, ces modules sont conçus pour fournir une solution ergonomique dans un format compact. Chaque module à glissière est calibré et testé avant l’emballage final, assurant un contrôle constant et fiable. B B providing a smooth operating feel while optimizing the service life of the part. Compact mounting allows various installation options both in Sure Grip handles and other applications. providing a smooth operating feel while optimizing the service life of the part. Compact mounting allows various installation options both in Sure Grip handles and other applications. Features: • Compact device with analog proportional output(s) • Sealed to IP67 • Redundant version is SIL 2/PLd compatible • Extended travel range +/- 24° providing a smooth operating feel while optimizing the service life of the part. Compact mounting allows various installation options both in Sure Grip handles and other applications. Dimensions Features: • Compact device with analog proportional output(s) • Sealed to IP67 • Redundant version is SIL 2/PLd compatible • Extended travel range +/- 24° • Long operational life: > 4 million cycles • Utilizes non-contact Hall Effect technology • Can be ordered individually or installed into Sure Grip handles precision of a hall effect sensor with the long life expectancy of a sealed assembly. These modules, available with either single output or redundant output, are designed to provide an ergonomic solution within a small footprint. Each slider module is calibrated and tested before final packaging, resulting in consistent and reliable control. Our sliders are made of wear resistant plastic polymer consistent and reliable control. Our sliders are made of wear resistant plastic polymer Dimensions B Dimensions $PRPSHEET:{Revision Comment} $PRPSHEET:{Revision Comment} MACHINED PARTS MACHINED PARTS 1.34" (34.0 mm) REV DESCRIPTION OF LATEST CHANGE DESCRIPTION OF LATEST CHANGE B REV +5V GND +24 +5V GND +24 1.34" (34.0 mm) MACHINED PARTS MACHINED PARTS B $PRPSHEET:{Revision Comment} $PRPSHEET:{Revision Comment} REV DESCRIPTION OF LATEST CHANGE DESCRIPTION OF LATEST CHANGE B REV
Features: • Compact device with analog prop • Sealed to IP67 • Redundant version is SIL 2/PLd c • Extended travel range +/- 24° • Long operational life: > 4 million c • Utilizes non-contact Hall Effect te • Can be ordered individually or ins Dimensions • Compact device with analog propo • Sealed to IP67 • Redundant version is SIL 2/PLd co • Extended travel range +/- 24° • Long operational life: > 4 million cy • Utilizes non-contact Hall Effect tec • Can be ordered individually or inst $PRPSHEET:{Revision Comment} $PRPSHEET:{Revision Comment} REV DESCRIPTION OF LATEST CHANGE DESCRIPTION OF LATEST CHANGE REV
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Ou 4. UNSPECIFIED MACHINING SURFACE FINIS 5. ALL THREADS MUST BE CLEAR AFTER AN 6. CRITICAL DIMENSIONS ARE CIRCLED AND TO BE WITHIN TOLERANCE IN ORDER FOR T 7. DIMENSIONS SPECIFIED ON THIS DRAWIN SURFACE FINISH HAS BEEN ADDED. 4. UNSPECIFIED MACHINING SURFACE FINISH T 5. ALL THREADS MUST BE CLEAR AFTER ANODI 6. CRITICAL DIMENSIONS ARE CIRCLED AND MU TO BE WITHIN TOLERANCE IN ORDER FOR THE 7. DIMENSIONS SPECIFIED ON THIS DRAWING A SURFACE FINISH HAS BEEN ADDED. -24 NOTES: 1. ALL NON-DIMENSIONED FEATURES TO BE THE SAME NUMBER AND REVISION AS THIS 2. NON-DIMENSIONED TOLERANCES TO BE 3. PART TO SUPPLIED FREE OF BURRS, MAC ALL SHARP EDGES MUST BE BROKEN. -24 NOTES: 1. ALL NON-DIMENSIONED FEATURES TO BE TA THE SAME NUMBER AND REVISION AS THIS DRA 2. NON-DIMENSIONED TOLERANCES TO BE +/- 0 3. PART TO SUPPLIED FREE OF BURRS, MACHIN ALL SHARP EDGES MUST BE BROKEN.
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- 24º 1. ALL NON-DIMENSIONED FEATURES TO BE TAKE THE SAME NUMBER AND REVISION AS THIS DRAW 2. NON-DIMENSIONED TOLERANCES TO BE +/- 0.3M 3. CRITICAL DIMENSIONS ARE CIRCLED AND MUST TO BE WITHIN TOLERANCE IN ORDER FOR THE PA 1. ALL NON-DIMENSIONED FEATURES TO BE TAKEN FR THE SAME NUMBER AND REVISION AS THIS DRAWING. 2. NON-DIMENSIONED TOLERANCES TO BE +/- 0.3MM. 3. CRITICAL DIMENSIONS ARE CIRCLED AND MUST BE TO BE WITHIN TOLERANCE IN ORDER FOR THE PART T 1. ALL NON-DIMENSIONED FEATURES TO B THE SAME NUMBER AND REVISION AS THIS 2. NON-DIMENSIONED TOLERANCES TO BE 3. CRITICAL DIMENSIONS ARE CIRCLED AN TO BE WITHIN TOLERANCE IN ORDER FOR 1. ALL NON-DIMENSIONED FEATURES TO BE TA THE SAME NUMBER AND REVISION AS THIS DR 2. NON-DIMENSIONED TOLERANCES TO BE +/- 3. CRITICAL DIMENSIONS ARE CIRCLED AND M TO BE WITHIN TOLERANCE IN ORDER FOR THE NOTES: 1. ALL NON-DIMENSIONED FEATURES TO BE TAKE THE SAME NUMBER AND REVISION AS THIS DRAW 2. NON-DIMENSIONED TOLERANCES TO BE +/- 0.3M 3. PART TO BE SUPPLIED FREE OF STRESS CRACK 4. PART TO BE SUPPLIED FREE OF SPRUES, SINK M 5. CRITICAL DIMENSIONS ARE CIRCLED AND MUST TO BE WITHIN TOLERANCE IN ORDER FOR THE PA NOTES: 1. ALL NON-DIMENSIONED FEATURES TO BE TAKEN FR THE SAME NUMBER AND REVISION AS THIS DRAWING. 2. NON-DIMENSIONED TOLERANCES TO BE +/- 0.3MM. 3. PART TO BE SUPPLIED FREE OF STRESS CRACKS, E 4. PART TO BE SUPPLIED FREE OF SPRUES, SINK MAR 5. CRITICAL DIMENSIONS ARE CIRCLED AND MUST BE TO BE WITHIN TOLERANCE IN ORDER FOR THE PART T (25.2 mm) (33.0 mm) NOTES: 1. ALL NON-DIMENSIONED FEATURES TO B THE SAME NUMBER AND REVISION AS THIS 2. NON-DIMENSIONED TOLERANCES TO BE 3. PART TO BE SUPPLIED FREE OF STRESS 4. PART TO BE SUPPLIED FREE OF SPRUES 5. CRITICAL DIMENSIONS ARE CIRCLED AN TO BE WITHIN TOLERANCE IN ORDER FOR NOTES: 1. ALL NON-DIMENSIONED FEATURES TO BE TA THE SAME NUMBER AND REVISION AS THIS DR 2. NON-DIMENSIONED TOLERANCES TO BE +/- 3. PART TO BE SUPPLIED FREE OF STRESS CR 4. PART TO BE SUPPLIED FREE OF SPRUES, SI 5. CRITICAL DIMENSIONS ARE CIRCLED AND M TO BE WITHIN TOLERANCE IN ORDER FOR THE NOTES: 1. ALL NON-DIMENSIONED FEATURES TO BE TAKEN THE SAME NUMBER AND REVISION AS THIS DRAWIN 2. NON-DIMENSIONED TOLERANCES TO BE +/- 0.3M 3. PART TO SUPPLIED FREE OF BURRS, MACHINING ALL SHARP EDGES MUST BE BROKEN. 4. UNSPECIFIED MACHINING SURFACE FINISH TO B 5. ALL THREADS MUST BE CLEAR AFTER ANODIZING 6. CRITICAL DIMENSIONS ARE CIRCLED AND MUST TO BE WITHIN TOLERANCE IN ORDER FOR THE PAR 7. DIMENSIONS SPECIFIED ON THIS DRAWING ARE SURFACE FINISH HAS BEEN ADDED. NOTES: 1. ALL NON-DIMENSIONED FEATURES TO BE TAKEN FRO THE SAME NUMBER AND REVISION AS THIS DRAWING. 2. NON-DIMENSIONED TOLERANCES TO BE +/- 0.3MM. 3. PART TO SUPPLIED FREE OF BURRS, MACHINING MA ALL SHARP EDGES MUST BE BROKEN. 4. UNSPECIFIED MACHINING SURFACE FINISH TO BE 1. 5. ALL THREADS MUST BE CLEAR AFTER ANODIZING. 6. CRITICAL DIMENSIONS ARE CIRCLED AND MUST BE C TO BE WITHIN TOLERANCE IN ORDER FOR THE PART TO 7. DIMENSIONS SPECIFIED ON THIS DRAWING ARE TO B SURFACE FINISH HAS BEEN ADDED. MOLDED PARTS MOLDED PARTS MOLDED PARTS 0.99" MISC PARTS NOTES: MISC PARTS NOTES: 0.99" 1.30" (25.2 mm) (33.0 mm) 1.30" MISC PARTS NOTES: MISC PARTS NOTES: (+/- 0.3mm) (1 ( MOLDED PARTS
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*Sig 2 Sig 1
*Sig 2 Sig 1
1.34" (34.0 mm) 1.34"
1.34" (34.0 mm) (34.0 mm) 1.34"
+5V GND
+24
-24
+5V GND
(34.0 mm)
+24 +24
-24
+5V GND
-24
+5V GND
+24
-24
Sig 1
Sig 1
Sig 1
Sig 1
1 SUREGRIPCONTROLS.COM - 24º 0.51" (13.0 mm)
0.99"
0.99" (25.2 mm) (33.0 mm)
0.51"
0.51" © 2022 Sure Grip Controls. All Rights Reserved.
0.99" (25.2 mm) (33.0 mm) 0.99" (25.2 mm) 1.30"
(13.0 mm)
0.51" (13.0 mm) (13.0 mm)
0º
SM
1.30" (25.2 mm) (33.0 mm) 1.30" 1.30"
0º
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