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3.4 Assembly instructions
- Drill a bore in the machine frame for the rear anchor pin of the flange.
- Set the control spindle to the initial or referring position.
- Remove the black protection cap of the planet pinion, turn the latter until the pointers are in zero position.
- Take the chosen handwheel/knob and mount the supplied anchor pin on the screw protruding from the rear flange. Be sure that the hole for the indicator planet pinion is at 12 o'clock. Turn the rear flange and position the anchor pin in line with the referring bore drilled on the machine.
- Gently fit the zeroed indicator into the handwheel/knob, inserting the planet pinion smoothly into the corresponding hole. To make the fitting of the indicator easier, gently turn by some degrees the rear flange until the planet pinion is geared to the internal crown gear wheel. Check that the indicator is zeroed and that the screw for the anchor pin is in the correct position.
- Uniformly tighten the lateral grub screws for fixing the indicator case with a moderate torque, to prevent distortion of the case itself and thus locking the movement.
- Adjust the height of the anchor pin so that no undue strain is caused to the flange and tighten the locknut.
- Couple the handwheel with the indicator to the zeroed control spindle. Be sure that the indicator pointers are in zero position and that the anchor pin is in line with the referring bore on the machine. Pin the handwheel on the spindle.
- Check the right functioning of the indicator over all the rotation range.
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Generals
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1. Plastic materials
- 1.1 Mechanical strength
- 1.2 Thermal resistance
- 1.3 Strength and surface hardness
- 1.4 Resistance to chemical agents
- 1.5 Resistance to atmospheric agents and uv rays
- 1.6 Flame resistance
- 1.7 Electrical properties
- 1.8 Surface finish and cleanability
- 1.9 Compliance with international standards
- 1.10 Competence of Elesa+Ganter technical department
- 2. Metal materials
- 3. Other materials
- 4. Machining tolerances
- 5. Fixed handles
- 6. Assembly measures
- 7. Special executions
- 8. Colours
- 9. Test values
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10. Technical tables
- 10.1 Conversion tables
- 10.2 DIN 79 Square holes and shafts
- 10.3 DIN 6885 Keyways
- 10.4 GN 110 and GN 110.1 Transversal holes
- 10.5 DIN 13 ISO Metric threads
- 10.6 DIN 228 Cylindrical GAS-BSP threads
- 10.7 DIN EN ISO 898-1 | DIN EN 20898-2 Strenght values
- 10.8 DIN ISO 286 ISO-Fundamental tolerances
- 10.9 IP Protection Classification
- 10.10.1 PFB | PRB Thread locking with jamming action Polyamide patch coating/ Polyamide complete coating
- 10.10.2 MVK Thread locking gluing Micro encapsulation precote 80 (red)
- 10.11 Stainless Steel characteristics
- 10.12 Surface treatments
- 10.13 Carbon steel, zinc alloys, aluminium, brass characteristics
- 10.14.1 Duroplast, elastomer, technopolymer and rubber characteristics
- 10.14.2 Duroplast, elastomer, technopolymer and rubber characteristics
- 10.14.3 Duroplast, elastomer, technopolymer and rubber characteristics
- 10.15 Load ratings U-Handles
- 10.16 Load ratings metal hinges
- 10.17 Strength of indexing plungers
- 10.18 Assembly sets GN 965 and GN 968
- 11. Vibration-damping elements
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1. Plastic materials
- Hygienic design
- Operating Elements
- Clamping knobs
- Control elements
- Rotary controls
- Indexing elements
- Joints
- Transmission elements
- Levelling elements
- Hinges
- Latches
- Toggle, power and hook clamps
- Accessories for hydraulic systems
- Tube clamp connectors
- Castors and wheels
- Magnets
- Conveyor components
- Linear slides
- Vibration mounts
- Vacuum components
- Elastomer springs