Questionaire Gears from Plastic:

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Gerard Watts
5 years ago
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1 Wolf Kunststoff-Gleitlager GmbH Heisenbergstr Industriegebiet II Kerpen - Türnich Deutschland Telefon: Telefax: info@zedex.de Internet: Questionaire Gears from Plastic: 1. general data: company: street: city: country: 2. application: description of the application: present material: demand each year: why do you want to use plastic: which disadvantages should be discontinued: date: contact person: compartment: phone: telefax: actual price: grade of function impairing: which advantages should be reached: 3. gear housing: obligatory demand wish-demand type: open partly open closed gear surface: 2 material: drive unit dimensions: length L max = width B max = height H max = possibly representation number: 4. interconnection data: spur toothed helical toothed, angle: left hand gradient right hand gradient gear cutting quality: according to DIN 3961 or: information about the reference profile pressure angle: top height: root height: root radius / tooth fillet: Page 1 of 5

2 5. dimensions of the gear: which gear shell be substituted by plastic: gear 1 gear 2 pressure zone at the pitch circle: modulus: material: elastic modulus: surface hardness: roughness height Ra: pitch circle diameter: top circle diameter: ground circle diameter: profile displacement: number of teeth: tooth width: max. permissible flight land clearance HRC µm HRC µm 6. attachment of the gear: please mark with a cross (1) (2) (3) (4) (5) by a positive connection: by pieces dowel pins (1) by a profile shaft (2) by a transverse pin (3) by a flange (4) by a groove wedge 7. surrounding medium: outside use inside use by a non positive connection: by a conical seat by a pressing upon by a shaft nut medium: air with a temperature of and a relative humidity of % chemicals name: concentration: % ph value: temperature: Page 2 of 5

3 7.1 medium between connecting parts: 8. electrical influences: demanded electrical influences: no lubrication - dry operation - oil lubrication grease lubrication grease lubrication unique water lubrication: available water volume flow rate: existing water flow temperature: maximum water outlet temperature: other: penetration resistance dielectric constant loss factor resistivity surface resistance 9. load on the driving wheel: 9.1. continous load: power: kw screw speed: min -1 permanence of the continous load: how often per time unit does the continous load occur: 9.2. maximum load: power: kw screw speed: min -1 permanence of maximum load: how often per time unit does the max. load occur: kg/s C C kv/ Ohm/cm Ohm type of drive machine: impact factor: type of powered machine: impact factor: ambient temperature: turn on time: % 10. movement: no movement further on at 11. no rotation further on at rotation: continous screw speed: min -1 maximum screw speed: min -1 loading time with continous screw speed: loading time with max. screw speed: permanence of one load cycle: number of load cycles per time unit: how long are the breaks between the load cycles: Page 3 of 5

4 no oscillation further on at oscilation: tilting angle: continous frequency: Hz maximum frequency: Hz loading time with continous frequency: loading time with maximum frequency: permanence of one load cycle: how long are the breaks between the load cycles: 11. ambient temperature: permanent temperature: maximum. temperature: how often per time unit does the maximum temperature occur: how long does the maximum temperature occur each time unit: which medium transfers the temperature: which movement and load occurs simultaineously with the heat exposure: radial load: axial load: none none permanent as at 9.1 permanent as at 9.2 maximum as at 9.1 maximum as at 9.2 other: N other: N movement: rotation none permanent as at 10.1 maximum as at 10.1 other: oscillation none permanent as at 10.2 maximum as at 10.2 other: Page 4 of 5

5 11. working life: wished working life: h permissible clearance increase maximum radial clearance after maximum axial clearance after hours of operation hours of operation 12. miscellaneous: special material wishes additional conditions to be served: The more information you give us by this questionaire, the more precise solution we can work out for your application Please add a representation or a sketck of your application! AGM: KM: KO: Page 5 of 5

HPG xxx 030 C1 C2 C3. High performance angle gearboxes. Output. Input. Drawings. C with option motor flange. View x. Centering View y.

HPG xxx 030 C1 C2 C3. High performance angle gearboxes. Output. Input. Drawings. C with option motor flange. View x. Centering View y. HPG 030 1 2 3 Input Output 1 View M6 ( deep) 0 Ø4 H (2.2 deep) 18.0 M6 ( deep) 0 2 3 M6 ( deep) 2 13.0 4 2.0 18.0 24.0 M Ø12 k6 6 M6 ( deep) M6 ( deep) 3 Eample HPG 030 2 with option motor flange 0 M6