Preizkuševalni stroji za stožčasta zobnika nakup rabljenega (7)

Stanje: rabljeno, Funkcionalnost: popolnoma funkcionalen, The Gleason-Welter 2000 T bevel gear testing machine was designed as a universal machine and is used by manufacturers of gears and transmission technologies for single-flank rolling tests of bevel gears and crown gears. Technical Data - Diameter: 2000 mm - Spindle bore: 310/250 mm Ijdpfxswn D Uhs Ai Njti - Test speed: 5-100 rpm - Dimensions: approx. 4,200 x 4,500 x 2,300 mm - Machine weight: approx. 12,500 kg *Specifications and data are non-binding. Subject to prior sale. Special Features: Angular hypoid test device, suitable for testing larger sizes of bevel and hypoid gears with diameters up to 2,000 mm and shaft angles from 0 to 360 degrees, as well as spur, helical, and internal gears. Deviations in gear geometry, machining errors due to defective tools, and damage to the gearing can thus be detected and eliminated even before assembly. The following parameters can be measured: - Single flank rolling deviation Fi', fi', fl', fk' - Pitch deviations Fp, fp, fu - Runout and roundness - Runout error Fr - Backlash - FFT analysis If you have any technical questions or require further information, you can contact us at any time.

Stanje: rabljeno, Leto izdelave: 2001, Premer kolesa - maks. 400/500 mm CNC krmiljenje GE FANUC Series 160i-M Premer zobnika - maks. 400 mm Premer krožnega kolesa - maks. 500 mm Itodpfx Aisyv Ipls Noi x-os +/- 70 mm y-os 200 mm z-os 200 mm Kot osi 90 stopinj Območje vrtljajev: R T min Nazivna moč 30 kVA Teža stroja pribl. 6,2 t Potreben prostor pribl. 3,2 x 2,5 x 2,3 m Oerlikon T50 je 3-osni CNC preizkusni stroj za popolnoma samodejno trdo in mehko preizkušanje spiralnih in hipoidnih stožčastih zobnikov z osnim kotom 90° Analiza stožčastega zobnika ROTEC T50 GA2 Barvna enota podjetja Binks

Stanje: rabljeno, Leto izdelave: 2007, Wheel diameter – max. 500 mm Hypoid adjustment ±70 mm Axle cross angle 90° Y-axis distance 150 – 350 mm Itjdpfx Asukitxji Nji Z-axis distance 120 – 340 mm Speed range – stepless 0 – 5000 rpm Spindle torque 57 Nm Taper 99.2 mm Drawbar force – tool clamping 23,000 N Braking torque max. 93 Nm Total connected load 20 kVA Total power requirement 15 kW Machine weight approx. 6 t Space requirement approx. 2.35 x 2.24 x 2.5 m Working area: Crown wheel diameter max. – 500 mm Hypoid adjustment X (v) – ±70 mm Axle angle – 90° Distance Y-(H) axis crown wheel/flange pinion spindle – 150 ... 350 mm Distance Z-(J) axis pinion/flange crown wheel spindle – 120 ... 340 mm Pinion spindle head: Speed range, stepless – 0 ... 5000 rpm Torque – 57 Nm at n = 0 ... 1240 rpm Torque – 54 Nm at n = 1240 ... 5000 rpm Internal taper (with adapter) – Ø99.2 mm (#39) Drawbar force for tool clamping max. – 23,000 N Crown wheel spindle head: Speed range, stepless – 0 ... 3000 rpm Torque – 95 Nm at n = 0 ... 750 rpm Torque – 93 ... 24 Nm at n = 750 ... 3000 rpm Internal taper (with adapter) – Ø99.2 mm (#39) / (Ø35.6 mm (#14)) Drawbar force – max. 23,000 N Max. crown wheel braking torque – 93 Nm up to 3000 rpm pinion speed at i = 1:4 Max. crown wheel braking torque – 93 Nm up to 1200 rpm pinion speed at i = 1:1.6 Max. crown wheel braking torque – 59 Nm up to 1200 rpm pinion speed at i = 1:1 Electrical: Total connected load – 20 kVA (machine effective power) Voltage – 3 x 400 V (others on request) Voltage tolerance – ±10% Frequency 50 Hz (others on request)

Stanje: rabljeno, Leto izdelave: 2001, Wheel diameter – max. 400/500 mm CNC control: GE FANUC Series 160i-M Pinion diameter – max. 400 mm Ring gear diameter – max. 500 mm Itodpfx Aevxwxcji Nsi X-axis travel: +/- 70 mm Y-axis travel: 200 mm Z-axis travel: 200 mm Axis angle: 90 degrees Rotational speed range: n/a Rated current: 30 kVA Machine weight: approx. 6.2 t Space requirements: approx. 3.2 x 2.5 x 2.3 m

Stanje: rabljeno, The Klingelnberg GKP 90 bevel gear testing machine was designed as a universal machine and is used by manufacturers of gears and drive technology for noise and contact pattern testing of bevel and hypoid gears. Technical Data Diameter: 540 (400) mm Hypoid: ±50 mm Pinion spindle diameter: 90 mm Dimensions: 1,800 x 1,800 x 1,600 mm Machine weight: approx. 2,800 kg Iedpfxoxpq Nlo Ai Nsti *Specifications and data are non-binding. Subject to prior sale. Special Features: This machine is intended for noise and contact pattern testing of bevel and hypoid gears of all types. By simulating operating conditions, applying different speeds, and changing load conditions for drive and coast sides, the optimal mounting distance for stationary operation can be determined. • Digital actual value display for 2 axes • Stepless speed adjustment via frequency converter • Electrically interlocked and removable safety guard • Accessories – wide range of workpiece fixtures • Condition: very good

Stanje: dober (rabljeno), Leto izdelave: 2007, Wheel diameter – max. 500 mm Wheel width 200-400 mm Module 12 Speed 0-3,250 rpm Itodsvr Hf Espfx Ai Nsi Braking torque up to max. 95 Nm Inner taper: Taper #39 Control: Fanuc 16 Total connected load: 15 kW Machine weight approx. 6 t Space requirement approx. 2,350 x 2,240 x 2,500 mm HIGHLY FLEXIBLE TESTING OF HARD, FINISHED, AND GREEN SPIRAL BEVEL AND HYPOID GEAR SETS The T 60 bevel gear test machine is a CNC inspection machine with three linear axes for fully automatic hard and soft testing of spiral bevel and hypoid gear sets with a 90° axis angle. It offers a wide range of objective and subjective testing options with speeds up to 3,250 rpm and braking torques up to 95 Nm.

Stanje: dober (rabljeno), premer obdelovanca med konicama: 2.286 mm, Die Nr. 61 Kegel-Hypoid-Prüfmaschine ist zum Testen großer Kegel- und Hypoidgetriebe bis zu einem Durchmesser von 2.286 mm (90") und mit Wellenwinkeln von 0 bis 135 Grad ausgelegt. Auch Stirnräder, Schneckenräder und Innenverzahnungen können aufgenommen werden. Die Antriebs- bzw. Ritzelspindel kann in beide Richtungen bei einer empfohlenen Spindeldrehzahl von 600 U/min betrieben werden. Sie ist in einem Kopf montiert, der vertikal an einer Säule verstellbar ist, sodass die Spindel zur Prüfung von Hypoidrädern sowohl oberhalb als auch unterhalb der Mittellinie der Zahnradspindel positioniert werden kann. Die Ritzelkopfsäule ist in der Horizontalebene winklig verstellbar, um die Prüfung von Rädern bei jedem Wellenwinkel von 0 bis 135 Grad zu ermöglichen. Technische Daten: Abstand Mittellinie Antriebsspindel zur Stirnseite der Bremsenspindel (bei 90° Wellenwinkel, ohne Planscheibe): max. 978 mm / min. 194 mm Abstand Mittellinie Bremsenspindel zur Stirnseite der Antriebsspindel (bei 90° Wellenwinkel, ohne Planscheibe): max. 1.524 mm / min. 254 mm Abstand Mittellinie Bremsenspindel zur Stirnseite der Antriebsspindel (bei 90° Wellenwinkel, mit 1.372 mm Planscheibe): max. 1.524 mm / min. 711 mm Abstand Mittellinie Bremsenspindel zu Mittellinie Antriebsspindel (für Stirnräder): max. 1.422 mm / min. 152 mm Abstand zwischen Stirnseite Bremsenspindel und Stirnseite Antriebsspindel (für Stirnräder): max. 927 mm / min. 0 mm Versatz der Antriebsspindel ober- oder unterhalb der Mittellinie der Bremsenspindel: 254 mm Bereich der Wellenwinkel: 0 – 360° Maximaler Zahnrad-Durchmesser: 2.286 mm Durchmesser der Planscheibe: 1.372 mm Außenlager: 76 mm Bohrung Spindeln: Itjdsrtrzdopfx Ai Nsi Umdrehungen der Antriebsspindel Riemenscheibe Satz 1: 100 – 400 min⁻¹ Umdrehungen der Antriebsspindel Riemenscheibe Satz 2: 250 – 600 min⁻¹ Durchmesser der Kegelaufnahme (großes Ende): 152 mm Kegel pro Fuß: 19 mm Kegeltiefe: 203 mm Bohrung durch Spindel: 140 mm Eigengewicht der Maschine: 9.072 kg Eigengewicht der Maschine mit Außenlager und Maschinenbett: 10.886 kg