Beli mesin uji roda gigi kerucut bekas (7)

Kondisi: bekas, Tahun pembuatan: 1985, raddurchmesser_max_280mm_klingelnberg_pke280 Bcsdpfxeyn R Ero Ahwsw

Kondisi: bekas, Tahun pembuatan: 2007, Wheel diameter – max. 500 mm Hypoid adjustment ±70 mm Axle cross angle 90° Y-axis distance 150 - 350 mm Z-axis distance 120 - 340 mm Speed range – stepless 0 - 5,000 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 Bedpeukitxsfx Ahwjcw 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: Speed range, stepless – 0 ... 5,000 rpm Torque – 57 Nm at n = 0 ... 1,240 rpm Torque – 54 Nm at n = 1,240 ... 5,000 rpm Internal taper (with adapter) – Ø99.2 mm (#39) Drawbar force for tool clamping, max. – 23,000 N Crown wheel spindle: Speed range, stepless – 0 ... 3,000 rpm Torque – 95 Nm at n = 0 ... 750 rpm Torque – 93 ... 24 Nm at n = 750 ... 3,000 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 3,000 rpm pinion speed at i = 1:4 Max. crown wheel braking torque – 93 Nm up to 1,200 rpm pinion speed at i = 1:1.6 Max. crown wheel braking torque – 59 Nm up to 1,200 rpm pinion speed at i = 1:1 Electricity: Total connected load – 20 kVA (effective machine power) Voltage – 3 x 400 V (others on request) Voltage tolerance – ±10% Frequency – 50 Hz (others on request)

Kondisi: baik (bekas), Tahun pembuatan: 2007, Maximum wheel diameter: 500 mm Wheel width: 200–400 mm Module: 12 Speed: 0–3250 rpm Braking torque: up to 95 Nm Internal taper: Taper #39 Control: Fanuc 16 Total power requirement: 15 kW Machine weight: approx. 6 t Bsdpfx Ahovr Hf Eewjcw Space requirements: 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 testing 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 versatile objective and subjective testing capabilities with speeds up to 3,250 rpm and braking torques up to 95 Nm.

Kondisi: bekas, Tahun pembuatan: 2001, Wheel diameter - max. 400/500 mm CNC control system: GE FANUC Series 160i-M Bcedpfx Ahjvxwxcjwsw Pinion diameter - max. 400 mm Ring gear diameter - max. 500 mm X-axis travel: +/- 70 mm Y-axis travel: 200 mm Z-axis travel: 200 mm Axis angle: 90 degrees Speed range: R T min Rated current: 30 kVA Machine weight: approx. 6.2 t Space requirement: approx. 3.2 x 2.5 x 2.3 m

Kondisi: bekas, The Klingelnberg GKP 90 bevel gear testing machine was designed as a universal machine and is used by manufacturers of gears and transmission technologies for noise and contact pattern testing on bevel and hypoid gears. Technical data Diameter: 540 (400) mm Hypoid offset: ±50 mm Pinion spindle diameter: 90 mm Dimensions: 1,800 x 1,800 x 1,600 mm Machine weight: approx. 2,800 kg *Specifications are not binding. Subject to prior sale. Special features: The machine is intended for noise and contact pattern testing on bevel and hypoid gears of all types of gearing. By simulating operating conditions, applying different rotational speeds, and switching load states for drive and coast, the optimal mounting distance for standstill can be determined. • Digital actual value display for 2 axes • Infinitely variable speed adjustment via frequency converter Bcodpfjxpq Nlsx Ahwsw • Electrically secured and removable safety guard • Accessories – large assortment of workpiece fixtures • Condition: very good

Kondisi: bekas, Fungsionalitas: berfungsi sepenuhnya, 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 Bedswn D Uhjpfx Ahwocw 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: Angle-hypoid test device, suitable for testing larger sizes of bevel and hypoid gears with a diameter of up to 2,000 mm and shaft angles of 0 to 360 degrees, as well as spur, helical and internal gears. Deviations in gear geometry, machining errors caused by defective tools as well as damage to the gears can thus be detected and eliminated prior to assembly. The following parameters can be measured: - Single flank rolling deviation Fi', fi', fl', fk' - Pitch deviation Fp, fp, fu - Runout and roundness - Runout error Fr - Backlash - FFT analysis For technical questions or further information, please contact us at any time.

Kondisi: baik (bekas), diameter benda kerja antara pusat: 2.286 mm, DE: Der Nr. 61 Winkel-Hypoidtester ist zum Prüfen großer Kegel- und Hypoidräder mit einem Durchmesser von bis zu 90” sowie mit Wellenwinkeln von 0 bis 135 Grad ausgelegt. Auch Stirnräder, Schrägzahnräder und Innenverzahnungen können aufgenommen werden. Die Antriebs- bzw. Kegelradspindel kann in beide Richtungen mit einer empfohlenen Drehzahl von 600 U/min betrieben werden. Sie ist in einem Kopf montiert, der vertikal an einer Säule verstellbar ist, sodass die Spindel sowohl über als auch unter der Mittellinie der Getriebespindel zum Testen von Hypoidrädern positioniert werden kann. Die Spindelsäule des Kegelradkopfes ist in der Horizontalen schwenkbar und ermöglicht so die Prüfung von Zahnrädern bei beliebigen Wellenwinkeln von 0 bis 135 Grad. Technische Daten: Abstand Antriebsspindel-Mittellinie bis Stirnseite der Bremsenspindel (bei 90° Wellenwinkel, ohne Planscheibe): Max. 978 mm / Min. 194 mm Abstand Bremsenspindel-Mittellinie bis Stirnseite der Antriebsspindel (bei 90° Wellenwinkel, ohne Planscheibe): Max. 1524 mm / Min. 254 mm Abstand Bremsenspindel-Mittellinie bis Antriebsspindel-Mittellinie Bedpfx Ahjrtrzdewocw (für Stirnräder): Max. 1422 mm / Min. 152 mm Abstand zwischen Stirnseiten von Bremsenspindel und Antriebsspindel (für Stirnräder): Max. 927 mm / Min. 0 mm Versatz der Antriebsspindel über oder unter Bremsenspindel-Zentrum: 254 mm Wellenwinkelbereich: 0 - 360 Grad Maximaler Zahnraddurchmesser: 2286 mm Planscheiben-Durchmesser: 1372 mm Außenlager: 76 mm Bohrung Spindeln: Drehzahl Antriebsspindel Riemenscheibe Satz 1: 100 – 400 U/min Drehzahl Antriebsspindel Riemenscheibe Satz 2: 250 – 600 U/min Kegelaufnahme-Durchmesser (großes Ende): 152 mm Kegel pro Fuß: 3/4“ Kegeltiefe: 203 mm Durchgangsbohrung Spindel: 140 mm Eigengewicht der Maschine: 9.072 kg Eigengewicht mit Lagerbock und Maschinenbett: 10.886 kg