立式加工中心

Haas TRT210

Almost like new, a Haas TRT210 two-axis rotary table with only approximately 120 operating hours.

The table was used exclusively on a Haas VF-4 (see separate listing) and is in flawless optical and technical condition.

The TRT210 is Haas’s compact 5-axis solution for medium-sized VMCs, and it takes up minimal space by being mounted at one end of the machine table – the rest of the mounting surface remains free for vises or other fixtures.

Plug-and-play connection to any Haas milling machine with 4/5-axis drives and the corresponding NGC control software.

In addition to the rotary table itself, the scope of supply includes the matching toe clamp kit for direct mounting on the machine table, as well as a Renishaw riser block for side mounting of the radio receiver (OMI/OMP) – this ensures reliable signal transmission to the measuring probe even over the full A-axis swivel range.

Inspection possible by appointment. Shipping can be arranged.

Technical data:
- Table diameter: 230 mm (9.10")
- Max. pitch circle: 368 mm (14.5")
- Max. workpiece weight on table: up to approx. 90 kg
- Hole pattern: 2× 6-hole pattern

A-axis (swiveling):
- Swivel range: ±120°
- Max. speed: 80°/s
- Max. torque: approx. 407 Nm (300 ft-lb)
- Braking torque at 6.9 bar: approx. 540 Nm
- Accuracy: ±25 arc-sec
- Repeatability: 10 arc-sec
- Resolution: 0.001°

B-axis (rotating):
- Rotation range: 360°/continuous
- Max. speed: 100°/s
- Max. torque: approx. 285 Nm (210 ft-lb)
Dedpfsy Tp Hgox Amfjcl
- Braking torque at 6.9 bar: approx. 270 Nm
- Maximum runout: 0.013 mm (0.0005")
- Accuracy: ±15 arc-sec
- Repeatability: 10 arc-sec
- Resolution: 0.001°

General:
- Connection voltage: 115 VAC, approx. 15 A
- Compressed air max.: approx. 10 bar (150 psi)
- Weight: approx. 220 kg

Scope of supply:
- Haas TRT210 rotary table complete
- Original Haas servo connection cable for A and B axes
- Toe clamp kit (for mounting on the machine table)
- Renishaw riser block for side receiver mounting
- Original documentation

该广告为自动翻译，可能存在翻译错误。