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TS-46 4.5KW Spindle Motor, Square Air Cooled ER32

4.5 kW air-cooled square-body AC spindle, 6,000-18,000 rpm, ER32 collet, 13 kg, 380 V three-phase.

Power
4.5 kW
Speed
6000 - 18000 rpm
Collet
ER32 Chuck

Overview

The TS-46 is a 4.5 kW air-cooled spindle in a square body with an ER32 collet, the largest collet size in this catalogue, built for heavy cutting rather than high rpm.

It runs at 6,000-18,000 rpm - lower than the ER20 spindles in this range - which suits the larger-diameter, heavier-duty cutters an ER32 collet is meant to hold. At 13 kg it is close to double the weight of the ER20 square-body spindles, reflecting the larger frame needed for the power and collet size.

Power is 4.5 kW, drawn from a 380 V three-phase supply at 11 A through a variable frequency drive sized for the motor; the VFD's output frequency sets the running speed within the rated range.

For the same collet and body style at more power, the TS-51 steps up to 5.0 kW.

Supplied by Tiny Controls in India.

Specifications

TS-46 4.5KW Spindle Motor, Square Air Cooled ER32 technical specifications
Power 4.5 kW
Speed 6000 - 18000 rpm
Collet ER32 Chuck
Dimensions Square
Weight 13 kg
Supply voltage 380 V AC
Phase Three
Current draw 11 A

Questions

Is ER32 the largest collet you offer?

Yes — the largest collet size in this catalogue.

Why does this weigh so much more than your other square-body spindles?

At 13 kg it's close to double the weight of the ER20 square-body spindles, reflecting the larger frame needed for this power level and collet size.

Why does this run slower than the TS-45, which is the same power?

It's built for heavy cutting rather than high rpm — the ER32 collet is meant for larger-diameter, heavier-duty cutters, and the lower 6,000-18,000 rpm range suits that kind of cut.

If I need more power but want to keep the same collet and body style, what's next?

The TS-51 — same collet and body style, stepping up to 5.0 kW.

What supply and current does it need?

4.5 kW from a 380 V three-phase supply at 11 A, through a VFD.