YCM DX324-AERO

Question 1

What are the linear axis travels of the DX324-AERO?

Answer 1

X-axis: 126”, Y-axis: 94.5”, Z-axis: 30”.

Question 2

What are the rotational capabilities of the B and C axes on the DX324-AERO?

Answer 2

B-axis rotates ±105°, and C-axis rotates ±360°.

Question 3

What is the table load capacity of the DX324-AERO?

Answer 3

The table can support up to 11,023 lbs.

Question 4

What material is the bed of the DX324-AERO constructed from?

Answer 4

The bed is made of Meehanite cast iron for superior rigidity and vibration damping.

Question 5

What type of guideways are used in the DX324-AERO?

Answer 5

The X-axis has 55mm roller guideways, while the Y and Z axes feature 65mm roller guideways.

Question 6

What is the step bridge design feature of the DX324-AERO?

Answer 6

It distributes saddle weight and machining forces evenly, enhancing accuracy, cutting performance, and tool life.

Question 7

What ballscrew sizes are used in the DX324-AERO?

Answer 7

Ballscrew diameters are 2.48” (X), 1.97” (Y), and 1.77” (Z).

Question 8

How does the DX324-AERO minimize thermal growth?

Answer 8

By using fixed, pre-tensioned double-nut ballscrews and a cooled spindle system.

Question 9

What accuracy is achieved with linear scales on the DX324-AERO?

Answer 9

Positioning accuracy is 0.00039” (X), 0.00027” (Y/Z), and repeatability is ±0.00027” (X), ±0.00019” (Y/Z).

Question 10

What is the indexing accuracy and repeatability for the B and C axes of the DX324-AERO?

Answer 10

B-axis accuracy: ±5 arc seconds; repeatability: ±2.5 arc seconds. C-axis accuracy: ±2 arc seconds; repeatability: ±1 arc second.

Question 11

What kinematics package is included with the DX324-AERO?

Answer 11

A Renishaw OMP 400 spindle probe, calibration ball, and Axis Set software for efficient 5-axis calibration.

Question 12

What is the purpose of the Renishaw AxiSet™ Check-Up in the DX324-AERO?

Answer 12

It allows testing and calibration of the 5-axis center point for optimal alignment and geometry.

Question 13

How does the DX324-AERO ensure precise tool measurements?

Answer 13

It includes a Blum NT A2 laser auto tool length measurement system for fast and accurate tool setting.

Question 14

What spindle interface does the DX324-AERO use?

Answer 14

HSK-A63 interface for high rigidity and precision.

Question 15

What is the maximum spindle speed of the DX324-AERO?

Answer 15

The spindle operates up to 18,000 RPM.

Question 16

What is the maximum horsepower of the DX324-AERO spindle?

Answer 16

The spindle delivers up to 94 HP at peak and 75 HP continuously.

Question 17

What is the torque range of the DX324-AERO spindle?

Answer 17

Peak torque: 82 ft-lbs; continuous torque: 65 ft-lbs.

Question 18

How does the DX324-AERO maintain spindle thermal stability?

Answer 18

Using a chiller unit and oil-air lubrication system.

Question 19

What is the constant torque range for the DX324-AERO spindle?

Answer 19

From 1 to 6,000 RPM.

Question 20

What are the dimensions of the table on the DX324-AERO?

Answer 20

The table measures 118.1” x 59.1”.

Question 21

What is the height of the DX324-AERO’s table from the floor?

Answer 21

The table is 37” high from the floor.

Question 22

What is the maximum workpiece size for the DX324-AERO?

Answer 22

Length: 118.1”, Width: 59.06”, Height: 30”.

Question 23

How many T-slots does the DX324-AERO table have, and what are their dimensions?

Answer 23

8 T-slots, each 0.86” wide and spaced 7.09” apart.

Question 24

What is the distance between the DX324-AERO’s columns?

Answer 24

The distance between columns is 70.9”.

Question 25

What is the standard tool capacity of the DX324-AERO’s ATC?

Answer 25

The ATC holds 60 tools, with an optional upgrade to 120 tools.

Question 26

What is the maximum tool diameter for the DX324-AERO’s ATC?

Answer 26

With all pockets full: 3”. With adjacent pockets empty: 4.92”.

Question 27

What is the maximum tool length and weight for the DX324-AERO?

Answer 27

Maximum tool length: 11.8”; maximum tool weight: 13.2 lbs.

Question 28

What tool change method does the DX324-AERO use?

Answer 28

Bi-directional, random access system for efficient tool selection.

Question 29

What is the tool-to-tool change time for the DX324-AERO?

Answer 29

The tool-to-tool change time is 5 seconds.

Question 30

What control system does the DX324-AERO use?

Answer 30

FANUC 31iMB5 control with a 15” LCD screen.

Question 31

What are the data transfer capabilities of the DX324-AERO’s FANUC control?

Answer 31

Includes Ethernet, USB, and RS-232C connectivity.

Question 32

What machining industries is the DX324-AERO best suited for?

Answer 32

Aerospace, automotive, medical, and die/mold applications.

Question 33

What is the block processing time of the FANUC 31iMB5 control in the DX324-AERO?

Answer 33

0.5ms with a 600-block look-ahead.

Question 34

What chip removal system does the DX324-AERO use?

Answer 34

Dual auger chip evacuation system with a conveyor.

Question 35

What is the coolant tank capacity of the DX324-AERO?

Answer 35

The coolant tank holds 190 gallons.

Question 36

What are the key coolant management features of the DX324-AERO?

Answer 36

Adjustable nozzles, a wash-down gun, and an air blast system optimize chip and coolant management.

Question 37

What is the purpose of the ATC auto door in the DX324-AERO?

Answer 37

It prevents chips and coolant from contaminating the tool magazine.

Question 38

What are the electrical requirements for the DX324-AERO?

Answer 38

Requires 380V, 3-phase, 60 Hz power, and a 225-amp breaker.

Question 39

What is the KVA rating for the DX324-AERO?

Answer 39

The machine has a KVA rating of 150.

Question 40

What is the recommended ambient temperature for optimal accuracy in the DX324-AERO?

Answer 40

Maintain 68°F ±3° in a temperature-controlled environment.

Question 41

What is the total weight of the DX324-AERO?

Answer 41

The machine weighs 70,548 lbs.

Question 42

What is the required floor space for the DX324-AERO?

Answer 42

Requires 434.6” x 193” x 192”.