Model 900TXG

Standard coil diameter:

30 inches / 762 mm – upgradeable

Standard distance between centers:

42 inches / 1067 mm – upgradeable

Spindle height from floor:

44 inches / 1118 mm

Output shaft diameter:

2½” diameter shaft with flange

Spindle drive:

215 lb/in, 2000 RPM, 6.83 HP, Brushless Servomotor

Primary ratio (belt & pulley):

4.5:1

Secondary ratio (belt & pulley):

4.0:1

Optional Hi/Lo Pulley Set:

Triples spindle speed in Hi setting

Spindle speeds:

Gear

RPM

Ratio

Torque

1

100

1.000:1

322 lb/ft

2

60

1.689:1

544 lb/ft

3

32

3.095:1

998 lb/ft

4

15

6.41:1

2067 lb/ft

Traverse drive:

114 oz/in, 7500 RPM Brushless Servomotor

Tailstock quill diameter:

2 ½”

Tailstock quill travel:

4”

Tailstock quill tooling:

60 degree live center

Standard traverse distance:

32" for single wire guide (8” for 36” multiple wire guide)

Power requirements:

240 VAC  3 Ph  50/60 Hz  5 KVA

Dimensions:

H-72" x W-104" x D-42"

Weight:

2500 LBS / 1136 Kg

MCS2 CONTROL OPTION

Control Type:

Embedded – Freescale 32 bit Processors

Display:

4 line x 40 Character Backlit LCD

Input Keypad:

24 Key (1/2" Rubber Tactile Touch)

Program Storage:

7000 lines / Complex and 10 Presets / Simple

I/O Points:

8 in / 8 out (24 VDC)

Programming Software:

MCSCOM Windows 7/10 GUI

Interface:

RS232 for PC Interface

Network:

Optional USB

MCS6 CONTROL OPTION

Control Type:

PC Based with MCS6 Motion Card

Display:

22” LCD Color video monitor

Input:

PC keyboard with mouse

Program Storage:

Minimum 250GB hard disk drive

I/O Points:

16 in / 16 out (24 VDC)

Programming Software:

MCS Coil Pro 4.0 with Multi-Media capability

Operating System:

Windows 7

Interfaces:

USB and Ethernet

AVAILABLE OPTIONS

Foot Pedal Control:

Variable Speed w/On-Off Switch

Wire Guide Assembly:

Individual Adjustable Wire Guides, or Multiple Fixed Grove Guide Rollers

Dereeler Ports:

1 to 8 for Hysteresis Brake w/Tension Switch

Additional I/O Points:

8 in / 8 out (24 VDC)

Wire Tensioning:

Friction or Programmable Hysteresis or Air Brake