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General Specifications As Per Brochure
The unique design of the Master HF/12/MP eliminates the need for an additional

guide channel. The basic guide channel is sufficient to handle bar stock

diameter from 15mm (.591") to maximum lathe capacity, up to a maximum of 80mm

(3.150")

General Specifications:

Bar Size Capacity: 15mm (.591") - 80mm (3.150")
Bar Length Capacity: 12'
Maximum Bar Length: 12' 4"
Minimum Bar Length: 39"
Magazine Capacity, Single Rack: 12.5 linear inches
Maximum Remnant Length: 15" up to 2.55" diameter,
10" for larger diameters
Operating Voltage: 230V AC 3 Phase (400V available)
Control Voltage: 24 Volts DC
Total Power Required: 3.75 kVA/3.0 kW
Compressed Air Required: 90 psi, 10 cfm
Guide Channel Oil: CB 150, quantity 25 gallons (not incl.)
Feeding Speed: 6"/sec (adjustable)
Facing Accuracy: +/- .020"
Bar Change Time: 30 seconds for 12' bar
Bar Straightness Required: .007"/foot
Bar Feeder Shipping Weight: 3640 lbs. (single rack)
Color: RAL 5002 Blue, RAL 7035 Light Gray

Standard Equipment Includes:
Custom Electrical Cable Package & Interface Kit
Remnant Retract
Bushing Device
24" Z Axis Displacement
Guide Channel Set includes 1 bar pusher,
1 nose, 1 rotating tip, 1 split bushing, 1 collet

Options Prices subject to change without notice)
Additional Collets Up To 2" Bar Stock $ 85.00
Additional Collets 2.125" - 3.125" Bar Stock $ 140.00
Additional Split Bushing $ 95.00
Collets For Tube (Pipe) Up To 45.9mm ID $ 150.00
Collets For Tube (Pipe) From 46mm And Above $ 175.00
IEMCA/Bucci USA Installation, Net Cost $ 3,100.00
Includes labor, travel expenses and 12 month warranty

Important Notes:
Bar Feeder installation does not include lathe-side software or hardware for
magazine bar feeder interface. This interface must be supplied and installed
by the lathe OEM or Distributor, prior to bar feeder installation. Maximum
Bar diameters are for front ejection of the remnant. For remnant retraction,
maximum diameters are slightly less. Bar straightness, proper guide channel
selection, correct alignment and anchoring of bar feeder will ensure optimum
performance at maximum rpm.

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