| |
"Using a TEMCo Phase Converter to power your 3-phase
machinery has never been so appealing."
|
 |
|
Run your 1 ½ HP Bridgeport Mill NOW for Only $365 !!!
|
TEMCo has many decades of history supporting the supply of 3-phase power to all
types of milling machines. Below are just some of the brands we have supported.
|
| Acura-Seiki |
Brodford |
Enco |
Index |
Lucas |
MSC |
Royal |
Supermill |
| Alliant |
Brown & Sharp |
EVS |
Induma |
Marwin |
Netzch |
Sacem |
Toyoda |
| Anayak |
Burke |
First Universal |
IVO Lola Ribar |
Matsuura |
Niigata |
Saeilo |
Tree |
| Anilam |
Chevalier |
Fryer |
Jet |
MaxNC |
OKK |
Scharmann |
Tru-Bore |
| Atlas |
Cincinati |
Giddings & Lewis |
Kasuga |
Mazak |
Okuma |
Seller |
Van Norman |
| Ayce |
Clausing |
Haas |
Kearney & Trecker |
Micro |
Osaka Kiko Co. |
Sharp |
Vetrax |
| Baker |
Compumill |
Hardinge |
Kent Owens |
Mighty Comet |
Pratt & Whitney |
Shizuoka |
Wells-Index |
| Benchman |
Daewoo |
Hercules |
Kiwa |
Mikini |
Premier |
Sigma Tos |
WH Nicholas |
| Birmingham |
Delta Rockwell |
Hitachi |
Lagun |
Millport |
Racer |
SNK Ikegai |
WMW Heckert |
| Bostonmatic |
DeVlieg |
Hurco |
Lagunmatic |
Millrite |
Ramco |
Summit |
Wotan |
| Bridgeport |
DoAll |
Huron |
Leblonde |
Mitsui Seiki |
Ramill |
Supermax |
Yamazan |
| Machine Type: |
MANUAL MILLING MACHINE |
| Sub Type: |
VERTICAL KNEE |
|
 |
Bridgeport and Bridgeport clones are by far the most common variation of this type of milling machine.
Like most milling machines, these are exceptionally easy to set up and run from a phase converter.
They will commonly will have multiple spindle speeds and are considered to be a "medium starting, medium running" load type.
|
|
| Load Classification |
| Starting |
Running |
| MEDIUM |
MEDIUM |
|
| Machine Type: |
MANUAL MILLING MACHINE |
| Sub Type: |
VERTICAL BRIDGE |
|
|
Although most vertical bridge milling machines are of the large CNC type, there remains
a few which have been manufactured with manual axis controls. Vertical bridge milling
machines, like vertical knee milling machines, can be classified with a
"medium starting / medium running" load type.
|
|
| Load Classification |
| Starting |
Running |
| MEDIUM |
MEDIUM |
|
| Machine Type: |
MANUAL MILLING MACHINE |
| Sub Type: |
HORIZONTAL |
|
 |
Horizontal milling machines are typically used for special slotting and facing operations.
They are less commonly configured in manual control but many older units remain in active
duty having some advantages over their vertical counterpart. Horizontal manual milling
machines are classified with a "medium starting, medium running" load type.
|
|
| Load Classification |
| Starting |
Running |
| MEDIUM |
MEDIUM |
|
| Machine Type: |
MANUAL MILLING MACHINE |
| Sub Type: |
C-FRAME |
|
|
C-Frame milling machines are large, industrial production mills. They feature a knee and
fixed spindle head that is only mobile vertically. They typically feature a separate
hydraulic motor for hydraulic power feeds, and a 20 to 50 HP spindle motor. The materials
and depth of cut these are designed for cause a mechanical and electrical load beyond their
smaller knee mill counterpart. C-frame mills are
"hard starting / hard running" load type.
|
|
| Load Classification |
| Starting |
Running |
| HARD |
HARD |
|
| Machine Type: |
CNC MILLING MACHINE |
| Sub Type: |
ALL |
|
|
CNC milling machines are milling machines which contain motorized, computer controlled functions.
They are produced in nearly all mechanical layouts of manual milling machines but have very
different electrical requirements. CNC Machines require high quality power, good balance and
stability of voltage. All TEMCo Phase Converter Products are designed to produce this type of
power. Sizing phase converters for CNC milling machines is explained below.
|
|
| Load Classification |
| Starting |
Running |
| USE CNC CLASSIFICATION |
USE CNC CLASSIFICATION |
|
| PHASE CONVERTER SELECTION |
| Mill HP |
Load Type: MED/MED |
Load Type: HARD/HARD |
| ½ |
XR2 or 6500-2KW |
XR2 or 6500-2KW |
| ¾ |
XR2 or 6500-2KW |
XR2 or 6500-2KW |
| 1 |
XR2 or 6500-2KW |
XR2 or 6500-2KW |
| 1-½ |
XR2 or 6500-2KW |
XR3 |
| 2 |
XR3 |
XR5 or 6500-5KW |
| 3 |
XR5 or 6500-5KW |
XR7 or 6500-7.5KW |
| 4 |
XR5 or 6500-5KW |
XR7 or 6500-7.5KW |
| 5 |
XR7 or 6500-7.5KW |
XR11 or 6500-11KW |
| 7-½ |
XR11 or 6500-11KW |
XR15 or 6500-15KW |
| 10 |
XR15 or 6500-15KW |
AC21 |
| 15 |
AC21 |
AC36 |
| 20 |
AC29 |
AC44 |
| 25 |
AC36 |
AC55 |
| 30 |
AC44 |
TXR75 |
| 40 |
AC55 |
TXR90 |
| 50 |
TXR75 |
TXR110 |
| 60 |
TXR90 |
TXR125 |
| 75 |
TXR110 |
TXR165 |
| 100 |
TXR150 |
TXR220 |
|
MANUAL MILLING MACHINES
Sizing a phase converter for your 3-phase Manual Milling Machine is simple,
and can be done in only a few steps depending on the number of machines
you plan on operating.
If you wish to have a phase converter specialist size a phase converter for
you, please call us. In almost all cases sizing can be done over the phone
in just a few minutes. (800) 613-2290
Operation of one Milling Machine
1. To select the correct phase converter for
your milling machine, start by determining the starting and running load type
requirement in the tables above. This is determined by the type of milling
machine you have and will be either Medium/Medium or Hard/Hard.
2. Locate the correct phase converter model
based on the spindle HP of your machine and the Load Type in the table to the
left.
Note: Please note the voltage required by your
machine when ordering your phase converter. POWER Wave XR units are only
available for operation on 208-240 volts, all other model lines are dual voltage
230/460 configurable.
|
|
Operation of multiple Milling Machines from one phase converter (only one to be operated at a time)
Size your phase converter based on the largest model required by any one of your machines.
EXAMPLE: You have (1) 5HP Bridgeport Knee Mill and (1) 5HP C-Frame Mill. The Bridgeport
mill requires a XR7 whereas the C-Frame Mill would require a XR11. You would select the
XR11 for this scenario.
|
Operation of multiple Milling Machines from one phase converter (more than one to be operated at a time)
Determine the phase converter model required for each machine, then add the model numbers
together to determine the correct single model. The scenario above would require a model
"18" phase converter. Since no model "18" is offered you would simply select the next
unit up; the model AC21.
|
| Mill Amps at 208-240 Volts |
Mill Amps at 440-480 Volts |
| 4 |
XR2 |
2.5 |
6500-2KW |
| 5 |
6500-2KW |
5.5 |
6500-5KW |
| 7 |
XR3 |
7 |
6500-7.5KW |
| 11 |
XR5 or 6500-5KW |
9.5 |
6500-11KW |
| 14 |
XR7 or 6500-7.5KW |
12.5 |
6500-15KW |
| 19 |
XR11 or 6500-11KW |
18 |
AC21 |
| 25 |
XR15 or 6500-15KW |
24 |
AC29 |
| 36 |
AC21 |
31 |
AC36 |
| 48 |
AC29 |
35 |
AC44 |
| 62 |
AC36 |
43 |
AC55 |
| 70 |
AC44 |
61.5 |
TXR75 |
| 86 |
AC55 |
70 |
TXR90 |
| 123 |
TXR75 |
85.5 |
TXR110 |
| 140 |
TXR90 |
105 |
TXR125 |
| 171 |
TXR110 |
128.5 |
TXR165 |
| 210 |
TXR125 |
171 |
TXR220 |
| 257 |
TXR165 |
|
|
| 342 |
TXR220 |
|
|
|
CNC MILLING MACHINES
Sizing a phase converter for your 3-phase CNC Milling Machine is simple,
and can be done in only a few steps depending on the number of machines
you plan on operating.
If you wish to have a phase converter specialist size a phase converter for
you, please call us. In almost all cases sizing can be done over the phone
in just a few minutes. (800) 613-2290
Operation of one CNC Milling Machine
1. To select the correct phase converter
for your CNC milling machine, locate the amperage and voltage required by
the machine on it's electrical data plate.
2. Locate the correct phase converter model
based on your machine's required voltage and amperage in the table to the
left.
|
|
Operation of multiple CNC Milling Machines from one phase converter (only one to be operated at a time)
Size your phase converter based on the largest model required by any one of your machines.
EXAMPLE: You have (1) 20 amp / 208 volt cnc milling machine and (1) 30 amp / 208 volt cnc
milling machine. The larger machine requiring 30 amps would require the use of an AC21
phase converter.
|
Operation of multiple Milling Machines from one phase converter (more than one to be operated at a time)
Determine the amperage required for each machine, then add the amperage numbers together to determine the
correct single model. The scenario above would require a phase converter capable of 50 amps. An AC36
would be used here.
|
| Model |
Factory Direct
Price |
| 6500-2KW |
 Data Sheet |
Wiring |
Dimensions |
$350 |
| XR2 |
Data Sheet |
Wiring |
Dimensions |
$365 |
| XR3 |
Data Sheet |
Wiring |
Dimensions |
$445 |
| 6500-5KW |
Data Sheet |
Wiring |
Dimensions |
$533 |
| 6500-7.5KW |
Data Sheet |
Wiring |
Dimensions |
$675 |
| 6500-11KW |
Data Sheet |
Wiring |
Dimensions |
$972 |
| 6500-15KW |
Data Sheet |
Wiring |
Dimensions |
$1,091 |
| AC21 |
Data Sheet |
Wiring |
Dimensions |
$2,096 |
| AC29 |
Data Sheet |
Wiring |
Dimensions |
$2,373 |
| AC36 |
Data Sheet |
Wiring |
Dimensions |
$2,709 |
| AC44 |
Data Sheet |
Wiring |
Dimensions |
$3,241 |
| AC55 |
Data Sheet |
Wiring |
Dimensions |
$3,756 |
| TXR75 |
Call |
Call |
Call |
$11,445 |
| TXR90 |
Call |
Call |
Call |
$12,445 |
| TXR110 |
Call |
Call |
Call |
$13,944 |
| TXR125 |
Call |
Call |
Call |
$16,244 |
| TXR165 |
Call |
Call |
Call |
$18,243 |
| TXR220 |
Call |
Call |
Call |
$26,539 |
|
| |
|
