Hypertherm’s HD3070 HyDefinition® plasma cutting system is a precision cutting dual gas
machine-torch system. The microprocessor-controlled system helps to provide extended life
for the torch consumables parts. To achieve consumable long life, all cuts must begin and
end on the plate surface; this allows for the proper ramping of gases and DC current to
extend the life of the nozzle and electrode. The HD3070 system consists of a power supply,
remote high frequency (RHF) console, gas console, off-valve assembly and torch. Optional
units include a timer-counter and a remote current control.
The HD3070 can be configured for either robotic applications or X-Y cutting tables. To
accommodate the different needs of these two types of systems, two different torches are
offered.
TORCHES
PAC184
If ordering for a robotic system, the PAC184 torch with 45° quick disconnect is recom-
mended. This torch, with a pointed front end, is designed to cut in a robotic environment.
PAC186
The PAC186 torch with the straight quick disconnect is more suitable for X-Y cutting tables.
A unique feature to the PAC184 and PAC186 torches is that the torch bodies, quick discon-
nects and mounting sleeves are all interchangeable.
CUTTING MACHINES
If cutting on an X-Y machine, it is extremely critical that the torch drive system has very
accurate vibration-free control of the X, Y, and Z axes. Placing a precision-cutting plasma
system on a cutting machine with poor positioning or poor contouring tolerance, or with
inadequate acceleration and deceleration characteristics will clearly show the effects on the
cut face. The Z-axis of the cutting machine must be controlled to +/-.005 in. Initial height
sensing (IHS) for plate piercing must also be accurate and repeatable to ensure long
consumable life.
Hypertherm recommends HD3070 units be installed on new, high-precision X-Y machines.
For robotic and hard tooling applications, any system that is laser compatible will generally
perform well with the HD3070 system.
12-96
1-2HD3070 w/Automatic Gas Console
MULTI-TORCH SYSTEMS
If more than one torch is required, increase the quantity of each component by the number
of torches to be used.
To specify the correct components for each application, follow the guidelines in this section.
1-3HD3070 w/Automatic Gas Console
LAYOUT OF CUTTING MACHINE AND HD-3070 SYSTEM
When configuring an HD3070 system(s), it is important to know where each major compo-
nent will be placed. This will vary with the cutting machine manufacturer and with the particu-
lar installation. After the location of the major components has been determined, the inter-
connecting leads and cable lengths can be specified.
It is critical to follow the path that the interconnecting leads will follow and allow for some
slack when specifying their lengths. Do not try to get by with the next shorter length!
Pictured below is a diagram showing an overhead view of a typical precision cutting X-Y
machine. Installations vary, so use this figure as a guide.
Bridge
Rail
Torch
Water
Table
Rail
Figure 1-1 Gantry (Bridge) Layout)*
* Cables are usually in a power track or
festoon system. Cable, lead and hose lengths
must allow for routing through the system.
1-4HD3070 w/Automatic Gas Console
ORDERING INFORMATION
The figure below represents an HD3070 plasma system with automatic gas console mounted in a
robotic environment. A complete robotic system is also represented in block diagram form on page
1-7. See pages 1-20 and 1-21 for representations of an HD3070 plasma system with automatic gas
console mounted on an X-Y cutting table.
Notes: •Block diagrams are offered to clarify connection points and do not necessarily
reflect relative sizes or distances between components.
•If the cutting system has a power track for cabling and hosing, be certain to see the
Specifications section to check hose, cable and connector diameters.
16
15
13
14
12
11
3
4
17
10
2
1
6
18
5
22
23
19
1HD3070 Power Supply, Auto
2HD3070 Automatic Gas Console
3Remote High Frequency (RHF) Console
4Leads Between Power Supply and RHF Console
5Work Cable Between Power Supply and Work Table
6Leads Between Power Supply and Auto Gas Console
7PAC186 Torch (not shown)
8Quick Disconnect Assembly - Straight (not shown)
910 Inch Torch Mounting Sleeve (not shown)
10PAC184 Torch
11Quick Disconnect Assembly - 45°
128 Inch Torch Mounting Sleeve
13a Shielded Leads Between RHF Console and Torch (with Blow
Down Check Valve & Hose)
Figure 1-2 HD3070 System in Robotic Environment
21
20
13b Shielded Leads Between RHF Console and Torch (without Blow
Down Check Valve & Hose)
14a Off-Valve Assembly (with Blow Down Solenoid Valve)
14b Off-Valve Assembly (without Blow Down Solenoid Valve)
1548 Inch Shield Gas Hose Between Off-Valve Assy and Torch
1648 Inch Plasma Gas Hose Between Off-Valve Assy and Torch
17Leads Between Gas Console and Off-Valve Assy
18Cable Between Gas Console and Cutting Machine Interface
19Control Cable Between Power Supply and Cutting Machine Interface
20Current Setpoint Cable Between Power Supply and Cutting Machine
Interface or Between Power Supply and RCC
21Timer-Counter Cable Between Power Supply and Cutting Machine
Interface or Between Power Supply and Timer-Counter
22Remote Current Control (RCC)
23Timer-Counter
1-5HD3070 w/Automatic Gas Console
1-00
SINGLE-SYSTEM ORDERING PROCEDURE
SYSTEM ORDERING FOR HD3070 w/AUTOMATIC GAS CONSOLE ROBOTIC APPLICA TIONS
Special numbers have been established for ordering an entire HD3070 system. Under these
numbers, all cables, hoses and leads are at fixed lengths. Refer to the list below and Figure
1-3 on the following page for clarification of the system.
1HD3070 Power Supply, Auto
2HD3070 Automatic Gas Console
3Remote High Frequency (RHF) Console
415 Ft Leads Between Power Supply and RHF Console
539.4 Ft Work Cable Between Power Supply and Work Table
66 Ft Leads Between Power Supply and Auto Gas Console
7PAC184 Machine Torch Assy
8PAC184 Machine Torch Quick Disconnect Assembly and Leads:
8a PAC184 45° Quick Disconnect
8b 8 Inch Torch Mounting Sleeve
8c Off-Valve Assy (Off-Valve comes with or without Blow Down Solenoid Valve)
8d 4 Ft Hoses from Off-Valve Assy to Torch
8e 35 Ft Leads from Gas Console to Off-Valve Assy
8f19.7 Ft Leads from RHF Console to Torch (Leads come with or without Blow Down
Check Valve & Hose)
928.2 Ft Cable Between Gas Console and Cutting Machine Interface
10 28.2 Ft Control Cable Between Power Supply and Cutting Machine Interface
11 28.2 Ft Current Setpoint Cable Between Power Supply and Cutting Machine Interface
12 28.2 Ft Timer-Counter Cable Between Power Supply and Cutting Machine Interface
If this exact configuration will work for your particular site, simply order by using the
appropriate system number listed directly below.
078067HD3070 Plasma System w/Auto Gas Console, 200V, 50/60 Hz, 3Ø
078068HD3070 Plasma System w/Auto Gas Console, 208V, 60 Hz, 3Ø
078069HD3070 Plasma System w/Auto Gas Console, 220/380/415V, 50/60 Hz, 3Ø
078070HD3070 Plasma System w/Auto Gas Console, 240/480V, 60 Hz, 3Ø
078071HD3070 Plasma System w/Auto Gas Console, 600V, 60 Hz, 3Ø
To customize a system, begin on page 1-8 and use the order form.
1-00
1-6HD3070 w/Automatic Gas Console
Standard HD-3070 Plasma System w/Automatic Gas Console - Robotic
(Use Single System Number on This Sheet)
5
Power
Supply
12
RHF
8f
Console
4
1
Automatic
Plasma Gas
Shield Gas
Gas
3
8e
Console
2
6
10
11
9
Cutting
8c
8b
8d
8a
Machine
Interface
7
Ground Rod
Work Table
Figure 1-3 HD3070 w/Automatic Gas Console Single Order Number System Configuration
1-7HD3070 w/Automatic Gas Console
1-00
ORDERING PROCEDURE
CUSTOMIZED ORDERING FOR HD-3070 w/AUTOMATIC
GAS CONSOLE
1SPECIFY THE POWER SUPPLY
The HD3070 power supply houses a 100-amp, 15kw chopper power supply which produces a
constant current DC output variable from 15 to 100 amps. It contains a microprocessor control
PC board which regulates all of the plasma system functions: start sequence, machine interface
functions, gas and cut parameters, and off sequence. The power supply also houses the
recirculating cooling system to cool the torch. The power supply interconnects with the RHF
console, machine interface, gas console, and the workpiece.
•Determine the placement of the power supply (supplies) and input line voltage available at the
site and order the appropriate power supply. See
dimensions and weight.
2ORDER THE AUTOMATIC GAS CONSOLE
The gas console is designed to be mounted on the power supply. The unit interfaces with the
power supply, torch off-valve assembly, cutting machine interface and the supply gases. The
gas console must be located within 100 feet (30 m) of the torch off-valve assembly and 150 feet
(46 m) of the cutting machine interface.
Specifications
for details on power supply
•Order the gas console.
3ORDER THE RHF CONSOLE
The RHF console houses the high-frequency starting circuit which is needed to initiate the
torch. The high-frequency starting circuit permits more effective RF shielding and allows the RHF
console to be installed at a distance of up to 125 feet (38 m) from the power supply and
40 feet (12 m) from the torch. A door interlock switch and a cathode manifold are also located in
the RHF console.
•Determine approximately where the console will be mounted on the cutting machine.
Check the mounting holes and weight of the console in the
where it can best be attached.
Specifications
section to determine
4SPECIFY THE LEADS BETWEEN THE POWER SUPPLY AND THE
RHF CONSOLE
The lead set from the power supply to the RHF console consists of five components:
a pilot arc cable, a #4 negative lead cable, a cooling supply hose, a cooling return hose, and
a control cable.
•Based on the distance (the path that the leads will have to run) between the power supply
and the remote high-frequency console, order the appropriate lead package.
1-8HD3070 w/Automatic Gas Console
4-98
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