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HyPerformance HPR400XD
Hypertherm HyPerformance HPR400XD Manuals
Manuals and User Guides for Hypertherm HyPerformance HPR400XD. We have
3
Hypertherm HyPerformance HPR400XD manuals available for free PDF download: Instruction Manual, Manual
Hypertherm HyPerformance HPR400XD Instruction Manual (355 pages)
Brand:
Hypertherm
| Category:
Welding System
| Size: 40.05 MB
Table of Contents
Table of Contents
9
Electromagnetic Compatibility (Emc)
5
Warranty
7
Table of Contents
9
Safety
18
Recognize Safety Information
18
Follow Safety Instructions
18
Inspect Equipment before Using
18
Responsibility for Safety
18
A Plasma Arc Can Damage Frozen Pipes
18
Static Electricity Can Damage Printed Circuit Boards
18
Grounding Safety
19
Electrical Hazards
19
Electric Shock Can Kill
19
Cutting Can Cause Fire or Explosion
20
Machine Motion Can Cause Injury
20
Toxic Fumes Can Cause Injury or Death
21
Gas Cylinders Can Explode if Damaged
21
Compressed Gas Equipment Safety
21
A Plasma Arc Can Cause Injury and Burns
22
Arc Rays Can Burn Eyes and Skin
22
Pacemaker and Hearing Aid Operation
22
Noise Can Damage Hearing
23
Dry Dust Collection Information
23
Laser Radiation
24
Additional Safety Information
24
Section 2 Specifications
25
Specifications
25
Cooler
27
General
27
Ignition Console
27
Metering Console
27
Power Supply
27
Selection Console
27
System Description
27
Torch
27
Specifications
28
System Gas Requirements
28
Power Supply
29
Cooler - 078531
30
Ignition Console - 078172
31
Torch Lead Junction Box (Optional) - 078619
33
Selection Console - 078533
34
Metering Console - 078535
35
Torch - 228354
36
IEC Symbols
37
Symbols and Marks
38
Section 3 Installation
39
Installation
39
Claims
41
Installation Requirements
41
Noise Levels
41
Placement of System Components
41
Torque Specifications
41
Upon Receipt
41
Installation Requirements
42
Cables and Hoses
43
Customer-Supplied Power Cable
43
Supply Gas Hoses
43
System Components
43
Grounding Practices
44
Introduction
44
Recommended Grounding and Shielding Practices
44
Types of Grounding
44
Grounding Diagram
47
Placement of the Power Supply
49
Lifting the Power Supply
50
Install the Ignition Console
52
Placement of the Cooler
54
Install the Metering Console
55
Placement of the Selection Console
56
Negative Lead
58
Pilot Arc Lead
58
Power Supply to Ignition Console Leads
58
Ignition Console Power Cable
60
Coolant Hoses
61
Control Cable
62
Power Cable
62
Power Supply to Cooler Cables
62
Control Cable
64
Power Cable
64
Power Supply to Selection Console Cables
64
Cable and Gas Hose Assembly
66
Selection Console to Metering Console Connections
66
Optional Multi-System CNC Interface Cable
68
Power Supply to CNC Interface Cable
68
Notes to CNC Interface Cable Run List
69
Examples of Output Circuits
70
Examples of Input Circuits
71
Remote ON/OFF Switch (Provided by Customer)
72
Torch Lead Assembly
73
Torch Lead Junction Box (Optional)
74
Install the Junction Box
75
Connect the Leads
76
Work Lead
80
Connect the Torch to the Torch Lead Assembly
81
Torch Connections
81
Connect the Torch to the Quick-Disconnect
85
Mounting the Torch
86
Torch Alignment
86
Torch Mounting and Alignment
86
Hypernet
87
Torch Lifter Requirement
87
General
88
Power Requirements
88
Line Disconnect Switch
89
Main Power Cable
89
Connect the Power
90
Premixed Coolant for Standard Operating Temperatures
91
Torch Coolant Requirements
91
Custom Coolant MIX for Cold Operating Temperatures
93
Custom Coolant MIX for Hot Operating Temperatures
93
Water Purity Requirements
93
Fill the Cooler with Coolant
94
Gas Requirements
95
Setting the Supply Regulators
95
Gas Regulators
96
Supply Gas Plumbing
97
Connect the Supply Gases
98
Supply Gas Hoses
99
Section 4 Operation
101
Operation
101
Check Torch
103
Daily Start-Up
103
General
104
Metering Console
104
Power Indicators
104
Power Supply
104
Selection Console
104
CNC Controller Requirements
105
CNC Screen Examples
106
Main (Control) Screen
106
Diagnostic Screen
107
Test Screen
108
Cut Chart Screen
109
Bevel Cutting (0° to 45°)
110
Consumable Selection
110
Consumables for Mirror-Image Cutting
110
Marking
110
Silverplus Electrodes
110
Standard Cutting (0°)
110
Mild Steel
111
Stainless Steel
112
Aluminum
113
Mild Steel Bevel Cutting
114
Mild Steel, Thick Piercing, Bevel Cutting
114
Stainless Steel Bevel Cutting
115
Install and Inspect Consumables
116
Maintenance Kit
119
Quick-Disconnect Maintenance
119
Routine Maintenance
119
Torch Maintenance
119
Replace Torch Water Tube
120
Torch Connections
120
Common Cutting Faults
121
How to Optimize Cut Quality
122
Maximize the Life of Consumable Parts
122
Plasma Set-Up Tips
122
Tips for Table and Torch
122
Additional Factors of Cut Quality
123
Additional Improvements
125
Cut Charts
126
Overview
126
Thin Stainless Steel with Hdi Technology
126
Overview
127
Thick Stainless Steel Piercing Technique
127
Fine Feature Cutting
129
Overview
129
Bevel Compensation Tables
130
Bevel Cutting
130
Consumables
130
Bevel Cutting Definitions
131
Overview
132
Underwater Cut Charts
132
Estimated Kerf-Width Compensation
134
Section 5 Maintenance
198
Maintenance
198
Introduction
200
Routine Maintenance
200
Power and Signal Cables
201
System Description
201
Sequence of Operation
202
Gas System Purge Cycle
203
Gas System Valve Usage
203
Error Codes
206
Error Code Troubleshooting - Error Codes 000 to 018
207
Error Code Troubleshooting - Error Codes 020 to 028, 224 to 228
208
Error Code Troubleshooting - Error Codes 030 to 042, 231 to 234
209
Error Code Troubleshooting - Error Codes 044 to 046
210
Error Code Troubleshooting - Error Codes 047 to 053, 248 to 250
211
Error Code Troubleshooting - Error Codes 054 to 061
212
Error Code Troubleshooting - Error Codes 062 to 067, 265 to 267
213
Error Code Troubleshooting - Error Codes 071 to 075, 273 to 275
214
Error Code Troubleshooting - Error Codes 076 to 101, 276 to 301
215
Error Code Troubleshooting - Error Codes 102 to 111, 302 to 308
216
Error Code Troubleshooting - Error Codes 116 to 133, 316
217
Error Code Troubleshooting - Error Codes 134 to 140, 334 and 338
218
Error Code Troubleshooting - Error Codes 141 to 152, 346 to 351
219
Error Code Troubleshooting - Error Codes 153 to 156, 354 to 356
220
Error Code Troubleshooting - Error Codes 157 to 159, 357 to 359
221
Error Code Troubleshooting - Error Codes 160 to 180
222
Error Code Troubleshooting - Error Code 181, 182, 298, and 383
223
Power Supply States
224
Plasma System Operation with Pump Time-Out
225
CNC Operation with Pump Time-Out
226
Initial Checks
227
Power Measurement
228
Air Filter Element Replacement
229
Coolant System Servicing
230
Draining the Coolant System
230
Coolant System Filter
231
Filter Replacement
231
Before Testing
233
Coolant Flow Tests
233
Bypass Valve Verification
234
Using the Hypertherm Flow Meter (128933)
234
Manual Pump Operation
235
Test 1 - Return Line
236
Test 2 - Supply Line at Ignition Console
236
Test 3 - Change the Torch
237
Test 4 - Supply Line to the Torch Receptacle
237
Test 5 - Return Line from the Torch Receptacle (Remove at the Ignition Console)
237
Test 6 - Bucket Test at the Pump
238
Pump and Motor Troubleshooting
239
Testing the Flow Sensor
239
Gas Leak Tests
240
Leak Test 1 (Inlet Leak Test)
240
Leak Test 2 (System Leak Test)
241
Leak Test 3 (Proportional Valve Test in the Metering Console)
241
Power Supply Control Board PCB3
242
Power Supply Power Distribution Board PCB2
243
Operation
244
Start Circuit Functional Schematic
244
Start Circuit Troubleshooting
244
Start-Circuit PCB1
244
Pilot Arc Current Levels
246
Pump Motor Drive Board PCB7
247
Cooler Power Distribution Board PCB1
248
Cooler Sensor Board PCB2
249
Selection Console Control Board PCB2
250
Selection Console Power Distribution Board PCB1
251
Selection Console, AC Valve-Driver Board PCB3
252
Metering Console Control Board PCB2
253
Metering Console Power Distribution Board PCB1
254
Phase-Loss Detection Test
257
Torch Lead Test
258
Preventive Maintenance
259
Section 6 Parts List
260
Power Supply
261
Cooler
265
Ignition Console
267
Torch Lead Junction Box (Optional)
268
Ignition Console to Junction Box Leads
269
Selection Console
270
Metering Console
272
Hyperformance Torch
273
Torch Assembly
273
Ohmic Contact Wire
274
Torch Leads
274
Consumable Parts Kits
275
Consumables for Mirror-Image Cutting
277
Mild Steel
277
Straight Cutting
277
Bevel Cutting
279
Recommended Spare Parts
281
Warning Label - 110647
283
Appendix B Cnc Interface Protocol
320
Interface Hardware
321
Signal List
321
Signals
321
Hardware
322
Commands
324
Format
324
Framing
324
Multi-Drop Addressing
324
Serial Commands
324
Command Table (1
325
Calculating Checksums
339
Error Responses
339
Error Codes
340
Gas Type Codes
344
Status Codes
344
Auto Gas Console
345
CNC Requirements
345
Cable Shielding
346
Checksum
346
Message Retries
346
Serial Interface Guidelines
346
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Hypertherm HyPerformance HPR400XD Instruction Manual (283 pages)
Brand:
Hypertherm
| Category:
Cutter
| Size: 25.64 MB
Table of Contents
English
10
Electromagnetic Compatibility (EMC
5
Warranty
7
Table of Contents
10
Safety
17
Recognize Safety Information
18
Follow Safety Instructions
18
Cutting Can Cause Fire or Explosion
18
Electric Shock Can Kill
19
Static Electricity Can Damage Circuit Boards
19
Toxic Fumes Can Cause Injury or Death
20
A Plasma Arc Can Cause Injury and Burns
21
Arc Rays Can Burn Eyes and Skin
21
Grounding Safety
22
Compressed Gas Equipment Safety
22
Gas Cylinders Can Explode if Damaged
22
Noise Can Damage Hearing
23
Pacemaker and Hearing Aid Operation
23
A Plasma Arc Can Damage Frozen Pipes
23
Additional Safety Information
24
Symbols and Markings
24
Warning Labels
25
Dry Dust Collection Information
27
Français
28
Sécurité
28
Section 1A
28
Dentifier Les Consignes de Sécurité
29
Identifier Les Consignes de Sécurité
29
Les Chocs Électriques Peuvent Être Fatals
30
L'électricité Statique Peut Endommager Les Cartes de Circuits Imprimés
30
Les Vapeurs Toxiques Peuvent Provoquer des Blessures Ou la Mort
31
L'arc Plasma Peut Provoquer des Blessures Ou des Brûlures
32
Les Rayons de L'arc Peuvent Brûler Les Yeux Et la Peau
32
Mise À la Masse Et À la Terre
33
Sécurité des Bouteilles de Gaz Comprimé
33
Les Bouteilles de Gaz Comprimé Peuvent Exploser en Cas de Dommages
33
Le Bruit Peut Provoquer des Problèmes Auditifs
34
Pacemakers Et Prothèses Auditives
34
Un Arc Plasma Peut Endommager Les Tuyaux Gelés
34
Symboles Et Marquage
35
Étiquettes de Sécurité
36
Suivre Les Instructions de Sécurité
29
Étiquettes de Sécurité
37
Information Sur Le Dépoussiérage
38
Español
39
Seguridad
39
Section 1B SEGURIDAD
39
Reconocimiento de Información de Seguridad
40
Siga las Instrucciones de Seguridad
40
Los Cortes Pueden Provocar Incendios O Explosiones
40
El Choque Eléctrico Puede Provocar la Muerte
41
Electricidad Estática Puede Dañar Tablillas de Circuito
41
Humos Tóxicos Pueden Causar Lesiones O Muerte
42
El Arco de Plasma Puede Causar Lesiones y Quemaduras
43
Los Rayos del Arco Pueden Producir Quemaduras en Los Ojos y en la Piel
43
Seguridad de Toma a Tierra
44
Seguridad de Los Equipos de Gas Comprimido
44
Los Cilindros de Gas Pueden Explotar si Están Dañados
44
El Ruido Puede Deteriorar la Audición
45
Operación de Marcapasosy de Audífonos
45
Un Arco Plasma Puede Dañar Tubos Congelados
45
Símbolos y Marcas
46
Etiquetas de Advertencia
47
Información sobre la Colección de Polvo Seco
49
Specifications
50
Section 2 SPECIFICATIONS
50
System Description
52
General
52
Power Supply
52
Cooler
52
Ignition Console
52
Gas Console
52
Off-Valve
52
Torch
52
Specifications
53
System Gas Requirements
53
Power Supply
54
Cooler - 078531
55
Ignition Console - 078172
56
Gas Console - 078532
58
Off-Valve - 078534
59
Torch - 228354
60
Installation
61
Section 3 INSTALLATION
61
Upon Receipt
63
Claims
63
Installation Requirements
63
Noise Levels
63
Placement of System Components
63
Torque Specifications
63
Installation Requirements
64
System Components
65
Cables and Hoses
65
Supply Gas Hoses
65
Customer Supplied Power Cable
65
Recommended Grounding and Shielding Practices
66
Introduction
66
Types of Grounding
66
Steps to Take
67
Grounding Diagram
70
Placement of the Power Supply
71
Lifting the Power Supply
72
Install the Ignition Console
74
Placement of the Cooler
76
Power Supply to Ignition Console Leads
80
Pilot Arc Lead
80
Negative Lead
80
Ignition Console Power Cable
82
Coolant Hoses
83
Power Supply to Cooler Cables
84
Control Cable
84
Power Cable
84
Power Supply to Gas Console Cables
86
Control Cable
86
Power Cable
86
Gas Console to Off-Valve Connections
88
Cable and Gas Hose Assembly
88
Gas Console to Off-Valve Cable
88
Off-Valve Cable
88
Power Supply to CNC Interface Cable
90
Optional Multi-System CNC Interface Cable
90
Notes to CNC Interface Cable Run List
91
Examples of Output Circuits
92
Examples of Input Circuits
93
Remote On/Off Switch
94
Torch Lead Assembly
95
Work Lead
96
Torch Connections
97
Connect the Torch to the Torch Lead Assembly
97
Connect the Torch to the Quick-Disconnect
101
Torch Mounting and Alignment
102
Mounting the Torch
102
Torch Alignment
102
Torch Lifter Requirement
102
Power Requirements
103
General
103
Line Disconnect Switch
103
Power Cable
103
Connect the Power
104
Torch Coolant Requirements
105
Water Purity Requirements
107
Gas Requirements
109
Setting the Supply Regulators
109
Gas Regulators
110
Supply Gas Plumbing
111
Connect the Supply Gases
112
Supply Gas Hoses
113
Operation
114
Section 4 OPERATION
114
Daily Start-Up
115
Check Torch
115
Controls and Indicators
116
General
116
Main Power Switch
116
Power Indicators
116
Manual Gas Console Operation
117
Consumable Selection
118
Standard Cutting
118
Bevel Cuting
118
Marking
118
Consumables for Mirror-Image Cutting
118
Silverplus Electrodes
118
Mild Steel
119
Stainless Steel
120
Aluminum
121
Mild Steel Bevel Cutting
122
Stainless Steel Bevel Cutting
122
Install and Inspect Consumables
123
Torch Maintenance
125
Torch Connections
126
Replace Torch Water Tube
126
Common Cutting Faults
127
How to Optimize Cut Quality
128
Tips for Table and Torch
128
Plasma Set-Up Tips
128
Maximize the Life of Consumable Parts
128
Additional Factors of Cut Quality
129
Additional Improvements
130
Cut Charts
131
Bevel Cut Charts
131
Bevel Cutting Definitions
132
Estimated Kerf-Width Compensation
133
Maintenance
171
Section 5 MAINTENANCE
171
Introduction
173
Routine Maintenance
173
System Description
174
Control and Signal Cables
174
Sequence of Operation
175
Gas System Purge Cycle
176
Gas System Valve Usage
176
Marking Process
178
Error Codes
179
Error Code Troubleshooting - 1 of 16
180
Error Code Troubleshooting - 2 of 16
181
Error Code Troubleshooting - 3 of 16
182
Error Code Troubleshooting - 4 of 16
183
Error Code Troubleshooting - 5 of 16
184
Error Code Troubleshooting - 6 of 16
185
Error Code Troubleshooting - 7 of 16
186
Error Code Troubleshooting - 8 of 16
187
Error Code Troubleshooting - 9 of 16
188
Error Code Troubleshooting - 10 of 16
189
Error Code Troubleshooting - 11 of 16
190
Error Code Troubleshooting - 12 of 16
191
Error Code Troubleshooting - 13 of 16
192
Error Code Troubleshooting - 14 of 16
193
Error Code Troubleshooting - 15 of 16
194
Error Code Troubleshooting - 16 of 16
195
Power Supply States
196
Plasma System Operation with Pump Time-Out
197
CNC Operation with Pump Time-Out
198
Initial Checks
199
Power Measurement
200
Air Filter Element Replacement
201
Coolant System Servicing
202
Draining the Coolant System
202
Coolant System Filter
203
Filter Replacement
203
Coolant Flow Tests
205
Before Testing
205
Bypass Valve Verification
206
Using the Hypertherm Flow Meter (128933)
206
Manual Pump Operation
207
Test 1 - Return Line
208
Test 2 - Supply Line at Ignition Console
208
Test 3 - Change the Torch
209
Test 4 - Supply Line to the Torch Receptacle
209
Test 5 - Return Line from the Torch Receptacle
209
Test 6 - Bucket Test at the Pump
210
Pump and Motor Troubleshooting
211
Testing the Flow Sensor
211
Gas Leak Tests
212
Power Supply Control Board PCB3
213
Power Supply Power Distribution Board PCB2
214
Start Circuit PCB1
215
Operation
215
Start Circuit Functional Schematic
215
Start Circuit Troubleshooting
215
Pilot Arc Current Levels
217
Pump Motor Drive Board PCB7
218
Cooler Power Distribution Board PCB1
219
Cooler Sensor Board PCB2
220
Gas Console Control Board PCB2
221
Gas Console Power Distribution Board PCB1
222
Gas Console AC Valve-Driver Board PCB3
223
Chopper Tests
224
Phase-Loss Detection Test
226
Torch Lead Test
227
Preventive Maintenance
228
Cooling System
229
Power Supply
232
Section 6 PARTS LIST
235
Power Supply
236
Cooler
240
Ignition Console
242
Gas Console
243
Off-Valve
244
Hyperformance Torch
245
Torch Assembly
245
Torch Leads
245
Consumables for Mirror-Image Cutting
248
Recommended Spare Parts
249
Wiring Diagrams
251
Introduction
251
Section 7 WIRING DIAGRAMS
251
Appendix A BENZOTRIAZOLE / PROPYLENE GLYCOL SAFETY DATA
275
Section 1 Chemical Product and Company Identification
275
Section 2 Composition / Information on Ingredients
275
Section 3 Hazards Identification
275
Chemical Product and Company Identification
275
Information on Ingredients
275
Hazards Identification
275
Section 4 First Aid Measures
276
Section 5 Fire Fighting Measures
276
Section 6 Accidental Release Measures
276
Section 7 Handling and Storage
276
First Aid Measures
276
Fire Fighting Measures
276
Accidental Release Measures
276
Handling and Storage
276
Section 8 Exposure Controls / Personal Protection
277
Section 9 Physical and Chemical Properties
277
Section 10 Stability and Reactivity
277
Section 11 Toxicological Information
277
Exposure Controls / Personal Protection
277
Physical and Chemical Properties
277
Stability and Reactivity
277
Toxicological Information
277
Section 12 Ecological Information
278
Section 13 Disposal Considerations
278
Section 14 Transport Information
278
Section 15 Regulatory Information
278
Section 16 Other Information
278
Ecological Information
278
Disposal Considerations
278
Transport Information
278
Regulatory Information
278
Other Information
278
Freezing Point of Propylene Glycol Solution
279
Functional Description of Software
280
Hypertherm HyPerformance HPR400XD Manual (17 pages)
plasma cutting systems
Brand:
Hypertherm
| Category:
Cutter
| Size: 0.52 MB
Table of Contents
Positioning
2
Cornering
2
Rounding Corners
2
Corner Slow-Down
2
Completing the Cut
3
Exiting the Edge of Material (Lead-Out Speed)
3
Dogleg Lead-Out Details for Thick Stainless Steel
4
Overshoot Definition
5
First Segment and Geometry Limitation
6
Second and Third Segments
6
Dogleg Parameters for 5 Inch, 6 Inch, and 6.25 Inch Stainless Steel
7
Dogleg (Acute Angle) Lead-Out Geometry
7
Stationary Piercing (up to 3-Inch Stainless Steel and Aluminum)
8
Pierce Control (or Pierce Complete) Signal
8
Move to Transfer Height
8
Allow Arc to Penetrate Material
8
Stationary Pierce Timing Diagram
9
Moving Pierce Technique (up to 4-Inch Stainless Steel)
10
Limitations and Equipment and Safety Hazards
10
Lifter and Table Motion Sequencing
10
Lifter Sequence
10
Moving Pierce Torch Height Timing Diagram
11
Table Motion Sequence
12
Moving Pierce Table Motion Timing Diagram
12
Moving Pierce (MP) Embedded Part Program Parameters
13
Thick Stainless Steel Moving Pierce (MP) Parameters
14
Sample EDGE Pro Code for 400 a – 3-Inch (75-MM) Stainless Steel
15
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