Hypertherm Echion 50 Operator Manual (OM)

Echion™
Operator Manual
810770 – REVISION 3
ENGLISH
HyPrecision, Echion, and Hypertherm are trademarks of Hypertherm, Inc. and may be registered in the United States and other countries. All other trademarks are the property of their respective holders.
Environmental stewardship is one of Hypertherm’s core values, and it is critical to our success and our customers’ success. We are striving to reduce the environmental impact of everything we do. For more information:www.hypertherm.com/environment.
Echion
Operator Manual
810770
REVISION 3
ENGLISH
Original instructions
June 2020
Hypertherm, Inc.
Hanover, NH 03755 USA
www.hypertherm.com
Hypertherm Europe B.V.
Vaartveld 9, 4704 SE Roosendaal, Nederland 31 165 596907 Tel 31 165 596901 Fax 31 165 596908 Tel (Marketing)
31 (0) 165 596900 Tel (Technical Service) 00 800 4973 7843 Tel (Technical Service)
technicalservice.emea@hypertherm.com (Technical Service Email)
Hypertherm (Shanghai) Trading Co., Ltd.
B301, 495 ShangZhong Road Shanghai, 200231 PR China 86-21-80231122 Tel 86-21-80231120 Fax
86-21-80231128 Tel (Technical Service)
techsupport.china@hypertherm.com (Technical Service Email)
South America & Central America: Hypertherm Brasil Ltda.
Rua Bras Cubas, 231 – Jardim Maia Guarulhos, SP – Brasil CEP 07115-030 55 11 2409 2636 Tel tecnico.sa@hypertherm.com (Technical Service Email)
Hypertherm Korea Branch
#3904. APEC-ro 17. Heaundae-gu. Busan. Korea 48060 82 (0)51 747 0358 Tel 82 (0)51 701 0358 Fax Marketing.korea@hypertherm.com (Marketing Email) TechSupportAPAC@hypertherm.com (Technical Service Email)
Hypertherm Pty Limited
GPO Box 4836 Sydney NSW 2001, Australia 61 (0) 437 606 995 Tel 61 7 3219 9010 Fax au.sales@Hypertherm.com (Main Office Email) TechSupportAPAC@hypertherm.com (Technical Service Email)
Hypertherm (India) Thermal Cutting Pvt. Ltd
A-18 / B-1 Extension, Mohan Co-Operative Industrial Estate, Mathura Road, New Delhi 110044, India 91-11-40521201/ 2/ 3 Tel 91-11 40521204 Fax HTIndia.info@hypertherm.com (Main Office Email) TechSupportAPAC@hypertherm.com (Technical Service Email)
Hypertherm, Inc.
Etna Road, P.O. Box 5010 Hanover, NH 03755 USA 603-643-3441 Tel (Main Office) 603-643-5352 Fax (All Departments) info@hypertherm.com (Main Office Email)
800-643-9878 Tel (Technical Service)
technical.service@hypertherm.com (Technical Service Email)
800-737-2978 Tel (Customer Service)
customer.service@hypertherm.com (Customer Service Email)
866-643-7711 Tel (Return Materials Authorization) 877-371-2876 Fax (Return Materials Authorization)
return.materials@hypertherm.com (RMA email)
Hypertherm México, S.A. de C.V.
Avenida Toluca No. 444, Anexo 1, Colonia Olivar de los Padres Delegación Álvaro Obregón México, D.F. C.P. 01780 52 55 5681 8109 Tel 52 55 5683 2127 Fax Soporte.Tecnico@hypertherm.com (Technical Service Email)
Hypertherm Plasmatechnik GmbH
Sophie-Scholl-Platz 5 63452 Hanau Germany 00 800 33 24 97 37 Tel 00 800 49 73 73 29 Fax
31 (0) 165 596900 Tel (Technical Service) 00 800 4973 7843 Tel (Technical Service)
technicalservice.emea@hypertherm.com (Technical Service Email)
Hypertherm (Singapore) Pte Ltd.
82 Genting Lane Media Centre Annexe Block #A01-01 Singapore 349567, Republic of Singapore 65 6841 2489 Tel 65 6841 2490 Fax Marketing.asia@hypertherm.com (Marketing Email) TechSupportAPAC@hypertherm.com (Technical Service Email)
Hypertherm Japan Ltd.
Level 9, Edobori Center Building 2-1-1 Edobori, Nishi-ku Osaka 550-0002 Japan 81 6 6225 1183 Tel 81 6 6225 1184 Fax HTJapan.info@hypertherm.com (Main Office Email) TechSupportAPAC@hypertherm.com (Technical Service Email)
For training and education resources, go to the Hypertherm Cutting Institute (HCI) online at www.hypertherm.com/hci.
Hypertherm products are designed and manufactured with a commitment to continuous quality control and safety. Contact a Hypertherm Technical Service Associate for information and support regarding the installation, operation, maintenance, and repair of this equipment.
Contents
Warranty.............................................................................................................................. SC-11
Waterjet product warranty ........................................................................................................................ SC-12
Disclaimer ..................................................................................................................................................... SC-12
Product stewardship ......................................................................................................... SC-13
National and local safety regulations...................................................................................................... SC-14
Certification test marks.............................................................................................................................. SC-14
Differences in national standards............................................................................................................ SC-15
Higher-level systems .................................................................................................................................. SC-16
Environmental stewardship.............................................................................................. SC-17
Hypertherm products: waste and recycling.......................................................................................... SC-18
Chemical handling and usage.................................................................................................................. SC-19
Particle emission and waste water quality ............................................................................................ SC-20
Safety................................................................................................................................... SC-21
Manuals ......................................................................................................................................................... SC-22
User qualification and training.................................................................................................................. SC-23
Emergency medical information and treatment.................................................................................... SC-24
Safety information for operation, maintenance, repair, and installation .......................................... SC-25
Contents
Symbols and marks ........................................................................................................... SC-29
Information and symbols............................................................................................................................ SC-30
Symbols and marks found on the equipment....................................................................................... SC-31
1 Optional equipment ................................................................................................................. 35
2 Operation.................................................................................................................................... 37
Safety..................................................................................................................................................................... 38
About the controls .............................................................................................................................................. 38
Operation panel....................................................................................................................................... 38
Operator interface................................................................................................................................... 39
Turn on the pump: beginning of day ............................................................................................................... 41
Inspect the pump .................................................................................................................................... 41
Check the hydraulic fluid....................................................................................................................... 43
Turn on the utilities .................................................................................................................................. 44
Turn on the controls................................................................................................................................ 44
Start the pump......................................................................................................................................... 45
Do the preoperation maintenance checks......................................................................................... 46
Operate the pump............................................................................................................................................... 49
Select the pressure mode..................................................................................................................... 49
Set the target water pressure .............................................................................................................. 49
Stop the pump..................................................................................................................................................... 50
Stop the pump remotely ........................................................................................................................ 50
Stop the pump locally ............................................................................................................................ 50
Emergency stop....................................................................................................................................... 51
Turn off the pump: end of day .......................................................................................................................... 52
3 Preventive maintenance.......................................................................................................... 53
Safety..................................................................................................................................................................... 54
Benefits of preventive maintenance................................................................................................................ 55
Training .................................................................................................................................................................. 55
Operator interface: Maintenance screens..................................................................................................... 56
Move the plunger..................................................................................................................................... 56
Start the pump after maintenance....................................................................................................... 57
Prepare for storage................................................................................................................................. 57
Inputs and outputs .................................................................................................................................. 58
Alarm log ................................................................................................................................................... 58
Contents
Tools....................................................................................................................................................................... 59
Preventive maintenance schedule................................................................................................................... 60
Intensifier............................................................................................................................................................... 62
Repair the hydraulic center section .................................................................................................... 65
Repair the high-pressure cylinder, the check valve, and the low-pressure poppet ................ 66
Install the high-pressure components................................................................................................ 69
Examine the output adapter and the high-pressure poppet assembly....................................... 73
Assemble the check valve and the low-pressure poppet.............................................................. 74
Repair the bleed-down valve............................................................................................................................ 75
Clean the air cooler ............................................................................................................................................ 78
Clean the air side of the cooler............................................................................................................ 78
Clean the hydraulic fluid side of the cooler....................................................................................... 79
Replace the water filter...................................................................................................................................... 80
Test the total dissolved solids (TDS) level .................................................................................................... 81
Test the water quality.............................................................................................................................. 83
Replace the hydraulic filter element................................................................................................................ 84
Add hydraulic fluid .................................................................................................................................. 85
Replace the hydraulic fluid................................................................................................................................ 86
Lubricate the primary motor bearings............................................................................................................. 88
Start the pump after maintenance................................................................................................................... 90
Postmaintenance start procedure ....................................................................................................... 91
Prepare for storage............................................................................................................................................. 93
Recycling and end of product life ................................................................................................................... 96
4 Parts lists................................................................................................................................... 97
Tools....................................................................................................................................................................... 98
Intensifier repair tools............................................................................................................................. 99
Maintenance and repair kits............................................................................................................................ 100
Optional equipment kits................................................................................................................................... 103
Replacement parts........................................................................................................................................... 104
Lubricants .............................................................................................................................................. 104
Electrical system.................................................................................................................................... 105
High-pressure water system.............................................................................................................. 106
Low-pressure water system............................................................................................................... 108
Hydraulic system .................................................................................................................................. 109
Contents
5 Troubleshooting....................................................................................................................... 111
Safety.................................................................................................................................................................. 112
General............................................................................................................................................................... 112
Primary operation screen................................................................................................................................ 113
Alarms................................................................................................................................................................. 114
Types of alarms ..................................................................................................................................... 114
Primary motor.................................................................................................................................................... 117
Intensifier............................................................................................................................................................ 118
Leaks....................................................................................................................................................... 118
Overstroke ............................................................................................................................................. 121
Hydraulic fluid ................................................................................................................................................... 123
Temperature........................................................................................................................................... 124
Pressure ................................................................................................................................................. 125
Level ........................................................................................................................................................ 126
Appearance ........................................................................................................................................... 127
Water .................................................................................................................................................................. 128
Low-pressure water............................................................................................................................. 128
High-pressure water............................................................................................................................ 129
Leaks....................................................................................................................................................... 131
The pump makes noise during operation ................................................................................................... 133
Controller errors ............................................................................................................................................... 134
Input/output status............................................................................................................................... 134
6 Specifications.......................................................................................................................... 135
All Echion-model pumps ................................................................................................................................ 136
Environmental conditions ................................................................................................................... 136
Hydraulic fluid ....................................................................................................................................... 136
Utilities .................................................................................................................................................... 137
Echion 15........................................................................................................................................................... 138
Dimensions and weights .................................................................................................................... 138
Electrical................................................................................................................................................. 138
Water....................................................................................................................................................... 138
Echion 30........................................................................................................................................................... 139
Dimensions and weights .................................................................................................................... 139
Electrical................................................................................................................................................. 139
Water....................................................................................................................................................... 139
Echion 50........................................................................................................................................................... 140
Dimensions and weights .................................................................................................................... 140
Electrical................................................................................................................................................. 140
Water....................................................................................................................................................... 140
Contents
Orifices ............................................................................................................................................................... 141
Stroke rate ......................................................................................................................................................... 141
Torque values .................................................................................................................................................... 142
Fasteners................................................................................................................................................ 142
Fittings .................................................................................................................................................... 144
7 Installation............................................................................................................................... 147
Safety.................................................................................................................................................................. 148
Buyer responsibilities ...................................................................................................................................... 148
Requirements.................................................................................................................................................... 149
Location.................................................................................................................................................. 149
Cooling ................................................................................................................................................... 149
Hydraulic fluid ....................................................................................................................................... 149
Utilities .................................................................................................................................................... 150
Receive and unpack the equipment ............................................................................................................ 151
Install the pump ................................................................................................................................................ 152
Install the pump-mounted plumbing kit (optional) ........................................................................ 153
Connect the utilities to the pump................................................................................................................. 156
Connect the water and the air........................................................................................................... 157
Connect the electrical power ............................................................................................................ 158
Check the hydraulic fluid................................................................................................................................ 159
Do the first start................................................................................................................................................ 159
Do a preoperation inspection............................................................................................................ 160
Turn on the utilities............................................................................................................................... 160
Make sure that the primary motor turns in the correct direction ............................................... 161
Turn on the pump ................................................................................................................................. 162
Adjust the boost pump pressure ...................................................................................................... 162
Flush the pump and the high-pressure tubing .............................................................................. 163
Operator interface: Adjustment screens .................................................................................................... 164
Pump Adjustments............................................................................................................................... 164
Pressure ................................................................................................................................................. 169
Date / Time / Language...................................................................................................................... 169
Intensifier Control................................................................................................................................. 170
SD Card ................................................................................................................................................. 171
8 Declaration of Conformity ......................................................................................................173
Contents
9 Touchscreen maps.................................................................................................................. 175
Primary operation screen................................................................................................................................ 177
Adjustment screens......................................................................................................................................... 181
Maintenance screens ...................................................................................................................................... 185
10 Technical drawings................................................................................................................. 189

Warranty

Warranty
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Warranty
Warranty

Waterjet product warranty

Product Warranty coverage up to
Echion™ pump HyPrecision™ pump
PowerDredge™ abrasive removal system EcoSift™ abrasive recycling system Reverse osmosis system Bulk abrasive pot Abrasive regulator On/off valve air actuator
Diamond orifice
27 months from the ship date, or 24 months from the date of proven installation, or 4,000 hours of operation, whichever occurs first
15 months from the ship date, or 12 months from the date of proven installation, whichever occurs first
600 hours of operation with the use of a thimble filter and compliance with Hypertherm’s water quality requirements
Hypertherm’s warranty does not extend to defects, failures, damages, deficiencies, or errors that are:
not reported to Hypertherm within the warranty period; or
the result of modification, abuse, misuse, noncompliance with the installation or operation
instructions, unauthorized repair, inadequate maintenance, neglect, accident, or the use of unapproved parts; or
the result of normal wear; or
the result of the system being operated contrary to Hypertherm’s instructions or stated limits
For information about the manufacturer’s warranty, refer to the conditions of sale provided when the product was purchased.
Consumable parts are not included in this warranty. Consumable parts include high-pressure water seals, check valves, cylinders, bleed-down valves, low-pressure seals, high-pressure tubing, and filters.
All third-party motors, pumps, and plumbing accessories are warrantied by the respective manufacturers and are not included in this warranty.

Disclaimer

All product information contained in this manual is believed to be reliable as of the date of publication. The manual could contain technical inaccuracies or typographical errors and can be changed or updated without notice.
of rated and normal use.
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Product stewardship

Product stewardship
Hypertherm maintains a global regulatory management system to make sure that products comply with regulatory and environmental requirements.
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Product stewardship
Product stewardship

National and local safety regulations

National and local safety regulations shall take precedence over instructions supplied with the product. The product shall be imported, installed, operated, and discarded in compliance with national and local regulations applicable to the installation site.

Certification test marks

Certified products are identified by 1 or more certification test marks from accredited testing laboratories.
The certification test marks are on the pump’s data plate.
Each certification test mark means that the product and its safety-critical parts conform to the national safety standards as reviewed and determined by that testing laboratory.
Hypertherm puts a certification test mark on its products only after that product is manufactured with safety-critical parts that have been approved by the accredited testing laboratory.
Once the product has left the Hypertherm factory, the certification test marks are invalid if one or more of these events occurs.
The product is modified in a manner that causes danger or does not conform with the
applicable standards.
Safety-critical parts are replaced with unapproved spare parts.
Assembly is unauthorized.
An accessory that uses or generates dangerous voltage is added.
A safety circuit or other feature that is designed into the product as part of the certification
has been tampered with.
The Conformité Européene (CE) mark affixed to a product signifies the manufacturer’s declaration of conformity to applicable European directives and standards.
Only those versions of Hypertherm products with a CE mark on or near the data plate have been tested for compliance with the applicable European directives, such as the Low Voltage Directive, the Electromagnetic Compatibility Directive, and the Machinery Directive.
If this product has a Declaration of Conformity, a copy (in English) is included. Refer to
Declaration of Conformity on page 173.
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Product stewardship

Differences in national standards

Nations can apply different performance, safety, or other standards. National differences in standards include, but are not limited to:
voltage.
plug and cord ratings.
language requirements.
electromagnetic compatibility requirements.
Differences in national or other standards can make it impractical or impossible for all certification test marks to be put on the same version of a product. For example, the Canadian Standards Association (CSA) versions of Hypertherm’s products do not comply with European electromagnetic compatibility requirements; therefore, they do not have a CE mark on the data plate.
Countries where the CE mark in necessary or that have compulsory electromagnetic compatibility regulations must use CE versions of Hypertherm products with the CE mark on the data plate.
Product stewardship
These could include:
countries in the European Union.
Australia.
New Zealand.
Russia.
It is important that the product and its certification test mark be suitable for the end-use installation site. When Hypertherm products are shipped to one country for export to a different country, the product must be correctly configured and certified for the end-use installation site.
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Product stewardship
Product stewardship

Higher-level systems

When an original equipment manufacturer (OEM) or a system integrator adds equipment such as cutting tables, motor drives, motion controllers, or robots to a Hypertherm waterjet cutting system, the system is considered a higher-level system. A higher-level system with dangerous moving parts can constitute industrial machinery or robotic equipment, in which case the OEM, system integrator, or end-use customer can be subject to more regulations and standards than those applicable to the waterjet cutting system manufactured by Hypertherm.
It is the responsibility of the end-use customer and the OEM or system integrator to do a risk assessment for the higher-level system and to provide protection against dangerous moving parts.
Unless the higher-level system is certified when the OEM or system integrator incorporates Hypertherm products into it, the installation can be subject to approval by local authorities. Get advice from legal counsel and local regulatory experts if you are not sure about compliance.
External cables connecting parts of the higher-level system must be made for exposure to contamination and movement as necessary for the end-use installation site. When the external interconnecting cables are subject to exposure to oil, dust, water, or other contamination, hard usage ratings could be necessary.
When external interconnecting cables are subject to continuous movement, constant flexing ratings can be necessary. It is the responsibility of the OEM, system integrator, or end-use customer to make sure that external connecting cables are correct for the application and obey all national, state, and local regulations.
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Environmental stewardship

Environmental stewardship
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Environmental stewardship
Environmental stewardship

Hypertherm products: waste and recycling

Hypertherm waterjet cutting systems, like all products with electronics, can contain materials or parts, such as printed circuit boards, that cannot be discarded with ordinary waste. It is your responsibility to discard Hypertherm products or parts in an environmentally suitable manner and in compliance with national and local codes.
In the United States, read all national, state, and local laws. In the European Union (EU), read the EU directives, national, and local laws. In other countries, refer to national and local laws. Consult with legal or other compliance experts, when applicable. For information, go to
www.hypertherm.com/customer-support/product-service/recycling.
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Environmental stewardship

Chemical handling and usage

Material safety data sheets (MSDS) and safety data sheets (SDS) are part of a hazard communication plan that supplies detailed information about dangerous chemicals. The information includes the chemical’s toxicity and reactivity, first aid for exposure, approved storage and disposal, recommended protective equipment, and spill-handling procedures.
The Occupational Safety and Health Administration (OSHA) has presented new dangerous chemical labeling requirements as a part of its recent revision of the Hazard Communication Standard (29 CFR 1910.1200), to align with the United Nations’ Globally Harmonized System of Classification and Labelling of Chemicals (GHS). The GHS is an international system for standardizing chemical classification and labeling.
Chemical regulations in the USA, Europe, and other locations require that MSDS and SDS be made available for chemicals that are supplied with the product and chemicals used in or on the product. The list of chemicals is supplied by Hypertherm.
To see M S D S a nd S D S:
1. Go to www.hypertherm.com/docs.
Environmental stewardship
2. Look for “To view all regulatory and compliance documents, click here” below the Select your product box.
3. Look for Safety Data Sheets. Click +.
These navigation instructions can change without notice.
Echion Operator Manual 810770 SC-19
Environmental stewardship
Environmental stewardship

Particle emission and waste water quality

Hypertherm does not manufacture or supply the materials that are cut and has no knowledge about the particles released from materials that are cut and if they can pose a physical danger or health risk. Get advice from your supplier or other technical advisor for guidance concerning the properties of the material you cut with a Hypertherm product.
If you are not familiar with the current applicable government regulations and legal standards for the installation site, get advice from a local expert before you purchase, install, and operate this equipment.
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Safety

The end user is responsible for the safe operation of this equipment.
Safety
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Before operating Hypertherm equipment, read the safety instructions in your product's manual.
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Safety
Safety

Manuals

Copies of Hypertherm manuals can accompany the product in electronic and printed formats. Copies of the manuals are online, in all languages available for each manual.
1. Go to www.hypertherm.com/docs.
2. Under Select your product, choose Waterjet Family in the dropdown list.
3. Go to the Operator and instruction manuals section and click +.
4. Click on the manual for your product. You may have to click on SHOW ALL at the bottom of the
section.
A PDF of the manual downloads to your device.
These navigation instructions can change without notice.
The safety precautions in this manual are general and cannot anticipate every situation. Hypertherm, Inc. acknowledges that unforeseen situations such as equipment failure, site variability, insufficient maintenance, failure of control equipment, and other events can cause equipment damage, injuries, or death. It is the user’s responsibility to identify dangers and to take the steps necessary to minimize risks.
Keep these instructions near the equipment. This manual is intended to familiarize the user with the equipment and its parts, safe operation, and maintenance.
All personnel who operate or have access to this equipment must know this information:
applicable safety standards.
the use, limitations, and maintenance of personal protective equipment.
the location of the written hazard communication program and safety data sheets.
how to recognize dangerous energy sources.
the correct methods for isolating and controlling energy, to include lock out–tag out
procedures.
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Safety

User qualification and training

All users must read and understand these instructions before installing, operating, or doing maintenance on this equipment.
Do not let an untrained person operate this equipment. Operators must be approved to operate and maintain this equipment.
Training should include:
how to start and stop the equipment during operation and in an emergency situation.
conditions and procedures that can lead to injuries to personnel and damage to the
equipment.
how to operate all controls.
how to identify and respond to a problem with the equipment.
how to do maintenance procedures.
a copy of the operator manual.
Safety
This list is not all-inclusive.
Echion Operator Manual 810770 SC-23
Safety
Safety

Emergency medical information and treatment

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A waterjet is a cutting tool.
Keep away from high-pressure streams and leaks. Pressurized fluid can cause injuries.
Delayed treatment can cause injuries or death.
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Do not put ice or heat on a waterjet injury.
If possible, use a support to keep injured body parts above heart level.
High-pressure equipment puts the operator and other personnel at risk of contact with high-pressure water. Possible injuries include eye damage, lacerations, infections, and amputations.
Waterjet operators should have a waterproof emergency medical tag or card that describes the recommended treatment for high-pressure water injuries. Show the tag or card to emergency responders and medical professionals.
This wallet-size card can be copied, laminated, and folded.
injuries. high-pressure waterjet immediately for all Get medical treatment
emergency. injury is a surgical A high-pressure injection
INFORMATION
MEDICAL
The person with this card has been exposed to a waterjet of up to4,140bar(60,000psi) and a velocity of609m/s(2,000feet/second). Abrasive waterjets can eject water and abrasive materials that can be injected into body tissues, leading to a dangerous infection.
Skin can appear to be not damaged or show a small
pinhole-sized puncture wound.
The injured area can become swollen, painful, and pale
over the next4to6hours.
Tissue becomes ischemic and necrotic within12hours.
Do not use digital or local nerve blocks.Give analgesics by mouth or injection.
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Consult a surgical specialist immediately for
decompression, removal of foreign materials, and debridement.
Give broad-spectrum, intravenous antibiotics for
Gram-negative and Gram-positive organisms.
X-ray is the preferred imaging method.Acute compartment syndrome is possible.Leave the wound open.Do not use solvents other than isotonic sodium chloride
solution for irrigating the wound.
Safety

Safety information for operation, maintenance, repair, and installation

Before opening the electrical enclosure or doing maintenance or repairs on this equipment, turn
DANG ER
OFF the electrical power and release water pressure and hydraulic pressure from the system.
Use standard lock out-tag out procedures.
Isolate all sources of electrical, mechanical, hydraulic, pneumatic, chemical, thermal, or other energy with a lockable energy-isolating device that satisfies national and local requirements.
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Make sure that all connections, fasteners, locking devices, hoses, and fittings are tight before operation.
Make sure that the shaft access cover and all other safety devices are correctly installed before operating this machine.
Do not stand in line with high-pressure fittings when operating this equipment.
If a high-pressure fitting fails, it can cause a stream of water or hydraulic fluid to eject from the system with force.
Do not leave waterjet cutting equipment unattended while it is operating.
During operation, keep a restricted-access area clear that is larger than the maximum movement range of the cutting equipment’s moving parts.
Let only approved personnel operate this machinery.
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Echion Operator Manual 810770 SC-25
Release all high-pressure water before doing work on this equipment.
Do not touch a hot surface.
Water leaking from a high-pressure fitting or the bleed-down valve can be hot.
Obey all safety requirements and applicable safety laws and regulations.
Obey national and local codes regarding installation, repairs, and maintenance of the electrical and plumbing systems.
All work that requires opening the electrical enclosure or removing covers or panels from this equipment must be done only by an approved technician.
It is your responsibility to investigate and obey all local codes.
Safety
Safety
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A person who works on deenergized machinery can be injured or killed if the machinery is energized without permission.
All personnel in an area where energy-control procedures are used must receive training for energy-control procedures.
DANGEROUS VOLTAGE/RISK OF SHOCK
Doing work on this equipment while it is energized is dangerous.
Personnel who maintain and repair this equipment can be injured or killed if dangerous energy is not controlled.
Injuries can include burns, cuts, fractures, or electrocution.
Before removing a lock-out device:
obey the employer’s energy-control procedure.
examine machines and parts to make sure that they are operational.
make sure that all personnel are safely away from machines.
After removing energy-isolation devices, make sure that all personnel in the area know that the devices are removed and that the machine is being energized.
To reduce the risk of injuries or death, wear approved protection and obey safety recommendations when doing work with electricity.
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When work must be done in a small space or an area with limited access, the access must not be blocked by ventilation ducts, hoses, pipes, or other equipment.
Do not block or remove warnings, cautions, or instructions.
Personal protective equipment is recommended.
If you do not use personal protective equipment, there is a risk of injury or death.
High-pressure water can cause eye injuries.
Wear approved eye protection when operating or doing work near this equipment.
This waterjet equipment could make more noise than is permitted by national or local codes.
When this intensifier is operating, the noise level is75dB(A) to85dB(A).
Water flow rate, pipe layout, and the acoustical characteristics of the building have an effect on noise level.
Long periods of exposure to noise can cause permanent hearing loss.
Wear approved ear protection and control exposure time when operating or doing work near this equipment.
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Safety
Safety
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CAUTION
High-pressure water can cause cuts, abrasions, and punctures.
Precision parts can have sharp corners or edges.
Wear approved hand protection when operating or doing work near this equipment and when touching parts.
Some materials can cause airborne contamination or particles when cut.
Wear approved respiratory protection when operating or doing work near this equipment.
Examine and clean the equipment regularly.
Refer to the Preventive maintenance schedule on page 60.
Do repairs immediately.
Echion Operator Manual 810770 SC-27
Safety
Safety
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Symbols and marks

Symbols and marks
Echion Operator Manual 810770 SC-29
Symbols and marks
Symbols and marks

Information and symbols

Some symbols in this table could apply to other products.
DANGER
WAR NING
CAUTION
NOTICE
DANGER identifies an imminently dangerous condition or a situation that WILL cause serious injuries or death if ignored.
WARNING identifies a dangerous condition or a situation that COULD cause injuries or death if ignored.
CAUTION, when used with the yellow warning sign, identifies a dangerous condition or a situation that COULD cause minor or moderate injuries or WILL cause damage to the equipment if ignored.
NOTICE identifies a condition or a situation that COULD cause damage to the equipment if ignored.
This symbol identifies a mandatory action.
This symbol identifies a prohibited action.
This symbol identifies tools or materials that are necessary or recommended for a procedure.
This symbol identifies information that could cause the user to fail at the task if ignored.
This symbol identifies a tip or helpful information.
SC-30 810770 Operator Manual Echion
Symbols and marks

Symbols and marks found on the equipment

Some symbols or marks in this table could apply to other Hypertherm products.
Symbols and marks
DANGER
DANGER ARC FLASH AND SHOCK HAZARD
WAR NING
WAR NING
WAR NING
DANGER identifies an imminently dangerous condition or a situation that WILL cause serious injuries or death if ignored.
Follow all requirements inNFPA70E for safe work practices and for Personal Protective Equipment.
WARNING identifies a dangerous condition or a situation that COULD cause injuries or death if ignored.
HAZARDOUS VOLTAGE
Disconnect power before servicing.
WAR NING
This product can expose you to chemicals including lead and lead compounds, which are known to the State of California to cause cancer and birth defects or other reproductive harm.
For more information go to www.p65warnings.ca.gov.
WAR NING
CAUTION
CAUTION
S/N
V
Hydraulic, water, and electrical connections can come loose during shipping and normal operation.
It is recommended that all connections are checked at installation and annually.
CAUTION, when used with the yellow warning sign, identifies a dangerous condition or a situation that COULD cause minor or moderate injuries or WILL cause damage to the equipment if ignored.
Do not touch a hot surface.
Read and fully understand operator’s manual before using this machine.
Failure to follow operating instructions could result in death or serious injury.
Correct direction of motor rotation (motor rotation arrow)
Serial number
Volts
Echion Operator Manual 810770 SC-31
Symbols and marks
Symbols and marks
Φ
HZ
FLA
SCCR
IMAX
KW
L/MIN
BAR
KG
Number of phases in a power system
Frequency (hertz)
Type of hydraulic fluid recommended
Hydraulic fluid tank volume (liters)
Full-load current (amperage)
Short-circuit current rating
Primary motor maximum current draw (amperes)
Primary motor power output (kilowatts)
Maximum outlet flow rate (liters/minute)
Maximum outlet water pressure (bar)
Weight (kilograms)
P/N
Electrical enclosure part number
The Conformité Européene (CE) mark affixed to a product signifies the manufacturer’s declaration of conformity to applicable European directives and standards.
Only those versions of Hypertherm products with a CE mark on or near the data plate have been tested for compliance with the applicable European directives, such as the Low Voltage Directive, the Electromagnetic Compatibility Directive, and the Machinery Directive.
Use caution when operating this equipment.
Refer to the instruction manual. Read and understand all of the safety guidelines in this manual.
Identifies the terminal of a protective earth (ground) electrode or a terminal intended to connect to an external conductor for protection against electric shock during a fault condition
Controls
Remote key switch off
The key switch is in the Local position.
SC-32 810770 Operator Manual Echion
Remote key switch on
The key switch is in the Remote position.
Symbols and marks
Symbols and marks
COMPRESSED AIR
The bleed-down valve uses compressed air to operate.
CUTTING WATER IN
This line carries low-pressure water from a water softener, a reverse osmosis system, a well, or a public utility to the pump.
CUTTING WATER OUT
This tubing carries high-pressure water from the intensifier to the cutting table.
WASTE WATER OUT
This hose carries water from the bleed-down valve to a drain.
COOLING IN
This line carries low-pressure water from the local utility or a chiller to the pump’s cooling loop.
COOLING OUT
This line carries low-pressure water from the heat exchanger to the chiller or to the drain.
Start the pump symbol
Stop the pump symbol
Echion Operator Manual 810770 SC-33
Symbols and marks
Symbols and marks
SC-34 810770 Operator Manual Echion

Optional equipment

Optional equipment
Boost pump
The pump will not operate satisfactorily if the supply water pressure is too low for the pump to get to stable pressure. A boost pump increases the water pressure to a value higher than the minimum requirement.
Modbus TCP/IP communication
All Hypertherm waterjet pumps can use Ethernet to communicate with a CNC.
Utility connection panel kit
The utility connections for the Echion pump are inside the pump, at the point of use. With this kit, utility connections are made on the outside of the pump.
Metric conversion kit
This kit includes adapter fittings for use in countries where metric connections are standard.
Pump-mounted high-pressure plumbing kit
This kit includes a bracket and a high-pressure tube to connect a high-pressure line directly to the pump.
For part numbers, refer to Optional equipment kits on page 103.
Echion Operator Manual 810770 35
Optional equipment
1
Optional equipment
36 810770 Operator Manual Echion

Operation

Operation
This section assumes that the user is familiar with the Safety, Preventive maintenance,
Troubleshooting, and Specifications sections of this manual.
Images in this manual are for reference purposes. It is possible that your product configuration is not shown accurately.
It is possible that not all of the information in this section applies to all pump models.
Echion Operator Manual 810770 37
2
Operation

Safety

1
2
3
4
1 Controls button
Push this button to turn
ON the control circuit in
the pump. The button lights when the control circuit is on.
2 Local/Remote key switch
When the key switch is in the Local position, use the operator interface to operate the pump.
When the key switch is in the Remote position, use the remote source, such as a computer numerical control (CNC) operator console, to controls the pump.
Most functions on the operator interface are not available when the key switch is in the Remote position.
3 EMERGENCY STOP button
Push this button to turn off the control circuit. Refer to Emergency stop on page 51.
4 Remote indicator light
When the key switch is in the Remote position, this indicator light is on.
Operation
WARNING
Read and understand all of the safety guidelines in this manual.
Refer to Safety on page 21 before operating, doing maintenance on, repairing, and installing your pump.

About the controls

Operation panel

38 810770 Operator Manual Echion
2
Operation

Operator interface

1
2
5
3 4
1 Hour meter
This shows the total hours the pump motor has been in operation.
2 Primary operation screen tab
• Turn the pump on or off.
• Select the pressure mode (cut or pierce).
• Set or change the water pressure.
• Monitor the status of the intensifier.
3 Operator interface: Adjustment screens tab
• See information about your system.
• Change some display options, such as pressure units (bar or psi) or language.
• Change timer durations.
• Turn features such as Modbus mode on or off.
Refer to Operator interface: Adjustment screens on page 164.
4 Operator interface: Maintenance screens tab
• Move the plunger to one end of the intensifier.
• Prepare the pump for storage.
• See the alarm log.
• See the inputs-outputs from the controller.
Refer to Operator interface: Maintenance
screens on page 56.
5 Date and time
Refer to Date / Time / Language on page 169.
Refer to Touchscreen maps on page 175 to see all of the screens available on the controller.
Primary operation screen
These elements are on most screens.
Operation
Echion Operator Manual 810770 39
Operation
2
Operation
6
7
8
12
11
9 10
6Stop
Touch this symbol to stop the pump.
7Start
Touch this symbol to start the pump.
8 LED light on/off
Touch this symbol to turn the red LED lights
ON
or
OFF.
9 Pierce-pressure mode (off)
Touch this symbol to put the pump in pierce-pressure mode.
10 Cut-pressure mode (on)
Touch this symbol to put the pump in cut-pressure mode.
Cut-pressure mode is active in this image.
Refer to Select the pressure mode on page 49 for information about pressure modes.
11 Target water pressure
12 Output water pressure
This shows the actual water pressure when the pump is operating.
This is the target water pressure set by the user. Refer to Set the target water pressure on page 49.
3
2
1
1 Intensifier status indicator
Enabled (green) Not enabled (red)
2 Intensifier stroke rate to the left
3 Intensifier stroke rate to the right
The stroke rate is within the permitted range (green).
The stroke rate is at the limit of the permitted range (yellow).
The intensifier is overstroking (red).
Intensifier status indicator and stroke-rate bars
The stroke-rate bars show the speed of the piston moving to each side of the intensifier.
40 810770 Operator Manual Echion
Refer to Primary operation screen on page 113 for more information.
2
Operation

Turn on the pump: beginning of day

2
1
1
2
2
1
2
1
1
2
Follow this procedure when starting the pump for the first time each day or at the beginning of each work shift. Daily preventive maintenance tasks are included in these instructions.

Inspect the pump

Unless otherwise recommended, install the top cover and the front panel before operating the pump.
1. Remove the top cover.
Operation
a. Use a standard screwdriver to turn the bolt on each end counterclockwise1/4 turn.
b. Lift the cover off of the alignment pins .
2. Remove the front panel.
Push down on the horizontal surface on top of the panel to release the retainers tabs from the frame .
Echion Operator Manual 810770 41
Operation
2
Operation
1
2
4
1
2
4
3
3
3. Clean all debris, water, and hydraulic fluid off of the hydraulic fluid tank , the intensifier bridge , and the bottom deck .
4. Empty the dirty water container , if necessary.
Refer to local regulations regarding waste water. Environmental rules can apply to disposal.
5. Clean the operator interface, if necessary.
To prevent damage to the operator interface:
do not use cleaners that contain alcohol, ammonia, acetone, phosphates, or
ethylene glycol.
do not push hard on the touchscreen.
do not use paper towels, abrasive cloth, or dirty rags.
do not put liquid directly onto the touchscreen.
Gently wipe the touchscreen and keys with a clean microfiber cloth.
Use a cleaner made for touchscreens or use a1:1 solution of distilled water and white
vinegar.
6. Examine electrical cords and cables for kinks or damage to the insulation. Examine electrical plugs and other electrical connections for corrosion or damage.
7. Look for leaks, deterioration, damage, or other conditions that can interfere with operation.
8. Make sure that all connections, fasteners, locking devices, hoses, and fittings are tight.
9. Make sure that all warning decals are visible and legible.
Contact Hypertherm for replacement decals.
42 810770 Operator Manual Echion
2
Operation

Check the hydraulic fluid

Replace the hydraulic fluid:
• every 3,000 hours.
• if it is dark or milky in color.
• if it has a strong odor.
• if a test laboratory finds the quality is unsatisfactory.
Refer to Replace the hydraulic fluid on page 86.
Operation
CAUTION
Heat and other conditions cause hydraulic fluid to degrade. Degraded hydraulic fluid can cause damage to hydraulic components.
Collect a sample of hydraulic fluid from the hydraulic fluid tank and send it to a test laboratory for analysis.
Refer to Hydraulic fluid on page 136 for recommended limits.
Contact a hydraulic fluid supplier for a precise report about your hydraulic fluid quality.
Do this task when the pump is not operating.
1. Look through the sight gauge to see the color of the hydraulic fluid. Good hydraulic fluid is almost transparent.
2. Remove the filler cap.
3. Smell the hydraulic fluid. Good hydraulic fluid has almost no odor.
4. Install the filler cap.
Echion Operator Manual 810770 43
Operation
2
Operation
12324

Turn on the utilities

1. Tu rn ON the water to the pump.
2. Tu rn
3. Tu rn
ON the compressed air source.
ON the electrical main (line disconnect switch).
4. Turn the primary breaker disconnect lever on the electrical enclosure door to

Turn on the controls

Turn on the controls remotely
Refer to the OEM’s instructions for starting the pump and for operating the pump from a remote source.
ON.
1. Make sure that the EMERGENCY STOP is not engaged. If the button is pushed in, turn the button clockwise until it releases.
2. Make sure that the key switch is set to Local .
3. Push the Controls button .
4. Turn the key switch to Remote . The remote indicator light is on .
44 810770 Operator Manual Echion
2
Operation
Turn on the controls locally
3
2
1
123
1
1
1. Make sure that the EMERGENCY STOP is not engaged. If the button is pushed in, turn the button clockwise until it releases.
2. Make sure that the key switch is set to Local .
3. Push the Controls button .

Start the pump

Operation
Use the Postmaintenance start procedure on page 91 if maintenance or repairs have been done
CAUTION
on:
• the high-pressure water system.
• intensifier components.
• the primary motor.
1. On the operator interface, touch the symbol.
The controller starts the pump.
A progress bar shows below the intensifier on the screen.
The normal start sequence is fully automated. Refer to Primary operation screen on page 177 for a description of the sequence.
Monitor for leaks.
2. When the start sequence is complete, complete the Daily preventive maintenance tasks. Refer to the Preventive maintenance schedule on page 60.
Echion Operator Manual 810770 45
Operation
2
Operation
1
2
3
1
Output adapter leak
2
High-pressure seat leak
3
Dynamic seal leak

Do the preoperation maintenance checks

Examine the pump for leaks or damage
Do this task when the pump is operating and the system is pressurized.
1. Look for hydraulic fluid leaks. Monitor these areas.
Hydraulic connections
Valves
Intensifier bridge and bottom deck
2. Examine the low-pressure tubes and the hoses for leaks.
3. Examine the bleed-down valve for leaks or damage.
A hot bleed-down valve can suggest that there is a leak.
4. Examine the weep holes in the high-pressure ends for leaks. Water leaking from a weep hole is a sign of a faulty part or a loose connection.
5. Examine the high-pressure tubing for leaks.
6. Look for deterioration, damage, or other problems.
46 810770 Operator Manual Echion
2
Operation
Check the hydraulic fluid level
Do this task when the pump is operating.
Make sure that the hydraulic fluid level is at the top mark on the sight gauge.
Add hydraulic fluid, if necessary. Refer to Add hydraulic fluid on page 85 for instructions.
Check the hydraulic filter gauge
Operation
Replace the hydraulic filter element:
• every 1,500 hours.
• when the needle on the gauge stays in the red zone while the pump is operating.
Refer to Replace the hydraulic filter element on page 84.
Do this task when the pump is operating at a stable temperature.
Make sure that the needle on the hydraulic gauge is not in the red zone.
Echion Operator Manual 810770 47
Operation
2
Operation
1
2
1
Postfilter water-pressure gauge
2
Prefilter water-pressure gauge
Check the low-pressure water pressure gauges
Replace the water filter:
• every 1,000 hours.
• if the difference between the values is more than0.7bar(70kPa/10psi).
Refer to Replace the water filter on page 80.
The prefilter water-pressure gauge shows the water pressure before the water goes through the filter. The postfilter water-pressure gauge shows the water pressure after the water goes through the filter.
The usual range is2.8bar to7.6bar (280kPa to760kPa/40psi to110psi).
Do this task when the pump is operating.
Subtract the value shown on the postfilter water pressure from the value shown on the prefilter water pressure.
If the difference between the values is more than0.7bar(70kPa/10psi), replace the water filter.
Make sure that the emergency stop operates correctly
Do this task when the pump is operating.
On the operation panel, push the EMERGENCY STOP button. Refer to Emergency stop on page 51.
48 810770 Operator Manual Echion
2
Operation

Operate the pump

4
1
2 3
1 Target water pressure
Touch this to set the target water pressure.
2 Pierce-pressure mode (off)
Touch this symbol to put the pump in pierce-pressure mode.
3 Cut-pressure mode (on)
Touch this symbol to put the pump in cut-pressure mode.
4 Output water pressure
This shows the actual water pressure when the pump is operating.
3
2
1
Operation

Select the pressure mode

Cut-pressure mode is used for most cutting jobs.
Pierce-pressure mode (low-pressure mode) is applicable for:
making a hole in the material to be cut.
decreasing the risk of cracking when cutting brittle materials, such as glass or ceramic.
preventing composite materials like carbon fiber from delaminating.
Pierce pressure is typically less than or equal to1,380 bar(138,000kPa/20,000psi).

Set the target water pressure

There are2 ways to change the target water pressure on the operator interface.
Touch the symbol or the symbol to change the target water pressure in preset
increments.
To change the increments, refer to Pressure Adjustments on page 167.
Touch the target water pressure button to open a numeric keypad. Type the number and
then touch Enter.
Echion Operator Manual 810770 49
Operation
2
Operation

Stop the pump

Stop the pump remotely

You can stop the pump from the operator interface while using remote controls. On the operator interface, touch the symbol to stop the pump.
Refer to Stop the pump on page 50.
Refer to Emergency stop on page 51 for information about the EMERGENCY STOP button.
Refer to the OEM’s instructions for turning the pump off.

Stop the pump locally

Use this procedure during normal operation.
On the operator interface, touch the symbol.
The pump, the primary motor, and the intensifier turn off.
The bleed-down valve opens to release high-pressure water from the system.
The supply-water valve closes to stop low-pressure water from entering the system.
No output water pressure shows.
The control circuit stays on.
50 810770 Operator Manual Echion
2
Operation

Emergency stop

Operation
WAR NING
The EMERGENCY STOP button does not disconnect main electrical power from the machine.
Use the emergency stop to stop the controls immediately to prevent injury or to reduce the risk of injury to personnel, machinery, or work in progress. This is not the preferred method of turning
off the pump.
On the operation panel, push the EMERGENCY STOP button.
The control circuit turns off, which turns off the pump, the primary motor, and the intensifier.
Remote controls that are wired to the pump controller turn off.
The bleed-down valve opens to release high-pressure water from the system.
The supply-water valve closes to stop low-pressure water from entering the system.
The EMERGENCY STOP button must be reset before the equipment can be turned on. Turn the button clockwise until it releases.
Echion Operator Manual 810770 51
Operation
2
Operation
124
1
2
4
3
3

Turn off the pump: end of day

Do this procedure at the end of the day.
1. On the operator interface, touch the symbol to stop the pump.
2. Turn the primary breaker disconnect lever on the electrical enclosure door to
3. Tu rn
OFF the utility water to the pump. Make sure that the water pressure gauges
OFF.
show0.0bar(0kPa/0psi).
4. Tu rn
5. Tu rn
OFF the compressed air source.
OFF the electrical main (line disconnect switch). Use standard lock out–tag out procedures.
6. Remove the top cover and the front panel.
7. Clean all debris, water, and hydraulic fluid off of the hydraulic fluid tank , the intensifier
bridge , and the bottom deck .
8. Empty the dirty water container , if necessary.
Refer to local regulations regarding waste water. Environmental rules can apply to disposal.
52 810770 Operator Manual Echion

Preventive maintenance

Preventive maintenance
This section assumes that the user is familiar with the Safety, Operation, Troubleshooting, and
Specifications sections of this manual.
Images in this manual are for reference purposes. It is possible that your product configuration is not shown accurately.
It is possible that not all of the information in this section applies to all pump models.
Echion Operator Manual 810770 53
3
Preventive maintenance

Safety

Preventive maintenance
WAR NING
CAUTION
CAUTION
CAUTION
CAUTION
Read and understand all of the safety guidelines in this manual.
Refer to Safety on page 21 before operating, doing maintenance on, repairing, and installing your pump.
Do not tighten a fitting too much. The fitting can fail.
Hydraulic, water, and electrical connections can become loose during shipping and normal operation. Examine all connections at installation and during regular maintenance.
When replacing wiring, use only the same size, type, and color as the original wiring.
Before assembling high-pressure or hydraulic parts, clean the parts to remove grease and other contamination.
Clean and examine parts that will be replaced to identify wear patterns or damage that can show other problems.
Clean each part with a towel and isopropyl alcohol. Examine all parts for deterioration, corrosion, or damage.
Do not use soap, detergent, or solvents.
Keep the work area clean and dry. Clean fluid spills immediately.
Use a pan or a tray below areas where water or hydraulic fluid can spill during maintenance or repair procedures.
Obey local protocols for recycling or disposal of parts, materials, and fluids.
National and local environmental rules can apply to disposal.
Refer to Recycling and end of product life on page 96.
Keep accurate maintenance records. Records can help with predicting and preventing maintenance problems.
Keep spare parts and repair kits available.
54 810770 Operator Manual Echion
3
Preventive maintenance

Benefits of preventive maintenance

Hypertherm recommends preventive and scheduled maintenance for Echion pumps. High-quality equipment that is maintained on a schedule lasts longer than equipment that is not maintained regularly. This maintenance includes adjustments, cleaning, lubrication, repairs, and replacement of parts.
Improves reliability
Finds possible problems before they cause unplanned downtime and become expensive
repairs
Extends the life of equipment and decreases the frequency of replacement
Contributes positively to reputation and profits
Gives traceability through records

Training

Preventive maintenance
The employer must provide training for maintenance procedures. Retrain personnel when:
there is a change in job assignment, machinery, or procedures that can present a new
danger.
energy-control procedures change.
there is reason to believe there is a deficiency in a person’s knowledge of the energy-control
procedure.
Echion Operator Manual 810770 55
Preventive maintenance
3
Preventive maintenance
2
41
5
3
1

Move the plunger

2
Start the pump after maintenance
3
Prepare for storage
4
Inputs and outputs
5
Alarm log

Operator interface: Maintenance screens

Refer to Touchscreen maps on page 177 to see all of the screens available on the controller.
On the operator interface, touch the maintenance tab to open the primary maintenance screen.
Move the plunger
Touch this symbol to open the Move the Plunger screen.
Instructions for moving the plunger begin on page 61.
56 810770 Operator Manual Echion
3
Preventive maintenance

Start the pump after maintenance

Touch this symbol to open the Start Procedure screen.
Refer to Postmaintenance start procedure on page 91 for more information.

Prepare for storage

Preventive maintenance
Touch this symbol to open the Prepare for Storage screen.
Refer to Prepare for storage on page 93 for more information.
Echion Operator Manual 810770 57
Preventive maintenance
3
Preventive maintenance

Inputs and outputs

The inputs and outputs screen is useful for troubleshooting. Touch this symbol to open a screen that shows inputs and outputs for the controller.
Refer to Input/output status on page 134 for more information.

Alarm log

The alarm log is useful for troubleshooting. Touch this symbol to open the Alarm Log screen.
Refer to Alarms on page 114 for more information.
58 810770 Operator Manual Echion
3
Preventive maintenance

Tools

1
3
2
Preventive maintenance
Use the correct tools for maintenance procedures. Some tools are designed to make the procedure easier and to prevent damage to the equipment.
Personnel who maintain and repair this equipment must know how to use standard hand tools.
Use SAE (US standard) tools for most procedures.
Special tools are recommended or necessary for some maintenance and repair procedures.
Open-ended wrench
Crowfoot wrench
Screwdriver
Standard
Phillips
O-ring pick
Snap ring pliers
Intensifier repair tools
1
Seal installation tool
2
Seal removal tool
3
Cylinder locator tool
Echion Operator Manual 810770 59
Preventive maintenance
3
Preventive maintenance

Preventive maintenance schedule

These maintenance intervals are recommended guidelines. Find the procedures on the page numbers listed in the Hours columns.
Before starting the pump
Clean and inspect the pump.
Check the hydraulic fluid.
After starting the pump
Examine the pump for leaks or damage.
Check the hydraulic fluid level.
Check the hydraulic filter gauge.
Check the low-pressure water pressure gauges.
Make sure that the emergency stop operates correctly.
Daily
page
39
page
41
page
44
page
45
page
45
page
46
page
46
Interval
500
1,000
3,000
1,500
6,000
12,000
Intensifier
Repair the high-pressure cylinders, the check valves,
and the low-pressure poppets.
Replace the high-pressure seal cartridges.
Intensifier
Replace the high-pressure poppet assemblies.
Replace the low-pressure poppets and seats.
Low-pressure water system
Clean the air cooler.
Bleed-down valve
Repair the bleed-down valve.
Low-pressure water system
Replace the water filter.
Test the low-pressure water TDS level.
page
66
page
69
page
69
page
74
page
78
page
75
page
80
page
81
60 810770 Operator Manual Echion
3
Preventive maintenance
Hydraulic system
Replace the hydraulic filter element.
Intensifier
Flip the high-pressure cylinder.
Intensifier
Preventive maintenance
Interval
500
Daily
1,000
page
84
page
66
1,500
3,000
6,000
12,000
Replace the high-pressure cylinders and the check valve
assemblies.
Bleed-down valve
Replace the bleed-down valve body.
Hydraulic system
Replace the hydraulic fluid.
Intensifier
Replace the output adapters.
Replace the seal housing assemblies.
Motor
Lubricate the primary motor bearings.
Intensifier
Replace the spacer tubes.
Repair the hydraulic center section.
page
66
page
75
page
86
page
73
page
62
page
88
page
62
page
65
Echion Operator Manual 810770 61
Preventive maintenance
3
Preventive maintenance
1
2
4
3
6
5
7
1 Output adapter and high-pressure poppet
assembly
2 Check valve assembly
3 Spacer tube
4 High-pressure cylinder 5 Seal housing assembly
6 Plunger
7 Hydraulic center section

Intensifier

Every 500 hours
• Repair the check valves and the low-pressure poppets.
• Repair the high-pressure cylinders.
• Replace the high-pressure seal cartridges.
Every 1,000 hours
• Replace the high-pressure poppet assemblies.
• Replace the low-pressure poppets and seats.
Every 1,500 hours
• Flip the high-pressure cylinders.
CAUTION
CAUTION
To prevent causing damage or premature failure, use 2 wrenches when loosening or tightening a high-pressure connection.
Always tighten fittings to the specified torque.
Do not use an adjustable wrench on high-pressure fittings.
Every 3,000 hours
• Replace the high-pressure cylinders.
• Replace the check valve assemblies.
Every 6,000 hours
• Replace the output adapters.
• Replace the seal housing assemblies.
Every 12,000 hours
• Replace the spacer tubes.
• Repair the hydraulic center section.
Use clean hands when changing high-pressure parts.
To reduce downtime, Hypertherm recommends doing preventive maintenance on both ends of the intensifier at the same time.
62 810770 Operator Manual Echion
3
Preventive maintenance
Parts, tools, and materials
Intensifier repair tools
1-18770 Echion high-pressure seal repair kit
1-18771 Echion high-pressure poppet repair kit 1-18849 Echion low-pressure poppet repair kit
1-18768 Standard tool kit
13/16-inch open-ended wrench or socket 1-inch open-ended wrench
1-1/16-inch open-ended wrench
1-inch socket Torque wrench
Rubber mallet
2 O-ring picks (or similar tool)
2 standard screwdrivers
Large snap-ring pliers
Small snap-ring pliers Isopropyl alcohol
Antiwear (AW) mineral oil or synthetic hydraulic fluid, ISO viscosity grade (VG) 32 or 46
Clean towels Nonstick scouring pad
Masking tape
Recommended materials
Bench vise
Preventive maintenance
Refer to Intensifier high-pressure ends on page 107 for individual replacement parts.
Do this task when the pump is not operating.
1. On the operator interface, touch the maintenance symbol to open the primary maintenance screen.
2. Touch this symbol to open the Move the Plunger screen.
3. Touch the motor symbol to start the motor.
Echion Operator Manual 810770 63
Preventive maintenance
3
Preventive maintenance
4. Touch a symbol to move the intensifier plunger to the end you will be working on.
5. On the operator interface, touch the symbol to stop the pump.
6. Turn the primary breaker disconnect lever on the electrical enclosure door to
7. Tu rn
OFF the utility water to the pump. Make sure that the water pressure gauges
OFF.
show0.0bar(0kPa/0psi).
8. Tu rn
9. Tu rn
OFF the compressed air source.
OFF the electrical main (line disconnect switch). Use standard lock out–tag out procedures.
10. Use a 13/16-inch open-ended wrench to disconnect the high-pressure tubing from the intensifier.
11 . Remove the bleed-down valve. Refer to step 5 though step 10 on page 76.
12. Push the button on the quick-disconnect fitting to remove the low-pressure water line from the
intensifier.
It is possible that some water will spray from the connection when this tubing is disconnected.
13. Use the breaker bar and the1-1/2-inch12-point socket to remove the endcap nuts. Use a repeating cross pattern.
14. Remove the end cap.
Hydraulic fluid and water will leak during this procedure. Put towels on the intensifier
bridge under the work area.
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3
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15. Pull out the check valve.
16. Pull the high-pressure cylinder off of the plunger.
Make sure that the spacer tube does not fall out. Dropping the spacer tube can cause
damage to it.
17. Put the cylinder locator tool and the seal installation tool together.
18. Put the tool on the seal housing and turn it clockwise so that the threads engage. Pull the seal
housing assembly off of the plunger.
A small amount of hydraulic fluid could leak from the hydraulic cylinder. This is normal.

Repair the hydraulic center section

Preventive maintenance
Repair the hydraulic center section every 12,000 hours.
The hydraulic center section includes the piston, the hydraulic cylinder, the hydraulic end caps, the low-pressure seals, the plungers, the T-seals, and the proximity switches.
Preventive maintenance on these parts requires special tools. Contact a Hypertherm Technical Service Associate for information and support regarding the installation, operation, maintenance, and repair of this equipment.
Echion Operator Manual 810770 65
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3
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7
2
6
1
4
3
5
8
1
Check valve body
2
Low-pressure poppet
3
Check valve wear ring
4
Poppet retainer
5
Low-pressure poppet screw
6
Spacer tube
7
High-pressure cylinder
8
High-pressure seal cartridge

Repair the high-pressure cylinder, the check valve, and the low-pressure poppet

Repair the high-pressure cylinders every 500 hours.
Repair the check valves and the low-pressure poppets every 500 hours.
Replace the high-pressure seal cartridges every 500 hours.
Replace the low-pressure poppets and seats every 1,000 hours.
Replace the high-pressure cylinders every 3,000 hours or if the cylinder is chipped or cracked.
Replace the check valve assemblies every 3,000 hours.
CAUTION
Debris in the cylinder can cause the seals or the poppets to fail.
This procedure is for a moderately worn check valve. Replace very worn components.
1. Disassemble and examine the cylinder and the check valve.
66 810770 Operator Manual Echion
2. Disassemble the cylinder locator tool and the seal installation tool.
3. Put the high-pressure cylinder on the seal locator tool. Make sure that the spacer tube is inside
the cylinder.
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3
Preventive maintenance
4. Put the end of the push tool against the spacer tube inside the cylinder.
5. Tap on the end of the push tool with a rubber mallet to push the bottom seal and the hoop out of
the high-pressure cylinder.
6. Take the spacer tube out of the cylinder.
7. Disassemble all of the parts.
8. Examine the cylinder. If the area around the bore is marked or pitted or has rough edges or
burrs, remove the defects with a nonstick scouring pad.
9. Cut a nonstick pad in half. Put half of the pad in the end of the cylinder. Put 1 thumb in each end of the cylinder and push down evenly on the pad while rolling the cylinder back and forth.
Nonstick scouring pad
10. Clean the inner surfaces of the cylinder with a towel and isopropyl alcohol.
11 . Use a 1/8-inch hex wrench to remove the low-pressure poppet screw from the check valve.
12. Tape a sheet of lapping paper on a granite lapping block. Make sure that the paper is smooth
and flat.
Echion Operator Manual 810770 67
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13. Put the check valve face or the low-pressure poppet face flat on the lapping paper and move it back and forth. Use light pressure. Do this procedure until the face is smooth and flat and has a mirrorlike finish.
CAUTION
CAUTION
Do not rock the parts or use too much pressure. Doing so can cause damage to the part faces.
Keep the low-pressure poppet and the poppet retainer clean. Grease can cause the poppet to stick.
Do not put grease or lubricant on the check valve face or in the cylinder bore. These components are designed for dry contact.
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Install the high-pressure components

1
2
3
1
4
6
5
1
Seal housing
2
O-ring backup
3
O-ring
4
Energized spring seal
5
Rod seal spacer
6
Snap ring
Replace the seal housing assemblies every 6,000 hours.
Preventive maintenance
CAUTION
Water can enter the hydraulic system if the weep holes in the dynamic seal backup or the seal housing are blocked. Make sure that there is no debris in the weep holes.
1. Use small snap-ring pliers to remove the snap ring from the seal housing.
2. Remove the rod seal spacer.
3. Use an O-ring pick to remove the energized seal spring.
4. Remove the O-ring and the O-ring backup from the seal housing.
5. Clean all surfaces. Examine the seal housing and the high-pressure seal backup. Make sure that
the inner grooves are clean.
Make sure that the weep hole is clear. If necessary, use compressed air to blow debris out.
6. Put high-vacuum grease on the backup ring and the seal housing O-ring.
Echion Operator Manual 810770 69
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3
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1
2
1
2
7. Put the seal housing O-ring backup and the seal housing O-ring on the seal housing.
The seal housing O-ring backup has a flat side and a concave side. Make sure the flat side of the O-ring backup faces the wide end of the seal housing. The O-ring fits into the concave groove on the O-ring backup.
8. Put the new components in the seal housing, as shown.
9. Use snap-ring pliers to insert the snap ring. Make sure that the snap ring is seated correctly in
the groove.
10. Put the cylinder locator tool and the seal installation tool together.
11 . Put the tool on the seal housing and turn it clockwise so that the threads engage.
12. Put the seal housing on the plunger with the narrow end of the seal housing toward the center
of the intensifier.
13. Turn the seal housing so that the weep hole faces down.
14. Push the seal housing tightly against the hydraulic end cap. You should feel it click.
15. Remove the tool from the seal housing.
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3
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16. Put the cartridge in the seal installation tool.
17. Hold the seal installation tool with both hands and push the cartridge and the tool onto the
plunger in a smooth motion. Push until the cartridge is touching the seal housing.
18. Remove the seal installation tool, leaving the cartridge on the plunger.
Part of the cartridge stays inside the seal installation tool. This is by design.
19. Make sure that the cartridge parts are tight and none of the components are hanging down on the plunger.
20. Put the spacer tube on the plunger.
21. Find the end of the high-pressure cylinder that was repaired with the nonabrasive pad. Put the
high-pressure cylinder over the spacer tube with that end facing the center of the intensifier. Push the cylinder as far as possible.
Turn the high-pressure cylinder around at 1,500 hours to promote even wear.
22. Put the check valve in the end of the high-pressure cylinder. Make sure that the weep hole faces down toward the ground.
23. Put the high-pressure end cap over the check valve and onto the studs. Push the endcap until it is tight against the check valve. Make sure that the low-pressure water connection points toward the attenuator.
24. Use a clean rubber mallet to tap the exposed part of the check valve until the cylinder is fully seated in the end of the hydraulic end cap.
25. Lubricate the stud threads with antiseize bolt lubricant (white lithium grease).
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26. Put the nuts on the studs by hand. Use a torque wrench to tighten the high-pressure end cap nuts to68N ∙ m(5 0lbf ∙ ft).
Use a repeating cross pattern.
Tighten the nuts to375N ∙ m(275lbf ∙ ft). Do this in6 8N ∙ m(50lbf ∙ ft) increments.
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Examine the output adapter and the high-pressure poppet assembly

1
2
3
4
1
High-pressure poppet seat
2
High-pressure poppet
3
High-pressure poppet spring
4
Output adapter
Replace the high-pressure poppet assemblies every 1,000 hours.
Replace the output adapters every 6,000 hours.
Preventive maintenance
CAUTION
The high-pressure poppet seat can cause cracks, erosion marks, or dents in the output adapter.
If a poppet part is damaged, replace all 3 components.
Use a cotton-tipped applicator to guide the high-pressure poppet seat out of the check valve.
Tap the output adapter gently on a wooden or other soft surface to eject the poppet from the output adapter.
Echion Operator Manual 810770 73
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Assemble the check valve and the low-pressure poppet

1. Use a cotton-tipped applicator to put high-pressure antiseize lubricant in the recess in the bottom of the check valve.
2. Use a cotton-tipped applicator to guide the high-pressure poppet seat into the check valve. The wide end of the poppet seat faces toward the check valve.
3. Push the high-pressure poppet seat into the high-pressure antiseize lubricant in the check valve.
4. Put high-pressure antiseize lubricant on the threads of the output adapter.
5. Put the high-pressure poppet spring and the high-pressure poppet in the output adapter.
6. Put the output adapter in the check valve and tighten it by hand. Use a torque wrench to tighten
the output adapter to 115 N ∙ m (85 lbf ∙ ft).
Tightening the output adapter with the high-pressure poppet in an incorrect position can cause damage.
When the output adapter is correctly installed, the gap between the wide part of the output adapter and the check valve is2.5mm(3/32inch) and no threads are visible.
CAUTION
If the gap is too large or if threads are visible, make sure that the poppet parts have not moved.
7. Torque the high-pressure water fitting to 68 N ∙ m (50 lbf ∙ ft).
8. Repeat this procedure on the other end of the intensifier.
9. Connect the high-pressure tubing.
CAUTION
Make sure that some of the threads on the high-pressure tubing are visible at the fitting. Refer to High-pressure water fittings on page 144.
10. Connect the low-pressure water lines.
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1
2
3
5
6
7
8
9
10
4
11
1 Air fitting 2 Actuator
3 Needle guide
4 Needle 5 High-pressure valve seal
6 Bleed-down valve body
7 Bleed-down valve seat 8 Flow reducer
9 Outlet adapter
10 Tee fitting 11 Plug
1-17434 Bleed-down valve repair kit
1-18311 Bleed-down valve body
3/4-inch open-ended wrench 5/8-inch open-ended wrench
13/16-inch open-ended wrench
1-inch open-ended wrench
1-1/8-inch open-ended wrench
13/16-inch crowfoot wrench
Torque wrench Clean towels
Isopropyl alcohol

Repair the bleed-down valve

Repair the bleed-down valve:
every 1,000 hours.
if water leaks from the Waste water out connection or from the weep holes while the pump is operating.
Replace the bleed-down valve body every 3,000 hours.
Parts, tools, and materials
Do this task when the pump is not operating.
1. Turn the primary breaker disconnect lever on the electrical enclosure door to OFF.
2. Tu rn
3. Tu rn
Echion Operator Manual 810770 75
4. Tu rn
OFF the utility water to the pump. Make sure that the water pressure gauges
show0.0bar(0kPa/0psi).
OFF the compressed air source.
OFF the electrical main (line disconnect switch). Use standard lock out–tag out procedures.
Preventive maintenance
3
Preventive maintenance
5. Remove the top cover and the front panel. Refer to Inspect the pump on page 39 for instructions.
6. Disconnect the compressed air hose from the air fitting on top of the actuator.
7. Disconnect the water drain tube from the bleed-down valve.
8. Use 13/16-inch open-ended wrench to loosen the high-pressure fittings attached to the
bleed-down valve body.
9. If the pump-mounted plumbing kit is installed on this machine, loosen the high-pressure fitting near the bleed-down valve.
10. Remove the bleed-down valve assembly from the pump.
11 . Remove the outlet adapter from the valve body.
12. Remove the seat and the flow reducer from the outlet adapter.
13. Remove the actuator from the valve body.
14. Push a dowel through the bottom of the valve body to remove the seal, the needle guide, and
the needle.
15. Put high-pressure antiseize lubricant on the seat.
16. Put the flow reducer into the outlet adapter.
17. Put the seat into the outlet adapter.
18. Install the outlet adapter in the bleed-down valve body. Use a torque wrench to tighten the
adapter to95N∙m(70lbf∙ft).
19. Put the needle through the needle guide and the valve seal. Make sure that the point of the needle faces the seal.
20. Put high-vacuum grease on the red O-ring on the valve seal. Make sure that the red O-ring on the valve seal faces away from the needle.
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3
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21. Put the needle-and-seal assembly into the valve body until the needle guide is even with the top of the bore.
22. Install the actuator on the valve body. Tighten the actuator by hand.
23. Use a torque wrench to tighten the high-pressure fittings on the valve body. Refer to
High-pressure water fittings on page 144.
24. Connect the water drain tube to the bleed-down valve.
25. Connect the compressed air hose to the fitting on top of the actuator.
26. Tu rn
27. Tu rn
28. Tu rn
29. Turn the primary breaker disconnect lever on the electrical enclosure door to
ON the utility water to the pump.
ON the compressed air source.
ON the electrical main (line disconnect switch).
ON.
30. Make sure that the EMERGENCY STOP is not engaged. If the button is pushed in, turn the button clockwise until it releases.
31. Make sure that the key switch is set to Local .
32. Push the Controls button.
33. On the operator interface, touch the symbol to start the pump.
34. Monitor for leaks.
Echion Operator Manual 810770 77
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Compressed air source
Pressurized-water source or a steam cleaner Operation or equivalent oil
Recommended materials
Aluminum-compatible detergent Ethylene perchlorate detergent
Oil carbon detergent

Clean the air cooler

Do this task:
every 1,000 hours.
if you receive a Fault 1: Hydraulic Fluid>65C alarm.
CAUTION
CAUTION
Detergent can give better cleaning results. Think about the environment when selecting and using cleaning chemicals.
Detergent must be compatible with aluminum.
Protect the motor and all electronics during the cleaning procedure.
Parts, tools, and materials
Do this task when the pump is off.
Remove the top cover and the front panel. Refer to Inspect the pump on page 39 for instructions.

Clean the air side of the cooler

CAUTION
CAUTION
To prevent damage, the stream of water or air must be parallel to the fin.
Point the water stream against the air direction.
Detergent can give better cleaning results. Think about the environment when selecting and using cleaning chemicals.
Detergent must be compatible with aluminum.
1. Refer to the label on the cooler to find the cooler’s air direction.
2. Clean oil and grease off of the cooler with compressed air, pressurized water, or a steam
cleaner. Direct the cleaning stream against the cooler’s air direction.
78 810770 Operator Manual Echion
3. After cleaning, dry the cooler.
3
Preventive maintenance

Clean the hydraulic fluid side of the cooler

1. Disassemble the blast oil cooler to find the degree of contamination.
If contamination is moderate, connect the oil side to a closed cleaning system with a pump and a filter.
Ethylene perchlorate detergent can be used. Pump the detergent through the blast oil
cooler for10 minutes.
If contamination is very bad, use an oil carbon detergent. Rinse cleaned surfaces for30 minutes.
2. Use compressed air to remove remaining detergent.
3. Rinse the blast oil cooler with operation or equivalent oil.
Preventive maintenance
Echion Operator Manual 810770 79
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3
Preventive maintenance
Filter cartridge, water, 1.0 micron, 10-inch Filter wrench (included in the standard tool kit)
Recommended materials
Bucket or pail

Replace the water filter

Do this task:
every 1,000 hours.
if the difference between the values on the prefilter water-pressure gauge and the postfilter water-pressure
gauge is more than 0.7bar(70kPa/10 psi).
Parts, tools, and materials
Do this task when the pump is off.
1. Tu rn OFF the water to the pump.
2. Remove the top cover and the front panel. Refer to Inspect the pump on page 39 for
instructions.
3. Use the filter wrench to loosen the filter canister.
4. Remove the used filter cartridge from the filter canister. Discard the used filter.
There is an O-ring in the top of the canister.
5. Pour all of the water and debris out of the canister. Rinse or wipe out the canister, if necessary.
6. Put a new filter cartridge in the canister. The filter does not have a designated top or bottom.
7. Use the filter wrench to install the filter canister.
8. Tu rn
9. Tu rn
ON the water to the pump.
ON the pump.
10. On the operator interface, touch the symbol start the pump.
11 . Make sure that the difference between the values on the prefilter water-pressure gauge and the
80 810770 Operator Manual Echion
postfilter water-pressure gauge is less than 0.7 bar(70kPa/10 psi).
3
Preventive maintenance

Test the total dissolved solids (TDS) level

1-13897 TDS meter
Container for a water sample
Clean, deionized water or filtered water
Recommended materials
Bucket or pail
Do this task every 1,000 hours.
Preventive maintenance
CAUTION
Refer to Test the water quality on page 83.
A total dissolved solids (TDS) test measures the total concentration of dissolved substances in postfilter water. Dissolved solids cause deposits that can cause damage to check valves, seals, orifices, and other consumables.
The meter is not waterproof. Do not submerge the meter in water.
Some TDS meters must be calibrated before use. For best results, calibrate the meter at 25°C (77°F). Refer to the instructions supplied with the TDS meter.
Parts, tools, and materials
Do this task when the pump is off.
1. Push the button on a quick-disconnect fitting to remove a low-pressure water line from the intensifier.
2. Disable the intensifier.
a. On the operator interface, touch the adjustments symbol to open the primary adjustments
screen.
b. Touch this symbol to open the Intensifier Control screen.
Echion Operator Manual 810770 81
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3
Preventive maintenance
c. Touch the Intensifier On box.
Refer to Intensifier Control on page 170.
3. Set the target water pressure to345bar(5,000psi). Refer to Set the target water pressure on page 47 for instructions.
4. Tu rn
ON the pump.
5. Take a sample of the water from a low-pressure water line after the water filter. Make sure that the water is clear and odorless.
6. Put the TDS meter in the water sample up to the maximum immersion level (5 cm/2 inches). Tap the meter gently to release air bubbles.
Wait approximately 20 seconds for the reading to become stable.
If multiple readings are taken, turn OFF the TDS meter between readings.
7. Compare the reading to the table.
Unsatisfactory Optimal Satisfactory Unsatisfactory
Lower than 0.005%
(50 ppm)
Use nonmetallic or
stainless-steel fittings
0.005% to 0.015%
(50 ppm to 150 ppm)
0.015% to 0.022%
(150 ppm to 220 ppm)
A reverse osmosis
system can be used to
remove TDS
Higher than 0.022%
(220 ppm)
Use a reverse osmosis system to remove TDS
CAUTION
A TDS level that is lower than 0.005% (50 ppm) can harm waterjet parts and requires the use of nonmetallic or stainless steel fittings.
A TDS value of lower than 0.0005% (5 ppm) can damage stainless steel parts.
Treat water with a TDS level that is higher than0.015%(150ppm) with reverse osmosis.
8. Rinse the meter in clean, deionized water or filtered water after use.
9. Connect the low-pressure water line.
10. Go to the Intensifier Control screen and enable the intensifier.
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3
Preventive maintenance

Test the water quality

TDS meter
Container for a water sample Clean, deionized water or filtered water
pH tester
Silica test kit Water hardness (calcium carbonate) test kit
1
2
3
1
2
3
Parts, tools, and materials
Do this task when the pump is not operating.
1. Take a sample from the Waste water out hose. If you cannot access the hose, take a sample from the boost pump or from the hose going to the inlet water solenoid (for pumps without a boost pump).
Preventive maintenance
2. Make sure that the water is clear and odorless.
3. Test the pH. The optimal pH measurement is between6.0 and8.0.
4. Test the silica(SiO
million[ppm]).
5. Test the water hardness. The result must be equal to or lower than0.006%(60ppm/3.5grains per gallon).
6. Test the total dissolved solids (TDS) concentration. The optimal range is0.005% to0.015%(50ppm to150ppm). Refer to Test the total dissolved solids (TDS) level on page 81.
Echion Operator Manual 810770 83
) content. The silica content must be lower than0.0015%(15 parts per
2
Preventive maintenance
3
Preventive maintenance
2
1
1
Filter head
2
Sight gauge
Hydraulic filter element Antiwear (AW) mineral oil or synthetic hydraulic
fluid, ISO viscosity grade (VG) 32 or 46
Torque wrench
15/16-inch crowfoot wrench or socket
Recommended materials
Clean funnel
Clean towels

Replace the hydraulic filter element

Do this task:
every 1,500 hours.
when the needle on the hydraulic gauge is in the red zone while the pump is at stable temperature.
Parts, tools, and materials
Do this task when the pump is not operating.
1. Remove the top cover and the front panel. Refer to Inspect the pump on page 39.
2. Remove the used filter element from the filter head.
Use a 15/16-inch crowfoot wrench or a socket if the filter element is too tight to
remove by hand.
3. Put clean hydraulic fluid on the gasket of the new filter element.
4. Twist the filter element into the filter head.
5. Use a torque wrench to tighten the filter toa value between 13.5 N ∙ m (10 lbf ∙ ft)
and16 N ∙ m (12 lbf ∙ ft).
6. Tu rn
ON the pump in pierce-pressure mode.
7. Look at the sight gauge to check the hydraulic fluid level. Add hydraulic fluid, if necessary.
84 810770 Operator Manual Echion
3
Preventive maintenance

Add hydraulic fluid

Antiwear (AW) mineral oil or synthetic hydraulic fluid, ISO viscosity grade (VG) 32 or 46
Recommended materials
Clean funnel
Do not put too much hydraulic fluid in the tank.
The capacity of the hydraulic fluid tank is 120 L (32 gallons).
Parts, tools, and materials
Do this task when the pump is not operating.
1. Remove the top cover and the front panel. Refer to Inspect the pump on page 39 for instructions.
2. Remove the filler cap.
Preventive maintenance
3. Fill the tank with hydraulic fluid until the fluid is at the top mark on the sight gauge.
4. Install the filler cap.
Echion Operator Manual 810770 85
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3
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3
2
1
1
Filler cap
2
Filter head
3
Sight gauge
1-18772 Hydraulic fluid replacement kit
Antiwear (AW) mineral oil or synthetic hydraulic fluid, ISO viscosity grade (VG) 32 or 46
Clean towels
Siphon or siphon pump
Torque wrench 15/16-inch crowfoot wrench or socket
Recommended materials
Clean funnel Container for used hydraulic fluid
Isopropyl alcohol

Replace the hydraulic fluid

Do this task:
every 3,000 hours.
if the hydraulic fluid is dark or milky in color or has a strong odor.
if a test laboratory finds the quality is unsatisfactory.
Refer to Check the hydraulic fluid on page 41.
Do not put too much hydraulic fluid in the tank.
Parts, tools, and materials
Do this task when the pump is not operating.
1. Remove the top cover and the front panel. Refer to Inspect the pump on page 39 for instructions.
86 810770 Operator Manual Echion
2. Remove the filler cap or the filter head.
3. Use a siphon or a siphon pump to remove the hydraulic fluid from the tank.
Preventive maintenance
3
Preventive maintenance
4. Disconnect the lower ends of the hydraulic hoses that enter the top of the tank.
5. Remove the filter element and install a new element. Refer to Replace the hydraulic filter
element on page 84 for instructions.
6. Disassemble the hydraulic tank cover.
a. Disconnect the temperature/level sensor cable.
b. Disconnect the hydraulic hose from the filter.
c. Remove the 2 hoses that pass through the cover.
d. Use a 7/16-inch open-ended wrench to remove the bolts and washers(10 each) from the
tank cover.
7. Clean the inner surfaces of the tank with clean towels. Make sure that no debris is left in the bottom of the tank.
CAUTION
CAUTION
8. Assemble the hydraulic tank cover.
a. Install the tank cover bolts and washers(10 each).
b. Install the 2 hoses that pass through the cover.
c. Connect the hydraulic hose from the filter
d. Connect the temperature/level sensor cable.
9. Fill the tank with hydraulic fluid until the fluid is at the top mark on the sight gauge.
10. Install a new filler cap.
11 . Discard the used parts.
Remove all towels from the tank before putting hydraulic fluid in it.
Do not use soap, detergent, or solvents. Isopropyl alcohol can be used to clean the tank.
12. Turn
13. Monitor for leaks.
14. Add hydraulic fluid, if necessary. Refer to Add hydraulic fluid on page 85.
15. Operate the pump in pierce-pressure mode for15 to20 minutes.
Echion Operator Manual 810770 87
ON the pump in pierce-pressure mode.
If air is in the hydraulic system, the pump can be noisy during operation. Refer to The
pump makes noise during operation on page 133.
Preventive maintenance
3
Preventive maintenance
Low-pressure handheld grease gun
NLGI grade 2 bearing grease
Clean towels
Recommended materials
Mobil Polyrex™ EM

Lubricate the primary motor bearings

Do this task every 3,000 hours.
CAUTION
CAUTION
Correct lubrication is important for motor performance.
Use the correct types and amounts of grease and oil.
The bearing can overheat if too much or not enough grease is used to lubricate the bearing
Most handheld pump grease guns have an output of1.25grams of grease per pump. Check with the manufacturer of your grease gun.
Parts, tools, and materials
Do this task when the pump is operating.
1. Remove the top cover and the front panel. Refer to Inspect the pump on page 39 for instructions.
2. Remove the grease fitting cap.
3. Remove the plastic plug on the bottom side of the motor.
4. Clean the grease fitting with a towel, if necessary.
5. Attach a grease gun coupler to the grease fitting.
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3
Preventive maintenance
6. Use a grease gun to put the specified quantity of grease in the motor.
Echion 15 Echion 30 Echion 50
13 grams 18 grams 21 grams
7. Replace the grease cap.
Preventive maintenance
CAUTION
Use only the recommended volume of grease.
8. Do this procedure again on the other end of the motor.
9. Use the postmaintenance start procedure after working on the primary motor. Refer to
Postmaintenance start procedure on page 91.
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3
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Start the pump after maintenance

CAUTION
CAUTION
CAUTION
CAUTION
Start the pump normally if maintenance done on the pump was limited to:
• replacing the water filter.
• replacing the hydraulic filter element.
• replacing the hydraulic fluid.
• repairing or replacing the bleed-down valve.
• working on the electrical system.
Refer to Start the pump on page 43 for instructions.
A turning motor shaft can be dangerous. Close all doors and replace all covers, including access covers.
Do not try to repair a leak with pressure in the system.
Remove all tools, towels, and rags from the work area before starting the equipment.
Make sure that all fittings are tight after doing maintenance on or repairs to this equipment.
Use the Postmaintenance start procedure on page 91 if maintenance or repairs have been done on:
• the high-pressure water system.
• intensifier components.
• the primary motor.
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Preventive maintenance

Postmaintenance start procedure

A smooth start after maintenance can give the high-pressure seal longer life.
Touch the symbol to stop the procedure and to turn OFF the pump.
Use this program to increase the water pressure gradually. The procedure takes approximately6minutes. Refer to Touchscreen maps on page 177 for details about the program.
Preventive maintenance
1. Tu rn
2. Tu rn
3. Tu rn
4. Turn the primary breaker disconnect lever on the electrical enclosure door to
ON the utility water to the pump.
ON the compressed air source.
ON the electrical main (line disconnect switch).
ON.
5. Make sure that the EMERGENCY STOP is not engaged. If the button is pushed in, turn the button clockwise until it releases.
6. Make sure that the key switch is set to Local .
7. Push the Controls button.
8. On the operator interface, touch the maintenance symbol to open the primary maintenance
screen.
9. Touch this symbol to open the Start Procedure screen.
10. Touch the symbol on the screen to start the procedure.
While the procedure continues, examine the pump for high-pressure water leaks and hydraulic fluid leaks. Monitor these areas.
Hydraulic connections
Valves
Intensifier bridge and bottom deck
11 . When Tur n On the Cuttin g Head flashes on the screen:
a. Move the cutting head to a safe location on the table.
b. Tu rn
ON the cutting head.
c. Touch the symbol to continue.
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Preventive maintenance
12. When Tur n Off the Cutting Head flashes on the screen:
a. Tu rn
OFF the cutting head.
b. Touch the symbol to continue.
13. When Examine the Pump flashes on the screen:
a. Examine the pump for loose fittings or leaks.
b. Examine the attenuator connections for leaks.
c. Touch the symbol to continue.
The main motor turns off.
The primary operation screen opens.
14. Install the top cover and the front panel.
The pump is ready for operation.
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Preventive maintenance

Prepare for storage

4
3
2
1
6
5
7
Cutting water in
Boost pump
Inlet water solenoid (for systems without a boost pump)
Waste water out
Compressed air
Cutting water out
7
4
321
Water-cooled system
Cooling in
Cooling out
5
6
1/8-inch male to 1/2-inch male adapter (compressed air to cutting water in)
1/8-inch male to 1-inch male adapter (compressed air to cooling in)
7/16-inch open-ended wrench 1-1/16-inch open-ended wrench
Filter wrench (included in the standard tool kit)
Water-cooled system
1-inch open-ended wrench
1-3/16-inch open-ended wrench
Preventive maintenance
WAR NING
High-pressure water can cause eye injuries. Wear approved eye protection when operating or doing work near this equipment.
Do not stand over components such as tubes or valves while drying the system.
All low-pressure water connections use push-to-connect fittings.
Use this procedure to prepare the system for storage. Clearing the water lines prevents freezing, which can cause damage to the pump.
Refer to Connect the water and the air on page 157 for information about the connections.
Parts, tools, and materials
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Preventive maintenance
Do this task when the pump is not operating.
1. Remove the water filter from the filter canister. Refer to Replace the water filter on page 80.
2. Pour the water out of the filter canister.
3. Install the water filter canister without the filter.
4. Disconnect the compressed air from the pump. Connect the compressed air hose to the
Cutting water in connection.
The compressed air hose connection is 1/8-inch NPT male. The Cutting water in
connection is 1/2-inch NPT female. An adapter (not included) is necessary.
5. Use a 1-1/16-inch open-ended wrench to disconnect the Waste water out hose from the pump.
6. On the operator interface, touch the maintenance symbol to open the primary maintenance screen.
7. Touch this symbol to open the Prepare for Storage screen.
8. Touch the symbol on the screen to start the procedure.
The supply water valve opens.
9. Tu rn
10. Turn
11 . Touch the symbol to continue.
ON the compressed air for a minimum of5 minutes to dry the system.
OFF the compressed air.
The water valve closes.
12. Disconnect the compressed air hose from the Cutting water in connection.
13. Make sure that the water filter canister is empty. Water can collect in the canister when the
system is cleared.
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Preventive maintenance
14. Install the water filter canister with the filter.
15. Do this procedure for a water-cooled system.
Air-cooled systems do not require fluid removal.
a. Use a 1-inch open-ended wrench to connect the compressed air hose to the Cooling in
connection.
The Cooling in connection is 1/2-inch NPT female. An adapter (not included) is
necessary.
b. Use a 1-3/16-inch open-ended wrench to disconnect the Cooling out line from the pump.
c. Disconnect the compressed air hose from the Cooling in connection.
d. Do step 8 through step 12 again.
16. Install the original caps and the plugs for the utility connections.
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Preventive maintenance

Recycling and end of product life

At the end of the life of the product or its parts, recycle or discard materials and parts. Use an environmentally satisfactory method and in accordance with local regulations. If the product contains substances that could cause damage to the environment, remove and dispose of them in accordance with current local regulations. This includes liquids such as hydraulic fluid.
Make sure that dangerous substances are disposed of safely and that the correct personal protective equipment is used. The safety specifications must be in accordance with the current local regulations at all times.
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Parts lists

Parts lists
Genuine Hypertherm parts are the factory-recommended replacement parts for this pump. It is possible that the Hypertherm warranty will not cover damage caused by nongenuine Hypertherm parts.
To order parts, contact the original equipment manufacturer (OEM).
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Parts lists
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Parts lists
11
8
2
1
7
3
4
5
9
10
12
6

Tools

1-18768 Standard tool kit
Part number Description Quantity
1 1-12091 Torque wrench, 3/4-inch drive,80N∙m to400N∙m(60lbf∙ft
to300lbf∙ft)
2 1-17490 Breaker bar, 40-inch 1
3 1-18038 White lithium grease, 44.3 ml (1.5 fluid oz) 1
4 1-13537 PURE Goop halocarbon-based antiseize lubricant, 28 g (1 oz) 1
5 1-11111 Blue Goop oil-based antiseize lubricant, 57 g (2 oz) 1
6 1-11136 High-vacuum grease, 150 g (5.3 oz) 1
7 1-13972 Water filter wrench 1
8 1-18851 Square drive adapter, 3/4-inch female to 1/2-inch male 1
9 1-18852 Hex-bit socket, 1/2-inch square drive, 3/8-inch 1
10 1-12021 12-point socket, 3/4-inch square drive, 1-1/2-inch 1
11 1-13281 Granite lapping block 1
12 1-11210-12 Lapping paper, 12 micron, 1 sheet 10
The tool case contains all of the above items except:
The torque wrench has a separate case.
1
The granite lapping block is shipped in a wooden box.
The breaker bar is shipped in a bag.
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Parts lists
4
Parts lists
3
1
2

Intensifier repair tools

Part number Description Quantity
1 1-18416 Seal installation tool 1
2 1-18803 Seal removal tool 1
3 1-18848 Cylinder locator tool 1
These tools are shipped with the pump.
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Parts lists
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Parts lists
2
3
4
1
5
1 2 3 4

Maintenance and repair kits

1-18769 Echion standard spare parts kit
Part number Description Quantity
1-18770 Repair kit, high-pressure seal, Echion 2
1-18771 Repair kit, high-pressure poppet, Echion 1
1-18849 Repair kit, low-pressure poppet, Echion 1
1-17434 Repair kit, bleed-down valve 1
1-18772 Replacement kit, hydraulic fluid 1
1-11106 Filter cartridge, water, 1.0 micron, 10-inch 1
1-18770 Echion high-pressure seal repair kit
Description Quantity
1 Spring, energized seal, 7/8-inch 2
2 O-ring backup, seal housing, -122 2
3 O-ring, seal housing, -122 2
4 Seal cartridge, high-pressure 2
5 Poppet screw, low-pressure 2
Each high-pressure seal cartridge includes:
1 High-pressure seal O-ring, greased, -119 3 High-pressure hoop
2 High-pressure seal 4 High-pressure seal backup, bronze
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