Copyright
This documentation with all illustrations is intellectual property of Trotec Produktions- u. Vertriebs
GmbH.
The entire documentation is given to the user for personal use only. This documentation must not be
reproduced or made available to others without our written permission. Any breach of law will be prosecuted.
Trotec Produktions- u. Vertriebs GmbH cannot be held responsible for any direct or
indirect damages, which result from using or working with the products electric circuits or software described herein. The apparatus must be used only by trained and
skilled personnel. Before use the manual should be read and followed carefully.
Furthermore Trotec Produktions- u. Vertriebs GmbH reserves the right to change or
alter any product described herein without prior notice.
In case of failure, please check the device first. If unsuccessful, please note all data of
the device (year of manufacture, software version, etc.) and call us from a telephone
next to the switched on device.
For queries or technical problems please contact your dealer or Trotec Produktions- u.
Vertriebs GmbH directly at the above address.
We have a legal duty to track our products after delivery to our customers.
In particular, this relates to:
Recurring faults in functions
Anything that is unclear, e.g. in operation, maintenance or instructions
Any accidents that occur
Other unusual observations
Recommendations for improvement, requests
This information serves as a basis for potential corrections and/or changes to the product, and it is
therefore of great interest to us.
We request that you inform us of any such events and offer us your recommendations. This is the only
way that we can improve our products as necessary, and to make them as safe and reliable as possible.
Please use the response forms included in the Appendices for this purpose.
The SP 500 consists of a machine and a base frame.
All electronic components are integrated in the base frame.
All necessary connections are made on the back side of the SP 500.
Controls for the SP 500 are located on the keypad.
The SP 500 is equipped with an interlock safety system. When the interlock is activated, only setup
tasks can be performed on the SP 500.
The machine has a manual table changing system that enables use of the optimal table for specific
jobs. This system ensures faster and safer table changes.
Intended Use
The Trotec SP 500 is designed for engraving and cutting of the materials listed in this document.
Working area 1245 x 710 mm (49 x 28 in) or optional 1245 mm (40 in) x ∞ (with pass-through)
Loading area 1420 x 820 mm (56 x 32 in) or optional 1420 mm (56 in) x ∞ (with pass-through)
Max. height of work piece 112 mm (4.4 in) slat cutting table, 95 mm (3.7) aluminum cutting grid table and
acrylic cutting grid table, 98 mm (3.7) vacuum table; at removed table 300mm(12
in) at an area 1245 x 610mm (49 x 24 in) (flatness at removed tables cannot be
guaranteed)
Work piece table Multifunctional table concept: slat, aluminum, acrylic cutting grid table or vacuum
table – one table included as standard; also available: honeycomb cutting tabletop, aluminum cutting grid tabletop or acrylic cutting grid Tabletop; electronic,
programmable z-axis with servo motor
Speed of motion system 254 cm/sec. (100 in/sec)
Acceleration 19m/s² (748 in/sec²)
Motor Brushless DC servomotor
Encoder Increment measuring system
Optical elements lens and all mirrors air-flushed and therefore protected from soiling (preinstalled
mm (0,5 in) more clearance than standard lenses, 3.75” rotary lens –additional
clearance especially for rotary jobs
Accuracy of motion system +/- 0,1 mm (0.004 in)
(on the whole working area)
Addressable accuracy 0,0046 mm (0.0002 in)
Repeatability <± 0,015 mm (0.0006 in)
Accuracy to size of parts According to material an process
Maximum material load 25 kgs (55 lbs) area load over the whole working area
Exhaust Travelling exhaust; table exhaust (with cutting- and vacuum table)
Pass-through (back) height/width: 70 x 1420 mm (2.7 x 56.0 in)
maximum material height 63mm (2.5 in)
Rotary attachment Cones and roller version; max length of work piece: 104 cm (41 in) (roller) / 84
cm (33 in) (cones); diameter: 15 cm (0,59 in) (roller) / 25 cm (10 in) (cones)
JobControl® Vision Registration mark and compensation system;
max. working area: 1245 x 710 mm (49 x 28 in)
Gas-Kit (for compressed air respectively process gas)
For control of compressed air and process gas (free of mechanical dust, water
and oil) max. flow rate 150 l/min (40 gpm) with max. 10 bar (145 psi) max. limit 4
bar on working head push fitting connection with out diameter) connection on the
machine with hose out diameter of 6mm (0.23 in)
Caution when processing conductive materials (carbon fibers,…)! Conductive dust or particles in the ambient air might damage electrical components and lead to short circuits.
Bear in mind that those defects are NOT warranted
Acrylic
Painted metal
Delrin
Stainless steel (with Thermark)
Anodized aluminum
Veneer
Handicrafts
Glass
Wood
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●
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Gum rubber
Ceramic
Cork
Plastics
Laser rubber
Leather
MDF
Melamine
Micro porous rubber
Paper
Polyester
Stone
PC (Polycarbonate)
Other materials only with written approval by Trotec.
The following materials are not recommended for processing:
Polyurethane PUR, Polyvinyl chloride PVC, Polyvinyl butyral PVB, Polytetrafluorethylene
PTFE and materials containing epoxy or phenolic resins
●
● ●
● ●
● ●
CAUTION
Trotec assumes no responsibility for any consequences of laser processing in any application such as medical or pharmaceutical applications
Operating personnel must read and understand the operating instructions, and especially the “Safety”
chapter, before operating the equipment. We recommend that the operator create internal instructional
documentation for equipment safety and operation and to acknowledge receipt of these instructions/operating manual and participation in training/education in writing (see documents in the Appendices).
5.1.1 Intended user group
The machine may only be operated by authorized persons.
Authorities must be clearly defined and observed, so that no unclear competencies result under the
aspect of safety. This applies in particular to work performed on the electrical equipment that may only
be performed by specially trained professionals.
Activity
Intended group of users
Control/operation Trained personnel
Other activities
(e.g. error correction, maintenance)
Specially trained personnel or
hired tradesmen
5.1.2 Operating instructions / Safety equipment
The safety zone is defined by the operator. Instructions and guidelines must be observed and followed!
Reckless actions may lead to death, bodily injury and/or damage to the machine.
Make sure that no personnel remain in the hazardous area or at the
•
machine.
Do not leave any foreign objects in the machine (tools, etc.).
•
Hazard due to operator error by unauthorized persons!
Adjustment and control of the machine by persons with inadequate knowledge of
machine operation may lead to death, bodily injury and/or damage to the machine.
Never inadvertently actuate the machine.
•
Turn the main switch off when the machine is not being used.
•
Hazard during faulty work process!
Deviations in machine processing and work results may be an indication of hazardous conditions (jammed product, loose guides, etc.).
Observe machine movements for proper operation and check
•
workresults on a regular basis.
In case of deviations, initiate prescribed actions.
•
Hazard due to premature actuation!
Premature actuation of the machine may lead to death, bodily injury and/or damage to the machine.
Do not reach into hazardous areas until you have turned off the
•
main switch and placed a service sign on it.
Hazard due to inadequate cleaning or functional checks!
Inadequate cleaning or functional checks result in machine damage.
Accumulation of dirt could impair mechanical functions.
Regularly check machine and connection lines for damage and
•
wear. In case of damage, immediately initiate prescribed actions.
Keep machine, handles and switches free of oil, grease, dirt and
•
moisture.
Hazard due to unsuitable tools!
The use of improper tools could result in a risk of bodily damage and/or damage to
the machine. Poor housekeeping leads to elevated accident risk.
Use proper tools for maintenance jobs.
•
Hazard due to missing machine signage!
The risk of machine operator error results from making incorrect assumptions.
Replace missing machine signage.
•
Hazard due to fault that cannot be corrected!
A fault that cannot be corrected may lead to injury and/or damage to the machine.
The accessible laser radiation of Class 2 laser systems does not pose any hazard
for the skin. Any short-term radiation of the eyes also poses no risk due to the low
level output. In the event of longer, more intensive radiation, the eye is protected
by the natural lid reflex.
The SP 500 uses a Class 2 laser pointer. In order to prevent irritation of the eyes
during operation, the operator should not look directly at the laser source.
Diffuse reflections of the pilot laser are entirely harmless.
Class 4
Class 4 lasers pose the risk of direct radiation and indirect stray radiation and may
cause damage to both the skin and eyes.
Class 4 lasers also pose a fire and explosion hazard if used improperly and the radiation strikes any flammable material.
The operator is responsible to take all necessary protective measures to entirely
rule out the possible ignition or explosion of materials by the laser beam.
Class 4 lasers should be operated according to the following precautionary
measures among others:
The operator is obliged to appoint a trained Laser Protection Officer responsi-
ble for compliance with the relevant regulations.
The danger zone must be identified by installing warning lights and warning
signs outside the area.
The danger zone must be secured against unauthorised access.
The operator of a Class 4 laser system should always wear laser protection
glasses suitable for the wave length and output of the laser within the danger
zone.
An additional emission warning light should also be installed in a position visi-
ble to the operator to warn them of any emerging laser radiation.
Compliance with the points above does not absolve the operator from meeting the
relevant standards and guidelines for the operation of a Class 4 laser system.
Hazard due to laser radiation without protective measures!
Lack of protective measures can result in:
- Burns on the cornea of the eyes,
- Skin burns, and
- Fire hazard for clothing
Never operate machine without protective equipment
•
Unapproved modification or disassembly of the laser is prohibited
•
Never manipulate the laser unit
•
Do not bypass the interlock system
Hazard in processing unapproved material!
Processing of materials not listed and approved in this operating manual is prohibited.
Processing medical technology and pharmaceutical products!
Trotec assumes no responsibility for any consequences or the suitability of laser
processing for any applications, especially those in the medical technology or
pharmaceutical fields.
Hazard when working with the cutting table!
If not all of the partition plates are used in the cutting table, there is a risk of fire due to
reflection of the laser beam.
Insert anti-reflective material beneath the partition plates.
etc.), appropriate measures should be taken to avoid health hazards.
Hazard due to operator error!
Errors are possible even when the machine is operated properly following the functions
and sequences described in the operating manual. Such errors may lead to death, bodily injury and/or damage to the machine.
•
cated in the hazardous area.
In processing with or use (cleaning, etc.) of hazardous materials (toxic,
Do not initiate any work or adjustment activities while any personnel are lo-
Hazard due to add -on options or machines!
Adding on options or machines can lead to unknown risks and hazards.
Modifications made to the machine without approval by Trotec invalidates the
•
Conformity Declaration (CE) supplied with the product.
5.3.2 Crushing hazard
Hazard due to moving parts!
Reaching, stepping or leaning into the hazardous area may result in serious injury by
crushing body parts, severing fingers or the hand!
Do not initiate any work process on the machine while persons (helpers, etc.)
•
are located in the hazardous area of the machine.
Prohibit access to the hazardous area.
•
Wear suitable work clothing (no loose clothing, jewelry, or similar.).
The warning and information labels are attached in such positions of the device that could
represent a source of danger during set-up and operation. Therefore, follow the
information on the labels. If labels are lost or damaged, they must be replaced
immediately.
When transporting outdoors, only transport in shipping vehicles with roofs or sufficient
weather protection.
CAUTION
Protect machine from shipping damage using tie-down straps, packaging materials and
sufficient gaps to other shipped goods.
- Ambient temperature for transport:
Minimum temperature +10 °C (+50 F)
Maximum temperature +40 °C (+104 F)
CAUTION
Handle machine and machine parts with care.
Do not place any heavy loads on top of the machine or machine parts.
Avoid harsh impacts.
Only lift at the specified points.
Take special care in transporting electronic components.
Unloading, inspection and damage reporting
After unloading:
1. Remove shipping packaging.
2. Dispose of packaging according to applicable waste disposal law.
3. Inspect machine and machine parts for shipping damage.
4. Check shipment for completeness.
In case of shipping damage or incomplete shipment:
1. Immediately document the details of the damage.
2. Also note the claim on shipping papers.
3. Photograph the damage.
4. Send report to TROTEC.
Storage conditions
- Store machine and machine parts in a dry area.
- Protect machine and machine parts from scratches.
- Store electronic components especially carefully in a packaged state.
- In case of longer term storage, protect exposed metal parts (e.g. oil the parts).
- Ambient temperature for storage:
Minimum temperature +10 °C (+50 F)
Maximum temperature +40 °C (+104 F)
Storage Location
In storage room or packaged with adequate weather protection.
The storage location must be free of caustic materials, vapors and combustible materials.
If the Standby button is pressed while the Z- axis is in an automatic move (e.g. autofocus), the
Standby mode is entered after finishing the Z- axis- move (Z- axis move can be stopped by
pressing any of the Z- axis keys).
10
Indicates, that a laser beam is currently being emitted.
11
By pressing this button, the actual process running will be stopped.
12
Pressing the button with no Job running the actual Jobs positioned on the selected plate in JobControl are started.
Used to pause the current working process (key lights up). As soon as the last processing command is finished, the motion system stops.
If this key is pressed a second time, the key illumination goes off, the interrupted working process is continued.
Pressing the button after a Job is finished will repeat the actual Jobs positioned on the selected
plate in JobControl. The Jobs will reset automatically.
13
Indicates the current status of the device.
green permanent light / Pause mode 13 Data available in the machine
Switches the device into Standby mode (Laser ready, illumination off) - key lights
up.
By pressing the key again the device is switched back to Ready mode.
green, flashing slowly (0.5 Hz) 13 Machine is ready
green, flashing fast (2 Hz) 13 Cover has been opened
red permanent light 13 Laser beam is being emitted
green/red flashing alternately 13+10 Cover open during switch-on process,
For additional Operations. When this key is pressed together with the following keys, the functions indicated are activated:
Exhaust (5): Air assist on/off
Positioning keys X/Y/Z (2): These keys drive the laser head to
the end position
15
Used to manually switch the exhaust system on and off.
The key illumination shows the status of the exhaust system. When the key is illuminated, the
exhaust system is switched on.
After completing the engraving process, the exhaust system can only be switched off after
some seconds (follow-up time).
Air assist is switched on/off by simultaneously pressing these keys:
“Shift” for 2nd function key level (14)
And
Exhaust on/off (9)
16
17
Use these positioning keys to move the table manually.
When both keys are pressed simultaneously, the material is focused automatically.
Before the autofocus- move is started, the head is moved backward in line with the light barriers. If the light barrier is broken, e.g. by an air assist nozzle, the upward move will be suppressed to prevent a collision between the nozzle and the table.
By pressing the "Shift" key and a Z- positioning key an automatic move to the corresponding
end- positions is performed:
Shift + Down: the table moves down to the lowest possible position
Shift + Up: the table moves up to the autofocus- position.
Note: Shift + Up will cause the head moving backwards to the light barriers (according simultaneous pressing of both z-keys).
If any of positioning keys X and Y is pressed, no moves in Z are possible.
An automatic move of the Z- axis can be stopped by pressing of the positioning keys
(1 or 2).
When pressing one of these two keys the working table moves in Z direction (upwards or downwards).
The Autofocus option might not work on transparent materials or materials which
are not flat.
Bear in mind that defects from head crashes (working head hits material or working
table) are NOT warranted.
Use the positioning keys to manually move the lens holder into the indicated directions.
19
When you press two keys simultaneously, the lens holder moves diagonally.
When you press the "Shift" key and one of the positioning keys simultaneously, a
movement to the corresponding end position is performed.
If all panels are closed, the movement is done with the maximum velocity, if
opened, the speed is 1/4th of the maximum.
While the Z- axis is in movement (e.g. autofocus), no cursor moves in X and Y axis
are performed.
The Autofocus option might not work on transparent materials or materials which
are not flat.
20
Pressing this button will change the machines home position temporary (Home-move to this position)
Bear in mind that defects from head crashes (working head hits material or working
table) are NOT warranted.
21
22
This is used to adjust the required gas pressure of the gas used. The pressure setting is displayed on the: manometer for gas pressure.
Trotec advises to use the Atmos Duo Plus for the SP 500.
Depending on the type of table installed in the machine the exhaust requirements and recommended
Trotec exhaust systems for standard applications are:
Head Exhaust (45mm) 50 m³/h 5300 Pa
Vacuum table (75mm) 250 m³/h 3900 Pa
Cutting table (75mm) 350 m³/h 1500 Pa
Standard table Not applicable (Table Exhaust inactive)
Monitoring point for flow-rate and pressure is at the exhaust port at the laser machine. Pressure loss
by hoses / pipes or filter parts of the exhaust has to be determined and additionally calculated when
selecting a proper exhaust.
If only a Cutting table is installed, a VENT 3000 would be sufficient
The laser may only be operated with properly installed and operating exhaust system.
Fumes and dust created during cutting or engraving have to be exhausted properly.
Some materials when cut or engraved can produce fumes that are hazardous in concentrated amounts.
Damage to the system caused by the use of no or improper extraction equipment will
not be covered by warranty.
The life time of optics and mechanical components will be reduced by fumes and dust
accumulating in the machine. This will be avoided by a capable exhaust system.
The cutting quality will be reduced by fumes and dust accumulating in the machine.
This will be avoided by a capable exhaust system.
The laser power interacting with the work-piece will be reduced by fumes and dust accumulating in the machine. This will be avoided by a capable exhaust system.
Atmos
Flow rate Pressure
The exhaust power which is available for the application will be reduced by e.g. bending, small hose diameters and long hoses.
Therefore, avoid bending, keep hoses as short as possible and use hoses with diameters as large as possible.
Applications generating large amounts of dust or fumes may require a stronger exhaust system.
Also the use of separate exhaust systems for head and table exhaust may be necessary.
It is absolutely necessary to consult your distributor in such cases.
ing
and/or cutting thin and lightweight materials
such
as films, plastic laminates, veneers, thin sheets
of wood, paper, cardboard, and similar.
l
The entire surface of the vacuum table must
•
be covered to ensure the maximum vacuum
effect
l
Two swiveling handles (1) make it easier to
•
lift out the engraving table
To use them, swivel the handles (1) upward.
9.6.4 Cutting Table
f not all of the partition plates are used in the cutting table, there is a fire
hazard due to reflection of the laser beam.
Insert an anti-reflective material beneath the partition plates
It is not allowed to place Workpieces into the baseframe without a Table attachment (e.g. Standard-, Vacuum- or Cutting Table).
This is important so no bending on the frame and impairment of the exhaust function is
possible
•
l
To ensure even better contact (2), the
“Contact” option is recommended.
The cutting table rests on the base frame
•
and is supported by additional braces there.
•
Specially shaped air guides are used in the
cutting table. This ensures that parts falling into
the frame are not damaged by the laser.
Custom made acrylic bars may also be used.
Place focus tool (6) on laser head
Drive the work table upward until focus tool drops tilts
Key
Machine is now ready for production.
The Autofocus option might not work on transparent materials or materials which are not
flat.
Bear in mind that defects from head crashes (working head hits material or working table)
are NOT warranted.
TROTEC Produktions u. Vertriebs GmbH.
Linzer Straße 156,
A-4600 Wels
Authorized person for the compilation of technical documentation
Gerhard KREMPL, TROTEC Produktions u. Vertriebs GmbH., Linzer Straße 156, A-4600 Wels
We hereby certify that
in its conception, construction and form put by us into circulation is in accordance with all the relevant
essential health and safety requirements of the EC machinery directive 2006/42/EEC.
Further valid guidelines/regulations for the product
2006/95/EG Low Voltage Directive
2004/108/EG EMC Guideline
Applied harmonized standards
- EN ISO12100 Machine Safety
- EN 60335-1/2007 Safety of Household and similar Appliances
- EN 55014-1/2006, EN 55014-2/1997 Electromagnetic Compatibility
- EN 60204-1 Machine Safety – electr. Equipment
- EN 60825-1/2007, EN 60825-4/2006 and EN 60825-14/2006 Safety of Laser Equipment
- EN 55022/2008, EN 55024/2003 Electromagnetic Compatibility
Place, Date:
Wels, 30.03.2011
Personal data of the signer:
Stephan FAZENY, Head of Research and Development
Signature:
:
:
Speedy 500
Modell N° 8014 Speedy 500 C40/50/60/70/80/90/100/110/120/200
If you face any trouble with the machine, please provide the following information and add the service
file (procedure on how to create a service file, is described on the following pages).
Date
Machine Details
Contact Details
Serial Number First Name
JobControl Version Last Name
Driver Version Country
Layout Software Phone
Firmware Version Email
Problem Description
Does an error message show up on the PC, if so which one?
What happened before the error appeared? (Thunder & Lightning, Windows-Update,…)
What was tried to solve the problem?
Please send the information to your sales representative or to techsupport@troteclaser.com.
2. Position the job (which possibly caused a failure) on the plate.
This can be done by either
a) double clicking on the appropriate job name in the queue
b) dragging the job onto the plate using the mouse
c) selecting the job by clicking on the job name in the queue and then clicking on the icon
"Position Job" .
3. Run the job and leave the job on the plate.
4. Go to “Settings” > “Create Service File”.
5. The window „Save Service File to“ shows up. Please select a directory to save the file and
click on „Save“.
6. The window „Add Layout File“ appears. Please select the layout file, which was sent to JobControl and possibly caused a failure (e.g.: a CorelDraw file, Photoshop file, AutoCAD file,…).
Now click on „Open“.
7. The following window confirms, that the service file (ServiceLog.txt) was created successfully
and shows the path where it was saved.
8. Please forward the service file "SeviceLog.txt" together with a screenshot of e.g. the error
message and detailed description to your sales representative or to techsupport@trotecla-