This product manual is intended to provide information for safe operation and/or
maintenance. Husky reserves the right to make changes to products in an effort to
continually improve the product features and/or performance. These changes may result in
different and/or additional safety measures that are communicated to customers through
bulletins as changes occur.
This document contains information which is the exclusive property of Husky Injection
Molding Systems Limited. Except for any rights expressly granted by contract, no further
publication or commercial use may be made of this document, in whole or in part, without
the prior written permission of Husky Injection Molding Systems Limited.
Notwithstanding the foregoing, Husky Injection Molding Systems Limited grants permission
to its customers to reproduce this document for limited internal use only.
Husky® product or service names or logos referenced in these materials are trademarks of
Husky Injection Molding Systems Ltd. and may be used by certain of its affiliated companies
under license.
All third-party trademarks are the property of the respective third-party and may be
protected by applicable copyright, trademark or other intellectual property laws and treaties.
Each such third-party expressly reserves all rights into such intellectual property.
This User Guide includes general warnings and cautions to avoid injury to personnel and
damage to the system. These warnings and cautions are not intended to be, nor are they allinclusive to every condition or application that may occur during operation. Maintenance
and safety procedures remain the sole responsibility of the individual and his or her
company.
IMPORTANT!
Some manuals may contain addendums that detail new or updated information. Before
reading a manual, make sure to review all available addendums located at the end of the
manual.
1.1 General Safety
WARNING!
Electrical shock risk-de-energize controller prior to connecting, disconnecting or
servicing the controller, hot runner or mold.
WARNING!
Electrical hazard - risk of shock or personal injury. ALWAYS ensure that the screw on
the back of the top portion of the controller, marked with the general warning symbol,
is installed when the controller is energized. This is the grounding point for the top
cover to the chassis. Removal of this screw could cause an unsafe condition unless
proper precautions are taken such as, Lock Out Tag Out (LOTO).
WARNING!
Gas/vapor hazard – risk of respiratory injury. Certain processed materials could release
harmful gas, vapors or dust. Install an exhaust system according to local codes. Plastic
degrades with prolonged exposure to the setpoint temperature. Do not leave machine
and controller unattended.
General Safety1
v 2.3 — September 2015Altanium Delta3
• The system should only be installed by qualified personnel in accordance with local
codes.
• When the controller is connected to an injection molding machine, the safety of the
system is the responsibility of the integrator.
• Only persons with a thorough knowledge of the system's operation and capabilities
should operate the system.
• Read all of these instructions before connecting power and turning on the system.
• Follow all warnings and instructions marked on the system.
• Unless specifically explained in this manual or directed by Husky, do not attempt to
repair the system. Doing so could result in damage to the system, or serious personal
injury.
• Only use the specified input supply voltage that is indicated on the identification label
attached to the power input cable and/or the cabinet
NOTE:If unsure of the appropriate supply voltage, call the nearest Husky Regional
Service and Sales office.
CAUTION!
Mechanical hazard – risk of damage to the equipment. NEVER allow the fan inlets or
outlets on the unit to become blocked. Insufficient cooling airflow through the fan
inlets and outlets could damage the system.
CAUTION!
When switching OFF the system wait 30 seconds before switching the main disconnect
back ON. If you do not wait the required 30 seconds, communication issues may occur.
1.1.1 Safety Signs
Safety signs clearly mark potentially hazardous areas in or around equipment. For the safety
of personnel involved in equipment installation, operation and maintenance, use the
following guidelines:
The following safety symbol may appear on safety signs:
NOTE:Safety signs may include a detailed explanation of the potential hazard and
associated consequences.
2Safety Signs
User Guidev 2.3 — September 2015Introduction
Safety SymbolGeneral Description of Symbol
General
This symbol indicates a potential personal injury hazard. It is usually
accompanied by another pictogram or text to describe the hazard.
Hazardous Voltage
This symbol indicates a potential hazard that may cause death or serious injury
and will appear on any panel that, if removed, will expose the user to more
than 40 VAC.
1.2 Purpose of the Equipment
Husky controllers are designed to control the process temperature for injection molding
applications only.
Contact your nearest Husky Regional Service and Sales office if you plan to use a Husky
product for anything other than its intended use.
1.3 Restrictions of Use
Husky injection molding equipment must never be:
• used for any purpose other than that described in Section 1.2, unless otherwise
approved by Husky
• operated or serviced by personnel unfamiliar with the inherent risks and necessary
precautions related to controllers
1.4 Input Wiring (Conventional)
The following table summarizes the wiring conventions used.
DescriptionWire Color
NeutralBlue
Earth/GroundGreenGreen/Yellow
LineBlackBlack
Purpose of the Equipment3
v 2.3 — September 2015Altanium Delta3
DescriptionWire Color
LineBrownRed
LineGrayWhite
DANGER!
Electrocution and/or mechanical hazard - risk of death or serious injury and possible
damage to the equipment.
Incorrectly wiring the controller could cause death or serious injury and/or damage to
the controller or hot runner. Only qualified personnel should connect the electrical
power supply. All work must conform to applicable local electrical codes.
1.5 Environmental Operating Specifications
The following are the environmental operating specifications for the Altanium Delta3
operator interface:
CAUTION!
Mechanical hazard – risk of equipment damage. Falling or spraying liquid, including oil
or water, could damage the equipment. Do not spray wash.
• For Indoor use only.
• Operating Temperature: 5 to 40 °C (41 to 104 °F)
• Operating Humidity: 0% to 90% RH, Non-Condensing
• Altitude: up to 2000 m (6562 ft)
• Pollution Degree: PD2
• Overvoltage Category: OVIII
1.6 Equipment Ratings
Ratings for the entire Altanium Controller can be found on the nameplate attached to the
back of the controller.
The following are the equipment ratings for the Altanium Delta3 operator interface only:
• Supply Voltage: 100 to 240 VAC +/- 10%, single phase
• Frequency: 47 to 63 Hz
• Power Rating: 130 W
4Environmental Operating Specifications
User Guidev 2.3 — September 2015Introduction
1.7 Technical Specifications
The dimensions and weight of the controller can change based on the controller
configuration.
The following are the technical specifications for the Altanium Delta3 operator interface only:
DimensionsWeight
• Width: 330 mm (13 in)
• Length: 280 mm (11 in)
• Height: 380 mm (15 in)
1.8 Controller Lifting Instructions
Use the follow steps when lifting the Altanium controller. The lifting device (crane or forklift)
and straps that are used vary in lifting ability and lengths, depending on whether the
Altanium is a single, double, or triple stack controller. See the table that follows for the correct
lifting ability and lengths.
Altanium
Controller
Single StackTwo, 2.44 m x 25.4 mm
Double StackTwo, 3.66 m x 25.4 mm
Webbed Straps Rated
2903 kg (6400 lb)
(8 ft x 1 in.)
(12 ft x 1 in.)
• Controller: 6.8 kg (15 lb)
• With shipping container: 10 kg (22 lb)
Ratchet Strap
One, 1.52 m (5 ft)227 kg (500 lb)
One, 1.83 m (6 ft)454 kg (1000 lb)
Lifting Device
(Lifting Ability)
Triple StackTwo, 3.66 m x 25.4 mm
(12 ft x 1 in.)
One, 2.44 m (8 ft)907 kg (2000 lb)
1.Place each of the webbed straps under the controller. See the table for the correct strap
lengths.
a. For single stack controllers, the webbed straps go under the equipment from left to
right.
b. For double and triple stack controllers, the webbed straps go under the equipment
from front to back.
2.Bring the straps up and above the Altanium controller and attach them to the lifting
device.
Technical Specifications5
v 2.3 — September 2015Altanium Delta3
Figure 1-1 Attaching Straps to Lifting Device
a. Make sure the straps are positioned between the caster wheels and the retaining
brackets under the base of the controller.
Figure 1-2 P ositioning Straps
b. Make sure the straps are not pinching or crushing any cables attached to the
controller.
6Controller Lifting Instructions
User Guidev 2.3 — September 2015Introduction
Figure 1-3 Checking Cables
3.Use the lifting device to apply enough upward force on the straps to remove the slack,
but do not lift the controller at this time.
4.Place the ratchet strap around top of the controller, holding the four ends of the
webbed straps. Do not tighten the ratchet strap at this time.
NOTE:The ratchet strap keeps the controller from tipping when the controller is lifted.
5.Place cloth or other cushioning material between the ratchet strap and the controller to
keep the finish of the controller free from rubs and scratches.
Figure 1-4 Protecting the Controller Finish
6.Tighten the ratchet strap.
7.Use the lifting device to slowly lift the controller off the ground a few inches.
8.Check the webbed and ratchet straps to ensure the controller will not tip.
9.Move the controller to the new location.
10. At the new location, slowly lower the controller to the ground.
11. Remove the ratchet straps, cushioning material and webbed straps from the controller.
Controller Lifting Instructions7
v 2.3 — September 2015Altanium Delta3
8Controller Lifting Instructions
User Guidev 2.3 — September 2015Hot Runner Temperature Control
Chapter 2 Hot Runner Temperature Control
This guide is designed to ensure that users receive the maximum possible benefit from the
use of the Altanium Hot Runner Control Systems.
The Altanium controllers were designed as a processor's tool for hot runner molding. The
fundamental criteria required to operate a hot runner mold is controlling the process
temperature so that it is as consistent and repeatable as possible with respect to the process
setpoint. The closer to the setpoint the process temperature is maintained at, the lower the
setpoint temperature may be set. This equates to less cooling time required (energy in energy out), and faster cycle times.
2.1 Types of Temperature Control
The Altanium controller uses two basic types of control:
• Open loop control with no thermocouple feedback.
• Closed loop control with thermocouple feedback. Closed loop can be sub-categorized
as follows:
• Internal Thermocouple - Located inside and as part of the heater assembly.
• External Thermocouple - Located close to but not actually part of a single heater
assembly, and may even be allocated to a group of heaters to form a zone.
2.1.1 Open Loop Control
Without a thermocouple, it is not possible to control the temperature inside the mold, only
the amount of power supplied to the heater. Altanium maintains this power output
accurately with a resolution of 0.1%. This method of control is called manual regulation.
Open loop control is normally associated with tip heaters, where the physical size of the tip
precludes the use of an internal thermocouple.
2.2 Configuring Zones
In an effort to match the energy input requirements of differing types of loads, it is necessary
for the output power delivered to the heaters to be adjusted over a range of 0 to 100%. The
Altanium controller can be set up to achieve this by using either Zero Cross Control or Phase
Angle Control.
Types of Temperature Control9
v 2.3 — September 2015Altanium Delta3
2.2.1 Configuring a Zone for Zero Cross Control
This method defines how the power to each heater is averaged over a period of time. This is
achieved by switching between complete half cycles of the heater supply voltage using a
snubberless TRIAC as a switching device.
2.2.2 Configuring a Zone for Phase Angle Control
This method defines how the power to each heater is adjusted, by varying the point in each
half cycle at which the snubberless TRIAC (switching device) is turned on.
In either control method, the Altanium controller recalculates the power output
requirements for the entire system every 250 milliseconds to obtain the maximum control
resolution. By combining either of the above control methods with the Active Reasoning
Technology (ART) control algorithm, it is possible to achieve accurate temperature control
with the expectation of control accuracy of ± 1 digit under steady state conditions.
2.3 Determining the Heater Size
Hot runner molds can have a number of different types of heating elements:
• Integral, which is a part of the probe.
• Cartridge, which is slid into the probe or directly into the mold steel.
In the manifold, a series of cartridge heaters or bent tubular style heaters are normally used.
The wire inside an element is typically made of nickel-chrome, which is then surrounded by
magnesium oxide. The size of this wire and number of turns determine its resistance, which
in turn determines its wattage (the amount of energy). This determines its performance in
the mold. Undersize heating elements (too little wattage) create a serious problem when the
control asks for power and none is available. In almost all cases it is better to be oversize than
undersize in a hot runner mold.
The Altanium controller will provide wattage, resistance or amperage information for
heaters, if equipped with X ICC
determined using Ohm’s Law. The diagram and formulas that follow demonstrate how.
WARNING!
Electrical hazard– risk of death or serious injury. Disconnect all electrical power from
the mold and controller prior to performing this test.
2
or H ICC3 cards. Alternatively, this information can be
1.Using a multimeter, set the selector to measure resistance.
2.Place the (red) positive lead onto the first wire from the heating element and place the
(black) negative lead from the meter onto the second wire (these may be pins on a
connector, or the zone output fuses in the system as long as they are connected to the
heating element).
10Configuring a Zone for Zero Cross Control
User Guidev 2.3 — September 2015Hot Runner Temperature Control
The meter will now display a resistance in ohms. Note this measurement on a piece of
paper.
Ohm's Law says:
Amps = Watts / VoltsAmps = Volts / Resistance
Resistance = Volts / AmpsWatts = Volts x Amps
Example: If the resistance is 12.5 ohms, and the input voltage is 240 volts, divide 240 by
12.5 to calculate the maximum amperage draw on that heating element:
240 / 12.5 = 19.2 amps
19.2 Amps x 240 volts = 4,608 watts.
In hot runner molding, some portions of Ohm's law are more useful than others. We have
only presented here those laws that apply.
Input
24 V110 V208 V220 V240 V
voltage
Resistance
Amperage
Watts
20 20 20 20 20
1.2 A5.5 A10.4 A11.0 A12.0A
28.8 W605.0W2163.2 W2420 W2880 W
2.4 Thermocouple Types and Color Codes
Altanium controllers use the ANSI color code for all thermocouples. The following table is
provided as reference for hot runners and cables that follow other color code standards.
International
CodeType
JIron/ Constantan/ (Copper-
Nickel)
Color Code
(BS4937 Part
30:1993)
Overall BlackOverall BlackOverall BlackOverall Blue
+ ve- ve+ ve- ve+ ve- ve+ ve- ve
BRITISH
(BS1843:1952)
U.S.
ANSI
GERMAN
DIN
BlackWhiteYellowBlueWhiteRedRedBlue
KNickel- Chromium/ Nickel-
Aluminum
Thermocouple Types and Color Codes11
Overall GreenOverall RedOverall YellowOverall Green
+ ve- ve+ ve- ve+ ve- ve+ ve- ve
GreenWhiteBrownBlueYellowRedRedGreen
v 2.3 — September 2015Altanium Delta3
12Thermocouple Types and Color Codes
User Guidev 2.3 — September 2015Connecting the System to the Mold
Chapter 3 Connecting the System to the Mold
This chapter outlines various checks to make prior to starting up the system.
3.1 Prior to Startup
DANGER!
Electrocution hazard– contact with hazardous voltages will cause death or serious
injury. Make sure that the system is completely disconnected from the power source.
• Clean up any water, oil, dirt, cleaning fluids etc. that may have spilled during a mold
change or since the last production run.
• Make sure the display module is mounted to either the controller or remotely. For more
• information, refer to Section 15.4.2 or Section 15.4.3.
• Make sure the cooling fan is free from obstructions.
• Check all of the cable connections between the system and the mold (if required). Make
sure all of the cables are free from wear or damage.
• Check that the earth/ground connection is in good condition. Verify the system and the
mold have the same ground reference.
3.2 Connecting to the Power Source
To connect the power source, do the following:
DANGER!
Electrocution hazard– contact with hazardous voltages will cause death or serious
injury. Make sure that the system is completely disconnected from the power source.
1.Connect the thermocouple and power output cables (if required).
2.Using an Ohmmeter, touch one test lead to the mold and the other to the mold ground
terminal on the system. Resistance must be less than 1 .
Prior to Startup13
v 2.3 — September 2015Altanium Delta3
3.Make sure the main input power disconnect is in the OFF position.
4.Connect the controller to the power source.
3.3 Startup Procedure Checklist
ItemStep
1Connect power/thermocouple cables between the mold and controller (if
required).
2Connect the I/O box or option cables (if required).
3Connect the controller to the power source.
4Switch the controller ON.
5Login to the system (if required).
6Select the required mold setup.
7Verify the mold setup is the correct one by checking the name and setpoints in
the preview window.
8Correct any faults found during diagnostics.
9Touch START to run the system.
10Check that the controller is functioning correctly by monitoring the Graphical
View/Text View screen.
NOTE:There are no controller to mold interconnection details included in this User Guide.
If this information is required, please call the nearest Husky Regional Service and Sales
office.
IMPORTANT!
When turning off the system, wait 30 seconds before turning the main disconnect switch
back on. Turning the system off and on incorrectly may result in system communication
problems.
14Startup Procedure Checklist
User Guidev 2.3 — September 2015Altanium Operator Interface
Chapter 4 Altanium Operator Interface
This chapter provides a brief overview of the functionality of the Altanium system and
provides information about the following:
• Altanium operator interface
• Altanium buttons
• Altanium status
• Language selection
4.1 General Layout
The operator interface consists of a touch-sensitive display screen.
4.1.1 Altanium Operator Interface
The Altanium operator interface is a high-resolution color LCD display covered by a
transparent touch screen. This display offers the advantages of high definition and a wide
viewing angle, even in poor lighting conditions.
CAUTION!
Mechanical hazard – risk of equipment damage. Use a finger to operate the touch
screen. Do not use a screwdriver, pen, or any other tool to touch the screen as this may
damage the touch screen.
Use the touch screen to change settings on the Altanium operator interface. This display is
referred to as the Altanium for the remainder of this guide.
4.1.2 Home Screen
The Home screen provides a single area to navigate to all other screens in the system. The
Home screen can be accessed from any other screen in the system by touching the Home
button in the system header. The system screen selections on the Home screen are organized
into five groups: Temperature Control Views, Temperature Control Shortcuts, Common
screens, Temperature Control screens, and System Configuration screens.
General Layout15
v 2.3 — September 2015Altanium Delta3
2
5
4
31
Figure 4-1 Home Screen
1. Controller Function Buttons 2. System Status Field 3. Navigation Buttons 4. Alarm
Buttons 5. System and User Management Buttons
4.1.3 Altanium Buttons
Altanium has a system header and a footer that are visible on every screen throughout the
system.
16Altanium Buttons
User Guidev 2.3 — September 2015Altanium Operator Interface
4.1.3.1 Controller Function Buttons
ButtonDescription
Touch the Stop button to switch off the power to all zones, regardless of
system condition.
Touch the Start button to switch on the power to the zones that have a
setpoint displayed.
Touch the Standby button to place the system in standby. If a timer is
active, the time remaining is displayed in the status bar. This button is not
available during ART.
4.1.3.2 System Status Field
ButtonDescription
Touch the Boost button to place the system in boost mode. If a timer is
active, the time remaining is displayed in the status bar. This button is not
available during ART.
At Temperature indicates the following:
• Flashes when the controller is heating zones up to the setpoint
temperature.
• Solid when all automatic zones are ‘At temperature’.
• Off if the controller is in the ‘Stop’ state.
Company Name is displayed.
Controller Function Buttons17
ButtonDescription
4.1.3.3 Navigation Buttons
ButtonDescription
v 2.3 — September 2015Altanium Delta3
System Mode. For a description of each system mode, refer to
Section 4.1.5.
System Timer. Displays the timer value.
Touch the Back button to display the previous screen (maximum of 10
screens back). Note: The Home Screen is not included as part of the
navigation history.
Touch the Forward button to display the next screen (maximum of 10
screens forward). The Home Screen is not included as part of the
navigation history.
Touch the Home button to display the Home screen.
The Screen Indicator displays an Icon of the screen that is currently being
viewed. If a Zone Data screen (Neo2 View, Multi Group View, Graph View,
or Text View) is displayed, this becomes a Configuration button that when
touched changes the screen to display more or less zone information.
18Navigation Buttons
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