Summary of Contents for Advanced lluminated Pulsar 710
- Page 1 Pulsar 710 Controller Operator’s Manual & Installation Guide P u l s a r 7 1 0 M a n u a l...
- Page 2 1595.050017 REV- Manual, Operation, Pulsar 710 Packing list, Pulsar 710 The shipping container should contain the following items: Pulsar 710 controller (1) Installation CD (1) Pulsar 710 operator’s manual (1) 3 Pin, Trigger input connectors (2) 2 Pin, Power input connector and cable (1)
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Page 3: Table Of Contents
Section: 3.0 Quick Start ........8 3.1 Pulsar 710 Controller Cable Connections 3.1.1... -
Page 4: Installation
4.4.1 Software Installation 4.4.2 Running Under Host Computer Control 4.4.2.1 Configure Pulsar 710 4.4.2.2 Launch Pulsar 710 Controller Utility 4.4.2.3 Pulsar 710 Utility Dialog Box Status Indicators 4.4.2.4 Pulsar 710 Utility Dialog Box Output Controls 4.5 Local Control 4.5.1 Controls 4.5.1.1 Mode Control 4.5.1.2 Variable Controls... - Page 5 Figure 11: Trigger connection diagram ........26 Figure 12: Pulsar 710 trigger wiring schematic ....... 34 Figure 13 &...
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Page 6: Section: 1.0 Introduction
The Pulsar 710 is designed to protect Advanced illumination (Ai) light heads having the Signatech I or Signatech II light head identification parameters. When using light heads configured for Signatech I, an adapter cable must be used to connect these lights to the Pulsar 710. In certain modes of operation, the output voltages and currents provided by the Pulsar 710 could result in a potentially injurious or fatal electrical shock. -
Page 7: Return Policy
for any implied warranties, including implied warranties or “merchantability” and “fitness for a specific purpose.” Ai cannot be held responsible for the unauthorized or inappropriate use of our products. NO LIABILITY FOR CONSEQUENTIAL DAMAGES. In no event shall Advanced illumination, Inc. be liable for consequential, special, incidental or indirect damages of any kind arising from the sale or use of products. -
Page 8: User Interface
(EEPROM). 2.3 Diagnostics A comprehensive set of diagnostic routines and indicators are provided. Error codes are displayed by the Pulsar 710 via LED indicators on the front panel. Code definitions are found in section 6.0 “Troubleshooting” where diagnostics are covered in greater detail. Section: 3.0 Quick Start The purpose of this section is to allow the operator to perform a quick functional test. -
Page 9: Light Head
EXTERNAL DC POWER INPUT CONNECTOR Figure 1: Pulsar 710 front panel 3.1.2 Light Head: Figure 2 shows the rear panel of the Pulsar 710 and, in particular, the location of the 14 pin output connector. Figure 2: Pulsar 710 rear panel... -
Page 10: Local Control
(Refer to section 6.0 “Troubleshooting” for more detailed error code information.) 3.3 Local Control For the purposes of this procedure, the Pulsar 710 will be operated in self test mode utilizing local control. Using Figure 1, locate the four section dip switch that sets the operating mode of the Pulsar 710. -
Page 11: Section: 4.0 Operation
“Gated” by the trigger signal. “Gating” refers to the ability of the Pulsar 710’s output to be turned on and off in constant mode by any one of the trigger inputs. If the selected trigger is set to falling edge the output is enabled by a low signal on the trigger, otherwise a high signal enables the output. -
Page 12: Led Forward Voltage
4.1.5.4 Lighthead Characteristics: Also contained within the data provided by Signatech II to the Pulsar 710 are the number and type of LEDs in each string and the number of parallel strings connected to each channel. -
Page 13: Strobe And Constant (Dc) Modes
The light is simply turned on and left on for as long as desired. In this mode the drive current is a fraction of that used in the strobe mode. The Pulsar 710 limits this current to a level where the light head can be operated indefinitely without damage. - Page 14 VDC INPUT socket. 4.2.2 Trigger: The trigger input connector is located near the center of the Pulsar 710’s front panel. The single ended trigger levels are CMOS/ TTL compatible but will accept input pulses as great as 30 V. Two input trigger connectors are provided.
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Page 15: Figure 5: Output Connector Connection Diagram Example
Figure 5: Output connector connection diagram example 4.2.5 Light Head: Power output is supplied through the 14 pin terminal block / connector on the back panel of the Pulsar 710. Table 1 identifies the function of each pin within the 14 Pin connector. Figure 5 is an example of a connection diagram for the output connector that is factory wired before the light head(s) leave Advanced illumination. -
Page 16: Table 1: Pulsar 710 Output Connector, Pin Description
Table 1: Pulsar 710 output connector, pin description 4.3 Pulsar 710 Status Indicator Lights: The Pulsar 710 has three LED indicator lights. Refer to Figure 4 for an illustration of these indicator lights. 4.3.1 Green: This light indicates that the Pulsar 710 has power either from the USB connection to the host computer or the main 24VDC power connection. -
Page 17: Figure 6: Usb Type B Connector. Pulsar End (Cable And Jack)
(Refer to section 6.0 “Troubleshooting” for more detailed error code information.) 4.4 Host Computer Control (REMOTE) If it is intended to operate the Pulsar 710 under Local Control skip to section 4.5 “Local Control”. To take full advantage of the flexibility of the... -
Page 18: Figure 7: Software Installation, Destination Folder
If you haven’t done so already, connect the host computer to the Pulsar 710, using the supplied USB cable. Set the power switch to “on”. There will be no output from the Pulsar 710 to the light head on startup. All parameters will now be controlled by the host computer. -
Page 19: Figure 9: Pulsar 710 Controller Utility Dialog Box
4.4.2.3 Pulsar 710 Utility Dialog Box Status Indicators: 4.4.2.3.1 Main Power: A green light and “ON” indicate the main power switch on the Pulsar 710 is turned on. Otherwise there will be a red light and “Off”. Settings can be transferred from the host computer to the Figure 9: Pulsar 710 controller utility dialog box Pulsar 710 with the main power switch off. -
Page 20: Pulsar 710 Utility Dialog Box Output Controls
• Timing Bypass: The Pulsar 710 produces pulses that follow the trigger signal. As an example, if the trigger pulse width is set to 10u secs the output of the Pulsar 710 will turn the light on for 10u sec. It is important to remember that Signatech II parameters always take precedence over input pulse width. - Page 21 Each slider control has a scale adjustment. All settings are internally checked by the Pulsar 710 for compatibility with the attached light head. Settings that will overdrive the light head will not be allowed.
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Page 22: Figure 10: Front Panel Controls
Thus, the total selectable range is 0 to 999. The variable controlled (pulse width, current, or % current) will depend on the mode chosen. The Pulsar 710 can be set to operate in one of 15 different modes that do not require a host computer to be connected. Some levels of functionality are limited during local control. -
Page 23: Table 2: Local Control Operating Modes
P u l s a r 7 1 0 M a n u a l Table 2: Local control operating modes... -
Page 24: External Trigger Interface
4.6 External Trigger Interface The Pulsar 710 can accept up to 4 single ended TTL/CMOS input triggers, or 1 differential RS232/485 logic level input trigger. The differential trigger would typically be used when excessive noise and EMI could be present in the installation area or when long trigger lines are required. T he Pulsar 710... -
Page 25: Table 3: Pulsar 710 Trigger Connector, Pin Description
“OFF” position, connect an external trigger in accordance with this diagram. Trigger selection is performed using a host computer and the Pulsar 710 software. By default, trigger channel no. 1 is active when received from the factory. -
Page 26: Figure 11: Trigger Connection Diagram
5. Select the trigger for channels 1, 2, and 3. 6. Click the program button for the new settings to become active. If the Pulsar 710 is being operated by local control, use the mode setting dip switches discussed earlier, to set the mode to 0010 (Mode 2) for positive edge triggering or 0011 (Mode 3) for negative edge triggering. -
Page 27: Timing Bypass
Note: Triggers 2, 3, and 4 can be configured at the factory as a single ended sourcing input if required. However the configurations of these trigger inputs cannot be changed by the user in the field. Note: If the Pulsar 710 will be triggered by a PLC refer to Appendix “A” for schematics depicting different PLC configurations. Note: If differential trigger operation is desired, internal dip switch activation and jumper placement are required. Consult Appendix... - Page 28 Section 6.0 Troubleshooting 6.1 Pulsar 710 Status Indicator Lights Note: It is common for the Pulsar 710 to indicate error codes upon initial start up. The user should make sure that the power switch is “off” and follow the instructions in section 4 to the point where the Pulsar 710 is programmed throught the controller utility dialog box.
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Page 29: Error Codes
the operator should contact Technical Support at Ai. 6.2 Error Codes The codes are listed below in bold face with a description of the fault indicated and a corrective action. 351 No lighthead detected. Corrective action – Be sure lighthead is plugged in to output connector. Check wiring of lighthead to connector. - Page 30 Section 7.0 Specifications 3.8LB / 1.7kg Weigh Refer to drawing number 090009 7.60” x 7.38” x 2.04” Overall Dimensions Drawing, Installation, Pulsar 710 193.1mm x 187.3mm x 51.8mm REQUIREMENTS NOTES PC Application USB Interface Pulsar Firmware Field Reloadable Output Power...
- Page 31 User Interface (continued) Power Switch (Rocker on/off) 4 Position Edge Accessible Piano Selects Mode - Pulse, Continuous, Style DIP Switch Percentage, TBD 3 LEDs (Power, Controller Status, Power - Green, Controller Status Outputs Error) - Amber, Error - Red External Interfaces Trigger (Electrical) Single Ended...
- Page 32 Specifications (continued) Light Heads (Electrical) Signatech II Compatible Backwards compatible with Signatech I with an AI supplied adapter cable (Mech) 14 Position header (5.08mm Phoenix Terminal Block) a d v a n c e d i l l u m i n a t i o n . c o m...
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Page 33: Trigger
Section 8.0 Appendix Appendix A: NPN / PNP PLC trigger connection The wiring of the trigger input is dependent upon the trigger source. Sources can be either “Sourcing” or “Sinking” or both. A sourcing output (Some times referred to as “Pull Up”) provides an output voltage and must be connected to a sinking input. -
Page 34: Figure 12: Pulsar 710 Trigger Wiring Schematic
Figure 12: Pulsar trigger wiring schematic a d v a n c e d i l l u m i n a t i o n . c o m... -
Page 35: Figure 13 & 14: Pulsar 710 Pcb
Replace the cover on the housing, taking care to clear the power switch. Re-install the four retaining screws. Reconnect all cables to the Pulsar 710 P u l s a r 7 1 0 M a n u a l... - Page 36 9. Trigger Pins 1 and 2 are now configured to recognize a RS232/485 logic level trigger input signal. S1 Functions: POS 1 On: Trigger 1 is fed through to Trigger 3 Off: Trigger 1 and Trigger 3 are stand alone POS 2 On: Trigger 2 is fed through to Trigger 4 Off: Trigger 2 and Trigger 4 are stand alone POS 3 On:...
- Page 37 3. Switch S1 and Jumper J13 are used for these alternate trigger configurations. Figure 14 shows the location of S1 and J13. Figure 14: Pulsar 710 PCB 4. Place J13 so that pins 2 and 3 are shunted. (Factory Default) 5. To pass trigger 1 through and output it on Pin 4 (trigger 3), place POS 1 switch to “ON”.
- Page 38 9. Replace the cover on the housing, taking care to clear the power switch. Re-install the four retaining screws. 10. Reconnect all cables to the Pulsar 710 11. Trigger Pins 1 and 2 are now configured to “pass through” the trigger signals and output them on trigger pins 4 and 5 respectively.
- Page 39 Appendix D: Installation Drawing P u l s a r 7 1 0 M a n u a l...
- Page 40 a d v a n c e d i l l u m i n a t i o n . c o m...
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