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SIRS-E Pilotino-WiFi Instruction Manual

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E518483

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Summary of Contents for SIRS-E Pilotino-WiFi

  • Page 1 E518483...
  • Page 2 INDEX Pg. 3 1. Introduction Pg. 4 2. Safety Information Pg. 4 3. Electrical Specifications Pg. 5 4. Onboard Features (Nomenclature) Pg. 6 5. Mechanical Details Pg. 7 6. Installation Pg. 8 7. DMX Addressing Pg. 9 8. RDM and Available PID’s Pg.
  • Page 3 1. Introduction The P ™ PCB is the newest addition to the LED CV DMX decoder family for SIRS-E. Control any ILOTINO kind of CV LED Strip, COB, and other constant voltage LED products. This version of the P ™ comes in ILOTINO a bare PCB format.

  • Page 4: Safety Information

    2. Safety Information Safety Information The exposed PCB design of this product results in a major reduction in its foot print. With a slim and narrow design, this configuration is intended to be used in applications that would benefit from this feature. Some examples of applications include: fixture integration, custom control enclosures, and others.

  • Page 5: Onboard Features

    4. Onboard Features 5 6 7 8 9 1. I/O Connection Socket + DMX in (For expansion Modules) 2. DMX IN/OUT Wire to board connector (As shown top to bottom: GND, D-, D+) 3. Dip Switches for DMX Addressing and other functions 4.

  • Page 6: Mechanical Details

    5. Mechanical Details ™ PCB Top View ILOTINO 45.72mm 48.26mm 15.88mm 22.23mm 45.09mm 43.75mm 170.2 mm ™ PCB Side View ILOTINO 23.22mm 9.02mm 10.8mm 3307 West Street Rosenberg, TX 77471 USA - (281) 324-0908 ™ PCB Instruction Manual Copyright © 2006-2021 SIRS Electronics Inc. All Rights Reserved ILOTINO Updated 12/2021.
  • Page 7 6 Installation Thermal Pad The thermal pad that dissipates heat from the components of the device must always be used. This thermal pad is included with each P ™ PCB and comes installed from factory. Proper ventilation should be present within the ILOTINO enclosure in which the unit is installed.

  • Page 8: Dmx Addressing

    7. DMX Addressing DMX Addressing The P ™ PCB can be addressed by setting the onboard DIP switches in the following way: ILOTINO (Be sure to perform all connections prior to turning on the power supply.) 1. Connect the input power from the power supply 2.
  • Page 9 8. RDM and Available PIDs What is RDM? RDM, or Remote Device Management, is a standardized bi-directional communication protocol used for managing, monitoring, and configuring lighting fixtures and other equipment that come equipped with RDM capability. This protocol is an enhancement of the USITT DMX512 protocol that is commonly used for configuring a wide array of lighting fixtures and other equipment.
  • Page 10 8.1 RDM PID Descriptions DMX START ADDRESS - SET: Used to configure the starting DMX address of the P ™ PCB. ILOTINO FACTORY DEFAULTS - SET: Used to revert the P ™ PCB to factory default settings. ILOTINO CURVE - SET: Used to set the Dimming Curve to achieve different dimming styles.
  • Page 11 8.1 RDM PID Descriptions (cont.) SOFTWARE VERSION LABEL - GET: Shows the current version of the P ™’s firmware. ILOTINO DEVICE HOURS - GET: Shows the total hours of runtime that the device has completed since new. LAMP HOURS - GET: Shows the hours of runtime that the device has supplied to the LEDS.

  • Page 12: Output Curve

    8.2 Output Curve Output Curve The P ™ PCB has 2 output curve modes to select from: Quadratic and Linear. ILOTINO These modes can be accessed by setting the onboard DIP switches in the following way: (Be sure to perform all connections prior to turning on the power supply.) 1.
  • Page 13 8.2 Output Curve (cont.) For Quadratic: (Cont.) 2. Navigate and tap on the “Curve” menu. 3. A drop down menu will appear, from here you can select the desired Curve Style. * The RDM configuration example shown depicts the user interface from the DMXcat controller by City Theatrical.
  • Page 14 8.2 Output Curve (cont.) For Linear: 1. Navigate and tap on “Dimmer” category tab. 2. Navigate and tap on the “Curve” menu. * The RDM configuration example shown depicts the user interface from the DMXcat controller by City Theatrical. Other software and controllers will show a different set of steps or layouts, but the idea is the same.
  • Page 15 8.2 Output Curve (cont.) For Linear: (Cont.) 3. A drop down menu will appear, from here you can select the desired Curve Style. 4. Once the Dimmer Curve Style has been selected, the selection will be automatically saved in the device’s memory. * The RDM configuration example shown depicts the user interface from the DMXcat controller by City Theatrical.

  • Page 16: Output Frequency

    8.3 Output Frequency Output Frequency The P ™ PCB has 9 frequency output modes to select from: ILOTINO 1kHz, 1.5kHz, 2kHz, 2.5kHz, 3kHz, 3.5kHz, 4kHz, 4.5kHz, and 5.2kHz. These modes can be accessed by setting the onboard DIP switches in the following way: (Be sure to perform all connections prior to turning on the power supply.
  • Page 17 8.3 Output Frequency (cont.) For 1-5.2kHz: (Cont.) 8. Navigate and tap on “Modulation Frequency Menu” category tab 9. A drop down menu will appear, from here you can select the desired Output Frequency * The RDM configuration example shown depicts the user interface from the DMXcat controller by City Theatrical.
  • Page 18 Output Frequency (cont.) For 1-5.2kHz: (Cont.) 10. Once the Output Frequency has been selected, the selection will be automatically saved in the device’s memory. 8.4 Bit Mode Selection Bit Mode Selection The P ™ PCB has 10 bitmode channel configurations to select from: 1,2,3,4, or 5 channels 8 bit and 1,2,3,4 or 5 ILOTINO channels 16 bit These modes can be accessed by setting the onboard DIP switches in the following way:...
  • Page 19 10. DMX Failure Settings 8.5 DMX Failure Settings DMX Failure Settings The P ™ PCB has 3 reaction modes in the event of a DMX input failure: Hold Last Value, Full On, and Test. ILOTINO These modes can be accessed by setting the onboard DIP switches in the following way: (Be sure to perform all connections prior to turning on the power supply.) 1.

  • Page 20: Default Settings

    8.7 Default Settings Default Settings The P ™ PCB can revert back to it’s original factory configurations with a simple command from an RDM controller. ILOTINO The procedure to achieve factory default settings are as follows: 1. Connect the input power from the power supply 2.
  • Page 21 8.7 Default Settings (cont.) Restore Factory Defaults: 8. Tap on the button labeled: “RESTORE FACTORY DEFAULTS”. 9. The P ™ PCB will be automatically restored to its factory default settings. ILOTINO 10. Default Settings : - Output Curve : Quadratic - Frequency Output : 1kHz - Bit Mode : 5 channels - 8 bit - DMX Failure Setting : Hold last value...

  • Page 22: Onboard Sensors

    8.8 Onboard Sensors Onboard Sensors The P ™ PCB comes equipped with 3 sensors that will relay information back to an RDM controller. The unit is ILOTINO capable of sending out real time readings for Internal Temperature, Input Voltage, and Current. The steps below explain how to access the sensor’s information: 1.

  • Page 23: Hardware And Accessories

    WiFi™ PCB Side View ILOTINO ILOTINO 16 25 SKU: Pilotino-WiFi SKU: Pilotino-CRMX 3307 West Street Rosenberg, TX 77471 USA - (281) 324-0908 ™ PCB Instruction Manual Copyright © 2006-2021 SIRS Electronics Inc. All Rights Reserved ILOTINO Updated 12/2021. Rev 2.8...
  • Page 24 Coax cable at 10 cm in length 3307 West St. Rosenberg , Texas 77471 Phone: 281-324-0908 www.sirs-e.com 3307 West Street Rosenberg, TX 77471 USA - (281) 324-0908 ™ PCB Instruction Manual Copyright © 2006-2021 SIRS Electronics Inc. All Rights Reserved ILOTINO Updated 12/2021.

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Pilotino-crmx

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