Advertisement

Quick Links

E518483

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Pilotino CRMX PCB and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Summary of Contents for SIRS-E Pilotino CRMX PCB

  • Page 1 E518483...
  • Page 2: Table Of Contents

    INDEX Pg. 3 1. Introduction Pg. 4 2. Safety Information Pg. 4 3. Specification Characteristics Pg. 5 4. Onboard Features (Nomenclature) Pg. 6 5. Mechanical Details Pg. 7 6. Installation Pg. 8 6.1 Rx Mode Installation Pg. 8 6.1.1 Basic Connections Pg.
  • Page 3: Introduction

    1. Introduction The P CRMX™ 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 ILOTINO in a bare PCB format.
  • Page 4: Safety Information

    2. Safety Information Safety Information The exposed CRMX 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 (Nomenclature)

    4. Onboard Features 1. I/O Connection Socket + DMX out (For PILOTINO™ PCB) wire to board quick connectors 3. Dip Switches to set the DMX termination line 4. Mounting holes for Standoffs M2.5 (metric) 5. Pairing button for bluetooth connections 6.
  • Page 6: Mechanical Details

    5. Mechanical Details CRMX™ PCB Top View ILOTINO 68.00mm 16.00mm 22.2 mm 49 50 15.84mm CRMX™ PCB Side View ILOTINO 16 25 3307 West Street Rosenberg, TX 77471 USA - (281) 324-0908 CRMX™ PCB Instruction Manual Copyright © 2006-2021 SIRS Electronics Inc. All Rights Reserved ILOTINO Updated 12/2021.
  • Page 7: Installation

    6 Installation Standoffs Four 2.5M x 5mm standoffs should be used to properly mount the unit onto a smooth and level surface. It is recommended that the included factory 2.5M stand offs be used. To fasten the CRMX™ PCB onto a surface, first screw the four ILOTINO screws in a crisscross pattern.
  • Page 8: Rx Mode Installation

    6.1 Rx Mode Installation 6.1.1 Basic Connections Make sure the P CRMX™ PCB and antenna are connected to the P ™ PCB ILOTINO ILOTINO Power on the P ™ PCB board once proper wiring connections are done to eliminate short circuiting the board. ILOTINO Connect any DMX/RDM Controller to a DMX/RDM transmitter (see transmitter manual for connection) On the transmitter, press the “Link Button”...
  • Page 9: Daisy Chain

    6.1 Rx Mode Installation (cont.) 6.1.2 Daisy Chain Make sure the P CRMX™ PCB and antenna are connected to the P ™ PCB ILOTINO ILOTINO Connect the DMX IN/OUT wires to each of the P ™ PCB boards in a sequence, similar to a daisy flower ring, ILOTINO to each corresponding connector.
  • Page 10: Tx Mode Installation

    6.2 Tx Mode Installation 6.2.1 Basic Connections Make sure each P CRMX™ PCB and antennas are connected to a corresponding P ™ PCB. ILOTINO ILOTINO Connect any DMX/RDM Controller to one of the P ™ PCB. ILOTINO Power on the P ™...
  • Page 11: Daisy Chain

    6.2 Tx Mode Installation (cont.) 6.2.2 Daisy Chain Make sure each P CRMX™ PCB and antennas are connected to any corresponding P ™ PCB boards. ILOTINO ILOTINO Connect any DMX/RDM Controller to one of the P ™ PCB that has a P CRMX™...
  • Page 12: Stand Alone Mode Installation

    6.3 Stand Alone Mode Installation 6.3.1 Basic Connections (Rx Mode) Make sure the P CRMX™ PCB and antenna are connected to the power source (5 Vdc) ILOTINO Properly connect the P CRMX™ PCB to a DMX Driver utilizing the DMX IN/OUT connectors ILOTINO Power on the P CRMX™...
  • Page 13: Daisy Chain (Rx Mode)

    6.3 Stand Alone Mode Installation (cont.) 6.3.2 Daisy Chain (Rx Mode) Make sure the P CRMX™ PCB and antenna are connected to the power source (5 Vdc) ILOTINO Connect the DMX IN/OUT wires to each of the DMX Drivers in a sequence, similar to a daisy flower ring, to each corresponding connector.
  • Page 14: Basic Connection (Tx Mode)

    6.3 Stand Alone Mode Installation (cont.) 6.3.3 Basic Connection (Tx Mode) Make sure CRMX™ PCB and antenna are connected to the power source (5 Vdc) ILOTINO Connect any DMX/RDM Controller to one of the P CRMX™ PCB unit ILOTINO Connect another P CRMX™...
  • Page 15: Daisy Chain (Tx Mode)

    6.3 Stand Alone Mode Installation (cont.) 6.3.4 Daisy Chain (Tx Mode) Make sure the P CRMX™ PCB and antenna are connected to the power source (5 Vdc) ILOTINO Connect any DMX/RDM Controller to one of P CRMX™ PCB unit ILOTINO With another P CRMX™...
  • Page 16: Rx Or Tx Mode Selection

    7. Rx or Tx Mode Selection CRMX™ PCB is set by default to Rx Mode ILOTINO It is equipped with two ways of changing the mode from receiver to transmitter, and vice versa, through the use of bluetooth or the paring push button. 7.1 By iOS or Android App With bluetooth active, on an iOS or Android device, download and access the CRMX Toolbox app, then click on “Connect Device”...
  • Page 17: Connecting Device (Rx) To Timo Two

    8. Connecting Device (Rx) to Timo Two The P CRMX™ PCB is compatible with any CRMX device. Place the device in receiver mode, then using the ILOTINO Lumen Radio TX2 (DMX/RDM) transmitter, press the link button and wait until the connection is made If DMX signal is present, a blue and green steady indicator LED will turn on 9.
  • Page 18: Mode Leds Indicator

    10. Mode LEDs Indicator The P CRMX™ PCB is equipped with two indicator LED outputs, a Status LED and a Linked LED. The ILOTINO Status LED checks whether the P CRMX™ PCB is connected to a transmitter, radio link and DMX data ILOTINO present.
  • Page 19: Antenna Specifications

    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 CRMX™ PCB Instruction Manual Copyright © 2006-2021 SIRS Electronics Inc. All Rights Reserved ILOTINO Updated 12/2021.

Table of Contents