MT-Propeller ATA 61-07-60 Operation And Installation Manual
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MT-Propeller ATA 61-07-60 Operation And Installation Manual

Electric de-ice controller
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(E-3760)
ATA 61-07-60
OPERATION- and
INSTALLATION MANUAL
ELECTRIC DE-ICE CONTROLLER
th
Revision 3: October 10
, 2023
The technical content of this document is approved under authority of DOA No. EASA.21J.020.
EASA DE.21G.0008
EASA.21J.020

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Summary of Contents for MT-Propeller ATA 61-07-60

  • Page 1 (E-3760) ATA 61-07-60 OPERATION- and INSTALLATION MANUAL ELECTRIC DE-ICE CONTROLLER Revision 3: October 10 , 2023 The technical content of this document is approved under authority of DOA No. EASA.21J.020. EASA DE.21G.0008 EASA.21J.020...
  • Page 2 As a fellow pilot, I urge you to read this Manual thoroughly. It contains a wealth of information about your new propeller. Thank you for choosing a MT-Propeller Electric De-Ice Controller. Properly maintained it will give you many years of reliable service.

  • Page 3: Table Of Contents

    ATA 61-07-60 Page 1 Original Issue 2021-07-01 TABLE OF CONTENTS Page Warning Remark Table of Contents List of Revisions Table of valid pages MT-Propeller Airworthiness Information General Applicable and referenced documents System Overview Technical Specifications System Interconnections Installation Operation Drawings...

  • Page 4: Original Issue 2021-07-01

    ATA 61-07-60 Page 2 Revision 3 2023-10-10 LIST OF REVISIONS Date of Revision Page Short Description Original Issue 2021-07-01 All Pages Initial Issue 2021-10-06 2, 3, 9; Model added 2022-07-25 2, 3, 17; Typo corrected 0-1, 2, 3, 4, 7, 8, 8-1, 9, 10, 11,...

  • Page 5: Table Of Valid Pages

    ATA 61-07-60 Page 3 Revision 3 2023-10-10 TABLE OF VALID PAGES Date of Date of Date of Date of Page Page Page Page revision revision revision revision 2023-10-10 2021-07-01 2023-10-10 2023-10-10 2023-10-10 2021-07-01 2021-07-01 2023-10-10 2023-10-10 2023-10-10 2023-10-10 2023-10-10 2023-10-10...

  • Page 6: Mt-Propeller Airworthiness Information

    Propeller Service Shop to obtain the latest information pertaining to his Electrical De-Ice Controller and its installation. MT-Propeller takes a continuing interest in having the owner get the most efficient use of his De-Ice Controller and keeping it in the best operational condition. Consequently, MT-Propeller from time to time issues Service Bulletins, Service Letters and Manuals relating to MT-Propeller systems and its installation.

  • Page 7: General

    Equipment, Issue G, 2010-12-08 /DO-254/ RTCA DO-254 Design Assurance Guidance for Airborne Electronic Hardware, Issue B, 2000-04-19 Table 1: Referenced Documents For MT-Propeller service literature contact: MT-Propeller Entwicklung GmbH Propellerplatz 1 94348 Atting / Germany Tel.: +49-9429-9409-0 Fax: +49-9429-8432 E-Mail: sales@mt-propeller.com...
  • Page 8 ATA 61-07-60 Page 6 Original Issue 2021-07-01 ABBREVIATIONS DO, Doc. Document Electrical De-Ice Controller Electromagnetic Interference Ground Installation Manual Master Documents List MT Propeller Entwicklung GmbH Part Number Outside Air Temperature Radio Frequency RTCA Radio Technical Commission for Aeronautics, RTCA, Inc.

  • Page 9: System Overview

    P-6 DC – 1 / 3E1964-20 1 2 3 Legend: = Propeller accessory = Manufactured for MT-Propeller by Avionik Straubing Entwicklungs GmbH = De-Ice controller = Internal Design Version 3E1964-20 = Application Number similar to other available Deice Timers (see Table 3) S/No.
  • Page 10 ATA 61-07-60 Page 8 Revision 3 2023-10-10 BLOCK DIAGRAMS Figure 1: System Block Diagram for advanced EDC Figure 2: System Block Diagram for basic EDC (Retrofit) Figure 2-1: System Block Diagram for basic EDC (Retrofit)
  • Page 11 ATA 61-07-60 Page 8-1 Revision 3 2023-10-10 DESCRIPTION OF THE BLOCK DIAGRAM The simplified block diagram in figure 2 shows a basic EDC system environment. Connector J1 provides input for supply power and system ground. Furthermore, up to four power supply output channels are provided by P1 (depends on actual device configuration, see Table 3).

  • Page 12: Technical Specifications

    ATA 61-07-60 Page 9 Revision 3 2023-10-10 AVAILABLE MODELS Electrical Attributes of available models System Output Max. current/ Usage Control Self-Test/ Output Total Voltage Current Min. current Sequence Cycle P6DC-1/ 28 VDC 16 A / 9 A Advanced / Heater...

  • Page 13: System Interconnections

    ATA 61-07-60 Page 10 Revision 3 2023-10-10 SYSTEM INTERCONNECTIONS DEVICE CONNECTORS 5.1.1 Classic Pin connections for the power connector J1 are shown in table 6. Pin connections for control and status signals on connector J2 are shown in table 7.*...
  • Page 14 ATA 61-07-60 Page 11 Revision 3 2023-10-10 DEVICE CONNECTORS CLASSIC (continued) Connection to Designation Description used unused Reserved for future use Reserved for future use Reserved for future use Reserved for future use Reserved for future use Reserved for future use...
  • Page 15 ATA 61-07-60 Page 11-1 Revision 3 2023-10-10 5.1.2 New Generation Figure 3: Wiring Diagram for P/N AS01-EDCG2( )-( ) Pin connections for the power connector J1 are shown in table 8. Pin connections for control and status signals on connector J2 are shown in table 9.
  • Page 16 ATA 61-07-60 Page 11-2 Revision 3 2023-10-10 MATING CONNECTORS (CLASSIC) To interface the device, the following connectors can be used for production of wiring harness. Contact Arrangement view on solder side. Connector P1: P/N: (P1:MS3106A20-15S, MIL-DTL-5015) is connected at the EDC J1.
  • Page 17 ATA 61-07-60 Page 11-3 Revision 3 2023-10-10 MATING CONNECTORS (NEW GENERATION) To interface the device, the following connectors can be used for production of wiring harness. Contact Arrangement view on solder side. Connector P1: P/N: (P1:MS3106A20-15S, MIL-DTL-5015) is connected at the EDC J1.

  • Page 18: Installation

    ATA 61-07-60 Page 12 Revision 3 2023-10-10 INSTALLATION RETROFIT / BASIC SETUP For retrofit plug & play exchange no wiring should be necessary. The device can directly replace the old device (check the output sequence in Table 3, Pins have to match the old Deice Timer). Mounting holes and connector J1 should match with the existing parts.

  • Page 19: Operation

    ATA 61-07-60 Page 13 Revision 3 2023-10-10 6.2.2 Location of Installation The EDC housing may heat up under high ambient temperatures, enduring operation, or high output current configurations. Make sure that sufficient ventilation is provided to the mounting location and avoid close contact to devises sensitive to heat.
  • Page 20 ATA 61-07-60 Page 14 Revision 3 2023-10-10 ADVANCED/NEW INSTALL OPERATION WITH I/O FEATURES (J1 WIRED, J2 WIRED) This mode makes use of additional features like external heater-enable, Self-test activation or weight-on- wheels deactivation. An overview of this features follows in table 10.
  • Page 21 ATA 61-07-60 Page 14-1 Revision 3 2023-10-10 7.3.3 Self-Test The advanced EDC includes a Self-test function which checks functionality of internal control logic, warning output and output loads. Self-test is activated: 1. Automatically at power up 2. By use of the Self-test Button.
  • Page 22 ATA 61-07-60 Page 15 Revision 3 2023-10-10 7.3.6 Logical Behavior (Classic) Inputs Outputs Normal operation Heater Self- Self-test Warning (heater sequence enable test active Case running, outputs active) #2.2 #3.1 #3.2 #4.1 #2.1 #4.2 #3.3 Table 9: Logical Behavior Legend:...

  • Page 23: Drawings

    ATA 61-07-60 Page 16 Revision 3 2023-10-10 DRAWINGS CLASSIC...
  • Page 24 ATA 61-07-60 Page 16-1 Revision 3 2023-10-10 NEW GENERATION...

  • Page 25: Qualification

    ATA 61-07-60 Page 17 Revision 3 2023-10-10 QUALIFICATION Environmental qualification according RTCA DO-160G: Section Purpose Category Description Classic Version: -55°C ground survival (non-operating), (Classic) Classic Version: -40 °C operating low, 4.5.1, 4.5.2 Low temperature NG: -55°C ground survival (non-operating), (New Gen.) NG: -55 °C operating low...

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