• Products
  • Catalogues
  • News & Trends
  • Exhibitions

E-Plex 366HMM - 6 Pages

  1. P. 1

  2. P. 2

  3. P. 3

  4. P. 4

  5. P. 5

  6. P. 6

Catalogue excerpts

366HMM Series Hexa Multi Module Introduction The E-Plex® 366HMM is a six channel DC power distribution module capable of handling loads of up to 15A per channel or 50A total. The six channels can be utilized as either inputs, outputs, or a combination of both. Two channels may be combined in order to handle larger amperage loads. The 366HMM incorporates thermal, short circuit, and programmable overload protection in order to safeguard the module against very rare or severe conditions. Local electronic override capabilities allow independent operation of the device loads. In addition, the 366HMM design allows for the ability to utilize up to two channels as dimmer circuits, providing a flexible solution for lighting without requiring additional external dimming hardware. Key Features Design Specifications • channels with outputs capable to 15 amps each (50 6 amps total) • Shock: Mil Std 202 Method 213 test condition 1 • channels with PWM dimming capabilities 2 • ibration: Tested to Lloyds Register Approval Vibration V Test 2 • everse battery protected R • ransient voltage suppression: EN6100-6-1 T • tatus LED’s for each channel S • oisture resistance: IP66 M • hermal, short circuit, and programmable overload T protection • CB characteristics: UL94V-0 P • ocal electronic override capabilities L • ower distribution: UL 1077 compliant (except highP voltage dielectric test) • esigned for motor loads D • gnition protection: UL 1500 compliant I • LEN value 2 • alt spray: Tested to Lloyds Register Approval Salt Spray S Test • perating Temperature: -40°C to 60°C O • torage Temperature: -40°C to 85°C S • Operating Humidity: 0% to 100% (condensing) • eight: 1.34 lb (610g) W Powering systems - Empowering designers

 Open the catalogue to page 1

366HMM Series Electrical Specifications Description Minimum Nominal Maximum Absolute Maximum (Surge) Voltage 7 VDC 12/24 VDC 32 VDC 45 VDC Current, Total 0.025 A 30 A 50 A 1 160 A 2 Current, per channel continuous 0 12 A 15 A 80 A 4 Current, per channel intermittent duty 3 0 – 20 A 80 A 4 Inrush capable per channel – – 80 A 80 A 4 Input low threshold 9 0V – 3.5 V – Input high threshold 4.5 V – 32 V – Lead inductance 0 – 100 µH 8 – Load Inductance 7 0 – 20 mH – 0 Hz 122 Hz – - 10 mΩ 12 mΩ 14 mΩ PWM Frequency 9 6 Output Impedance 5 The supply to the module should be protected by a fuse or circuit...

 Open the catalogue to page 2

Trip Speed Characteristics Wiring Specifications The first two outputs (C1, B1) are PWM capable and may be used to dim lighting loads Status LEDs: ON - Channels 1-6 indicates Load ON, E-Plex channel indicates module responding OFF - Channels 1-6 indicates Load OFF, E-Plex channel indicates module not responding10 BLINKING - Channels 1-6 indicates Load FAULT, E-Plex channel indicates module responding Power / Battery Connections: Must be fused at a maximum of 50A. Maximum wire size should be sized based on upstream fuse. When connecting the power source to the power studs on the module, torque...

 Open the catalogue to page 3

366HMM Series Pin Specifications Female Terminal Cable Range AWG (mm2) Terminal Insulation Range 18-16 (1.0-0.75 mm2) 15304716 1.70-2.25 mm 16-12 (2.50-1.50 mm2) 15304717 2.20-3.00 mm Seal Insulation Range Seal P/N 1.20-1.85 mm 15366063 1.85-2.25 mm 15356064 2.09-2.66 mm 15366061 2.70-3.2 mm 15336674 Typical Wiring Diagram E-Plex + A2 M5 - T2 E-Plex – E2 Ch. 6 F2 Ch. 5 Motor B2 Ch. 4 G2 Motor C2 H2 Status LEDs, Channels 1 - 6 and E-Plex10 D2 Pump A1 Pump M5 - T1 E1 E-Plex Lamp B1 Ch. 3 F1 G1 C1 Ch. 2 Lamp Ch. 1 D1 H1 E-Plex – E-Plex + Channels 1-6, Override Switches11,12 + 12VDC or 24VDC, Battery...

 Open the catalogue to page 4

366HMM Series Dimensional Diagram 5.00 [127] Ø0.24 x 2 [Ø6.10 x 2] Ø0.39 [Ø9.91] 0.47 [11.9] 0.51 [12.9] 5.34 [135.6] Ø0.20 [Ø5.08] 0.19 [4.8] 3.65 [92.7] 0.32 [8.1] 1.80 [45.7] 2.90 [73.7] 0.54 [13.7] 1.50 2.50 [63.5] [63.5] 4.46 [113.3] Mechanical Specifications Connectors: J1 - Brown: Mates to Delphi P/N 15317308 J2 - Blue: Mates to Delphi P/N 15317304 Ordering Information Description E-Plex Part Number 366HMM Series - Hexa Multi Module EP-SW-IO-6CH-366HMM Cavity Plug: Delphi P/N 12059168 Power Stud Connections: M5 nickel plated brass Powering systems - Empowering designers

 Open the catalogue to page 5

Powering Systems - Empowering Designers George Summers Close, Medway City Estate, Rochester, Kent ME2 4EL tel: +44 (0)1634 778704 Fax: +44 (0)1634 290773 email: sales@e-plex.co web: www.e-plex.co Important Notice: E-Plex Ltd. (E-Plex) reserves the right to make changes to or discontinue any product or service identified in this publication without notice. E-Plex advises its customers to obtain the latest version of the relevant information to verify, before placing any orders, that the information being relied upon is current. E-Plex assumes no responsibility for infringement of patents or rights...

 Open the catalogue to page 6

All E-PLEX catalogues and brochures

  1. E-Plex 350LCD

    8 Pages

    En
  2. E-Plex 400ECM 2

    6 Pages

    En
  3. E-Plex 325QMM

    2 Pages

    En
  4. E-Plex 421QIM

    4 Pages

    En
  5. E-Plex 422QMM

    6 Pages

    En
  6. E-Plex 426HSS

    7 Pages

    En
  7. E-Plex 303TM

    2 Pages

    En
  8. E-Plex 319RSM

    2 Pages

    En
  9. E-Plex 336PFM

    2 Pages

    En
  10. E-Plex 389DMAC

    7 Pages

    En
  11. E-Plex 439DMAC

    5 Pages

    En
  12. E-Plex 149CT30

    2 Pages

    En
  13. E-Plex 172QR

    2 Pages

    En
  14. E-Plex 331BMI

    3 Pages

    En
  15. E-Plex 356DRIM

    4 Pages

    En
  16. E-Plex 411BAM

    6 Pages

    En
  17. 442EMS

    6 Pages

    En
  18. 406QDM

    6 Pages

    En
  19. 318PFTG

    5 Pages

    En
  20. 436MMX

    6 Pages

    En
  21. 425DRM

    7 Pages

    En
  22. 413DWM

    6 Pages

    En
  23. 428RSP

    11 Pages

    En
  24. 416TPS

    6 Pages

    En
  25. 367TPD

    6 Pages

    En
  26. 345LCD

    2 Pages

    En
  27. 500CCM

    5 Pages

    En
  28. 450 CCM

    6 Pages

    En