Summary of Contents for auto maskin Marine Pro DCU 210E
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Manual# 1006495 Installation Manual 200E Series DCU 210E/208E – Engine Panel RP 210E/220E – Remote Panel...
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Installation Manual for the Marine Pro 200E Series DCU 210E/208E Diesel Engine Control Unit RP 210E/220E Remote Panel Revision Revised September 27, 2017 Revision history: Rev. Date Description 2.9.2015 Initial release. 4.9.2015 Corrected thermistor terminals on page 6. 9.2.2016 Updated the connector pinout description page 6. 15.2.2016 Added connections drawing page 12.
Matching firmware Document Information This Installation Manual is for the 200E Series of panels. It has been updated to match the About this manual following firmware releases. This manual has been published Panel Firmware Release primarily for professionals and DCU 210E/ 208E August 2017 qualified personnel.
Overview of the 200 series The drawing below shows a typical layout. DCU 210E Engine Panel Configuration The DCU 210E engine panel is the An ordinary PC web-browser is used main building block in the 200 Series. to configure the DCU, using the inbuilt Engine sensor values are displayed on web-server on the DCU.
As such, the RP can easily be retrofitted. The RP also supports one IP-camera to be installed on the network. Ethernet Switch The Ethernet switch is not necessary if only one DCU 210E and one RP 210E/220E is in use. These can then be wired with an Ethernet cable directly.
Installation The panel does not have a user interface and is normally used in unmanned engine rooms. Installation covers panel location, A RP 210E/220E remote panel is used wiring and first power-on. to bring the signals from the engine room to a monitoring site, e.g. bridge Panel location or wheelhouse.
Connectors Panel Cut -out The DCU and RP cut-out size is: DCU 210E, DCU 208E, RP 210E 153mm width, 123 mm height and RP 220E Mounting bracket These are the connectors on the DCU and RP back lid. DCU 210E and RP 210E/220E When installing the panel make sure to use the bundled screws and mounting bracket.
Connector pinout – C4P2 B - (I/O #18 DCU 210E and 208 E Modbus RTU, RS-485 C4P3 Shield The table below shows the connector C4P4 pinout on the DCU panels. C4P5 High Thermistor Input The connector is described as e.g. C4P6 Thermistor #1 A C1P2.
Connector pinout – RP 210E/220E The table below shows the connector pinout on the RP panel. The connector is described as e.g. C1P2. Where 1 is the connector number and 2 is the pin number. Power Supply C1P11 +12/24VDC Primary Supply In/Out C1P12 0V Primary Supply...
Power Supply [C1P11 – C 1P12] Wiring Connections The 200E Series is designed to run on The following chapter primarily either 12 VDC or 24 VDC supply assumes a DCU panel. voltage. If installing an RP, then just disregard Note! Make sure the supply power is descriptions that is not described in sourced directly from the battery, and the table “Connector Pinout RP...
24 V supply The relay has a 1 A over-current Warning: <21 V protection on the common pin. Alarm: <18 V Relay #1 [C2P4 – C 2P6] 12 V supply This relay can be configured to Warning: <11 V activate for any inbuilt function.
Communication list configurable 12/24V outputs on the (https://docs.google.com/spreadsheet DCU. s/d/1yE8VU858j559lCNR- Each channel can be configured for 3cQeg9R78ncSFoczq0p0T2rU6o) any available function. Thermistor Input [C4P6 – C4P11] Voltage Sensor Input There are two thermistor input All flexible I/O can be configured as channels on the DCU.
First Power-On Other Interfaces Ethernet MODBUS/TCP Preparations The DCU connects to a LAN (Local First, make sure to consult the Quick Area Network) or directly to a PC Installation Guide (QIG) that came with through a standard CAT-5 network the panel. cable connected to the RJ45 port.
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