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Summary of Contents for Victron energy Digital Multi Control
- Page 1 Manual Handleiding Manuel Anleitung Manual Digital Multi Control Panel...
- Page 2 EXCEED THE PURCHASE PRICE OF THE VICTRON ENERGY PRODUCTS DESCRIBED HERE IN. Victron Energy B.V. reserves the right to revise and improve its products as it sees fit. This publication describes the state of this product at the time of its publication and...
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Page 3: Table Of Contents
1. Quick Start The Digital Multi Control panel (DMC) is a remote panel designed to work with all Multis /Quattro’s and Multi/Quattro systems. This includes stand alone, parallel and 2-3 phase configurations. Both VE.Bus and non VE.Bus systems are supported. -
Page 4: Ve.bus System With 1 Ac Source
2. Standard installations 2.1 VE.Bus system with 1 AC source Setup for such a system is easy: Just connect the DMC to the VE.Bus system (see paragraph 4.1) and the DMC will automatically adapt to the current system. No parameters need to be changed in the DMC unless you want to limit the maximum current the operator can set. -
Page 5: Ve.bus Multi System + External Transfer Switch (Powerman)
2.2.3 VE.Bus Multi system + external transfer switch (PowerMan) If an external transfer switch is placed before the Multis then this switch determines which AC source is used. The Multis do not have any information about the state of the switch. The DMC provides a way to specify different shore limits for both AC sources. - Page 6 3. Description of the Digital Multi Control panel The DMC is a remote panel designed to work with all Multis/Quattro’s and Multi/Quattro systems. This includes stand alone, parallel and 2-3 phase configurations. Both VE.Bus and non VE.Bus systems are supported.
- Page 7 3.3 Connecting non-VE.Bus devices In order to operate the DMC with non VE.Bus devices one must configure a scaling parameter to match the DMC with the connected system. The default setting is for a standalone Multi with a 16A transfer switch. There will be no adjustment for the minimum shore current limit in this case.
- Page 8 2 wires of 0.25 – 1.0mm². Refer to the transfer switch manual for more information. 3) There are no special requirements to build in the Digital Multi Control Panel 4.1 Bus cable To connect the DMC to a Multi or Quattro use a standard straight UTP cable with RJ45 connectors.
- Page 9 5. Using the Digital Multi Control panel The DMC is used to remotely set up to four (five including the generator functionality) different input currents, read out the status of your system and turn on and off the Multis or Quattro’s.
- Page 10 5.3 LED brightness For your comfort, the brightness of the LEDs is controlled automatically using a light sensor. When the ambient light level becomes lower the LEDs will be less bright which is more pleasant for the eye and reduces power consumption.
- Page 11 6. Configuring the Digital Multi Control panel This chapter describes the configuration parameters and procedure. 6.1 Procedure During configuration 6 parameters can be set. The configuration procedure is straight forward. - To enter the configuration mode press the button on the back of the DMC until the bottom LED in the left column starts flashing, indicating that the first parameter can be changed.
- Page 12 6.2 Setting the scaling factor Configuration of the scaling factor is only needed for non VE.Bus Multis. (All Multi firmware versions 15xxyyy, 17xxyyy and 18xxyyy) The scaling factor is used to match the currents displayed by the DMC to the currents in the system.
- Page 13 6.4.1 Special display feature When you have an extended VE.Bus system (or a Quattro system) and you use more than 1 AC input you might come across the following situation: Assuming you use two AC inputs. You would like to give the generator priority over the shore so you connect the generator to AC input 1.
- Page 14 Example 2: Four non VE.Bus Multis 30A/120V + 13kVA gen. (1500 rpm) + external transfer switch. For this configuration the “scaling factor” must be calculated. The NrOfDevices is 4, the DeviceType is 2 so the “scaling factor” is (4 x 2) – 1 = 7 A 13kVA generator 120V can supply a maximum current of 108,3A.
- Page 15 Appendix 1 Technical data Supply voltage range 9 ... 70VDC Supply current Standby Active @12V <5mA <30mA @24V <5mA <15mA Operating temperature range 0 ... 50°C Dimensions 65 x 120 x 55mm Net weight 120 gram Material: Body Aluminum Voedingsspanningbereik 9 ...
- Page 16 Bereich der Versorgungsspannung 9 ... 70 VDC Versorgungsstrom Standby Betrieb @12V <5mA <30mA @24V <5mA <15mA Bereich der Betriebstemperatur 0 ... 50°C Abmessungen 65 x 120 x 55mm Netto Gewicht 120 Gramm Material: Gehäuse Aluminium Tensión de alimentación 9 ... 70 VCC Corriente de alimentación Activa espera...
- Page 18 Distributor: Serial number: Version : Date 24 April 2018 Victron Energy B.V. De Paal 35 | 1351 JG Almere PO Box 50016 | 1305 AA Almere | The Netherlands General phone : +31 (0)36 535 97 00 Customer support desk...
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