VE.Net GMDSS SMDSM Panel

PANNEAU VE.NET GMDSS POUR SKYLLA SMDSM

chargeur skylla-tg smdsm 24v 30a ou alimentation dc 24v 30 amperes

 

VE.Net GMDSS Panel

Contents of the box
1 x VE.Net GMDSS Panel
4 x Black screw to mount the panel
1 x Panel cutout
1 x Installation and user manual

* Plan de connexion SKYLLA SMDSM 24/30 24/50
* Notice Panneau de contrôle VE.NET pour SKYLLA SMDSM
* Schéma d'installation VE.NET GMDSS avec Skylla SMDSM

VE.Net SMDSM Panel
Maximum cable length 25 meter
VE.Net GMDSS Panel VPN
Power supply voltage range 9 – 35 V DC
Operating temp. range -20 – +50°C (0 - 120°F)
Potential free contact 3A / 30 V DC / 250 V AC / (Normally closed)
ENCLOSURE
Measurements front panel (w x h) 12 x 6,5 cm (Standard PROS3 Panel)
Measurements body (w x h) 10 x 4,5 cm
Weight 0,1 Kg
 
Panel Setup Default Range Step
size
Contrast Contrast of the display 100 0-100% 5%
Backlight Intensity of the backlight 30 0-100% 5%
Backlight off Time before the backlight turns off automatically 10s 10s, 30s,
1 min, Never
 

Access level

In order to prevent accidental changes to settings, most setup parameters are hidden in user mode

User and
install

User,
User
and Install

 
Restrict Access Disables changing the access level, only possible for OEM installers No Yes, No  
Restart panel Restart the panel No No-Yes  
Software version Version of the software in the panel - - -
 
Quick status
DC Voltage Displays the actual voltage of the battery.
DC Current Displays the DC current that flows in or out of the batteries.
State of charge The state of charge is a representation of the energy left in the battery 100% is full and 0% is empty. This is the best way to see when the batteries need to be recharged. Note that most battery types will be damaged if they are discharged below 50%.
 
Read out menu
Consumed Ah Displays the used ampere hours since the battery was fully charged.
Time to go Displays time left before the batteries need to be recharged at the current load.
 
Setup Alarms Default Range Step
size
Low Voltage The DC Voltage has to be below this threshold to trigger the Low Voltage alarm. 20 8 - 33 0.1
Low Voltage Clr The threshold that has to be reached again to cancel a Low Voltage alarm. 22 8 - 33 0.1
High Voltage The DC Voltage has to be above this threshold to trigger the High Voltage alarm. 32 8 - 33 0.1
High Voltage Clr The threshold that has to be reached again to cancel a High Voltage alarm. 31 8 - 33 0.1
Low SOC The low State of Charge threshold that will activate the alarm. 60% 0 - 100 1
Low SOC Clr The State of Charge threshold that has to be reached to cancel a State of Charge alarm. 60% 0 - 100 1
Low SOC Alarm Enables and disables the low SOC alarm. off on - off  
Low Current The current has to be below threshold to trigger the Low Current alarm. -100 -100 à +100 0.5
Low Current Clr. The threshold that has to be reached again to cancel a Low Current alarm. -98 -100 - 100 0.5
Low Current Alarm Enables and disables the low current alarm. off on-off  
High Current The current has to be above this threshold to trigger the High Current alarm. 35 -100 - 100 0.5
High Current Clr The threshold that has to be reached again to cancel the High Current alarm. 32 -100 - 100 0.5
High Current Enables and disables the high Current Alarm. off on - off  
 
Setup Controller Default Range Step
size
Battery Capacity The battery capacity in amp hours (Ah) at a 20h discharge rate. 200Ah 20-65535 5
Volt charged par The battery controller considers the battery as fully charged if the voltage is above this level. 26.4V 8-33 0.1
Curr charged par If the charge current is below this percentage of the battery capacity, the battery can be considered as fully charged. 4% 1-10 1
Charged time par The minimum time that the above two parameters must be met to consider the battery as fully charged. 4 min 1-4 1
Charge eff. Factor When a battery is charged, energy is lost. The charge efficiency factor compensates for the lost energy, where 1 is no loss of energy and 0.5 is a 50% loss of energy. 0.9 0.5-1 0.05
Resynchronize? Resets the state of charge manually to 100%. - - -
 
présentation de la connexion du VE.Net
 

Exemple d'installation du chargeur SMDSM

exemple d'installation d'un chargeur SMDSM avec VE.NET GMDSS PANEL pour bateau conformément à la sécurité en mer

Pas de réglages compliqués : Prêt à raccorder
Le système complet est livré prêt à raccorder, les tableaux d'affichage sont préprogrammés pour la fonctionnalité SMDSM. Un menu déroulant simple et convivial permet les paramétrages spécifiques.


monitoring d'un chargeur smdsm par ve.net gmdss panel pour bateau nautisme sécurité en mer

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