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10 Amp 12 V Battery Charger
The DSE 10 Amp Switch Mode Battery Charger is designed to be permanently connected to a
battery, keeping it charged to maximum capacity.
The chargers can be mounted to the chassis or panel using the fixing points or optional DIN rail clips.
5 Amp 24 Volt Battery Charger
The 5 Amp Battery Charger has been designed to be permanently connected to a battery, keeping it charged to maximum capacity.
The chargers can be either mounted via DIN rail or to the chassis, using the fixing holes that are built into the case. The chargers stylish design includes an LED indicator on the front that shows when the charger is in a normal or overload condition.
5 Amp 12 Volt Battery Charger
The 5 Amp Battery Charger has been designed to be permanently connected to a battery, keeping it charged to maximum capacity. The chargers can be either mounted via DIN rail or to the chassis, using the fixing holes that are built into the case.
The chargers stylish design includes an LED indicator on the front that shows when the charger is in a normal or overload condition.
The 2 Amp Battery Charger has been designed to be permanently connected to a battery, keeping it charged to maximum capacity.
The charger can be either ounted via DIN rail or to the hassis, using the fixing holes that re built into the case. The chargers tylish design includes an LED ndicator on the front that shows hen the charger is in a normal or overload condition.
2 Amp 12 Volt Battery Charger
The 2 Amp Battery Charger has been designed to be permanently connected to a battery, keeping it charged to maximum capacity. The charger can be either mounted via DIN rail or to the chassis, using the fixing holes that are built into the case.
The chargers stylish design includes an LED indicator on the front that shows when the charger is in a normal or overload condition.
The DSE8005 will monitor up to a maximum of 40 DSE controllers in any combination of up to 32
generators and 10 mains (utilities) e.g. 32 generators and 8 mains (utilities), 30 generators and 10
mains (utilities) etc.
For more information please refer to the DSE8600 Series or DSE8700 Series manuals.
The DSE865 is an RS485 communications devices that allows you to monitor single generating sets over a LAN (network) or WAN (internet) connection. The device includes software that is used to assign a TCP/IP address to a COM Port on a PC. This COM port is then selected by the user in the standard
PC software of the DSE module being used. Once this COM port has been selected then the user can
communicate directly with the control module from their PC.
If the device needs to be seen over the internet the assigned IP address has to be configured to be
visible to the outside world. Once this has been done the module can be communicated with from any
remote location that has internet connectivity.
The device has been designed to work with the DSE73xx and DSE75xx control modules.
The devices also include LED indicators that show the operation and connection status at all times.
Different light patterns indicate a range of status conditions.
The DSE860 is an RS232 communications device that allow you tomonitor single generating
sets over a LAN (network) or WAN (internet) connection. The devices include software that is used to
assign a TCP/IP address to a COM Port on a PC. This COM port is then selected by the user in the standard PC software of the DSE module being used.
Once this COM port has been selected then the user can communicate directly with the control module from their PC. If the device needs to be seen over the internet the assigned IP address has to be configured to be visible to the outside world. Once this has been done the module can be communicated with from any remote location that has internet connectivity
Multi Set Communication Software
Deep Sea Electronics DSE850 Multi-Set Communications Software has been designed to work with the
DSEPower Series Load Share Control Modules (DSE55xx and DSE75xx). The software is scheduled to be compatible with additional DSE controllers in the near future.
The DSE Ethernet controller is connected to the internet and all DSE control modules that are on-site. The Ethernet controller requires a fixed internal IP address that can be configured to be visible over the internet (using third party external router). Once the IP address can be accessed over the internet
then sites can be viewed from any internet connection in the world.
The system has been designed to display information on a maximum of 16 gen-sets and 4 mains utilities) or 24 gen-sets with no mains (utilities).The software is easy to set up and DSE controllers can easily be added to the system using the software’s intuitive ‘Add Controller’ page.
The Ethernet device includes RS232 and RS485 communications ports. The data taken from the DSE
controllers is refreshed every 1-11 seconds (dependent on connection speed).
Auto Start Control Module (Electronic engine enabled)
The DSE5510 is an Automatic Engine Control Module, designed to provide advanced load share functionality for diesel and gas generating sets that include non-electronic and electronic engines. The module also provides excellent engine monitoring and protection features. The modules load share functions include, automatic synchronising with built in synchroscope and closing onto dead bus. Direct and flexible outputs from the module are provided to allow connection to the most commonly used speed governors and automatic voltage regulators (AVR’s). The module has been designed to combine a maximum of 16 generators and 16 mains (utility) supplies up to a maximum of 20 in one system, e.g. 16 generators and 4 mains (utility) supplies (DSE5560 required to synchronise with the mains) The module has the ability to monitor under/over generator volts, over current, under/over generator frequency, under speed, over speed, charge fail, emergency stop, low oil pressure, high engine temperature, fail to start, low/high DC battery volts, fail to stop, generator short circuit protection, reverse power, generator phase rotation error, earth fault protection, loss of speed signal, fail to open, fail to close, out of sync and MPU open circuit failure, negative phase sequence and loss of excitation.