ASC NL100 complete unit contains a main control with touch or foil panel for flush mounting, relay modules for lanterns connection and power supply unit for installation inside of bridge console or in technical room. It runs under a user-friendly and easy-to-use operation. An open-protocol (based on NMEA0183) offers direct remote-control-of relay modules from Integrated-Bridge-System (IBS). The ASC NL100 can handle vessel’s input power supply voltage (including main and standby) of range 100VAC-230VAC (50/60Hz) and 24VDC. Moreover, it may contain up to 14Pcs. of relay modules. The ASC NL100 monitors dual (main and standby) power supply with manual or automatic switch-over function. It continuously monitors the status of lights that are switched on and light's circuitry by checking current for each connected navigational light or All-round light. If the current drops below threshold, the alarm is activated and the system automatically switches to spare light (if exists), however this provides more safety. Each light output is protected by melting fuse or circuit breakers. All Relay modules are equipped with manual override activation features which allow operation even in case of electric failure. The ASC NL100, in maximum configuration, controls up to 64 Nav-Lights. It is tested and compatible with standard incandescent bulbs and Glamox / aqua signal LED navigation lights Series 55, 65, 60, 61, 70/70(M), 75(D), 66N(D) MIL, and 76N(D), both Standard and Arctic variants. In addition, The ASC NL100 is DNV certified. The ASC NL100 system requirements according to DNV: - Control via one or more foil panels, a Touch Panel PC or from third party systems such as IBS - Manual or automatic switch-over to spare light in case of main Navigation light malfunction - Manual override function - Only one type of relay module for all voltages - Navigation lights may be mixed incandescent or LED - Standard interface to external systems with NMEA0183 (basic) (further Modbus-TCP with PLC and Touch Panel PC). It is highly flexible and available with standard cabinet sizes (small, medium, large and custom) or as mounting plates or even single components, and setups (E.g. 8+8 (8 main and 8 standby), 16+16 (16 main and 16 standby), 16+16+16 (24 main and 24 standby), 4x16 (32 main and 32 standby), and customized circuits). - Factory pre-configured and checked to rules for customers safety - DNV certified - Flush mounted FP housing selectable in 3 standard sizes, incl. - Up to 5 FP in one system - Safe-Return-to-Port (SRtP) functionality with at least 2 FP - Alarm function optical, acoustic ASC NL100 - Control with PLC via Touch Panel PC (TP): - High class ASC NL100 with newest maritime certified PLC and up to 5 TP in one system - Highly free configurable and even free programmable GUI for standard and custom solutions - Works with all standard ASC NL100 relay modules - All settings may be fine-tuned or completely re-programmed by customers directly from the setup screen - Alarm functions optical, acoustic and log file - Flexible screen setup incl. custom solutions - Standard interface to external systems with NMEA0183 (basic)and Modbus-TCP.

Spesification - Nylon Material - Dimension 45 x 31 x 14 cm - 16 inch laptop sleeve - 2 Front pocket + organizer - 1 Back pocket - Rain cover Included - Compression strap

A ground control system that establishes unmanned aerial vehicle missions, controls aircraft and mission equipment, reads image information, and transmits it to higher-level units.

The LB 20,000 Container can desalinate water with amazingly little energy: as low as 8 kilowatts per 1000 gallons or 2 kilowatts per 1000 liters. The LB 20,000 Container is contained within a standard shipping container, pre-plumbed and tested with all components. The Pearson Pump™ is a breakthrough in pump design, combining a high-pressure piston pump with built-in energy recovery. The energy normally wasted in the high-pressure brine stream is recovered, saving up to 75% of the power required for a standard reverse osmosis system. The Pearson Pump’s™ “hydraulically locked” recovery rate allows the pressure required for reverse osmosis to float, based on the salinity or temperature of the feed water, without control inputs. Standard systems require operator adjustments as the pressure changes, but our fixed recover y rate system eliminates the need for operator input and prevents membrane damage.