Specifications include, but are not limited to: 3.1. Boat: 3.1.1. 18ft long, approximately 96 inch beam, 72 inch bottom, all welded construction; exceeds USCG guidelines 3.1.2. Semi V front (chop V bow) flat bottom to stern; longitudinal bottom tracking strakes 3.1.3. 24 to 30 inch sides 3.1.4. 48 inch front deck 3.1.4.1. Access door with storage underneath 3.1.5. Center console with control box rack 3.1.5.1. Elevated platform 3.1.5.2. Leaning post seat 3.1.5.3. Removable pole work up LED light for livewell and deck illumination 3.1.6. Side storage compartments at port and starboard gunwale locations; adjacent to center console area 3.1.7. Welded on bow safety rail (shocking cage) 3.1.7.1. OSHA approved minimum 42” height from deck 3.1.7.2. Six LED shock lights at bow for nighttime electrofishing 3.1.8. Welded in livewell approximately 48”Lx22”Wx26”H; 4 top/lids; tank base welded at or near floor deck level; 3.1.8.1. Standpipe with drain; removable center divider; fill pump with water flow through system 3.1.9. Aluminum treat plate floor throughout 3.1.10. 1 ½” drain hole 3.1.11. Transducer mounting bracket 3.1.12. 12 gang fuse panel 3.1.13. Navigation lights, horn and fire extinguisher 3.1.14. 750gph bilge pump and switch 3.1.15. 24grp starting battery and grp 27 house battery; trays and straps 3.1.16. Battery switch / ACR and onboard charger 3.1.17. 12 gallon fuel tank at starboard port location 3.2. Electrofishing Equipment: 3.2.1. Midwest Lake Management Infinity Series 40 amp shock box, connectors and high voltage rigging 3.2.1.1. DC output power 12000+ watts (square wave) 3.2.1.1.1. continuous and pulsed 3.2.1.1.2. up to 5500 watts continuous 3.2.1.1.3. 12000+ watts pulsed 3.2.1.1.4. output varies by duty cycle 3.2.2. DC output voltage 0-1200 VDC at 40 A 3.2.3. AC output power up to 7200 watts 3.2.3.1. continuous and pulsed 3.2.4. AC output voltage 0-240 VAC at 30 A 3.2.5. Pulse Rate adjustment from 1 pps to 300 pps in 1 pps increments 3.2.6. Duty Cycle adjustment from 1% to 100% in 1% increments 3.2.7. Voltage adjustments in 1 volt increments 3.2.8. Performs in conductivities from 10-1000uS 3.2.8.1. with fully configured electrofishing boat (two booms and two anode arrays) at 20-25% duty cycle 3.2.8.2. may electrofish in higher conductivities if reduce the duty cycle and anode surface area 3.2.9. Field proven modern electrofishing technology 3.2.9.1. automatic voltage range shifting for three ranges and voltage 3.2.9.2. system high voltage soft start electronic protection 3.2.9.3. software and solid state protection for internal circuitry and overloading 3.2.9.4. dead short detection 3.2.9.5. ability to set voltage ceiling 3.2.9.6. digital (live) displays to notify user of overloading errors, incorrect settings, and dead shorts 3.2.9.7. data recall when unit is powered down 3.2.10. Independent digital metering (three small LCD displays) of peak watts, amps, volts 3.2.11. Monitors and displays input frequency and voltage from source generator 3.2.12. Auto-correction of frequency and voltage to ensure consistent output waveforms 3.2.13. Isolated high voltage output form safety switch circuit 3.2.14. integrated safety switch continuity test function 3.2.15. Nine programmable electrofishing settings 3.2.15.1.able to set and recall waveform (AC or DC) duty cycle, pulse rate, and volts 3.2.16. Resettable fishing time 3.2.17. Emergency shut-down switch 3.2.18. Red illuminated display for night time electrofishing 3.2.19. hermetically sealed / splash resistant design 3.2.20. Colling via convection by oversized heat sink 3.2.21. Water resistant main breaker (electric hydraulic) 3.2.22. Three high voltage 25A external fuses (water tight and spare fused included) 3.2.23. External hardware gasketed and o-ringed for splash resistance 3.2.24. System incorporated with rechargeable nickel metal hydride battery for data recall 3.2.25. 16”x15”x11’ aluminum chasis 3.2.26. Approximately 29 lbs 3.2.27. High voltage wiring system 3.2.27.1.system crafted from highly density polyamide 3.2.27.2.waterproof connections, UV resistant, and rated for 32 A 3.2.27.3.nitrile o-rings and silicone rubber sealing gaskets 3.2.27.4.machined solid brass, nickel plated contacts 3.2.27.5.positive locating keyways only terminate into correct receptacles 3.2.27.6.UL, CSA, VDE, approved 3.2.28. Two pivot/swing electrofishing booms 3.2.28.1. 2” outside diameter, ¼” wall 3.2.28.2. crafted entirely from combination fiberglass and thermosetting polyester resin with UV Inhibitors 3.2.28.2.1. all non-conductive material for added safety 3.2.28.2.2. no aluminum conduit used to ensure no potential for dead short 3.2.28.2.3. boom tip connection – socket design to prevent electrocution hazard 3.2.28.3. heavy jacketed 10 ga conductor wires 3.2.28.4. welded on chain hangers and boom cradles 3.2.29. Two snagless anode arrays 3.2.29.1. 24” span, 3/16” stailess steel cables; 12 stainless droppers tubes for low conductivity situations 3.2.30. 14”x23” bow foot pad safety switch 3.2.31. 7kw Honda super quiet inverter generator and stabilizer; moored to floor at stem starboard corner 3.2.32. All stainless steel hardware 3.2.33. Electrofishing equipment must be compatible and interchangeable with other Midwest Lake Electrofishing Systems Infinity Series gear in SC and cooperators in the region (NC, GA, TN)
