Related Manuals for EKKO EA15A
Summary of Contents for EKKO EA15A
- Page 1 Semi-electric Stacker Operations & Maintenance Manual Semi Electric Stacker EA15A / EA15A-138...
- Page 2 Please pay attention to the following items before using the stacker: EA15A stacker should only be used indoors on even and solid ground. It is prohibited to use the stacker in environments with flammable or caustic substances, such as acids or alkalis.
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Page 3: Main Technical Parameters
2. Main technical parameters Model No. EA15A series Rated capacity Q(lbs.) 3300 Load center c(in) Wheelbase Y(in) 45.07 Service weight (with battery) lbs. 584-771.6 Φ3.15x3.66 Front wheel dimensions (in) Φ7.09x1.97 Rear wheel dimensions (in) Lowered mast height h1(in) 82.1/91.9 Lifting height... -
Page 4: Structural Features
1 Ambient temperature: -13°F～+104°F. 2 Ambient relative humidity: < 90%RH. 3 Environment free from moisture and harmful gases. 4 The EA15A semi-electric stacker is not an explosion-proof product. It is forbidden to use it in areas with flammable gases. 5. Operation The operation of the EA15A semi-electric stacker is simple. -
Page 5: Possible Faults And Solutions
lifting protection mode when the last two red lights blink alternately. At that point, the forks cannot be raised to prevent the battery from over-discharging. 7 To charge the battery, press the emergency stop switch and turn off the electric door lock. Plug the charger into the jack on the side of the electrical box, connect the power supply, and turn on the charger’s power switch. -
Page 6: Initial Charge
Sweep the electrolytic solution onto the surface of the batteries, then connect the positive and negative terminals of the battery group to the corresponding positive and negative terminals of the DC power supply (charger). 7.1.6 Fully Charged Status: The EA15A stacker uses an intelligent charger that will stop - 5 -... -
Page 7: Use And Maintenance
charging once the battery is fully charged. (The first charging cycle may take longer, while the standard charging time is 10-12 hours.) 7.1.7 To accurately control the sulfuric acid content of the electrolytic solution, the solution density of the batteries should be checked during the final stage of charging. If it is inconsistent, adjust the density with distilled water or sulfuric acid (with a density of 1.40). - Page 8 7.2.4 Balance charge： a. Charge with a 4A current. b. When the charge voltage reaches 14.6V (6 × 2.6V = 14.6V) and air bubbles appear in the electrolytic solution, reduce the current by 50% (to 2A) and continue charging. c. Once the batteries are fully charged, stop charging for 0.5 hours, then recharge with a 1A current for an additional hour.
- Page 9 1.1. Final assembly Description Material code Qty. Mesh enclosure BDA-00004 Fixed climb BDA-00001 Bolt M6×12 T-LD-006 Back cover BDA-00028 Battery （12V/120Ah） BDA-00027 Hydraulic station 12V/1.6KW BDA-00023 Hexagon socket head cap T-LD-086 screws M10×20 Pin roll Φ20*81 BDA-00006 Shield d20 T-DQ-004 Brake assembly BDA-00029 Hexnut M10...
- Page 10 1.2. Hydro-cylinder assembly Description Material code Qty. Enlarge mouth type pipe joint BDA-03021 body M14*M14*39 Combined seal washer Φ14 T-DP-010 Explosion-proof valve BDA-03018 Hydro-cylinder BDA-03009 Oil return pipe BDA-00022 Return opening connector BDA-00024 M14*32 Guide liner BDA-03004 UHS seal ring Φ40×50×6 T-MF-003 O-shape seal ring Φ50×3.55 T-MF-002...
- Page 11 1.3. Fork assembly Description Material code Qty. Pressed forks Lift table SDA-07001 Hexagon socket set screw with T-LD-004 flat end M16×50 Circlip for hole Φ72 T-DQ-001 Deep groove ball bearing 60207 T-ZC-001 Roller Φ106×32 BDA-06007A Circlip for shaft Φ35 T-DQ-002 Hexagon socket head...
- Page 12 2. Hydrametic schematic diagram 3. Electrical schematic diagram - 11 -...
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