1.3-1.4 Ton Electric Walk-Behind Reach Truck
Product Introduction:
1. Enhanced Stability & Control
① Dual-Tilt Cylinders: Ensures smoother load handling and better balance
② Electronic Power Steering (EPS): Low-effort, quiet operation (<60 dB)
③ 3-Stage Descent Control: Adjustable lowering speeds for precise placement
2. Maintenance-Free Efficiency
④ Brushless AC Motors: No carbon brushes = longer lifespan & zero maintenance
⑤ Auto E-Limiting: Stops lift/reach/tilt at max positions to protect motors & battery
⑥ Moon Walk Function: Straight-line driving even if handle is turned
3. Smart Safety Systems
Auto Speed Reduction:
① Slows down in turns for stability
② Reduces speed at high lift to prevent tip-over
✓Stepless Travel Control: Smooth acceleration/deceleration (quieter & safer)
✓Multi-Protection Controller: Prevents overload/short-circuit/overheating
✓Emergency Features:
③ Reverse Cutoff (obstacle detection)
Instant Stop Button
Technical Parameters:
Model | Unit | CQDH13/14 |
Configuration No. | 850 | |
Power Form | Electric | |
Operation Mode | Walking-type | |
Rated Capacity | kg | 1300/1400 |
Load Center | mm | 500 |
Wheelbase | mm | 1478 |
Standard Lift Height | mm | 4500 |
Overall Length (without forks) | mm | 1430 |
Minimum Fork Height | mm | 55 |
Curb Weight (Including Battery) | kg | 2296 |
Product Uses:
Typical Applications:
1. Warehousing & Logistics Applications
2. Manufacturing Operations
3. Special Environment Operations
Technical Highlights:
1. Efficiency-Oriented Design
① 80V/48V lithium-ion battery systems (2-8 hour fast charge)
② 1.5-3.5 ton load capacity with 190° steering options
③ ≤3m turning radius for confined spaces
2. Smart Features
① RFID-based fleet management integration
② Anti-collision sensors with auto-braking
③ Cloud-connected telemetry for predictive maintenance
3. Ergonomic Configurations
① Adjustable operator compartments (standing/sitting)
② LED work area lighting with 270° visibility
③ <72 dB low-noise operation
1.3-1.4 Ton Electric Walk-Behind Reach Truck
Product Introduction:
1. Enhanced Stability & Control
① Dual-Tilt Cylinders: Ensures smoother load handling and better balance
② Electronic Power Steering (EPS): Low-effort, quiet operation (<60 dB)
③ 3-Stage Descent Control: Adjustable lowering speeds for precise placement
2. Maintenance-Free Efficiency
④ Brushless AC Motors: No carbon brushes = longer lifespan & zero maintenance
⑤ Auto E-Limiting: Stops lift/reach/tilt at max positions to protect motors & battery
⑥ Moon Walk Function: Straight-line driving even if handle is turned
3. Smart Safety Systems
Auto Speed Reduction:
① Slows down in turns for stability
② Reduces speed at high lift to prevent tip-over
✓Stepless Travel Control: Smooth acceleration/deceleration (quieter & safer)
✓Multi-Protection Controller: Prevents overload/short-circuit/overheating
✓Emergency Features:
③ Reverse Cutoff (obstacle detection)
Instant Stop Button
Technical Parameters:
Model | Unit | CQDH13/14 |
Configuration No. | 850 | |
Power Form | Electric | |
Operation Mode | Walking-type | |
Rated Capacity | kg | 1300/1400 |
Load Center | mm | 500 |
Wheelbase | mm | 1478 |
Standard Lift Height | mm | 4500 |
Overall Length (without forks) | mm | 1430 |
Minimum Fork Height | mm | 55 |
Curb Weight (Including Battery) | kg | 2296 |
Product Uses:
Typical Applications:
1. Warehousing & Logistics Applications
2. Manufacturing Operations
3. Special Environment Operations
Technical Highlights:
1. Efficiency-Oriented Design
① 80V/48V lithium-ion battery systems (2-8 hour fast charge)
② 1.5-3.5 ton load capacity with 190° steering options
③ ≤3m turning radius for confined spaces
2. Smart Features
① RFID-based fleet management integration
② Anti-collision sensors with auto-braking
③ Cloud-connected telemetry for predictive maintenance
3. Ergonomic Configurations
① Adjustable operator compartments (standing/sitting)
② LED work area lighting with 270° visibility
③ <72 dB low-noise operation
1.Q: How long can a lithium battery last? Is it prone to degradation?
A: The lifespan of a lithium battery is typically 2,000–3,000 charge-discharge cycles(approximately 5–8 years), far exceeding lead-acid batteries (500–1,000 cycles). Degradation is primarily influenced by usage habits. Avoid over-discharging (below 20% capacity), prolonged storage in high-temperature environments, or frequent fast charging. To extend battery life, it is recommended to charge as needed and maintain the charge level between 20%–80%.
2.Q: What to do if the battery fails to charge fully or charges slowly?
A: Check if the charger is compatible—lithium batteries require dedicated chargers (lead-acid battery chargers are incompatible). Low temperatures (<0°C) may reduce charging efficiency; charge indoors or use the battery’s preheating function. If the battery is aged (capacity below 80%), contact the manufacturer for inspection.
3.Q: Why do forklifts experience reduced power or shorter range in winter?
A:Lithium batteries naturally lose activity in extreme cold (below -10°C). Solutions: Preheat the battery in a room-temperature environment before charging, select lithium battery models with low-temperature heating functions, shorten single-use durations, and recharge promptly.
4.Q: What if the dashboard displays codes like "BMS fault" or "Overheating"?
A:
- Overheating alert: Pause use, allow cooling, then restart.
- Voltage anomaly: Check for loose battery connections.
- BMS fault: Contact after-sales service for Battery Management System repair.
Note: Take photos of error codes and contact manufacturer support immediately.
1.Q: How long can a lithium battery last? Is it prone to degradation?
A: The lifespan of a lithium battery is typically 2,000–3,000 charge-discharge cycles(approximately 5–8 years), far exceeding lead-acid batteries (500–1,000 cycles). Degradation is primarily influenced by usage habits. Avoid over-discharging (below 20% capacity), prolonged storage in high-temperature environments, or frequent fast charging. To extend battery life, it is recommended to charge as needed and maintain the charge level between 20%–80%.
2.Q: What to do if the battery fails to charge fully or charges slowly?
A: Check if the charger is compatible—lithium batteries require dedicated chargers (lead-acid battery chargers are incompatible). Low temperatures (<0°C) may reduce charging efficiency; charge indoors or use the battery’s preheating function. If the battery is aged (capacity below 80%), contact the manufacturer for inspection.
3.Q: Why do forklifts experience reduced power or shorter range in winter?
A:Lithium batteries naturally lose activity in extreme cold (below -10°C). Solutions: Preheat the battery in a room-temperature environment before charging, select lithium battery models with low-temperature heating functions, shorten single-use durations, and recharge promptly.
4.Q: What if the dashboard displays codes like "BMS fault" or "Overheating"?
A:
- Overheating alert: Pause use, allow cooling, then restart.
- Voltage anomaly: Check for loose battery connections.
- BMS fault: Contact after-sales service for Battery Management System repair.
Note: Take photos of error codes and contact manufacturer support immediately.