Batteries For A Scissor Lift

Batteries For A Scissor Lift
Details:
Products Description Regarding our batteries for a scissor lift, we use lithium - iron - phosphate batteries. Most of our customers have their own brands. Since different brands and application scenarios require different batteries, the majority of our orders are customized. We can customize...
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Description
Technical Parameters
 

Products Description

 

This product is a lithium battery system for scissor lift platforms, using lithium iron phosphate (LiFePO4) cells. It has a nominal voltage of 48V and a nominal capacity of 125Ah, suitable for electric scissor lift power systems and power supply upgrades.

 

 

Products Specification

 

Parameter

Value

Nominal Voltage

48V

Nominal Capacity

125Ah

Cycle Times

3000

Battery Type

Lithium Iron Phosphate Battery

Charging Voltage

58.4V

Discharging Voltage

40V

Product Dimensions

600mm*225mm*260mm

Shelf Life

3 years

Weight

45kg

 

 

Features

 

3000 Cycles @ Standard Test Condition

Cycle count is based on standard charge/discharge test conditions (typically 0.5C charge/0.5C discharge, ambient temperature 25℃).

Cycle count is defined as the total number of cycles until capacity decays to 80% of rated capacity.

Suitable for high-frequency applications, such as daily high-altitude work equipment charging and discharging.

 

Continuous Discharge Matching Hydraulic Load

Scissor lifts generate instantaneous current demands.

The battery system is designed with continuous discharge current and peak discharge capacity set according to the hydraulic motor power and controller rated current.

The BMS overcurrent protection threshold is matched with the equipment motor controller parameters to avoid false protection.

 

Integrated BMS with Multi-Level Protection

The battery management system includes:

Individual cell voltage monitoring

Overcharge protection

Over-discharge protection

Overcurrent protection

Short circuit protection

Temperature detection

Individual cell voltage monitoring is used to control cell consistency deviations and avoid capacity loss caused by individual cell overcharging or over-discharging.

 

 

Customization Options

 

Electrical Customization

Voltage Adjustment (24V / 36V / 48V)

Capacity Adjustment

Maximum Continuous Discharge Current Setting

Peak Current Setting

 

Communication Interface

CAN

RS485

RS232

Bluetooth Module (Optional)

 

Mechanical Customization

Housing Material Selection

Size Changes

IP Protection Rating Design

Terminal and Wiring Harness Customization

 

 

Why choose us?

 

Manufacturing Capability

  • Own battery assembly production line
  • Supports mass production and customization
  • Capable of module assembly and full-pack testing

 

R&D Team Support

  • Cell selection
  • BMS parameter setting
  • Structural design
  • Project technical coordination

 

Quality Control Process

  • Incoming material inspection
  • Cell capacity matching and grouping
  • BMS functional testing
  • Finished product aging test
  • Full inspection before shipment

 

One-Stop Procurement

  • Chargers
  • Inverters
  • Related accessories

 

After-Sales Support

  • Technical support
  • Installation and usage guidance
  • Troubleshooting assistance
  • Usage feedback tracking

 

 

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