The ERCO 401E is the high-profile double scissor lift from Corghi’s ECO-Line series, designed for recessed installations and maintenance work on cars, SUVs, and light commercial vehicles. With a lifting capacity of 4,000 kg and a robust structure, it offers a reliable and durable solution for workshops seeking simple construction and low operating costs.
The ECO-Line philosophy eliminates electronic components on the scissor side and uses a dual Hydraulic Master/Slave system that ensures proper alignment of the platforms during all stages of operation.
Also available in the ERCO 351E version with a maximum capacity of 3,500 kg.
ERCO 401E
ECO-Line high-profile
double-scissor
lift
Mechanical
reliability and ease
operation for day-to-day maintenance
Benefits
Load capacity up to 4,000 kg
Maximum simplicity of construction and durability
Standard Master/Slave system
Flush-mounted installation
Features and functions
ECO-LINE TECHNOLOGY
Designed to offer reliability, ease of maintenance and a reduction in potential sources of failure.
DUAL MASTER/SLAVE SYSTEM
The hydraulic circuit maintains the correct alignment of the footrests without the need for pneumatic locks or complex systems.
FOOTREST WITH RETRACTABLE EXTENSION
The integrated extensions allow the deck to be easily adapted to different vehicle lengths and wheelbases.
SELF-LUBRICATING BUSHINGS
Components designed to minimise maintenance and extend service life.
Technical data
| Type | ECO-Line high-profile double scissor lift |
| Maximum flow rate | 4,000 kg |
| Maximum lifting height | 1,900 mm |
| Installation | Recessed |
| Levelling system | Master/Slave dual hydraulic circuit |
| Engine power | 3 kW |
| Power supply | 230/400 V – 3-phase – 50/60 Hz / 230 V – single-phase |
| Ascent/descent time | 40 s |
Type
ECO-Line high-profile double scissor lift
Maximum flow rate
4,000 kg
Maximum lifting height
1,900 mm
Installation
Recessed
Levelling system
Master/Slave dual hydraulic circuit
Engine power
3 kW
Power supply
230/400 V – 3-phase – 50/60 Hz / 230 V – single-phase
Ascent/descent time
40 s
Gallery
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