Descripción

Advanced AC Control System: This system offers more accurate and efficient control
Smart regenerative brake system: Regenerative brakes take advantage of the kinetic energy of the vehicle during the slowdown to recharge the battery, thus improving energy efficiency and reducing the wear of conventional brakes.
Multifunction screen: A central screen that provides vital information for the driver, such as the battery level (BDI), the operating hours counter of the vehicle, and possibly other data such as the outer temperature, the speed of the vehicle, etc.
Emergency reversing device: A system that allows the driver to reverse the vehicle safely in emergency situations, perhaps with assistance functions to avoid collisions.
Automatic deceleration system with regenerative braking: By reducing speed, the system mainly uses the regenerative braking to convert the kinetic energy into electrical energy that recharges the battery, thus reducing the wear of conventional brakes and improving energy efficiency.
Built-in pressure relief valve: This valve protects the vehicle components from possible damage caused by pressure overloads, relieving pressure on the system when it reaches dangerous levels.
Emergency Energy Disconnection: A system that automatically disconnects the energy of the vehicle in emergency situations to avoid additional risks.
Continuous speed control: It allows the driver to maintain a constant speed under specific driving conditions, improving efficiency and comfort in long journeys.
Lifting limit switch: This switch turns off the hydraulic pump motor when the vehicle reaches its maximum lifting height, avoiding damage to the system and improving safety.
Vertical drive motor with small spinning radius: A motor designed to occupy little space and allow a reduced rotation radius, which facilitates the maneuverability of the vehicle in narrow spaces. In addition, its structure resistant to water and dust increases its durability and reliability in various environmental conditions.

1.2.Model
 
Ae15.56

1.3. TYPE
 
Electric

1.4.Operator
 
On foot

1.5.Load capacity
Q (KG)
1500

1.6.Distance from the center of charge
c (mm)
600

1 8. Load distance, center Delgee to the fork
x (mm)
770

1.9.Axles distance
and (mm)
1383

2.1.Service weight
kg
1185/1205/1225

2.2.Load per shaft, loaded front / rear
kg
1280/1070

2.3.Load by shaft, front / rear without load
kg
650/200

3.1.Wheels
 
Polyurethane

3.2.Front tire size
 
Φ250x70

3.3.Tire size. rear
 
Φ80x70

3.4.Additional wheels (dimensions)
 
Φ150x60

3.5.Number of rear front wheels (x = drive wheels)
 
1x + 1/4

3.6.Tread, front
b10 (mm)
520

3.7.Tread, rear
b11 (mm)
400/525

4.2.Height. low mast
h1 (mm)
2054/2214/2414

4.3.Free elevation (option 2500- 3500 mm)
h2 (mm)
1570/1740/1940

4.4.Max. height elevation
h3 (mm)
4500/5000 /5600

4.5.Height, extended mast
h4 (mm)
5030/5510/6110

4.9.1maxima minimum rudder height in driving position
h14 (mm)
670/1300

4.10. Height of the arms of the wheels
h8 (mm)
81

4.15. Height of the fork, down
h13 (mm)
90

4.19. Full length
l1 (mm)
1975 (2055)

4.20. Length Up to the face of the forks
l2 (mm)
905

4.21. Total width
b1 / B2 (mm)
820

4.22. Dimensions of the fork
s / E / L (mm)
60/170/1070 (1150)

4.25. Total width of the forks
b5 (mm)
570/695

4.32. Distance to the ground, center of the axles
m2 (mm)
26

4.34.1 Hall Width for Palets 100x1200
AST (mm)
2480

4.34.2 Hall width for pallets 800x1200
AST (mm)
2450

4.35. Spinning radius
WA (mm)
1575

5.1.Scroll speed. with 1Sin Load
km / pm
5.8 / 6.0

5.2.Lifting speed, loaded / downloaded
meters /'s
0.09 / 0.16

5.3.Descent speed. Charged / Downloaded
meters /'s
0.15 / 0.16

5.8.Max. Overlavable pending (loaded / downloaded)
%
6/15

5.10. Service brake
 
Electromagnetic

6.1.Drive motor
kw
1.2 (ac)

6.2.Lifting engine in S3
kw
22

6.4.Battery voltage, KS nominal capacity (Mastildulplex)
(V) / (ah) or kwh
24/200

6.5.Battery weight
kg
160

10.7 Sound pressure level in the driver's seat
dB (A)
70