logo
logo
Crane Compare Banner - Compare construction cranes

Compare Cranes. Choose Smarter.

PALFINGER 240 VS CAM 01 Crane Comparison

PALFINGER 240

PALFINGER 240

₹ 11 L - 35 L

CAM 01 Crane

CAM 01 Crane

₹ 0.9 L - 1 L

Add third crane to compare

Engine

Engine Make
Tata / Ashok Leyland (Typical Truck Chassis)
Kirloskar
Engine Model
5.7L / H Series Diesel
4R1040
Engine Displacement
5800 cc
4160 cc
Engine Power
250 HP
25 HP
Maximum Torque
850 Nm
180 Nm
Fuel Type
Diesel
Diesel

Overall Dimension & Weight

Overall Length
10500 mm
5500 mm
Overall Width
2500 mm
2300 mm
Overall Height
3600 mm
2900 mm
Wheel Base
5200 mm
2600 mm
Min Ground Clearance
250 mm
280 mm
Operating Weight
3200 kg
1100 kg

Boom & Lifting

Crane Type
Truck Mounted Knuckle Boom Crane
Pick and Carry Crane
Boom Type
Articulated (Knuckle Boom)
Telescopic
Boom Length
16 m
11 m
Max Lifting Height
14 m
4.0 m
Max Working Radius
12 m
1.8 m

Rated Capacity

Max Lifting Capacity
9800 t
1500 t
Rated Load
10 t
12 t
Capacity at Min Radius
10T @ 2 m
10T @ ~2.5m
Capacity at Max Radius
1.5 – 2T @ 14 m
1T @ ~8m

Hydraulic System

Pump Type
Gear / Piston Pump
Variable
Main Pump Capacity
110 Lpm
40 Lpm
Max Hydraulic Flow
240 Lpm
50 Lpm
System Pressure
320 bar
180 bar

Service Capacities

Engine Oil
22 L
8 L
Rear Axle Oil
20 L
8 L
Transmission Oil
15 L
10 L
Hydraulic System
250 L
120 L
Fuel Tank
300 L
50 L
Cooling System
30 L
15 L

Steering & Brakes

Steering Type
Power Steering
power steering
Turning Radius
10 m
6 m
Service Brake Type
Air Brakes
Hydraulic
Parking Brake Type
Spring Actuated
Mechanical

Tyres

Tyre Size
10.00R20 / 295/90R20
8.25 x 20
No. of Tyres
6
4

Electrical & General

Battery
120
90
Alternator Output
90 A
40 A
Max Travel Speed
80 km/h
25 km/h

PALFINGER 240

like

Pros

  • High Lifting Efficiency
  • Compact Knuckle Boom Design
  • Hydraulic Precision

CAM 01 Crane

like

Pros

  • Compact size — good for tight indoor / warehouse spaces
  • Easy maneuverability — works well in narrow aisles
  • Low operating cost — small diesel engine, fuel efficient