Guida completa all'alimentazione delle gru a ponte e a portale: ottimizzazione della progettazione dei circuiti di fabbrica e della selezione delle apparecchiature

Data: 27 giugno 2025

Sommario

When choosing overhead cranes and gantry cranes, power consumption is often one of the primary concerns for customers. This is because, during the initial design phase of a facility, customers need to understand the power requirements of all equipment to plan the facility’s electrical system accordingly. Overhead and gantry crane power consumption is a key factor in this process. Therefore, understanding the power requirements of cranes is crucial for equipment selection, facility design, and cost estimation.

How Overhead and Gantry Crane Power Data Assists Project Engineers:

Electrical Design: Power data helps estimate the power supply requirements of a workshop or site.
Equipment Compatibility: Ensures the crane’s power specifications are compatible with existing electrical systems.
Cost Optimization: Avoids power wastage while meeting operational needs, optimizing both initial and ongoing costs.

Below, we list the power specifications for various standard crane models.

Bridge Crane Power Consumption

The total power consumption of a crane is the sum of the power for the hoisting mechanism, trolley movement, and crane movement.

Standard Single-Girder Bridge Crane Power Specifications:

Ton Capacity (t)	campata (m)	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)	Total Power (kw)
1	7.5-28.5	2×0.8	1×0.2	1×1.5	3.3
2	7.5-28.5	2×0.8	1×0.4	1×3	5
3	7.5-28.5	2×0.8	1×0.4	1×4.5	6.5
5	7.5-28.5	2×0.8	1×0.8	1×7.5	9.9
10	7.5-28.5	2×1.5	2×0.8	1×13	17.6
16	7.5-22.5	2×2.2	2×0.8	1×13	19
16	23-25.5	4×1.5	2×0.8	1×13	20.6
20	7.5-22.5	2×2.2	4×0.8	1×18.5	26.1
20	22.5-25.5	4×1.5	4×0.8	1×18.5	27.7

Standard Single-Girder Bridge Crane Power Specifications

The above data is for reference only.

Standard Double-Girder Bridge Crane Power Specifications:

Ton Capacity (t)	campata (m)	Duty Class	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)		Total Power (kw)
Ton Capacity (t)	campata (m)	Duty Class	Crane Travel Power (kw)	Trolley Travel Power (kw)	Main Hoist	Auxiliary Hoist	Total Power (kw)
5	10.5-22.5	A5	2×4	1.8	13		22.8
	25.5-31.5	A5	2×6.3	1.8	13		27.4
	10.5-22.5	A6	2×5.5	1.8	15		27.8
	25.5-31.5	A6	2×7.5	1.8	15		31.8
10	10.5-22.5	A5	2×4	2.5	17		27.5
	25.5-31.5	A5	2×6.3	2.5	17		32.1
	10.5-22.5	A6	2×5.5	2.5	22		35.5
	25.5-31.5	A6	2×7.5	2.5	22		39.5
16/3.2	10.5-22.5	A5	2×6.3	4	26	6.3	48.9
	25.5-31.5	A5	2×8.5	4	26	6.3	53.3
	10.5-22.5	A6	2×7.5	4	30	6.3	55.3
	25.5-31.5	A6	2×11	4	30	6.3	62.3
20/5	10.5-22.5	A5	2×6.3	4	26	13	55.6
	25.5-31.5	A5	2×8.5	4	26	13	60
	10.5-22.5	A6	2×7.5	4	37	13	69
	25.5-31.5	A6	2×11	4	37	13	76
32/5	10.5-31.5	A5	2×8.5	6.3	35	13	71.3
32/5	10.5-31.5	A6	2×11	6.3	45	13	86.3
50/10	10.5-31.5	A5	2×13	8.5	42	17	93.5
	10.5-16.5	A6	2×11	8.5	55	17	102.5
	19.5-31.5	A6	2×15	8.5	55	17	110.5

Standard Double-Girder Bridge Crane Power Specifications

The hoisting mechanism adopts a winch trolley design. The above data is for reference only.

European Standard Single-Girder Bridge Crane Power Specifications:

Ton Capacity (t)	campata (m)	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)	Total Power (kw)
1	9.5-24	2×0.37	1×0.44	3.2	4.38
2	9.5-24	2×0.37	1×0.44	3.2	4.38
3	9.5-16	2×0.37	1×0.44	3.2	4.38
3	19.5-24	2×0.55	1×0.44	3.2	4.74
5	9.5-16	2×0.55	1×0.44	4.9	6.44
5	19.5-24	2×0.75	1×0.44	4.9	6.84
10	9.5-24	2×1.1	1×0.96	9.8	12.96
16	9.5-16	2×1.5	2×0.96	12.5	17.42
16	19.5-24	2×2.2	2×0.96	12.5	18.82
20	9.5-16	2×1.5	2×0.96	16	20.92
20	19.5-20	2×2.2	2×0.96	16	22.32

European Standard Single-Girder Bridge Crane Power Specifications

The above data is for reference only.

European Standard Double-Girder Bridge Crane Power Specifications:

Ton Capacity (t)	campata (m)	Duty Class	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)		Total Power (kw)
Ton Capacity (t)	campata (m)	Duty Class	Crane Travel Power (kw)	Trolley Travel Power (kw)	Main Hoist	Auxiliary Hoist	Total Power (kw)
5	13.5-19.5	A5	2×1.5	2×0.37	7.5		11.24
5	22.5-31.5	A5	2×2.2	2×0.37	7.5		12.64
10	13.5-19.5	A5	2×4	2×0.55	15		24.1
10	22.5-31.5	A5	2×6.3	2×0.55	15		28.7
16/5	13.5-19.5	A5	2×3	2×1.1	22	7.5	37.7
16/5	22.5-31.5	A5	2×4	2×1.1	22	7.5	39.7
20/5	13.5-19.5	A5	2×3	2×1.1	22	7.5	37.7
20/5	22.5-31.5	A5	2×4	2×1.1	22	7.5	39.7
32/5	13.5-19.5	A5	2×4	2×1.5	30	7.5	48.5
32/5	22.5-31.5	A5	2×5.5	2×1.5	30	7.5	51.5
50/10	13.5-19.5	A5	2×5.5	2×2.2	37	15	67.4
50/10	22.5-31.5	A5	2×7.5	2×2.2	37	15	71.4

European Standard Double-Girder Bridge Crane Power Specifications

The hoisting mechanism adopts a winch trolley design. The above data is for reference only.

Gantry Crane Power Consumption

The operating power of gantry cranes is higher than that of overhead cranes, as additional factors such as wind load and track stability must be considered during outdoor operations.

Box-Type Single-Girder Gantry Cranes Power Specifications:

Ton Capacity (t)	campata (m)	Lifting Height (m)	Cantilever Length (mm)	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)	Total Power (kw)
3	12-16	6/9	3000-4000	2×0.8	1×0.4	4.5	6.5
3	20-24	6/9	5000-6000	2×1.5	1×0.4	4.5	7.9
5	12-20	6/9	3000-5000	2×1.5	1×0.8	7.5	11.3
	20-24	6/9	5000-6000	2×3.7	1×0.8	7.5	15.7
	30	9	7500	2×3.7	1×0.8	7.5	15.7
10	12-20	6/9	3000-5000	2×4	2×0.8	13	22.6
	20-24	6/9	5000-6000	2×6.3	2×0.8	13	27.2
	30	9	7500	2×8.5	2×0.8	13	31.6

Box-Type Single-Girder Gantry Cranes Power Specifications

The hoisting mechanism adopts a electric hoist design. The above data is for reference only.

Truss Single-Girder Gantry Cranes Power Specifications:

Ton Capacity (t)	campata (m)	Lifting Height (m)	Cantilever Length (mm)	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)	Total Power (kw)
3	12-16	6/9	3000-4000	2×1.5	1×0.4	4.5	7.9
3	20-24	6/9	5000-6000	2×2.1	1×0.4	4.5	9.1
5	12-20	6/9	3000-5000	2×1.5	1×0.8	7.5	11.3
	20-24	6/9	5000-6000	2×4	1×0.8	7.5	16.3
	30	9	7500	2×4	1×0.8	7.5	16.3
10	12-20	6/9	3000-5000	2×4	2×0.8	13	22.6
	20-24	6/9	5000-6000	2×6.3	2×0.8	13	27.2
	30	9	7500	2×8.5	2×0.8	13	31.6
16	12-20	6/9	3000-4000	2×4	2×0.8	13	22.6
	20-24	6/9	5000	2×6.3	2×0.8	13	27.2
	30	9	6000	2×8.5	2×0.8	13	31.6

Truss Single-Girder Gantry Cranes Power Specifications

The hoisting mechanism adopts a electric hoist design. The above data is for reference only.

Semi Single-Girder Gantry Cranes Power Specifications:

Ton Capacity (t)	campata (m)	Lifting Height (m)	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)	Total Power (kw)
2	10-12	6	2×0.8	1×0.4	3	5
2	16-20	6	2×1.5	1×0.4	3	6.4
3	10-12	6	2×0.8	1×0.4	4.5	6.5
3	16-20	6	2×1.5	1×0.4	4.5	7.9
5	10-12	6	2×0.8	1×0.8	7.5	9.9
5	16-20	6	2×1.5	1×0.8	7.5	11.3
10	10-12	6	2×1.5	2×0.8	13	17.6
10	16-20	6	2×2.2	2×0.8	13	19

Semi Single-Girder Gantry Cranes Power Specifications

The hoisting mechanism adopts a electric hoist design. The above data is for reference only.

Double-Girder Gantry Cranes Power Specifications:

Ton Capacity (t)	campata (m)	Lifting Height (m)	Cantilever Length (mm)	Crane Travel Power (kw)	Trolley Travel Power (kw)	Hoisting Mechanism Power (kw)		Total Power (kw)
Ton Capacity (t)	campata (m)	Lifting Height (m)	Cantilever Length (mm)	Crane Travel Power (kw)	Trolley Travel Power (kw)	Main Hoist	Auxiliary Hoist	Total Power (kw)
5	18-35	10-12	6500-9000	2×8.5	1×1.8	13		31.8
10	18-26	10	6500	2×8.5	1×2.5	17		36.5
10	30-35	12	9000	2×13	1×2.5	17		45.5
20/5	18	11	6500	2×8.5	1×4	26	13	60
	22		7500	2×13	1×4	26	13	69
	26-30		8500-9500	4×6.3	1×4	26	13	68.2
	35		10500	4×8.5	1×4	26	13	77
32/5	18-22	11	6800-7800	4×6.3	1×6.3	35	13	79.5
	26-30		8800-9800	4×8.5	1×6.3	35	13	88.3
	35		11000	4×13	1×6.3	35	13	106.3
50/10	18-22	12	6800-7800	4×8.5	1×8.5	42	17	101.5
50/10	26-35	12	8800-11000	4×13	1×8.5	42	17	119.5

Double-Girder Gantry Cranes Power Specifications

The hoisting mechanism adopts a electric hoist design. The above data is for reference only.

Non-standard Crane Power

The power of each type of crane varies depending on factors such as the application environment and the crane’s own weight. Therefore, the power of non-standard cranes cannot be directly provided. If you require information about the power of customized bridge cranes, please provide the specifications and models of the crane. Our professional crane engineers will assist you in calculating it.

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E-mail: krystalli@kscranegroup.com

ETICHETTE: 10 ton overhead crane power consumption,10 ton overhead crane power requirements,overhead crane power supply