Mecalectro 8.56.AA.52 Linear Solenoid, 24 V 42 mm 30 mm 24 mm

RS Stock No.: 171-9547Brand: MecalectroManufacturers Part No.: 856AA52
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Technical Document

Specifications

Product Type

Linear Solenoid

Action

Pull

Supply Voltage

24 V

Duty Cycle

100%

Maximum Stroke

7mm

Magnetic Force

12N

Width

30 mm

Closed Power Continuous

10W

Length

42mm

Depth

24mm

Weight

150g

Standards/Approvals

No

Series

8.56.AA.52

Country of Origin

France

Product details

Heavy duty single-acting linear electromagnets

Single-acting linear electromagnets for controllers, electrical equipment, machines, safety applications, etc.
Designed for in excess of 5 million operations.
Sliding core with PTFE layer inside a metal tube.
Equipped with spring return (removable), push or pull model.
Permanent duty (duty factor 100%) for voltages lower than or equal to rated voltage.
During intermittent operation, greater force can be obtained using a power supply with higher voltage (in compliance with the applicable standards).

Stock information temporarily unavailable.

457.20 MOP

457.15 MOP Each (ex VAT)

Mecalectro 8.56.AA.52 Linear Solenoid, 24 V 42 mm 30 mm 24 mm

457.20 MOP

457.15 MOP Each (ex VAT)

Mecalectro 8.56.AA.52 Linear Solenoid, 24 V 42 mm 30 mm 24 mm

Stock information temporarily unavailable.

Technical Document

Specifications

Product Type

Linear Solenoid

Action

Pull

Supply Voltage

24 V

Duty Cycle

100%

Maximum Stroke

7mm

Magnetic Force

12N

Width

30 mm

Closed Power Continuous

10W

Length

42mm

Depth

24mm

Weight

150g

Standards/Approvals

No

Series

8.56.AA.52

Country of Origin

France

Product details

Heavy duty single-acting linear electromagnets

Single-acting linear electromagnets for controllers, electrical equipment, machines, safety applications, etc.
Designed for in excess of 5 million operations.
Sliding core with PTFE layer inside a metal tube.
Equipped with spring return (removable), push or pull model.
Permanent duty (duty factor 100%) for voltages lower than or equal to rated voltage.
During intermittent operation, greater force can be obtained using a power supply with higher voltage (in compliance with the applicable standards).