Mecalectro Linear Solenoid, 24 V dc, 1.5 → 7N, 36.8 x 25 x 20 mm

RS Stock No.: 171-9519Brand: MecalectroManufacturers Part No.: 855AA62
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Technical Document

Specifications

Action

Push

Supply Voltage

24 V dc

Maximum Stroke

5mm

Holding Force

1.5 → 7N

Dimensions

36.8 x 25 x 20 mm

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.

BD 24.167

BD 24.167 Each (Exc. Vat)

BD 26.584

BD 26.584 Each (inc. VAT)

Mecalectro Linear Solenoid, 24 V dc, 1.5 → 7N, 36.8 x 25 x 20 mm

BD 24.167

BD 24.167 Each (Exc. Vat)

BD 26.584

BD 26.584 Each (inc. VAT)

Mecalectro Linear Solenoid, 24 V dc, 1.5 → 7N, 36.8 x 25 x 20 mm
Stock information temporarily unavailable.

Stock information temporarily unavailable.

Please check again later.

quantityUnit price
1 - 4BD 24.167
5 - 9BD 23.204
10+BD 22.979

Technical Document

Specifications

Action

Push

Supply Voltage

24 V dc

Maximum Stroke

5mm

Holding Force

1.5 → 7N

Dimensions

36.8 x 25 x 20 mm

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).