OPEN FRAME PULL SOLENOIDS: This is an ordinary solenoid. It is relatively low cost and is widely used in office electronics, automobiles, and similar applications.

Outline

Open frame pull solenoid is a regular solenoid. It is known as a “pull solenoid” because it pulls in the movable iron core when activated.
*The explanation of solenoids below is limited to our company’s products.

Applications

Open frame push solenoids are relatively cheap so that they are often used for OA & and Information Equipment and Automobile industry such as in-vehicle equipment etc.

solenoids used in printers

OA machines

solenoids used in cars

Automotive

Features

Open frame pull solenoids are widely used and are the most standard form of solenoid. A ferromagnetic plunger is sucked into the solenoid by the magnetic field generated when current is passed through a copper wire.

When no current is applied the plunger is in a free state and will fall out of the core when the solenoid is turned upside down.
When current is passed through the plunger is pulled in toward the inner fixed core, and remains under the pulling force as long as current is being passed through.
Cutting the power will remove the pull force but immediately after cutting power there is a slight residual magnetism.

To reduce the effect of residual magnetism, the plunger and fixed core are not allowed to touch directly after cutting power.
Methods such as attaching an E type retaining ring to the plunger see to this. As much as this method decreases the effect of residual magnetism, the magnetic holding force at a 0mm stroke is decreased because the plunger and fixed core do not come into contact.

Product Lineup

Model No. D
(mm)
W
(mm)
H
(mm)
Max
stroke
(mm)
Nominal
stroke
(mm)
Force(N)
Nominal stroke
100%Duty
Force(N)
Nominal stroke
6%Duty
Price CAD
DATA
Details
CA0315 4.0 8.0 14.7 3 2 0.05 0.62 8.02 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0422 9.8 10.8 21.3 6 3 0.18 2.00 $8.74 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0425 10.0 12.0 24.8 6 3 0.18 2.50 $9.04 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0520 13.0 16.0 20.1 7 4 0.26 2.60 $8.53 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0531 10.0 15.0 31.0 7 4 0.24 3.70 $8.33 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0625 18.0 22.0 25.1 7 6 0.54 4.39 $7.72 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0630 16.0 18.0 30.7 7 4 0.65 6.00 $9.04 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0639 12.0 15.0 39.0 7 4 0.45 4.90 $8.53 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0726 16.0 20.0 26.5 7 4 0.70 8.40 $8.74 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0730 18.0 19.0 30.7 7 4 0.80 8.20 $8.84 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0825 18.0 22.0 24.8 7 4 0.80 10.20 $8.94 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0830 18.0 22.0 30.4 8 6 1.02 8.40 $9.04 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0837 20.0 26.0 37.0 10 6 1.90 11.20 $9.14 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA0847 19.0 23.0 47.0 10 6 1.80 9.60 $9.35 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1029 24.0 29.0 29.3 8 6 1.03 13.80 $9.45 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1040 24.0 29.0 40.0 12 8 1.60 14.20 $9.55 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1053 27.0 30.0 53.0 15 7 2.20 19.00 $11.48 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1064 22.0 26.0 65.0 10 4 5.40 20.40 $11.58 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1240 24.0 29.0 40.0 12 6 2.10 20.20 $9.96 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1250 36.0 40.0 50.0 15 10 3.80 27.30 $19.50 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1253 27.0 30.0 53.0 14 6 4.70 27.40 $11.58 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1257 28.0 34.0 57.8 16 10 4.00 23.00 $12.09 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1260 27.0 30.0 60.0 10 4 5.90 35.00 $12.09 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1264 30.0 38.0 64.0 18 10 4.40 22.20 $15.14 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1567 44.0 51.5 66.7 20 14 8.60 45.50 $25.60 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1578 44.0 51.5 77.5 18 12 9.80 53.10 $29.26 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)
CA1662 36.0 40.0 63.6 15 7 9.40 60.60 $23.47 2D(DXF)
3D(IGES)
3D(X_B)
3D(STEP)