The telescoping cylinder comprises a piston rod and a cylinder barrel (17).

At least 2 cylinder heads (18, 19) are fixedly sleeved longitudinally on an outer side of the cylinder barrel (17).

The telescoping cylinder comprises a piston rod and a cylinder barrel (17).

The second stage cylinder is also configured in a rod and barrel arrangement, with the barrel of the first stage cylinder serving as the rod of the second stage cylinder.

The sensor (13) is arranged on the cylinder body of the auxiliary cylinder (12) to acquire a position of the piston rod thereof.

At least 2 cylinder heads (18, 19) are fixedly sleeved longitudinally on an outer side of the cylinder barrel (17).

The first stage cylinder is configured in a rod and barrel arrangement.

The hydraulic cylinder has a tube (20) provided with a cap (30) attached to a first axial end portion of the tube (20) and a head (40) attached to the other axial end portion of the tube (20).

The integrated breakaway cylinder is constructed from a first stage cylinder and a second stage cylinder.

The ram includes a ram lug spaced from the central axis.

The cylinder includes a cylinder body and a piston apparatus.

The main cylinder (1) is a double acting cylinder, and the auxiliary cylinder (2) is a single acting cylinder.

An applicator ram (150) includes a ram body (163) configured to hold crimp tooling, and a ram adaptor (160) coupled to the ram body (163).

The strut is attached to the strut bracket via a strut standoff using an E-clip retaining ring.

Preferably the actuator is a piston-cylinder actuator, such as a hydraulic cylinder.