The OMAC F120.35 puller-tensioner is a specialized machine for high-voltage transmission line construction, combining pulling and tensioning functions in a single electronically controlled platform. Designed for projects that demand precise conductor handling, the unit accommodates optical ground wire, single and bundled conductors, and T2/VR2 special conductors. Its principal specifications and operating features are summarized below.
The F120.35 relies on an optimized mechanical structure and electronic control system to manage a range of conductor installation requirements. Its principal ratings are summarized in the table below.
| Parameter | Specification |
|---|---|
| Pulling and tensioning range | 5,620 lbs to 31,500 lbs |
| Bullwheel diameter | 59 in. to 72 in. |
| Applicable conductor types | Optical ground wire, single conductor, bundle conductor, T2/VR2 special conductor |
The rated pulling and tensioning range places the machine in the heavy-duty segment for transmission work, while the bullwheel dimensions accommodate large conductor profiles and reduce bending stress during payout.
The design emphasizes construction efficiency and operator safety. The electronic control system allows switching between pulling and tensioning modes and provides auxiliary functions for complex site conditions.
Variable speed control allows operators to adjust line speed in real time according to conductor payout progress, while the wireless remote improves movement and visibility around the machine. The bullwheel clamping system and integrated safety monitoring are intended to prevent abnormal fluctuations during stringing.
The F120.35 is suited to transmission and distribution projects, particularly those involving special conductors that require strict tension control. Its electronic control module is intended to reduce manual operating effort and maintain the set pulling force or tension under varying loads.
Project teams evaluating the machine should verify the physical characteristics of the conductors specified for the job and confirm that the rated load range covers the maximum tension required by the construction plan. Matching the machine's capacity to the conductor profile and site conditions remains essential.
The unit's safety architecture includes bullwheel clamps and multiple monitoring mechanisms. These systems are designed to limit unintended conductor movement during payout and to protect both the conductor and the equipment when tension changes abruptly.
Correct configuration of the bullwheel and completion of safety checks are prerequisites for mode changes under the manufacturer's operating procedures. Remote control functions add flexibility but do not replace standard site supervision.