Specifications include, but are not limited to: 1. The tool is a designed hydraulically activated piston with two equal, opposite blade arms that are symmetrically opened by mechanical joints, thereby spreading, squeezing, pulling or cutting objects. 2. Electro-hydraulic devices do not need to be connected to an external hydraulic source; generation of the required hydraulic pressure takes place within the body of the device by either a quick-exchange lithium/ion battery or an external power supply. 3. The electro-hydraulic tool is equipped with light-emitting diodes attached on the operating side to facilitate work under poor lighting conditions. For simplicity, the lights must be powered by the same Lithium-Ion battery that powers the electro-hydraulic tool and not a secondary battery 4. The cylinder of the tool shall be made of anti-corrosive light aluminium alloy for its lightweight, strength and long life. The body of the tool shall have a high-impact, non-metallic housing. The housing shall have ventilation holes on both sides of the unit for cooling the motor. The protective housing shall protect the battery from being damaged protect the operator’s hand from being pinched between object and the tool 5. The maximum spreading force shall be up to 337,230 lb. NFPA HSF test point produced 9,667 lb, the LSF test point produced 7,419 lb. 6. The tool shall produce a spreading distance up to 14.5 in measured at the blade tips. 7. The tool shall produce a maximum pulling force of 13,714 lb. NFPA HPF test point produced 13,940 lb, the LPF test point produced 9,667 lb. 8. To maximize the capability of the combination tool the unit should utilize an optional chain and shackle package for pulling operations. 9. The tool shall produce a pulling distance of 15 in. 10. The tips are to be removable, multifunctional tips that can be used for spreading, peeling, squeezing and pulling without the need to be changed.
