Specifications include, but are not limited to: A) All powered extrication equipment must be battery powered and be compatible with already utilized Milwaukee 28 Volt batteries and charging systems. B) All extrication equipment bid must be NFPA 1936 Compliant. LOW PRESSURE EQUIPMENT SPECIFICATIONS: A) Battery Powered Hydraulic Cutters • Open 7.5”to 8.5” • Cut rating of no less than 8 in all 5 of the rated cut tests in NFPA 1956 B) Battery Powered Hydraulic Spreader • Minimum of 28” spread at the tip • Minimum of 85,000 spread force C) Battery Powered Hydraulic Ram • Operate at a length from a closed length of at least 22” to a max length of a minimum of 30”. • Minimum of 30,000 lbs. push force and a minimum of 10,000 lbs. pull force D) Stabilization/Strut Kits • Strut Kits must be compatible with currently utilized Kodiak Strut Vehicle Stabilizing Systems and its accessory equipment. E) Rescue Air Cushion System #1 • 14-ton capacity medium pressure Rescue Air Cushion System. • 24 in. lifting height • The diameter shall be 36 in. and only require 48 cu. ft. (1,346 liters) of air for maximum inflation. • The maximum insertion space required per Rescue Air Cushion should not exceed approximately 2 in. (5 cm.). • Consist of the following components and accessories: − Two Rescue Air Cushions with built in pressure relief valves. − One Dual Safety Controller with quick connect couplings. − One length of 3/8 in. (9.5 mm.) diameter high-pressure supply hose with quick connect couplings 16ft. (5 m). − Two lengths of 1 in. (2.54 cm.) diameter low-pressure delivery hose with quick connect couplings 20 ft. (6 m). − One storage and carrying case − One repair kit • Each Rescue Air Cushion shall be constructed to a standard which effects a minimum burst pressure of three times working pressure, irrespective of size and capacity. This design criterion shall be corroborated and certified by an independent source. Each Rescue Air Cushion shall have a label placed prominently on it giving the following information: − Maximum Working Pressure − Date of Manufacture − Serial Number − Manufacturer's Logo − Series Identification • The working surface of each Rescue Air Cushion in the system shall be a 3-ply NeopreneCoated Belt with a nominal thickness of0.2 in (5 mm.). • The sidewall construction shall be of Heavy Coated Neoprene I Kevlar Fabric. The coating shall be applied to both sides of the sidewall. • Each Rescue Air Cushion shall incorporate a built in reset relief valve. The relief valve shall be molded and threaded with a spring-loaded mechanism to self-reset at 14.5-psi (1bar). NO AIR CUSHIONS WILL BE ACCEPTED WITHOUT THIS SAFETY FEATURE. • The inflation port shall be a Molded Threaded Fitting 1 and 1116 in. x 12 in. (2.7 cm. x 30.48 cm.). The inlet nipple shall incorporate a quick connect fitting. • A Dual Controller shall be provided capable of inflating and deflating two rescue air cushions simultaneously and independently. The controller shall incorporate two pressure relief valves that are factory pre-set at 14.5-psi (1 bar) to prevent over inflation of the cushions. The Dual Controller shall be designed so that when the deflation valves are fully opened, the cushions will deflate slowly preventing any quick movements to heavy loads, which could cause damage or injury.