Bruker manual MAKITA HT2145D

[. . . ] For your safety and best tool performance, be sure to read, understand and follow all the safety and operating procedures listed in the instruction manual before operation. [. . . ] ) If the tool still continues to run under the idling conditions, consult your nearest authorized service agent. 14 STORAGE – When keeping the machine in storage for a long time, drain fuel from the fuel tank and carburetor, as follows: Drain all fuel from the fuel tank. MAINTENANCE SCHEDULE General After each refuelling Engine assembly, screws and nuts Throttle lever Safety lock key STOP switch Air filter Cooling air duct Cutting tool Idling speed Gear case Spark plug Muffler Suction head Fuel tank Fuel tank Carburetor Visual inspection for damage and tightness Check for general condition and security Functional check Functional check Functional check To be cleaned To be cleaned Check for damage and sharpness Inspection (cutting tool must not move) Supply of grease Inspection, replace if necessary Check and if necessary clean the opening To be replaced To be cleaned Empty fuel tank Operate until engine runs out of fuel Daily Every 15 hours Weekly Quarterly Shutting down procedure FAULT LOCATION Fault Engine not starting or under difficulties System Ignition system Observation Ignition spark is present No ignition spark Fuel supply Compression Fuel tank filled Inside of engine Outside of engine Mechanical fault Warm start problems Engine starts but dies immediately Fuel supply Starter not engaging Tank filled Ignition spark existing Tank filled Cause Faulty fuel supply or compression system, mechanical defect STOP-switch operated, wiring fault or short circuit, spark plug or connector defective, ignition module faulty Incorrect choke position, carburetor defective, suction head (gas line filter) dirty, fuel supply line bent or interrupted Cylinder bottom gasket defective, crankshaft seals damaged, cylinder or piston rings defective Improper sealing of spark plug Broken starter spring, broken parts inside of the engine Carburetor contaminated, have it cleaned Incorrect idling adjustment, suction head or carburetor contaminated Fuel tank vent defective, fuel supply line interrupted, cable or STOP-switch faulty Several systems may simultaneously be affected Engine idling Air filter contaminated, carburetor contaminated, muffler clogged, exhaust duct in the cylinder clogged Insufficient performance 15 EMISSON COMPLIANCE PERIOD For handheld engine : The Emissions Compliance Period referred to on the Emissions Compliance label indicates the number of operating hours for which the engine has been shown to meet Federal emission requirements. For the components listed under PARTS COVERED, Makita Factory Service Center or service center authorized by MAKITA will, at no cost to you, make the necessary diagnosis, repair, or replacement necessary to ensure that the engine complies with applicable U. EMISSION COMPONENT DEFECT WARRANTY PERIOD The warranty period for this engine begins on the date of sale to the initial purchaser and continues for a period of 2 years. Bring your sales receipts indicating date of purchase for this engine. OWNER’S WARRANTY RESPONSIBILITIES As the engine owner, you are responsible for the performance of the required maintenance listed in your owner’s manual, MAKITA recommends that you retain all receipts covering maintenance on your engine, but MAKITA can not deny warranty solely for the lack of receipts or for your failure to ensure the performance of all scheduled maintenance. If other than the parts authorized by MAKITA are used for maintenance replacements or for the repair of components affecting emission control, you should assure yourself that such parts are warranted by their manufacturer to be equivalent to the parts authorized by MAKITA in their performance and durability. [. . . ] ESPECIFICACIÓN Modelo Dimensiones (largo X ancho X alto) Masa (con cubierta de cuchilla) Volumen (tanque de combustible) Cilindrada del motor Longitud del cortador Rendimiento máximo del motor Velocidad máxima de cuchilla Velocidad de ralentí Velocidad del embrague Tipo del carburador Sistema de encendido Bujía Separación entre electrodos mm kg L cm3 mm kw m/s 1/min 1/min type type type mm 450 0. [. . . ]