Murray 1737920, 1695722 manual Clear a Clogged Discharge Chute, Operating Tips

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OPERATION

CLEAR A CLOGGED DISCHARGE CHUTE

DANGER: Hand contact with the rotating impeller inside the discharge chute is the most common cause of injury associated with snow throwers. Never clear or unclog discharge chute with your hands, or while engine is running. Fingers can quickly become caught and traumatic amputation or severe laceration can result.

•SHUT OFF THE ENGINE!

•Wait 10 seconds to be sure that the impeller blades have stopped rotating.

•Always use a clean-out tool, not your hands.

A clean-out tool (A, Figure 13) is attached to either the handle or the top of the auger housing. Use the clean-out tool to remove snow from the auger housing.

A

Clean-Out Tool

Figure 13

OPERATING TIPS

1.Most efficient snowthrowing is accomplished when snow is removed immediately after it falls.

2.For complete snow removal, slightly overlap each swath previously taken.

3.Snow should be discharged downwind whenever possible.

4.For normal usage, set the skids 1/8 inch (3 mm) below the scraper bar. For extremely hard-packed snow surfaces, the skids may be ad- justed upward to ensure cleaning efficiency.

5.On gravel or crushed rock surfaces, the skids should be set at 1-1/4 inch (32 mm) below the scraper bar (see “Adjust Skid Height” in the MAINTENANCE section of this manual). Rocks and gravel must not be picked up and thrown by the machine.

6.After the snowthrowing job has been completed, allow the engine to idle for a few minutes, to melt snow and ice accumulated on the engine.

7.Clean the snow thrower thoroughly after each use.

8.Remove ice and snow accumulation and all debris from the entire snow thrower, and flush with water (if possible) to remove all salt or other chemicals. Wipe snow thrower dry.

9.Before starting snow thrower, always inspect augers and impeller for ice accumulation and/or debris, which could result in snow thrower damage.

10.Check oil level before every start. Make sure the oil is at the FULL mark on the oil fill cap/dipstick.

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Contents Manual Part No Operator’s ManualDate Purchased Where to Find UsTable of Contents Operator Safety Engine Stop Slow Engine Run FastTraction Control Engage DownOperation and Equipment Safety Moving Parts Maintenance and Storage Auger Control Decal Main Dash Decal Shift DecalEngine and Snow Thrower Controls Features and ControlsSnow Thrower Controls Features and ControlsBefore Operating Snow Thrower OperationControl Levers Operate the Snow ThrowerStop the Snow Thrower Traction Lock Pins Traction Lock PinsCheck the OIL Before Starting Engine Checking the OilStarting Engine Fill the Fuel TankStart the Engine Stopping Engine Stop the EngineOperating Tips Clear a Clogged Discharge ChuteAfter Each USE MaintenanceCable Adjustment Lubricate Auger Gear BOX Adjust the Drag on the Chute RotationLubricate Auger Shaft Fittings CHECK/LUBRICATE FREE-HAND LinkageOil Drain Plug Engine MaintenanceRemove the Snow Hood Change the Spark PlugAdjusting Skid Height Adjust Skid HeightCheck Tension on Auger Drive Belt Belt AdjustmentSeconds Check and Adjust the Cables Belt Guide AdjustmentAdjusting Belt Drive Adjusting Auger Drive CableTraction Drive Cable Auger Shear PIN Replacement Remove from Storage StorageOFF Season Storage Problem Look for Remedy TroubleshootingWarranties Limited WarrantyBriggs & Stratton Emissions Control Warranty Provisions Specifications Page Réf. fab Description Manuel d’UtilisationMoteur Souffleuse à neigeDate d’achat Où nous trouverTable DES Matières Rotatifs Protection des oreilles Surface chauderecommandée pour uneOu modérées Marche avant Point mort Marche arrière Manette de tarièreSécurité de l’utilisation et de l’équipement Dange Sécurité du moteur suite Étiquettes de sécurité Étiquettes du moteur RéfRéf Auger Étiquette Étiquette Tableau de bord principal Poignée de lanceur Sert à démarrer le moteur à la main Commandes DU Moteur ET DE LA Souffleuse À NeigeCommandes de moteur Commandes de la soufleuse à neige Fontions ET CommandesAvant D’UTILISATION Souffleuse À Neige Ne pas gonfler les pneus-dessus de la pression recommandéeContrôler LES Pneus Vérifier la pression dair des pneusArrêter LA Souffleuse À Neige Utilisation DE LA Souffleuse À NeigeNeige mouillée, lourde, fondante, très profonde Transport uniquementEt au-dessus Traction goupille de sûretéEt en dessous Contrôler le niveau d’huileDémarrer LE Moteur Remplir LE Réservoir D’ESSENCEArrêter LE Moteur Toujours utiliser un outil de nettoyage, pas les mains Conseils D’UTILISATIONOutil de nettoyage Autant que possible, projeter la neige dans le sens du ventAprès Chaque Utilisation Contrôles de graissage Graissage DE L’ARBRE DE VIS Sans FINGraissage de la boîte d’engrenage de vis sans fin Pignon de rotation de goulotteEntretien DU Moteur Voir les huiles recommandées dans le tableau ci-contreEt au-dessus E W30 Et en dessous Synthétique 5W30 Bouchon de vidange d’huileChanger LA Bougie D’ALLUMAGE La bougie E est à présent accessibleDéposer le capot à neige FixationRégler LA Hauteur DES Patins Régler ou changer la bougieLes patins se règlent de la manière suivante Régler la hauteur des patinsCourroie d’entraînement de vis sans fin Ajustement DES CourroiesCourroie d’entraînement de traction Contrôle ET Réglage DES Câbles Ajustement DU Guide DE CourroieCâble d’entraînement de vis sans fin Réglage guide de courroieCâble de commande de traction Changer LES Goupilles DE Cisaillement DE VIS Sans FIN Lubrifier arbre hexagonal et chaînes Remisage Hors SaisonSortir LA Souffleuse À Neige DU Remisage Le moteur a des ratés Démarrage difficileMoteur est chaud Le moteur caleGaranties Novembre Bougie en platine longue durée Dispositif d’allumage Informations concernant la puissance théorique du moteurDéflecteur de goulotte Manuel Rotation de la goulotte Type d’entraînement

1737920, 1695722 specifications

Murray 1737920 and 1695722 represent two significant advancements in the realm of smart technology, particularly in the area of home automation and energy management. These devices integrate cutting-edge features designed to enhance user experience while optimizing energy efficiency.

One of the main characteristics of Murray 1737920 is its intelligent energy management system, which utilizes real-time data analytics to monitor energy consumption patterns. The device employs machine learning algorithms to intelligently predict energy requirements, allowing users to reduce waste and lower their utility bills. Additionally, it has a user-friendly interface that provides insights into energy usage, enabling homeowners to make informed decisions about their consumption.

Murray 1695722, on the other hand, focuses more on home automation and security. With built-in Wi-Fi connectivity, it allows users to control various appliances remotely through a dedicated mobile application. This feature not only enhances convenience but also allows for enhanced security by enabling users to monitor their homes in real-time. The device is equipped with motion sensors and alert systems that can notify homeowners of any unusual activity, adding an extra layer of protection.

Both devices integrate seamlessly with existing smart home ecosystems, supporting popular communication protocols such as Zigbee and Z-Wave. This compatibility allows users to expand their systems by adding other smart devices, creating a fully integrated home automation experience.

In terms of installation, both Murray models are designed to be user-friendly. They typically come with comprehensive instructions, and many features can be accessed with minimal technical knowledge. The focus on ease of use extends to their maintenance, with straightforward troubleshooting and support available through the manufacturers.

Another important feature of both devices is their commitment to sustainability. By helping families monitor and manage their energy consumption, they play a crucial role in promoting more eco-friendly practices within households. Combined, Murray 1737920 and 1695722 stand out as leaders in smart home technology, emphasizing efficiency, security, and user-centric design principles that cater to the evolving needs of modern homeowners. These innovations represent a significant step forward in creating energy-conscious and secure living environments.
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