Cable Pull SwitchesCable Pull Switches have a steel wire rope connected to latching pull switches. Pulling on the rope in any direction at any point along its length will trip the switch to cut off the machine power. Select from our Lifeline™ Rope Tensioner System (LRTS), Lifeline 3 cable (rope) operated emergency stop device, Lifeline 4 cable/push button operated system, and our stainless steel Lifeline 4 cable/push button operated system. Lifeline 3 Cable Pull Switches Our Lifeline™ 3 Cable Pull Switches are cable (rope) operated emergency-stop devices designed to meet the stringent requirements of ISO 13850 (Safety of Machinery—Emergency Stop Equipment). The Lifeline 3 system can be installed along or around awkward machinery and provides a constant-access emergency-stop facility. Lifeline 4 Cable Pull Switches Our Lifeline™ 4 Cable Pull Switches can be installed along or around awkward machinery such as conveyors and provide a constant emergency stop access.

The system includes a rope status indicator and emergency stop button mounted on the switch lid. This switch is also available in stainless steel 316 and is suitable for external use, applications where there are hygiene requirements, and other situations where a level of corrosion resistance is required. Lifeline Rope Tensioner System Our Bulletin 440E Lifeline Rope Tensioner System (LRTS) is a unique cable (rope) tensioning system which enables quicker installation of cable actuated systems. English Lab Puppies SaleThe LRTS can also be used for applications other than cable actuated emergency stop systems.Hacking Digital Cameras Lifeline Rope Tensioner SystemRed Lobster Restaurant T-ShirtIs there no spark in the engine of your lawn mower, snow blower or outdoor power equipment?

Follow this guide to test your ignition system - including coil, switch & module - to identify any problems and troubleshoot repairs. If you know your specific problem, jump down to the section for step-by-step instructions. How Do Ignition Systems Work in Small Engines & Lawn Mowers? Servicing Spark Plug Problems How to Test the Ignition Coil in Your Small Engine Testing & Replacing a Stop Switch How To Inspect the Flywheel & Key WARNING: Always read the engine and equipment manual(s) before starting, operating, or servicing your engine or equipment to avoid personal injury or property damage. See an authorized dealer or contact Briggs & Stratton if you are unsure of any procedure or have additional questions. Find all Engine Safety Warnings The ignition system is the starting system for your small engine. Whether you start the engine with a pull rope or the turn of a key on an electric start motor, you're relying on the ignition system to produce a spark inside the combustion chamber.

Small Engine Ignition Parts When you start your lawn mower or small engine, you turn the flywheel and its magnets pass the coil (or armature). This creates a spark. The ignition system coordinates the timing so that the spark will ignite the air-fuel mixture in the combustion chamber just as it reaches maximum compression in each engine cycle- thus, maximizing the engine’s power. Once the engine is running, the flywheel keeps rotating, the magnets keep passing the coil and the spark plug keep firing based on a specific timing. Types of Ignition Systems If you are experiencing ignition timing issues, this is most often due to a sheared flywheel key. You can also test the flywheel magnets for any potential issues. For information regarding this, please visit our Inspecting the Flywheel and Key FAQ. Common Spark Plug Problems The required spark plug gap and voltage can vary depending on temperature, altitude and your engine settings. Old, damaged or fouled spark plugs can also require service or replacement

How To Test the Ignition Coil in Your Small Engine Stay clear of any rotating, moving parts, or other hazardous areas whenever attempting to start the engine or equipment. The coil is probably the easiest thing to check and therefore the first thing to check when embarking upon ignition system troubleshooting. Testing the Coil or Armature If the spark jumps the tester gap, your ignition coil is working fine. If not, it needs to be replaced. Engine quits while running? Hook the tester up between the ignition cable and the spark plug and start the engine. When it stops, monitor the window. Common Mistakes When Testing Coils Replacing Ignition Coils or Armatures An ignition armature must be set at a precise distance from the flywheel. Your engine repair manual will provide the proper gap for your engine. Common armature gap ranges are .006 - .010" and .010 - .014". Armatures are often packaged with a shim to assist in setting the gap. Index cards of the proper thickness also work well.

Please consult a Briggs & Stratton Service Dealer for conversion kit and installation. Safety Warning: Stay clear of any rotating, moving parts, or other hazardous areas whenever attempting to start the engine or equipment. A spark should be visible in the tester. If no spark appears, check for broken wires, shorts, grounds or a defective stop switch. Once you have confirmed that the stop switch is working, reconnect the spark plug lead. If your ignition start or push button start needs replacing, consult a Briggs & Stratton dealer near you. Because the ignition module is electronic and does not utilize moving components, it is normally one of the most reliable part of the engine. When it does fail, it is usually due to heat caused from improper wiring of the ground wire to battery voltage. If the engine does not produce spark, other areas of the ignition system should be checked before focusing on the ignition module as source of failure (see above). If no fault is discovered in the above mentioned areas, the ignition module itself may need to be examined.