Maxim MXR500 owner manual To Start Engine See Fig, Tilling Hints, Tine Shear Pins

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OPERATION

TO START ENGINE (See Fig. 13)

CAUTION: Keep drive control bar in “DISENGAGED” position when start- ing engine.

When starting engine for the first time or if engine has run out of fuel, it will take extra pulls of the recoil starter to move fuel from the tank to the engine.

Make sure spark plug wire is properly connected.

Move shift lever indicator to “N” (neutral) position.

Place throttle control in “FAST” position.

Turn fuel shut-off valve 1/4 turn to open position.

Move choke control to choke position.

Grasp recoil starter handle with one hand and grasp tiller handle with other hand. Pull rope out slowly until engine reaches start of compression cycle (rope will pull slightly harder at this point).

Pull recoil starter handle quickly. Do not let starter handle snap back against starter.

If engine fires but does not start, move choke control to half choke position. Pull recoil starter handle until engine starts.

When engine starts, slowly move choke control to "RUN" position as engine warms up.

NOTE: A warm engine requires less choking to start.

Move throttle control to desired running position.

Allow engine to warm up for a few minutes before engaging tines.

NOTE: If at a high altitude (3000 feet) or in cold temperatures (below 32°F), the carburetor fuel mixture may need to be adjusted for best engine performance. See "TO ADJUST CARBURETOR" in the Service and Adjustments section of this manual.

TILLING HINTS

CAUTION: Until you are accustomed to handling your tiller,start actual field use with throttle in slow position (mid-way between “FAST” and “IDLE”).

Tilling is digging into, turning over, and breaking up packed soil before planting.Loose, unpacked soil helps root growth. Best tilling depth is 4" to 6" (10-15 cm). A tiller will also clear the soil of unwanted vegetation. The decomposition of this vegetable matter enriches the soil. Depending on the climate (rainfall and wind), it may be advisable to till the soil at the end of the growing season to further condition the soil.

Soil conditions are important for proper tilling.Tines will not readily penetrate dry, hard soil which may contribute to excessive bounce and difficult handling of your tiller. Hard soil should be moistened before tilling; however, extremely wet soil will “ball-up” or clump during tilling. Wait until the soil is less wet in order to achieve the best results. When tilling in the fall, remove vines and long grass to prevent them from wrapping around the tine shaft and slowing your tilling operation.

You will find tilling much easier if you leave a row un- tilled between passes. Then go back between tilled rows. (See Fig. 14) There are two reasons for doing this. First, wide turns are much easier to negotiate than about-faces. Second, the tiller won’t be pulling itself, and you, toward the row next to it.

Do not lean on handle. This takes weight off the wheels and reduces traction. To get through a really tough section of sod or hard ground, apply upward pressure on handle or lower the depth stake.

NOTE: If engine does not start, see troubleshooting points.

CHOKE CONTROL

RUN

CHOKE

4

5

3

6

2

1

7

RECOIL STARTER HANDLE

FIG. 13

FIG. 14

TINE SHEAR PINS

The tine assemblies on your tiller are secured to the tine shaft with shear pins (See “TINE REPLACEMENT” in the Service and Adjustments section of this manual).

If the tiller is unusually overloaded or jammed, the shear pins are designed to break before internal damage occurs to the transmission.

If shear pin(s) break, replace only with those shown in the Repair Parts section of this manual.

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Contents Model NO. MXR500 HP 17 Inch Tiller Training Safety RulesMaintenance and Storage PreparationTable of Contents Tools Required for Assembly AssemblyOPERATOR’S Position See Fig Install Handle See Figs , 4, Unpacking Carton See FigRemove Tiller from Crate Attach Clutch Cable See FigConnect Shift ROD See Fig Check Tire PressureOperation Meets Ansi Safety RequirementsKnow Your Tiller Forward Wheels ONLY/TINES Stopped HOW to USE Your TillerTine Operation with Wheel Drive Reverse Wheels ONLY/TINES StoppedTo Transport Before Starting EngineTurning ADD GasolineTo Start Engine See Fig Tine Shear PinsTilling Hints Adjust Wheels for Cultivating See Figs CultivatingGeneral Recommendations MaintenanceLubrication Chart Before Each USEEngine AIR Filter See FigSpark Plug CleaningMuffler Cooling System See FigTiller Service and AdjustmentsTo Adjust Handle Height See Fig Tire CareTine Replacement See Figs , 25 To Remove Belt Guard See Fig Ground Drive Belt Adjustment See FigTo Replace Ground Drive Belt See Figs To Adjust Throttle Control Cable See Fig To Adjust CarburetorFuel System StorageOther Engine OILTroubleshooting Points Limited Warranty

MXR500 specifications

The Maxim MXR500 is a cutting-edge multi-channel audio mixer designed for professional sound engineers and musicians. Renowned for its robust construction and versatile features, the MXR500 is tailored for both studio recording and live performance settings. This mixer combines advanced technology with user-friendly controls, making it an ideal choice for a wide range of audio applications.

One of the standout features of the MXR500 is its exceptional sound quality. The mixer is equipped with high-performance preamps that ensure crystal-clear audio recording and playback. Each channel boasts a 3-band EQ, allowing users to finely tune the tonal characteristics of individual audio sources. This capability is particularly beneficial in live settings, where adjusting sound on the fly is crucial.

The MXR500 supports up to 16 input channels, facilitating the mixing of multiple audio signals simultaneously. Each channel offers independent gain control, allowing users to balance levels accurately. The mixer also features built-in digital effects, including reverb and delay, enhancing the audio experience without the need for additional equipment.

In terms of connectivity, the MXR500 comes with a range of input and output options, including XLR and TRS connectors. This versatility enables seamless integration with microphones, instruments, and other audio gear. Additionally, the mixer supports USB connectivity, making it easy to connect to computers for digital recording or live streaming.

The mixer’s interface is designed with ease of use in mind. Intuitive faders and knobs are clearly labeled, allowing sound engineers to make quick adjustments during performances. The bright LED meters provide visual feedback on audio levels, ensuring optimal mixing in various lighting conditions.

Durability is another hallmark of the Maxim MXR500. Constructed with high-quality materials, this mixer is built to withstand the rigors of both studio and on-the-road use. The compact design also makes it portable, ideal for musicians who need to transport their equipment frequently.

In conclusion, the Maxim MXR500 is a powerful and versatile audio mixer that meets the demands of professionals across different sectors. With its advanced features, exceptional sound quality, and durable construction, the MXR500 stands out as a reliable choice for any sound engineer or musician looking to elevate their audio production experience. Whether in the studio or on stage, the MXR500 delivers performance and quality that audio professionals can depend on.