THE RULES..............................................................................................................................................9
Figure 43. Hoe frame reinforcement after view............................................................................51
Figure 44. Hoe frame top link stabilizer.......................................................................................52
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Jinma 200 series Tractor Users Manual
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INTRODUCTION
This manual is a general guide to provide the user with general information with
respect to personnel and equipment safety, operational procedures and
maintenance of your machine.
This manual was developed to fill the requirement for a JINMA specific operations
and maintenance manual. While Jinma tractors come with a set of 4 manuals,
some of the language syntax is a little hard to follow.
Sources of data
Sources of data for this manual come from many places. They include , but are
not limited to the following:
Factory Engine Operations Manual,
Factory Tractor Operations and Maintenance Manual,
Factory Tractor Illustrated Parts Breakdown Manual,
Factory Engine Illustrated Parts Breakdown Manual.
The Chinese Tractor Owner Association is a good place to lurk, ask questions and
get/give support from/to others.
http://www.ctoa.net
Please read this manual carefully and keep in a convenient place for future
reference.
Do not hesitate to contact your local dealer for any questions concerning
the tractor. Even if you obtained this tractor as a crate assembly project, a
tractor dealer can provide skilled personnel, spare parts and all tools and
equipment necessary for your service requirements. Most of all, a dealer will
have the experience of working with tractors and small diesel engines.
PARTS
Parts are readily available for JINMA series tractors. The Internet is a good place
to find sources of parts. http://www.jinmaparts.com is but one company selling
parts for your machine.
Any suggestions and or comments about this manuals contents, errors or
omissions are most welcome. Please email or mail:
Steven Bradshaw
1033 Braithwaite Drive
Cobble Hill, BC
Canada. V0R-1L0
brads@malacat.ca
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Yancheng Tractor Factory
The Yancheng Tractor Factor is located, as you may guess, in the city of Yancheng, Jiangsu
province, China, and is about 100 miles north of Shanghai.
Yancheng is one of thirteen municipalities of Jiangsu province.
Yancheng is situated by the Yellow sea. With the coastal
marshland covering an area of 453,000 ha with rich resources,
Yancheng is an important production center for clams, prawns
and eels. The two natural protection regions of red-crowned
cranes and David' s dear have been set up in Yancheng. The
development of agricultural economy of the city is in full swing, making the city
a new commodity grain and cotton base in China. The local industrial structure
has been completed in Yancheng with industries like textiles, machinery,
electronics, chemical, pharmaceutical, food processing and construction materials
industries as its backbone. The arts and crafts, native and special products of the
Figure 2. Yancheng City
city are of unique styles.
Jinma 200 series Tractor Users Manual
MCE 2004.01
Figure 1. A 254 at the factory
Figure 4. New factory machine shop
The tractor factory
was originally built
about 50 years ago. As
you can see from figure
3, this factory was a
less than ideal
environment in which
to build. As of the
Figure 3. Old Factory with dirt floors
spring of 2002 all
tractors were being built in a new factory.
Figure 5. Engine assembly in the new plant
Figure 6. Map of Jiansu Province
Average wage per person in Jiansu Prov for 2003 was 9200 Yaun (Cdn $1400).
Pop. 70.2 Million
Area: 1.03 x 105 Km
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2
Jinma 200 series Tractor Users Manual
MCE 2004.01
Read these safety rules and follow them closely. Failure to obey these rules
could result in loss of control of vehicle, severe personal injury to yourself
or bystanders, or damage to property or equipment. The triangle in the
text signifies important cautions or warnings which must be followed.
THE RULES
•Know the controls and how to stop quickly.
READ THIS MANUAL and instructions
furnished with attachments.
•Do not allow children to operate the machine.
Do not allow adults to operate the machine
without proper instructions.
•Do not carry passengers. Don't mow when
children and others are around.
•Clear the work area of objects (wire, rocks,
etc.) that might be picked up and thrown.
•Disengage PTO and shift into neutral before
attempting to start the engine.
•Disengage PTO and stop the engine before
leaving the operators position.
•Disengage PTO and stop the engine before
making any repairs or adjustments.
•Disengage PTO and lower all attachments
when not in use.
•Take all possible precautions when leaving the
vehicle unattended, such as disengaging the
PTO, lowering all hydraulic attachments,
setting the parking brake, stopping the engine
and removing the key.
•Reduce speed and exercise extreme cation on
slopes and in sharp turns to prevent tipping or
loss of control. Be especially cautious when
changing direction on slopes.
•Stay alert for holes, rocks, and roots in the
terrain and other hidden hazards. Keep away
from drop-offs.
•Use care when pulling loads or using heavy
equipment.
a) Use only approved draw bar hitch points.
b) Limit loads to those you can safely control.
c) Do not turn sharply. Use care when
backing.
d) Use counterweights or wheel weights when
suggested in this manual.
•Watch out for traffic when crossing or near
roadways.
•When using any attachments, never direct
discharge of material toward bystanders or
allow anyone near the vehicle when in
operation.
•Handle fuel with care.
•Do not stop or start suddenly when going uphill
a) Use approved container.
or downhill. Mow up and down the face of
slopes; never across the face.
b) Never remove the fuel cap of, or add to a
running or hot engine.
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•Open doors if the engine is run a confined
space – exhaust fumes are dangerous. Do not
run the engine indoors.
•Keep the vehicle and attachments in good
operating condition, and keep safety devices in
place and in working condition.
•Keep all nuts, bolts and screws tight to be sure
the equipment is safe to operate.
•To reduce the risk of fire, keep the engine and
exhaust system free of grass, leaves or
excessive grease.
•The vehicle and attachments should be stopped
and inspected for damage after striking a
foreign object, and damage should be repaired
before restarting and operating the equipment.
•Do not change the speed governor setting or
over speed the engine.
•When welding, make sure that hoses are
properly protected as sparks or molten material
may puncture or weaken the tubes and sleeves,
resulting in leakage or of oil, cooling liquid,
etc.
•Avoid spillage when transferring used engine
cooling liquids, engine and transmission
lubricants, hydraulic oils, etc. Never mix used
fuel oil with lubricants. Store safely until
suitable disposal can be arranged according to
national legislation or local regulations.
•Modern anti-freeze liquids and solutions, e.g.:
anti-freeze and other additives must be replaced
every two years. They must not be left to be
absorbed into the ground, but must be collected
and disposed of in a suitable manner.
•Any leakage or defect in the engine cooling or
hydraulic systems must be repaired
immediately.
•Do not increase the pressure in pressurized
systems, as this may cause component parts to
burst.
•When welding, make sure that hoses are
properly protected as sparks or molten material
may puncture or weaken the tubes and sleeves,
resulting in leakage or of oil, cooling liquid,
etc.
•Avoid using unsuitable, pressurized filling
systems or fuel cans when filing tanks, as these
may cause considerable spillage and leakage of
liquids.
•As a general rule, do not allow liquid fuels,
lubricants, acids, solvents, etc. to come into
contact with the skin. The majority of these
products contain substances that are potential
health hazards.
•Modern lubricants contain additives. Do not
burn contaminated fuel oils and/or oils used in
conventional heating systems.
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Jinma 200 series Tractor Users Manual
MCE 2004.01
Preventing Farm Machine Hazards
AEX-593-91
Thomas L. Bean
Each year, 2,600 farm residents are killed and 230,000 disabled in farm-related injuries, many due to
farm machinery. Farm machinery uses mechanical power to do work. This creates a number of possible
hazards for both operators and bystanders. Even though manufacturers take many steps to make
machinery safe, all hazards cannot be removed. Some machine parts cannot be completely shielded and
still do their job. For instance, a totally enclosed cutting blade could not cut.
Many machinery-related accidents result from human error. The operator either forgot something, took
a shortcut or a risk, ignored a warning, wasn't paying close attention, or failed to follow safety rules. In
addition, guards removed for maintenance often aren't replaced.
There are many different kinds of farm machinery: mowers, tractors, shredders, harvesters, grinders,
blowers, augers, balers, etc. They all have similar characteristics and hazards. You can be cut, crushed,
pulled in or struck by an object thrown by these machines. They have cutting edges, gears, chains,
revolving shafts, rotating blades, pinch points and other hazards. You can also be injured if you fall
while working on or near any of these machines.
Accidents with farm machinery are often serious, even fatal. It is important to recognize and be alert for
machine hazards and to take precautions to avoid injury.
Shear and Cutting Points
Shear points (Fig. 1) are created when the edges of two objects are moved
together closely enough to cut a soft material, as with a pair of shears or an
auger. Cutting points are created when a single object moves forcefully or
rapidly enough to cut, as with a rotary mower blade.
Figure 7. Shear Point
Both shear and cutting points are created on machinery designed to cut, such as
harvesters, and on those that are not designed to cut, such as augers. They are hazardous because of
their cutting force and they often move so rapidly that they may not be visible, so it is easy to forget
they are operating or to underestimate the hazard.
Because some shear and cutting points cannot be guarded, it is important to be aware of their hazard
and stay alert when they are operating. It is also important to warn others and to look out for their
safety. This is especially true if there is a danger of thrown objects while using cutting-type equipment.
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Pinch Points
Pinch points are another hazard of farm machinery (Fig. 2). Pinch points
(which should be more appropriately named mangled or maimed points) are
formed when two rotating objects move together and at least one of them
moves in a circle. For example, the point at which a belt runs into a pulley is
a pinch point. Belt drives, chain drives, and gear drives are other sources of
pinch points in power transmission devices. Feed rolls, gathering chains and
similar equipment designed to draw crops into the machine also create pinch
Figure 8. Pinch Points
points.
Fingers, hands and feet can be caught directly in pinch points, or they may be drawn into the pinch
points by the inertia of the moving part or loose clothing that becomes entangled. Contact may be made
by falling or brushing against unshielded parts. You can become entangled in pinch points if you take
chances and reach or work near rotating parts. Machines move too fast to get out of a pinch point once
you become caught.
To avoid injury from pinch points, be aware where pinch points occur and avoid them. Wear clothing
that fits well and is not loose or floppy. Never reach over or work near rotating parts. Turn off
machinery to work on it. Always replace shields removed for maintenance.
Wrap Points
Rotating shafts are the most common source of wrap-point accidents, although any exposed machine
part that rotates can be a wrap point. A cuff, sleeve, pant leg, long hair or just a thread can catch a
rotating part and result in serious injury. Entanglement with a wrap point can pull you into the machine,
or clothing may become so tightly wrapped that you are crushed or suffocated. In other cases, you
could be thrown off balance and fall into other machinery parts.
Even a perfectly round shaft can be hazardous if there is enough pressure to hold clothing against the
shaft. Hazards increase with shafts that are not round. Clothing is more likely to catch if there is dried
mud or manure on the shaft, or if the shaft is nicked. Ends of shafts that protrude beyond bearings are
also dangerous. Universal joints, keys and fastening devices can also snag clothing.
Check all equipment for potential wrap points and, if possible, shield those that can be shielded.
Replace any damaged manufacturer-installed warning labels and place warnings on equipment parts not
previously labeled. In addition, consider painting them a bright color, perhaps with wide stripes. Be
aware of wrap points and be alert to their danger.
Crush Points
Crush points are created when two objects move toward each other or one object moves toward a
stationary object. For example, hitching tractors to implements (Fig. 3) creates a potential crush point.
Hitch accidents most commonly occur to fingers placed at the hitching point. Wait until the tractor has
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Jinma 200 series Tractor Users Manual
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stopped before stepping into the hitching position. If possible,
arrange the hitch point so that the tractor can be backed into position
without anyone between. Always know what the other person is
doing.
Figure 9. Crush Points
Failure to safely block up equipment can result in a fatal crushing injury. A jack may slip, a hose or
overhead support may break, or the equipment may roll. Take extra precautions when working with
machinery that is raised for any reason. The operator's head or chest can be crushed between the
equipment and a low beam or other part of a farm building. These accidents usually occur when the
machine is being operated in reverse. Tree limbs are also potential hazards when working with tractors
and other machinery.
To prevent being crushed or pinned, recognize and avoid potentially dangerous situations. Block all
machinery securely if you must work under it. If an implement can roll freely, block its wheels so it
cannot roll.
Free-Wheeling Parts
Many machine parts continue to spin after the power is shut off, including cutter heads of forage
harvesters, hammer mills of feed grinders, rotary mower blades, fans and flywheels. Never touch these
parts until they have stopped moving. This could take 2 to 21/2 minutes.
Springs
Compressed springs (Fig. 4) will expand with great force when
released, and springs that are stretched will contract rapidly when
released. Know what direction a spring will move and how it might
affect another machine part when released, and stay out of its path.
Figure 10. Spring dangers
Burn Points
Be aware of burn points: mufflers, manifolds and even gear cases under adverse climatic conditions.
They may not be severe enough to seriously maim, but they can startle the operator enough to cause
him or her to "jump" into more deadly danger.
Hydraulic Systems
Hydraulic systems contain fluid under extreme pressure. Before loosening, tightening, removing or
otherwise working with any fittings or parts, relieve this pressure. Jet streams from even pinhole leaks
can penetrate flesh. In addition, the liquid is often hot.
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Before attempting any service on hydraulic systems, shut off the engine that powers the hydraulic
pump. Lower the implement to the ground and relieve the pressure. Follow instructions in the
operator's manual because the specific procedures for servicing the systems are very important to your
safety.
Funded in whole or in part from Grant Number U05/CCU506070-01, "Cooperative Agreement
Program for Agricultural Health Promotion Systems," National Institute for Occupational Safety and
Health.
Reviewed by Dr. Randall Wood and Dr. Warren Roller
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MATERIAL SAFETY DATA SHEETS.
MSDS is a widely used abbreviation for Material Safety Data Sheet. A MSDS contains
details of the hazards associated with a chemical, and gives information on its safe use. MSDS helps
with the electronic management of the material safety data sheets.
You will be using many different types of petroleum, oils and lubricants during the
operation and maintenance of your machine.
READ THE MSDS SHEETS FOR
THE MATERIAL YOU ARE USING
The MSDS sheet will provide you with technical information about the product including but not
limited to Product and Company Identification
•Information on ingredients.
•Emergency overview. What the material is.
•Stability and Reactivity. What not to mix it with.
•Toxicological Information. What it will do to you if you touch, breath, ingest this material.
•Accidental Release Measures. What to do if you release it into the environment.
•Handling and Storage.
•Personal Protective Equipment. Do as it says.
•Immediate Health Effects.
•First Aid Measures, and
•Firefighting measures.
You can find MSDS information on any product sold in North America. Vendors MUST provide them
on request. The following is an example of a MSDS sheet for Simple Antifreeze.
- CONTAINS MATERIAL THAT MAY CAUSE ADVERSE REPRODUCTIVE EFFECTS BASED ON ANIMAL DATA
- POSSIBLE BIRTH DEFECT HAZARD - CONTAINS MATERIAL THAT MAY CAUSE BIRTH DEFECTS BASED ON ANIMAL DATA
- MAY CAUSE DAMAGE TO:
- KIDNEY
SECTION 4 FIRST AID MEASURES
Eye: Flush eyes with water immediately while holding the eyelids open. Remove contact lenses, if worn, after initial flushing, and
continue flushing for at least 15 minutes. Get medical attention if irritation persists.
Skin: To remove the material from skin, use soap and water. Discard contaminated clothing and shoes or thoroughly clean before
reuse.
Ingestion: If swallowed, get immediate medical attention. Do not induce vomiting. Never give anything by mouth to an unconscious
person.
Inhalation: Move the exposed person to fresh air. If not breathing, give artificial respiration. If breathing is difficult, give oxygen. Get
medical attention if breathing difficulties continue.
DISPOSAL OF POL WASTE
Do not dispose used oil, coolant by dumping it onto the ground. The effect on the environment is cumulative over
time. Return used oil and glycol to your local recycling depot.
ENVIROMENTIAL LAW
You can be held accountable for the pollution you cause by improper disposal of POL and other materials
hazardous to the environment. THE BUCK STOPS WITH YOU.
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