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Annex A
1.
Safety of Crew and Public is paramount at all times.
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Safety Cell to be used when working. (See explanation and diagram)
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If public enter working area/Safety Cell or crew are in positions where
they risk injury, work must halt immediately.
2.
Steam Winching-in:
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Driver
must not to be distracted by public and/or mobile phones not to
be used whilst operating engine/tackle.
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It is
absolutely vital the driver keeps an eye on the implement at all
times when pulling
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Follow
ploughman's directions.
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Use agreed hand or whistle signals only.
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On no
account leave the footplate when work is in progress.
3.
Paying out engine:
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Driver
to watch plough away until it has settled into the work. Or if
the other engine is not in view, until the plough passes from
view or under the care of an appointed flagman (standing in a
safe position)
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Ensure
that the implement and crew are in good sight of the other
engine driver and there is no need to halt the winching engine
before attending to the fire etc.
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Remember
that when a pull starts, the implement is being controlled by
the driver at the other end of the field who may not be able to
see fully what is going on.
4. Know
your engine and your implement
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Make
sure all your crew, especially inexperienced members, are
briefed on hazards (engine and implement) before work commences.
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Inexperienced crew must remain under supervision of a competent
person
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Crew of
engine winching the implement are familiar with the operation
and limitations of both equipments.
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Screw
shackles should be avoided on Cultivator Y bars as the turning
movement at the end of the pull can loosen or unscrew such
shackles. A shackle with a pin and cotter is recommended.
5.
Boiler has been maintained in accordance with NTET code of practice
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Current
certificate in force issued by competent authority.
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Safety
devices (safety valves, fusible plugs, pressure gauge, water
gauge etc) are correctly fitted, operating and giving true
readings
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Seals
and joints have been inspected for leakage and found steam tight
6. If you get in the way of the machinery it does not stop
7. Rope
appropriate to Steam Ploughing only to be used
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Owner/operator to confirm suitability and condition of rope and
effectiveness of coiling gear.
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Rope and
eye is to be in good order and rope monitored during pulls.
Properly formed/spliced in eyes or figure of 8 links are
preferred and dog clips should be avoided.
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If rope
deteriorates - appropriate action taken and/or work stopped.
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Rope
splicing only to be undertaken by a competent person.
8.
Moving the engine in public areas
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A
steward or crewmember should be present to walk with the engine
and warn public.
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A steers
person is to be used in addition to the engine driver
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Crew
operating engine must have an appropriate driving licence.
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Road
gear bracket/gear change safety pins (where fitted) should be
used when moving an engine in public areas to ensure the gears
remain engaged. Pin engagement is not however necessary when
moving up when working.
9.
Adequate Scotch block with engine is essential.
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Scotch
must be robust and placed behind or in front of wheel as
appropriate to prevent the engine from being moved whilst
pulling the implement.
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Especially whilst working on a slope, care must be taken to
ensure no public or crew are direction of travel should an
engine over run the scotch.
10.
Clothing and Crews
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Appropriate clothing for the task is paramount for personal
safety, such as robust boots, long trousers /overalls etc.
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Shorts
and sandals offer no protection from hot pipes/surfaces or burst
gauge glasses.
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Beware
long coats and sleeves getting caught in open gearing.
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Brief
crews before work so that all understand working methods.
11.
General Points
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Use the safety cell method or work in a roped off area
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Ideally,
a first aid kit should be carried and one member of the crew is
a competent first aider or one on hand at the event.
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Use
agreed signals and working method.
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If in
doubt: STOP, CHECK, MAKE SAFE.
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It’s not
a race
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Safety is paramount
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Public and crew are here to enjoy themselves and the experience.
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Sobriety
is important for all when working the equipment.
Annex
B
STEAM PLOUGHING
SIGNALS AND WORKING METHODS
1.
It is essential that the crews fully understand their working method
and agree the appropriate signals prior to commencing work. The
following are short notes to act as an aide memoir.
Whistle Signals
2.
The following are the agreed whistle signals derived from working
practice.
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Whistle Signals
1 blast = STOP
2 blasts = GO
1 long blast = WATER
REQUIRED or COAL REQUIRED |
Hand Signals
3.
The ploughman must at all times be facing the driver to whom he is
signalling. This also applies to a flagman who must turn to face the
driver when relaying a signal.
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Hand
Signals
STOP = One arm raised above the head
STOP AND PUT THE CLUTCH OUT = Both arms raised above the
head.
GO ON = Swinging arm from one side to the other in a
circular motion across the front of his chest
Or, also used for GO ON is a circular motion from side
to side ABOVE HIS HEAD, this has the added advantage of
better visibility for the engine driver.
SLOW DOWN = One arm held out horizontally shoulder high
SLOW DOWN QUICKLY = One arm held out, waved up and down
about a horizontal position
To increase speed, wave as for GO On. |
4. To Increase the visibility of the ploughman’s signals, it is
usual practice for the ploughman to use a piece of white rag when
signalling, in addition engine drivers can assist one another in
this way when starting a pull if whistle signals are not being
used. This is especially useful if engines are against a dark
background, such as hedges or trees and not in silhouette on the
skyline.
WORKING METHOD
AND
CARE WHEN ADJUSTING IMPLEMENT
5. It is worthy of note that if the engines are in sight of one
another and whistle signals are not being used, the usual method of
working is that the far engine driver starts to pull when the other
engine that has just finished its pull moves along the headland to
make ready for the next bout..
6. This movement, when seen by the far driver is an indication
that the plough crew and the other engine are ready for the next
bout and that he can start his pull of the implement back to him.
7. Care is needed here, especially if any adjustments are to be
made to the implement that these are done at the end of a bout and
before the engine that has just pulled moves up, thus safeguarding
the plough crew. However, the driver closest to the crew must also
remain alert to act as a failsafe to prevent any inadvertent injury
using a whistle signal as appropriate.
Annex C
GUIDELINES ON SAFE WORKING - PLOT SAFETY
Context
1.
The following guidelines cover methods to enable the safe working to
work cable-operated steam ploughing tackle. It is worth noting
that cable operated steam cultivations are demonstrated at many
different types of event that have public access. Many of these
events have their own safety guidelines that do not always cover the
safe operation of steam working and therefore crews should be ready
to assist the event safety officer. It remains the
responsibility of the event safety officer to make sure these
guidelines are carried out as an absolute minimum.
Overview
2.
There are three key methods by which to mitigate the exposure of the
public to risks at an event, these are either by enclosure of the
whole area to be worked or by the use of the safety cell method or
by partial combining the two approaches. All methods have been used
successfully at a number of events, however maintaining the
integrity of the working area by crew/stewards is key as many of the
general public are unaware of the hazards associated with or
operation of cable ploughing tackle.
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click image to
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Method 1 –
Enclosure:
Where appropriate the
demonstration plot can be fully enclosed. In this instance it is
recommended that a false headland be is incorporated to enable the
viewing public to have close views of the working engines, as shown
in Fig 1. click image. Care must be taken by the crew to keep watch for public
crossing into the roped off area. |
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click image to
enlarge |
Method 2 –
Travelling Safety Cell
:
This method is often used when
large areas of land are being worked and where it is not practical
to fence such an area and maintain its integrity. The method is
shown in Figs 2 and 3. click image
The Safety
Cell created by a set of Iron posts and rope. This is to be erected
by the plough team. The ploughman is to be responsible for the work
to be carried out.
A minimum of 100yards of telecom draw line and some 15-20 road lamp pins
are required for each engine (more if deemed necessary). Allow
about 20 yards of rope to run across the back of the engine and up
the side land, with some 60 yards to run around the engine and along
the headland, the remaining 20 yards to return onto the unploughed
land.
The safety cell progressively moves forward until the plot is finished.
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click image to enlarge |
Method 3 –
Partial Enclosure and Enlarged Safety Cell.:
Where a small
demonstration plot is to be used and has to be worked over numerous
times, for example 100yds x 150yds as an alternative an enlarged
version of the travelling safety cell should be permanently erected
along the headland and return up each side of the land for a minimum
of 20yds as shown in Fig 4. click image
This creates
a partial enclosure around the engines and implement
turning/handling area
If this
method has to be used then it is essential that a steward is
appointed to provide safety cover mid plot, or more if deemed
necessary. The steward themselves must ensure they position
themselves safely.
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