Owner's Manual
11.0 SAFE USE AND HANDLING OF CO
2
CYLINDERS
It is possible that certain condions may aect a CO
2
cylinder, which
can impact its proper performance. These condions include the usage,
maintenance and storage at temperatures that are higher or lower than
(59°F/15°C to 90°F/21°C). Rapid ring of the CO
2
airgun can aect the
performance of the CO
2
cylinder as well.
High temperatures can increase pressure in the CO
2
cylinder and also
within the airgun, leading to higher than standard operang pressure. This
excess pressure could cause the airgun to malfuncon or be permanently
damaged. Maximum storage or operaon temperature should never exceed
122°F (50°C). This temperature can be reached if you leave the airgun under
direct sunlight on a bright day. Thus, to ensure proper airgun operaon,
do not expose it or CO
2
cylinders to high temperatures or direct sunlight
for long periods of me. Otherwise, the CO
2
cylinder could overheat and
explode, which may damage the airgun and cause injuries or death to
people around it.
Fast consecuve shoong may produce a decrease of temperature in the
airgun, as well as the CO
2
cylinder. This could result in lower projecle
velocies and may even lower gas pressure enough so that the airgun will
not re. This condion can be especially apparent when shoong in cold
weather and can be avoided by allowing more me between shots. This
permits the gas to increase in temperature and pressure and produce
normal velocies.
During rapid re, the muzzle velocity of each shot will diminish. This can
aect shoong accuracy and you will get fewer shots per CO
2
cylinder.
Care should be exercised to ensure that the airgun is not shot with a CO
2
cylinder that is low in pressure. The following are indicators of insucient
pressure:
A) The sound of the shot is not as loud as when the cylinder is
full.
B) Reduced pellet velocity, which may be indicated by pellets
hing the target lower than observed with a full CO
2
cylinder (That is the shoong speed has dropped).
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