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SPLITFIRE SUPER SHOT
Most modern and modified cars have many electronic appliances such as Air Conditioning, In-Car Entertainment Equipment, Fuel Injection Systems, Security Systems and ABS Systems etc. Those appliances need and use a lot of power, and all of them generate voltage interference. 
The Super Shot is designed to absorb and eliminate such noise, and it helps the engine perform to it’s maximum potential.
The System works to eliminate the interference generated from positive voltage by an Excess Voltage Prevention Circuit. In addition, the system absorbs the noise from generated from negative voltage using a large volume Capacitor.
Following on from that process, the ripple electricity generated by the capacitor is rectified by the Ripple Filter.
Q1. What causes the torque and power increase?
A1. The electricity supplied to spark plugs drops down by negative voltage noise, and it causes frequent spark plug miss-fires. The power drop down is topped up by the noise absorbing circuit and large volume capacitor. This enables a stable power supply to the spark plugs and eliminates miss-fires. The elimination of miss-fire provides perfect combustion on each cycle and results in increased torque and power.
Q2. Why the MPG increases?
A2. Stable and constant spark plugs ignition improves torque and combustion, this means you can be lighter with the accelerator to achieve the same performance. This results in an overall combustion and performance improvement and saves fuels.
Q3. Why the quality of Audio is improved?
A3. The electricity generated by the Alternator and supplied from IC Regulator is unstable, and it causes a lot of interference/noise. The unit rectifies, stabilizes and eliminates the interference before it reaches the audio equipment, enabling the perfect performance of the equipment. There are some top-end audio systems that have similar devices already built-in, in which case there may not be same level of audio improvement. The power supply of normal audio systems do not come equipped with such a device and using the Super Shot should significantly improve the sound quality.
Q4. Why the accelerator response is improved?
A4. Because the torque is increased as explained in the above Q1.
Q5. Why are the exhaust emissions improved?
A5. The stable power supply results in a much improved combustion cycle. This means that more of the fuel and air mixture is burned resulting in improved emission levels.
Q6. Why is the performance of ECU is improved?
A6. Because the electricity supplied to ECU is stabilized and there will be no errors in the control signals sent from ECU to car electronic components.
Q7. Why the head lamps become brighter?
A7. Because the voltage is stabilized and ‘invisible flicker’ disappears.
Q8. Why is the performance of car electronic components improved?
A8. Same answer as A6. The supply of a stabilized power for electronic components is very important to ensure optimum perfrormance.
Q9. Are there any problems if connected using a multiple branch socket?
A9. No problem - but depending on the quality of socket (quality of socket contacts or length of wire), the performance may be affected. It is recommended to connect the unit using the genuine socket.
Q10. Does it matter how the Optional Units are connected when more than one is in use?
A10. Yes – install in the following order: Main Unit →Power Unit → Ion Unit.
Q11. How does the Anion generator work?
A11.
Main Unit:
A special filter is contained in the main unit and it produces Anions when an electron is emitted from the diode.
Ion Up Unit:
Anions are emitted by the built in circuit which produces Anions electrically (Corona discharge).
Q12. What is the Optional Power Unit?
A12. It is a system to connect the capacitors in parallel. The capacitor is the main core of the Super Shot.
The correct installation can be confirmed by LED lighting.
SPECIFICATIONS
Main Unit Acrylic Resin & Aluminum
Positive Terminal Stainless Cupper + Gold plating
Negative Terminal Stainless Cupper + Gold plating
Dimensions 33 dia X 102mm
Weight 38g
Voltage DC12V ～15V
Power consumption 15mA
Temp. Range in use （－）10℃～（＋）60℃
Temp. Range on shelf （－）20℃～（＋）80℃
Circuit Protection Fuse (2A)
Indication (LED) 5mm dia. Blue LED
Capacitor 50,000 micro farad (μf)
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