Autel MaxiSys MSOAK Oscilloscope Accessory Kit, Compatible with Autel Scanner Ultra S2/ Ultra/ MS919/ MP408, Includes 65/650A Current Clamps, Coil On Plug Probe, HT Extension Lead and Battery Clip
Autel MaxiSys MSOAK Oscilloscope Accessory Kit, Compatible with Autel Scanner Ultra S2/ Ultra/ MS919/ MP408, Includes 65/650A Current Clamps, Coil On Plug Probe, HT Extension Lead and Battery Clip
Advanced COP Probe: Don't know how to catch the ignition waveform of automobile engine with the new COP ignition system? This money-saving kit contains your solution: the COP Probe SA271. It will easily detect what happens in the engine combustion chambers. With it. you can determine if the ignition plug needs to be replaced or cleaned. if the insulating property of the ignition plug gets worse. or if there is any leak in the air cylinder. etc.
65A & 650A AC/DC Current Clamp: When measuring AC or DC with the current clamp. you connect it with a multimeter or an oscilloscope to directly read the current value without physical contact with the conductor. The maximum current it can measure is 65A. and the frequency can reach up to 20 KHz. It works with jaws that open to allow clamping around an electrical conductor. The 650A AC/DC current clamp can measure a maximum current of 650A. and the frequency can reach up to 400 KHz.
Compatibility: Autel MaxiSys MSOAK oscilloscope accessory kit is compatible with the MaxiFlash VCMI such as the MaxiSys Ultra S2. MaxiSys Ultra. MaxiSys Ultra EV. MaxiSys MS919 S2. MaxiSys MS919 and MP408.
MaxiSys MSOAK it comes with 1-year warranty and 24/7 tech support covering all defects in materials and workmanship from the date of original purchase.
Autel MaxiSys MSOAK Oscilloscope Accessory Kit Includes 65/650A Current Clamps. Coil On Plug Probe. HT Extension Lead. and Battery Clip. Compatible with Autel MaxiSys Ultra S2/ MaxiSys Ultra EV/ MaxiSys Ultra/ MaxiSys MS919 S2/ MaxiSys MS919/ MP408
Autel AUMSOAK MSOAK Oscilloscope Accessory Kit
The MSOAK. compatible with the MaxiFlash VCMI included with the MSUltra and MS919. and the MP408 4-channel oscilloscope (sold separately). includes the 65A AC/DC Current Clamp. 650A AC/DC Current Clamp. Coil On Plug Probe. HT Extension Lead (2pcs) and Battery Clip (2pcs). within a blow-molded carrying case
Compatible with MSULTRA. MS919 and MP408
Includes 65A AC/DC Current Clamp. 650A AC/DC Current Clamp
Includes Coil On Plug Probe. HT Extension Lead (2pcs) and Battery Clip (2pcs)
Includes Carrying Case
Coil On Plug (COP) Probe Feature:
COP Probe can catch the ignition waveform of automobile engine easily. The ignition waveform is a window. through which we can see what happened in the engine combustion chambers. It determines whether the ignition plug needs to be replaced or cleaned.
● It can be used with normal oscilloscope. Special anti-interference design. high accuracy
of measurement.
● Ergonomic design. can be arbitrary curved.
● Highlight LED which is convenient to operate at night or in dark condition.
Warning:
● To avoid injury. keep the probe away from moving parts. such as the alternator drive belt
and cooling fans.
● To present electric shock. do not use if the probe's sensor plate's insulation shows signs
of damage.
65AAC/DC Current Clamp APPLICATION PROCEDURE:
1. Connect the BNC connector of the clamp to the input of a multimeter or an oscilloscope with an input impedance of at least 10k ohms.
2. When the current is no greater than 20A. set the current clamp to the range of 1mV/10mA. otherwise to 1mV/100mA. The green LED lights. indicating that the clamp is
switched on.
3. Before measuring DC. please push down the zero adjustment knob on the clamp until the multimeter or oscilloscope reads zero. When using an oscilloscope. set DC coupled mode to measure DC.
4. Clamp the jaws around the electrical conductor.
5. When the current clamp is set to 1mV/10mA. the actual current value is ten times of the measured data whose unit is mV. For example. the measured data is 10 mV and the actual current is 10x10= 100mA.
6. When the current clamp is set to 1mV/100mA. the actual current is one hundred times of the measured data whose unit is mV. For example. the measured data is 5 mV and the actual current is 5x 100=500mA.