**This is a special order and orders fulfill within 30 days**
The Vehicle Communication & Measurement Module (VCMM) combines all of the functionality of the VMM, VCM II, and MTS 4000/4100 vibration analyzer in an industry leading one-box solution. The combining of this functionality will provide dealers with industry leading diagnostic capability at a significantly lower cost of ownership. The Advanced kit includes all components and functionality found in the base kit P/N 164-R9822 along with the advance driveline balance kit and secondary ignition testing capability.
Key Features:
Vehicle Communication (VCM II capability)
Customer Flight Recorder capable
4-Channel Oscilloscope
4-Channel Digital Multi-meter
5th-Channel direct monitoring of the DLC connector
Vibration Analysis
Driveline Balance
Signal Generator
4/5 Channel Oscilloscope
Improved user interface from VMM
Four independent differential Input Channels enables independent monitoring of signal types such as monitoring voltage while concurrently measuring voltage drop across the circuit.
A Fifth High Speed Channel that can directly monitor CAN signals at the DLC connector
Capture/Record capability to assist in capturing intermittent issues
Advanced Triggering capability
Pre-Configured setup configuration for common signals and procedures
New Time/Angle time based settings (CKP/CMP timing diagnostics)
Vibration Analysis and Driveline Balance
Similar functionality to the MTS 4000/4100
Improved user interface with reduced configuration and setup time
Color display
Record capacity
Strobe light Pick up loop for improved component identification*
Second vibration transducer
Dual Plane driveline balance
The Digital Multi-Meter
Monitor up to four independent readings at the same time
Capture/Record history
Graphing capability for up to two channels
Voltage, Current, Resistance, Pulse Width, Duty Cycle, Frequency and Period
Signal Generator
User configurable settings for signal waveform types: sine, square, triangle, pulse generator, DC voltage and arbitrary.
Verify integrity of module input wiring and the module hardware
Improved interface and greater adjustability of voltage and frequency
