Micro-Pulse Alleva-Wave P2 User Instruction Manual Download Page 3

More specifically, the Alleva-Wave can be used to accelerate tissue recovery following surgical procedures, promote faster 
tissue recovery following injuries (from sports, daily activities, work, etc.), and reduce chronic swelling in tissues. An 
important application is the reduction of joint pain, whether chronic or from injury.

 

 

Description of the Alleva-Wave P2 System

 

 

System Components

 

 

The P2 system has the following major components:

 

 

1

 

Pulse generator 

 

 

Creates precisely controlled electrical pulses that power the coils.  

 

2

 

9-volt battery  

 

Supplies power to the pulse generator. 

 

 
3

 

Coils  

 

Transmits  electromagnetic  pulses  into  the  tissue  being 
stimulated. Each of the two coils has a bumpy side and a smooth 
side, for easy orientation. 

 

 
4

 

Battery charger (not shown) optional 

 

Recharges the 9-volt battery when the battery is not being used 
in the pulse generator. 

 

 

Pulse Generator Details

 

 

 

 
 

1

 

 

 

 

2

 

 

 
 

3

 

 

The pulse generator has the following components. Many of these are explained in more detail in the following manual sections:

 

 

1

 

Connector for coils

 

 

 

 

 

Receives the plug for the cabling to the coils.

 

2

 

1

 

 

2

 

Upper green LED

 

 

 

 

 

 

Indicates the system is generating pulses in Stimulation Mode during

 

 

 

 

 

operation.

 

 

3

 

 

2

 

Center yellow LED

 

 

 

 

Indicates the system is running power-up diagnostics before

 

 

 

 

 

operation or is in Rest Mode during operation.

 

 

 

 

2

 

Lower red LED

 

 

 

 

 

Indicates there is a problem with the system that is not serviceable by

 

 

 

 

 

the user.

 

 

4

 

 

3

 

Cycle profile switch

 

 

 

 

 

 

Allows you to select from among four cycle profiles, which define how

 

the pulse generator outputs the stimulation pulses. The cycle profiles are indicated by 0, 1, 2, 3: 
0 = power is OFF; no fields are generated

 

 

1 = standard intensity fields are generated, including rest periods in cycle 2 = 
higher intensity fields are generated, including rest periods in cycle

 

3 = higher intensity fields are generated continuously, with no rest periods

 

 

4  Socket for 9-volt battery with polarity indicators

 

 

Holds the 9 -volt battery. The positive (+) and negative (-) polarity markings on the socket indicate how to 
insert the battery to properly align its positive and negative terminals.

 

 

Theory of Operation

 

 

Pulse generator

 

 

The Alleva-Wave system promotes tissue recovery through the application of precisely generated magnetic stimulation pulses 
which are created by the pulse generator. The stimulation pulses are designed with proprietary combinations of frequencies, 
amplitudes, field directions, and wave shapes to activate tissue recovery at a cellular level.

 

 
 

www.allevawave.com

 

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P2 User Instruction Manual

 

Summary of Contents for Alleva-Wave P2

Page 1: ...nformation 2 Warnings and Precautions 2 Purpose of the Alleva Wave P2 System 2 Description of the Alleva Wave P2 System 3 Environmental Conditions that Affect Use 4 System Setup 5 Operating Instructio...

Page 2: ...s If you feel pain during the use of the device you should stop using it and consult your physician If you experience increased pain or discomfort you should consider using a lower power setting if av...

Page 3: ...Mode during operation 3 2 Center yellow LED Indicates the system is running power up diagnostics before operation or is in Rest Mode during operation 2 Lower red LED Indicates there is a problem with...

Page 4: ...ile switch The Alleva Wave P2 operates on a 41 minute cycle that repeats continuously and automatically Using the cycle profile switch you can select from among four predefined cycle profiles Switch M...

Page 5: ...Insert a fully charged battery into the pulse generator Confirm that its terminals are correctly aligned to the positive and negative markings on the pulse generator A rechargeable NiMH battery will...

Page 6: ...thick parts of the body when the injury is relatively close to the surface within 1 to 2 inches 25 to 50 mm of the skin In these cases the coils are situated on the same side of the injury area adjac...

Page 7: ...ght later decide to place them obliquely at an angle To the extent possible it is best to try several options to determine what seems to work best The preferred placement of the coils might ultimately...

Page 8: ...e In both cases your body experiences longer term health gains as it s subjected to a variety of different external stimulations Another reason to change coil locations is the effect of accommodation...

Page 9: ...n their flat geometry However you are encouraged to flex and conform the coils to your body contours for both comfort and greater stimulation effectiveness Neck Shoulder Elbow Lower back www allevawav...

Page 10: ...ir daily routine and their response to the stimulation You are encouraged to experiment with usage patterns and coil locations to find what works best for you Also keeping a daily written record of yo...

Page 11: ...arther from the coils when I use the device Are longer coil cables available Or can I add an extension cable to the coil cable We offer only one length of coil cable We do this because the cable lengt...

Page 12: ...d I expect a reduction in pain Each person s response to the PEMF stimulation is different and we cannot guarantee results However pain reduction often occurs within the first 3 to 4 days of use and p...

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