RICH-MAR MODEL V & X ULTRASOUNDOPERATION HANDBOOK AND MANUAL

Part # MN2416Rev. F

Batch 001

CAUTION

This device is not designed to be connected with any electrical equipment unless manufactured andapproved by Rich-Mar.

NOTE: This includes whirpools and carbon electrodes NOT manufactured by Rich-Mar.

TABLE OF CONTENTS

Rich-Mar Model V/X Warranty........................................4

Ultrasound Indications for Treatment.............................. 5

Ultrasound Contraindications & Warnings....................... 5

Functions of Controls..................................................... 6

Ultrasound Operation......................................................6

Front Panel Illustration.....................................................7

Combining Ultrasound with Rich-Mar Stimulation............ 8

Ultrasound Calibration & Tuning Procedure.....................10

Troubleshooting Guide................................................... 11

Rich-Mar Model V/X Specifications................................11

Appendix AUltrasound Technical Information

Appendix BRich-Mar Model V/X Parts List

Appendix CRich-Mar Model V/X Schematics

LIMITED WARRANTY

This equipment is sold under an exclusive three-year warranty from date of sale, which warrants it to be freefrom defects in material and workmanship. We agree to repair or replace at the point of manufacture, withoutcharge, all parts showing such defects, provided the unit is delivered to us, prepaid to our factory, intact forour examination, within three years from date of sale, and provided such examination discloses in our finaljudgement that it is defective.

This warranty does not apply if the equipment has been subject to misuse, neglect, accidents, incorrect wiring(not our own), improper installation, or put to use in violation of instructions furnished by us, has been dam-aged by excess voltage or has been repaired or altered outside our factory or if the equipment has had itsserial number altered or removed.

Changes: Rich-Mar reserves the right to modify or change the equipment in whole or in part, at any time priorto delivery, in order to include refinements deemed appropriate by the Company but without incurring anyliability to modify or change equipment previously delivered, or to supply new equipment in accordance withearlier specifications. This warranty will be honored only if the enclosed card is filled out and returned to thefactory. This warranty is valid only to original purchaser.

This warranty is expressly in lieu of all other warranties expressed or implied including the warranties ofmerchantability and fitness for use and all other obligations on our part, and we neither assume, nor authorizeany other person to assume for us, any other liability in connection with the sale or use of this equipment. In noevent shall we be liable for consequential or special damages. We make no warranty whatsoever in respect toaccessories or parts not supplied by us.

4

Ultrasound Indications for Treatment(Therapeutic Ultrasound)

Rich-Mar Ultrasound devices are indicated to produce therapeutic deep heat for the following condi-tions:1) Relief of pain.2) Muscle spasms.3) Joint contractures.

But not for the treatment of malignancies.

WARNING - Federal law restricts this device to sale by or on the order of a physician or any other practitionerlicensed by the law of the state in which said person practices.

Ultrasound Contraindications

ContraindicationsUltrasound should not be used in the following areas:1) Near or over the heart.2) Near or over the eyes.3) On the head.4) Near or over reproductive organs.5) On the lower back during pregnancy or over the pregnant uterus.6) Directly over the spinal column.7) Over growing bone in children.8) Where the skin suffers from any sensory impairment.9) Over areas of malignancies.10) In the area of visceral plexus and large autonomous ganglion.11) Over the thoracic area if the patient is using a cardiac pacemaker.12) Over a healing fracture.13) Over ischemic tissues in individuals with vascular disease where the blood supply would be unable to followthe increase in metabolic demand and tissue necrosis might result.

PrecautionsPrecautions should be taken when used:1) Over anesthetized areas.2) On patients with hemorrhagic diastheses.3) Ultrasound treatment should not be performed over an area of the spinal cord following laminectomy (i.e.-when major covering tissues have been removed).

Caution1) Excessive doses of ultrasound may cause damage to tissue. Periosteal pain is an indication of excess intensityand if it occurs, the power should be reduced; the transducer should be moved more rapidly over the area beingtreated; or a lower pulsed duty cycle should be used.2) If the soundhead has been operated unloaded for an extended period of time, the transducer will get hot. If thesoundhead is applied to the patient while the transducer is hot, a burn may result.

WarningDo not operate the soundhead in an unloaded condition. It is possible that unrepairable damage may occur to thetransducer in an unloaded state.

5

Rich-Mar Models V & XFunctions of Controls (See Figure 1)1) Timer: The timer serves as the main power

switch for the unit and allows the operator to setthe desired treatment time. Once the timer hasbeen activated, AC power is supplied to the unit.Once the timer reaches zero, AC power isinterrupted and the treatment is terminated. Thepanel indicates the treatment time remaining.

2) Ultrasonic Active Indicator: This light, whenon, informs the user that ultrasound is either readyto be emitted or is currently emitting from thetransducer.

3) Power On Indicator: This light informs the userthat the timer has been activated and that ACpower is being supplied to the unit.

4) Duty Cycle/ Pulse Rate Switch: This switchallows the operator to select either a 100% dutycycle or one of six other pulsed duty cycles. Thepulsed duty cycles are expressed in either per-centage duty cycle or pulses per second.

5) Duty Cycle/ Pulse Rate Indicators: Theselights give the operator a linear, visual indicationof the duty cycle in which the unit has been set.

6) Intensity Control: This allows the operator toincrease and decrease the ultrasound outputintensity to obtain the desired treatment.

7) Wattmeter: Indicates the ultrasound outputbeing produced by the unit. The upper black scalereads the output in total watts produced. Thelower blue scale reads the output produced inpeak watts per square centimeter up to 2.5W/cm2.

8) Cradle: The transducer cradle operates a switchthat will shut off the signal to the transducer.When the transducer is set in its cradle theultrasound output will be shut off until the trans-ducer is removed.

Operation(See Figure 1)Before activating the timer be sure that the IntensityControl (6) is turned fully counterclockwise. The unitis then activated by setting the desired treatment timeinto the Timer (1). Once the timer is activated thePower On Indicator (3) will be illuminated.

Next, select the desired duty cycle with the DutyCycle/ Pulse Rate Switch (4). Once the proper dutycycle has been selected the corresponding DutyCycle/ Pulse Rate Indicator (5) will be illuminated.

The ultrasound output intensity can now be increasedto the required level with the Intensity Control. Theintensity level will now be indicated on the Wattmeter(7).

NOTE: When administering an ultrasound treatment,be sure the treatment area of the patient has an amplequantity of Rich-Mar lotion or gel as a coupling me-dium. The quality and quantity of the coupling mediumhas a direct bearing on the amount of ultrasoundenergy transmitted to the treatment area.

NOTE: Even though this device is equipped with anoutput failure diagnostic feature, Rich-Mar Corporationrecommends that you perform the following on a dailybasis:

Before starting treatment, the operator should checkthe output of the unit by placing some water or cou-pling agent on the sounded and increasing the intensity.The ultrasonic output of the unit should then showcavitation (bubbling).

6

Rich-Mar Models V & XFront Panel Illustration

(Figure 1)

2. Ultrasonic Active Indicator 7. Watt Meter 3. Power OnIndicator

6. Intensity Control

1. Timer 5. Duty Cycle/Pulse Rate Indicator

4. Duty Cycle/Pulse Rate Switch

8. Transducer Cradles are located onboth sides of the unit.

7

Combining Ultrasound with Rich-Mar Stimulation(Figure 2)

The Rich-Mar Model V & X ultrasounds are designed to be connected to any Rich-Mar muscle stimulator,thus enabling the user to provide combination therapy to patients.

To connect the ultrasound unit to a stimulator, simply plug the connecting cable into the jack located on thelower right rear side panel of the unit.

Using the indifferent electrode (dispersive pad) to complete the circuit, the user will now be able to provideelectrical stimulation as well as ultrasound through the transducer.

8

9

Disinfecting RecommendationsTo disinfect the soundhead between therapy treat-ments, Rich-Mar recommends using a disinfectantcleaner for ultrasound. OSHA addresses the need forprudent infection control (OSHA Instruction CPL 2-2.44C) to include decontamination of equipmentbetween patients.

Circuit Description

Power SuppliesThere are two power supplies. One is a fixed +12 Voltsupply for necessary circuitry, and the other is adjust-able to +40 Volts. The adjustable power supply isdedicated to the main RF generator. This, in essence,adjusts the output intensity of the device. Digital logiccircuits select proper voltage range automatically tomatch whichever transducer is selected by the opera-tor.

Digitally Synthesized OscillatorThe digitally synthesized oscillator (DSO) provides anultrastable, adjustable, low-level (+12V) oscillator tomatch the optimum frequency of the transducer. Itconsists of a 2048kHz microprocessor crystal, anadjustable digital divider, and a phase-lock-loop circuit.This provides for extremely high stability both long andshort term. The output signal is then delivered to themain RF generator.

Main RF GeneratorsThe main RF generator provides the sinusoidal oscilla-tion and adjustable intensity to the transducer. Itreceives its input signal from the digitally synthesizedoscillator, amplifies this signal and then low-pass filtersthe amplified signal prior to providing the oscillation tothe transducer element.

TransducersThe transducer consists of a lead-zirconate-titanatepiezo-electric device which converts electrical energy(from the main RF generator) into acoustical energy inthe form of mechanical vibrations.

Front Panel Controls and DisplaysThe front panel of the unit provides a synchronousmotor timer for accurate treatment times, a meter foraccurate dosage (both in total power and intensity),and a pulse rate control for the selection of sevendifferent pulse rates and duty cycles. Also containedon the front panel control is a indicator showing theultrasound is active, and that the power is on.

10

Ultrasound Calibration andTuning Procedure

Ultrasound Service InformationRich-Mar Corporation recommends that all Rich-Marultrasonic therapy products be returned to the factory orto a servicing Rich-Mar distributor for service orcalibration. It is recommended that the device becalibrated annually or when any major component ischanged.

CautionCalibration and peaking adjustments must not be at-tempted unless the person performing these adjustmentshas the proper test equipment, which must include anacceptable ultrasonic wattmeter, such as the OhmicUPM-30 or equivalent. Degassed water must be usedto obtain accurate readings.

WarningUse of controls or adjustments or performance ofprocedures other than those specified herein may resultin hazardous exposure to ultrasonic energy.

These controls are as follows:Main Board

R3 – Sets the maximum power output for the10cm2 transducer.R40 - Calibrates the upper scale of the frontpanel meter.R21 - Controls the “Ultrasonic Active LED”.This must be adjusted using the 5cm2 trans-ducer.R23 - This also controls the “Ultrasonic ActiveLED”. This must be adjusted using the 5cm2

transducer.R13 - Sets the maximum power output for the5cm2 transducer.R42 – Calibrates the lower scale of the frontpanel meter.RF DeckSW1- Peaking adjustment – “rough tuning”SW2 - Peaking adjustment – “fine tuning”

Annual CalibrationValues given are for both models. If different, values inparentheses are given for the Model X.

1) Place the transducer under test in an OhmicUPM-30 watt meter, or equivalent.

2) Increase the intensity of the unit to its maxi-mum.

3) The unit should be emitting at least 10.0(21.0) watts, and no more than 12.0 (21.0). Ifthis is not the case, perform the Full Calibrationprocedure listed in the following the section.

4) Adjust R42 such that the correct front panelscale corresponds to the output of the unit.

Calibration of the unit is now complete. Check theaccuracy of the unit at 5 and 10 (and 15) watts. Thetolerance allowed by the FDA is 20% in either direc-tion.

Full Calibration Procedure1) Remove metal hole plugs from rear of unit.2) Rotate the front-panel intensity knob to its maxi-

mum setting (fully clock-wise).3) Place transducer in a UPM-30 wattmeter and set

the balance ready to read 11.0 (21.0) watts.4) Adjust R3 clockwise until the unit is emitting 11.0

(21.0) watts.5) Adjust R42 clockwise until the front-panel meter

reads 11.0 (21.0).

Calibration of the unit is now complete. Check theaccuracy of the unit at 5 and 10 (and 15) watts.Tolerance allowed by the FDA is 20% in eitherdirection.

11

Tuning (Peaking) Procedure(NOTE: This will only be required if the transducer orportions of the RF generator have been changed.)Place the transducer requiring peaking in a wattmeter.Increase the front-panel intensity until the pointer isabout one-half of its full intensity (pointer straight up).Turn the unit on, and place in the continuous setting.

1) Adjust the switch to the left on the oscillatorboard until the maximum deflection (maximumoutput) is achieved on the wattmeter. The crystalis now “roughly” peaked.

2) Decrease the switch position by one (i.e.- if theswitch was on “6”, put in “5” position). Now setthe rear switch at “0”. Begin to increment theswitches in numerical order until the maximumpower is reached. (Example: 50, 51, 52,…58, 59,60, 61, 62 is found to be the maximum because at63 the power begins to decrease.)

3) Add five to the maximum, and set the switchesaccordingly. (Continuing as described above, setthe switch position to 67.)

4) Continue with the Full Calibration Procedure.

Ultrasonic Active SettingProcedure

1) Adjust R21 fully couter clockwise (CCW), andR23 fully clockwise (CW).

2) Make certain that the transducer cable isattached to the RF deck.

3) Turn the unit on and adjust the front panelintensity until the meterl reads one watt totaloutput. Put the machine in the 10% duty cycleposition.

4) Adjust R21 clockwise until UA light comes on.5) Disconnect the RF cable. Adjust the front

panel intensity until the meter reads 3.0 watts.Adjust R23 counter clockwise until the UAlight comes on.

6) The UA light is now adjusted. Replace the RFdeck cable.

Trouble-ShootingListed below are several options for troubleshootingthe Rich-Mar Models V & X Ultrasounds. If thesesolutions fail to remedy the problem, please call theRich-Mar Service Department at 1-800-762-4665.

1.) Unit fails to turn on.Check power cord for full installation.Check fuse.Check timer connections.

2.) Ultrasonic active indicator fails to illuminate.Check to see that the cradle is in the upright position.Check internal cable connection.Check “Ultrasonic Active” setting.Check LED.

3.) Meter won’t advance.Check to see that the cradle is in the upright position.Check meter connection.Check voltage supply.

4.) Meter reads very low level and there is no“Ultrasonic Active” light on.Check to see that the opposite cradle isin the down position and that opposite transduceris hung up properly.Check to see that the cradle is in the uprightposition.

Model V & X Specifications

Input: 120VAC, 60Hz, 1.5 amp 220VAC, 50Hz

Dimensions: W-14”D-9”H-5”

Weight: 11 lbs

APPENDIX AULTRASOUND TECHNICAL INFORMATION

Ultrasound TechnicalInformation

Applicator Type:The ultrasonic radiation fields produced by Rich-Martherapeutic ultrasound transducers are of the planewave type and are essentially cylindrical in shape. Thistype of applicator is referred to as a collimating applica-tor.

Applicator Label:Each Rich-Mar applicator is labeled to provide the userwith information on its applicable parameters. Thefollowing abbreviations are used on the label.

Gen: The Rich-Mar ultrasonic generator forwhich the applicator is intended.

f: The operating frequency in MHz for theapplicator.

Area: The effective radiating area of theapplicator in square centimeters.

BNR: The Beam Nonuniformity Ratio.

Type: Coll-means collimating applicator.

Near Field/ Far FieldIf measurements are made of the sound intensity alongthe central axis of the beam produced by the applicator,the intensity distribution shows maxima and minima nearthe applicator and then a gradual decline beyond the lastmaximum intensity.The “interference” or “near field” is the area in theultrasound beam extending from the applicator surfaceto the location of the most distant intensity maximum. Inthis area, maxima and minima of intensity are locatedclose to each other. This is the area in which mosttherapeutic application occurs. This is shown in thefollowing figure measured 0.5cm from the transducerface.

Near Field Distribution

Beyond this point, the beam has a more uniformintensity and is called the “far field”. Below is shownthe far field distribution at 16cm from the transducerface.

Far Field DistributionThe preceding descriptions apply for radiation emittedinto the equivalent of an infinite medium of distilled,degassed water at 30oC.

Transducer Parameters and Tolerances:The Rich-Mar ultrasound units operate at frequenciesof either 1MHz or 3MHz +/- 10%. The effectiveradiating areas (ERA) of the transducers are ten, five,or two square centimeters, depending upon the size ofthe transducer being used. The tolerance for the ERA

is +/- 25% on the 2 and 5 square centimeter transduc-ers. The tolerance for the 10 square centimetertransducers is +0, -25%. The Beam-Nonuniformity-Ratio (BNR) for any Rich-Mar transducer is 5.5:1 orless.

100% ModeWhen operated in the 100% mode, the generatorproduces a non-interrupted sinusoidal waveform of oneor three MHz. The peak power and average powerare therefore the same.The error in indication of radiated power in intensityfor the continuous mode does not exceed +/- 14%allowing for a 6% error in the wattmeter, which equals+/- 20%.

Pulsed ModeWhen operated in the pulsed mode, the generatorproduces a square-wave burst of sinusoidal waveformof 1MHz or 3MHz of 2.5 milliseconds in duration.Depending upon the Rich-Mar model of therapeuticultrasound in use, the duty cycle can be chosen be-tween 5% and 95% duty. This then implies the repeti-tion rate is selectable between 20 and 380 pulses persecond. (This is computed by taking the inverse of theduty cycle 1/380 = .95, 1/20 = .05). The tolerance forthe pulsed mode is +/- 20%.See the following chart for second comparison on%Duty cycle to pulses.

% Duty Cycle Pulses/Second (Indicated on front panel of device)

5 2010 4015 6020 8025 10030 12035 14040 16045 18050 20055 22060 24065 26070 28075 30080 32085 34090 36095 380

The error in indication of radiated power in intensityfor the pulsed mode does not exceed +/-14% allowingfor an allowable 6% error in the wattmeter, whichequals +/-20%.

Timer AccuracyThe Food and Drug Administration requires that thetreatment timer accuracy is to within 0.5 minutes forthe preset duration of emission for settings less thanfive minutes, to within 10% of the preset duration ofemission for settings from five to ten minutes, and towithin one minute of the preset duration of emission forsettings greater than ten minutes.

Ratio of Temporal Peak to Temporal Average(Rtpa):The ratios of temporal peak to temporal averageintensities (Rtpa) will vary with the pulse rate of thedevice. Depending upon the Rich-Mar model oftherapeutic ultrasound in use, the duty cycle can bechosen between 5% and 95% duty.The Rtpa is calculated in the following manner:Rtpa = (1/Duty):1Example 5% duty = .05 (min. duty, max. Rtpa)Rtpa = (1/.05):1Rtpa = 20:1Example 95% duty = .95 (max. pulsed duty, min. Rtpa)Rtpa = (1/.95):1Rtpa = 1.05:1See the following chart for %Duty cycle to Rtpacomparison.

% Duty Cycle Rtpa (Indicated on front panel of device)

5 20:110 10:115 8.33:120 5:125 4:130 3.33:135 2.86:140 2.5:145 2.22:150 2:155 1.82:160 1.66:165 1.54:170 1.43:175 1.33:180 1.25:185 1.18:190 1.11:195 1.05:1

The Rtpa tolerance does not exceed +/- 20%.The temporal maximum intensity for each duty cycleas well as the 100% modulation is whatever is indi-cated on the meter.

The temporal average intensity for each duty cycle willbe the meter indication multiplied by the percentageduty cycle.

Temporal Average = (Duty) x (Meter Indication)Example, 5 Watts, 35% DutyTemporal Average = .35 x 5 Watts = 1.75 Watts

The Spatial Average Intensities for each of thesesetting will be divided by the transducer’s EffectiveRadiating Area (ERA)

Spatial Average = (Temporal Average)/(ERA)Example, 5 Watts, 35% Duty, 5cm2 Transducer

Spatial Average = (1.75 Watts)/(5cm2) = 0.35 Watts/cm2

The pulse width (On time) of all Rich-Mar therapeuticultrasound devices is 2.5 milliseconds (mS). The timebetween pulses (Off time) in milliseconds is calculatedas follows:

Pulse width (On time) = 2.5mSOff time=[2.5-2.5(%Duty cycle)]/(%Duty cycle)Where %Duty cycle is represented as a decimal.

Please see the following example for computing theOff time for a 10% Duty cycle:

Off tiem=[2.5-2.5(0.10)]/(0.10)=22.5 milliseconds

Additional Technical Notes:The peak power is the same in the pulsed modes as inthe 100% modulated mode.Unless otherwise stated, all technical parameters areaccurate within +/- 20%.When in the pulse modes the unit is still generatingtherapeutic heat, although it is an amount reduced by afactor directly related to the duty cycle. The pulserates are used to allow the practitioner to treat areas ofbony prominences without creating periosteal pain.The line leakage is tested in both the forward andreverse polarities to be less than 50 microamperesexceeding all standards for medical devices in thisclass.The device is designed to meet or exceed UL Stan-dards 544 for medical devices and the CanadianStandards Association (CSA), No. 125.

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RS7

155

R17

330K

1/2

W 5

%R

ESI

STO

RR

S714

8R

181

ME

G 1

/2W

5%

RE

SIST

OR

RS7

106

R19

10K

1/2

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ESI

STO

RR

S710

9R

2010

0K 1

/2W

5%

RE

SIST

OR

RS7

117

R21

50K

1/2

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0%T

RIM

ME

R P

OT

TR

8801

R22

100K

1/2

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STO

RR

S711

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2310

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IMM

ER

PO

TT

R88

01R

2410

K 1

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5%

RE

SIST

OR

RS7

109

R25

470K

1/2

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ESI

STO

RR

S715

4R

2735

.7K

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ESI

STO

RR

S720

8R

2828

7K 1

/8W

1%

RE

SIST

OR

RS7

222

R29

169K

1/8

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ESI

STO

RR

S722

0R

3010

7K 1

/8W

1%

RE

SIST

OR

RS7

217

R31

71.5

K 1

/8W

1%

RE

SIST

OR

RS7

214

R32

48.7

K 1

/8W

1%

RE

SIST

OR

RS7

212

Ric

h-M

ar M

odel

V/X

Ult

raso

und

Par

ts L

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Con

t.*

DE

NO

TES

PA

RTS

FO

R T

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MO

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ain

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art n

ame

2644

AN

D 2

649*

)P

art #

Val

ueD

escr

ipti

onR

ich-

Mar

Par

t No.

R33

30.9

K 1

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RE

SIST

OR

RS7

207

R34

1 M

EG

1/2

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ESI

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S710

6R

3510

0K 1

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RS7

117

R36

20K

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RR

S712

9R

371

ME

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RS7

106

R38

10K

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ESI

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S710

9R

3947

K 1

/2W

5%

RE

SIST

OR

RS7

153

R40

10K

1/2

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%R

ESI

STO

RR

S710

9R

4120

K 1

/2 W

5%

RE

SIST

OR

RS7

129

R42

100K

1/2

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RIM

ME

R P

OT

TR

8801

R43

330K

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STO

RR

S714

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4410

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1/2

W 5

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ESI

STO

RR

S711

1R

45*

6.8K

1/2

W 5

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ESI

STO

RR

S716

7U

0140

49IN

TE

GR

AT

ED

CIR

CU

ITT

S852

9U

0240

71IN

TE

GR

AT

ED

CIR

CU

ITT

S853

4U

03L

M35

3IN

TE

GR

AT

ED

CIR

CU

ITT

S856

0U

04L

M 3

53IN

TE

GR

AT

ED

CIR

CU

ITT

S856

0U

0555

5IN

TE

GR

AT

ED

CIR

CU

ITT

S857

3U

0640

40IN

TE

GR

AT

ED

CIR

CU

ITT

S852

7U

0740

81IN

TE

GR

AT

ED

CIR

CU

ITT

S853

8U

08L

M33

9IN

TE

GR

AT

ED

CIR

CU

ITT

S855

7C

01.0

18U

FD 4

00V

CA

PAC

ITO

R,

POL

YPR

OPE

LE

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5%

CA

2803

C02

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UFD

400

VC

APA

CIT

OR

, PO

LY

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E 5

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A 2

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C03

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UFD

400

VC

APA

CIT

OR

, PO

LY

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EN

E 5

%C

A 2

803

C04

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FD 5

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CA

PAC

ITO

R,

POL

YPR

OPE

LE

NE

5%

CA

2819

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.001

UFD

500

VC

APA

CIT

OR

, C

ER

AM

IC D

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CA

2823

C06

69=8

0 PF

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VC

APA

CIT

OR

, C

ER

AM

IC D

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CA

2889

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APA

CIT

OR

, D

IPPE

D M

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CA

2823

C08

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IOD

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1N91

4C

A28

19C

R1

CO

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EC

TO

R,

AM

P 2P

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1509

14P

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NE

CT

OR

, A

MP

2PIN

.1M

CN

4164

P03

CN

4164

P04

CN

4164

Ric

h-M

ar M

odel

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Ult

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ts L

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Con

t.*

DE

NO

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PA

RTS

FO

R T

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MO

DE

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LY1

MH

z R

F D

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Par

t na

me

2657

)P

art

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alue

Des

crip

tion

Ric

h-M

ar P

art

No.

C1

.018

UFD

400

VC

APA

CIT

OR

, PO

LYPR

OPE

LEN

E 5%

CA

2802

C2

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400

VC

APA

CIT

OR

, PO

LYPR

OPE

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CA

2803

C3

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UFD

400

VC

APA

CIT

OR

, PO

LYPR

OPE

LEN

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CA

2802

C4

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CA

PAC

ITO

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DIS

KC

A28

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CA

PAC

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KC

A28

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)68

0 PF

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CIT

OR

, DIP

PED

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A (2

)C

A28

88C

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KC

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BLO

CK

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2809

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ed) o

r 10N

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RA

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R, A

MP

2 PI

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MC

N41

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OA

XIA

L C

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OM

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4164

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R, A

MP

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MC

N41

64P3

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R, A

MP

2 PI

N .1

MC

N41

64P4

CO

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R, A

MP

2 PI

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MC

N41

64T

1, T

2, T

3, T

4, T

5A

LL T

OR

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ND

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art

nam

e 26

78)

Com

pone

nt N

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alue

Des

crip

tion

Ric

h-M

ar P

art

No.

C1,

C2,

C3,

C4,

C6,

.1U

FD 5

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CIT

OR

, CER

AM

IC B

LOC

KC

A28

09C

7, C

8, C

9C

5.1

UFD

50V

CA

PAC

ITO

R, C

ERA

MIC

BLO

CK

CA

2887

C10

47PF

D 1

50V

CA

PAC

ITO

R, D

IPPE

D M

ICA

CA

2864

C11

.1U

FD 5

0VC

APA

CIT

OR

, CER

AM

IC B

LOC

KC

A28

09C

12.1

UFD

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CA

PAC

ITO

R, C

ERA

MIC

DIS

KC

A28

87C

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68U

FD 5

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APA

CIT

OR

, CER

AM

IC D

ISK

CA

2809

CR

1D

IOD

E, 1

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4D

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G, R

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CA

BLE

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AN

GLE

CN

4122

R1,

R2

10K

RES

ISTO

R, 1

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5%

RS7

109

R3

100K

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ISTO

R, 1

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5%

RS7

117

R4

4.7K

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ISTO

R, 1

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5%

RS7

150

R5

10 M

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ESIS

TOR

, 1/2

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S711

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64.

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S715

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810

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S710

9

Ric

h-M

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Ult

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ts L

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t.*

DE

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PA

RTS

FO

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MO

DE

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(P

art

nam

e 26

78, C

ont.

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ompo

nent

No.

Val

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escr

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ich-

Mar

Par

t N

o.R

P110

KR

ESIS

TOR

PA

K, 1

0 PI

N S

IPR

S718

5S1

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CH

, BC

K R

IGH

T A

NG

LESW

7805

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ITC

H, B

CD

RIG

HT

AN

GLE

SW78

05U

145

38IN

TEG

RA

TED

CIR

CU

ITTS

8581

U2

4049

INTE

GR

ATE

D C

IRC

UIT

TS85

29U

340

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TEG

RA

TED

CIR

CU

ITTS

8527

U4

4046

INTE

GR

ATE

D C

IRC

UIT

TS85

28U

540

59IN

TEG

RA

TED

CIR

CU

ITTS

8531

U6

4001

INTE

GR

ATE

D C

IRC

UIT

TS85

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740

13IN

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RA

TED

CIR

CU

ITTS

8525

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4050

INTE

GR

ATE

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UIT

TS85

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RY

STA

L, 2

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S911

0

Pan

el B

oard

(P

art

nam

e 26

45)

Com

pone

nt N

o.V

alue

Des

crip

tion

Ric

h-M

ar P

art

No.

CR

1LE

D, G

REE

NLI

5905

CR

2, C

R3,

CR

4, C

R5,

LED

, AM

BER

LI59

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CR

7, C

R8

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ON

NE

CT

OR

, A

MP

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IN .

1MC

N41

82J2

, J3

CO

NN

EC

TO

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MP

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MC

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64L

1M

ET

ER

, M

OD

EL

VM

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01Q

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RA

NSI

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MPS

A42

TS8

565

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PO65

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2, R

3, R

510

KR

ESI

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R,

1/2W

5%

RS7

109

R4

20K

RE

SIST

OR

, 1/

2W 5

%R

S710

3R

61K

RE

SIST

OR

, 1/

2W 5

%R

S719

2S

1SW

ITC

H,

RO

TA

RY

S278

07L

1M

ET

ER

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E61

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AC

ER

, N

YL

ON

SP07

17

Ric

h-M

ar M

odel

V/X

Ult

raso

und

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ts L

ist,

Con

t.*

DE

NO

TES

PA

RTS

FO

R T

HE

MO

DE

L X

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LYC

hass

is (

Par

t na

me

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and

012

4*)

Ric

h-M

ar P

art

No.

Des

crip

tion

FA48

02FA

NTI

8101

TIM

ER 3

0 M

INU

TEB

D26

48O

PTO

SW

ITC

H B

OA

RD

TF83

02TR

AN

SFO

RM

ER, E

E 99

4* (R

MV

)TF

8302

TRA

NSF

OR

MER

, EE

994*

(RM

V)

KN

5701

KN

OB

PO

INTE

RK

N57

02K

NO

BS

RO

UN

DC

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82C

ON

NEC

TOR

, AM

P 20

PIN

(2)

CN

4162

CO

NN

ECTO

R, A

MP

2 PI

N .1

56”

FEM

ALE

CN

4167

CO

NN

ECTO

R, A

MP

4 PI

N .1

” FE

MA

LEJK

5509

CO

MB

O J

AC

KFU

5008

FUSE

1A

MP

SLO

WFU

5001

FUSE

HO

LDER

(SA

ME

AS

HV

2000

)LI

5902

GR

EEN

LED

CO

VER

SLI

5905

GRE

EN L

EDLC

1733

LIN

E C

OR

DJ 5

0304

48R

CA

MA

LE C

ON

NEC

TOR

-SO

LDER

TY

PEM

S911

4ST

RA

IN R

ELIE

F (L

INE

CO

RD

)SH

7415

TRA

NSD

UC

ER, C

4 C

OM

PLET

E* (R

MV

)TR

ND

O21

4TR

AN

SDU

CER

, C5

CO

MPL

ETE*

(RM

X)

CN

4168

CO

NN

ECTO

R, A

MP

4 PI

N .1

56”

FEM

ALE

CH

3734

BLA

CK

FEE

TLI

5903

AM

BER

LED

CO

VER

S

APPENDIX CSCHEMATICS