BC Biomedical FINGERSIM Instruction And Service Manual Download Page 9

 

VII. OPERATING 

INSTRUCTIONS 

 

A. 

Insert the FingerSim™ into the Holder 

Carefully insert the short, flat, color coded end of the FingerSim™ into the slot provided at one end of the 
FingerSim™ Holder.  Grasp the sides of the color coded end and gently press the FingerSim™ into the Holder 
until it reaches the stop of the holder (see Figure 10).   

 

CAUTION:

     Improper insertion of the FingerSim™ into the Holder can cause breakage.  Insert the 

FingerSim™ as shown in Figure 10. 

 

 

CAUTION:

      If the FingerSim™ is used without the recommended Holder, one must be very careful to 

prevent movement between the sensor and the FingerSim™.  Be sure no forces are applied to 
the sensor or sensor cable (i.e. do not hold the sensor, or touch the sensor or cable) while 
squeezing the color coded end of the FingerSim™ to generate the pulse signal.  Motion 
between the sensor and the FingerSim™ may cause erroneous SpO

2

 and/or Pulse Rate 

readings. 

 

WARNING:

        FingerSim™ are fragile and must be handled with care, they contain glass.  

 

 

 

Figure 10. 

Positioning the FingerSim™ in the Holder 

 

B. 

Attach the Sensor 

Attach the sensor under test to the FingerSim™ the same way you would to a patient’s finger.  When testing a 
finger clip sensor be certain the FingerSim™ is inserted all the way to the stop of the sensor.  Position flex 
sensors such that the emitter and detector are vertically aligned between ¼” and ½” from the tip of the 
FingerSim™. 

CONTRAINDICATION

:    Do not use with reflectance or ear clip sensors.  Use only with transmittance type,  

               finger or toe sensors. 

 

Route the cable in such a way that it does not influence the sensor under test.  For sensors with cables directed to the 
back of the finger, route the cable through the Holder in the notches on the bottom (see Figure 11). 
Some oximeter systems may generate readings during sensor attachment due to the relative motion between the 
FingerSim™ and the sensor.  Allow 30 seconds for stabilization before going on to the next step. 

 

 

 

Figure 11.  Sensor Cable Routing Through Holder 

Summary of Contents for FINGERSIM

Page 1: ...M PULSE OXIMETER TEST SYSTEM BC Biomedical BC Group International Inc 9415 Gentry Ave St Louis MO 63125 PROBLEMS Check Section XII Trouble Shooting Chart then if still troubled call BC Biomedical Cust...

Page 2: ...ICATIONS 11 A FingerSim 11 B Holder 11 IX SERVICE AND MAINTENANCE 12 X WARRANTY 12 XI ACCESSORIES 12 XII TROUBLE SHOOTING CHART 13 FIGURES Figure 1 FingerSim 4 Figure 2 Replacement Holder 4 Figure 3 8...

Page 3: ...possible operating conditions a pulse oximeter may encounter Use the FingerSim as an adjunct to other indications to determine proper pulse oximeter operation CAUTION Improper insertion of the Finger...

Page 4: ...od as measured by an oximeter at different oxygen saturation values nominally 97 90 and 80 The 97 90 and 80 FingerSims are easily identified by the color coded end caps Red 97 Blue 90 and Black 80 Squ...

Page 5: ...typical finger In addition the red and infrared photo spectrometric light absorption of the inner solution approximates arterial blood as seen by the oximeter at 80 90 and 97 oxygen saturation levels...

Page 6: ...RB ANCE Figure 3 80 SpO2 Absorption Spectrum Figure 4 90 SpO2 Absorption Spectrum Figure 5 97 SpO2 Absorption Spectrum FingerSim LIQUID 90 SpO2 NOMINAL 0 4 620 720 820 920 WAVELENGTH nm ABSORB ANCE Fi...

Page 7: ...SpO2 value For example if the 80 FingerSim was being used at 90 F ambient temperature then the expected simulation would be increased to 83 74 75 76 77 78 79 80 81 82 83 84 85 86 40 45 50 55 60 65 70...

Page 8: ...lder see Figure 9 Figure 9 Sensor Cable Routing Through Holder C Sensor Alignment and Position The light absorption characteristics of the FingerSim are specified for light passing directly through th...

Page 9: ...Pulse Rate readings WARNING FingerSim are fragile and must be handled with care they contain glass Figure 10 Positioning the FingerSim in the Holder B Attach the Sensor Attach the sensor under test to...

Page 10: ...ngs between manufacturers is possible due to each manufacturer s interpretation of how the SpO2 value relates to the absorption of the red and infrared light in blood see Theory of Operation Figure 12...

Page 11: ...c 20dB to 40dB Operating Temperature Range 65 F to 90 F Long Term Storage Temperature Range 32 F to 104 F Typical infrared percent modulation when squeezed 0 to 5 Red to Infrared Ratio a c 72 5 F and...

Page 12: ...the applicable warranty period i e before the calibration date This warranty shall be the sole and exclusive remedy by the purchaser hereunder for any FingerSims or accessories delivered to the purch...

Page 13: ...or leaking FingerSim Replace FingerSim Outside calibration date Replace FingerSim Improper sensor attachment to the FingerSim Ensure the sensor is attached to the FingerSim per section VIII B Damaged...

Reviews: