ConMed ExcaliburPLUS PC - Page 62

пд
2
Hg-
Curves for details. Best results occur when rated
load is used. It is not necessary to check
calibration at each of the listed loads, they are
there only to allow for the use of a tester that
does not have the exact rated load.
Note: Bipolar is particularly sensitive to the load
resistance. A 50 ohm load should be used for
checking power for best results.
1. Use test leads to connect the ESU tester to the
unit’s return electrode jack and the footswitch
controlled active jack.
2. Perform the monopolar power tests indicated
in Table 4.1, depending upon the value of the
load resistor used.
3. Disconnect the ESU tester from the unit.
4. Use test leads to connect the ESU tester to the
units blue Bipolar Accessory Jacks.
5. Perform the bipolar power tests indicated in
Table 4.1 depending upon the value of the load
resistor used.
4.5.4 RF Leakage
Equipment:
* ESU Tester with RF Leakage function OR a
0-250 mA RF Ammeter and a 200 ohm 10 W
Noninductive Resistor
+ Patient Plate Adapter Plug
* Bovie #12 Adapter Plug
* 2 - Test leads, 1 m max. length
* 3 - Test leads, 10 cm max. length
* Wooden table approximately 1 m from floor.
Procedure:
1. Ensure that the unit is fully assembled and all
fasteners are tight.
2. Place the meter and resistors on the table so
that they are at least 0.5m away from the unit
under test and any other conductive surface.
3. Set the unit for full power Standard Coag and
Bipolar Coag. Connect the 200 ohm noninduc-
tive resistor in series with the 250 mA RF amme-
ter, the Equipotential Ground Connection on the
Rear Panel. One at a time, connect this series
combination to each RF output terminal indicat-
LOAD 300 ohms 400 ohms 500 ohms
Mode Set | Min Pow Max ow Mina Max A | Min Pow Max Pow Mina мыл | Min Pow Max Pow MinA Max A
Pare no] zo 30 0208 5 ISA oue 019 96 zo oo 0189
| 20 MU oa7ì 0306 360 HI 0256 028 We 97 OU 024
Do) Ne Ro nam eş 1206 1587 0 056 na 1303 1703 0528
300 | 2700 Rb 099 109 2062 3254 Osio 6902 282 306 0713
ai ml zo 90 ода 0208 2 asa ama 0198 và из où 0187
| 20 280 nari 0306 53 3 6287 wil 37) OM 022
120 | oso 120 nano 0663 178 0000 1172 Sa D 0
io | 160 NRO 07 ome 1570 0.693 129 ied 0552 0611
ms | 70 mo ms 0208 sa 0.196 931730136 0186
B| 20 zio om 0206 258 0.286 290369024. 0272
DO
| rogo 120 060 006 1045 0565 1011 136 0450 0407
Benda | 70 mo ms 020 si 0.196 P
| 20 Mw vari 0.306 57 0286 EE 028.029
so | 70 Mo 040 ost oon 0462 Ga ARA a 046
Standard | 70 во où 0.208 72 0.183 74 17 om 0168
Sİ as mo oa 0356 312 0207 07 Zİ DAR 0272
DO
| io 120 060 01008 1104 ossi noe RS 0471 0521
spay οἱ 70 09 02 0207 ο..." 20 10 ous ol
wf] 84 bam 0.380 3 M3 0301 0383 su 40 0268 0297
do | Mi Mo oi où Ro WS νά ο mo MO 0 0420
LOAD 50 ohms 100 ohms 125 ohms
A 50 Шо mae 0469 4406 0209 0310 4191 ow 0270
οἱ vo 230 05 bor 167199. 0383 0446 M9 189 mé UM
sv] 450 So 0% 10 as am vto 364 45 0 090 0 080
eew 050 0 1100316 046 63 18 0372 66 145 0229 va
| vo 20 os ve 202 YA 0523 о м он 0475
SO | 30 50 09 109 9 0710 Da HI OS 0620
Table 4.1 RF Output Power Checks
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