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Intended Use
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4
Instructions for Use: Insulation Tester and Bi-Polar Fixture
Insulation Tester and Bi-Polar Fixture
Insulation Tester and Bi-Polar Fixture
MM513-100, MM513-600, MM513-120EU, MMBPT-190, MMBRU-007, MMLSE-
0029, MMTRI-0022A, MMSBT-170
Compact, handheld, battery operated unit that tests the integrity (e.g., pinholes, cracks, or
defects) of the insulation of electrosurgical instruments to prevent tissue burns of
laparoscopic and bipolar electrosurgical instruments.
Used to test the integrity of the insulation of electrosurgical instruments (ESI) and
cable/cords for laparoscopic, endoscopic, intraoperative instruments, monopolar and
bipolar surgical items.
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Insulation Tester- MM513-100
●
Bi-Polar Fixture and Black Connector—MMBPT-190
●
Training CD
●
Quick Operation Guide (manual)
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On and off switch
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Lightweight portable unit
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Measurements:
Weight: 0.672 pounds (305 g)
○
Voltage: 0- to 5 kV fully adjustable
○
Resolution: 10 V
○
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Current output: < 0.1 mA (0.0001 A) at probe.
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Short circuit: test current < 0.1 mA max.
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Power supply: 1800 mAh Li-Polymer Battery.
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Probes:
Medical style brass wire eight (8) mm wide brush, trim length of two
o
(2) mm. (NOTE: Probe size/shape may vary depending on user
requirement)
Reusable/interchangeable brush, ring, or Tri-Hole electrode
o
Test stand—Saddle Block.
o
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System case
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Ground wire (green wire):
with alligator clip—six (6) feet
○
with clamp on one end—two (2) m.
○
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Power supply option: 5 V external rechargeable battery with adaptor.
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Lithium Polymer battery.
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Dimensions: 8.5- x 3.1- x 1.5 inches (215- x 78- x 38 mm)
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Ten (10)-hour operational time (up to 1000 instruments), two (2)- to 4-hour
recharging cycle.
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Simple operation, easy to read LED indicators.
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Maintains applied test voltage with constant current source.
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Full test current at low voltages.
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Limited output current for operational safety.
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Voltage up and down buttons
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LED displays alarm (audible and visual) and battery charge
●
C-Style adapter wall charger
Brush Range Voltage
Brush
LS Ring
Electrode
Electrode
MMBRU-007
MMLSE-0029
3.0 ± 0.3 kV
2.8 ± 0.3 kV
Insulation Kit Includes:
Tri-Hole
Bi-Polar
Electrode
Fixture
MMTRI-
MMBPT-
0022A
190
4.2 ± 0.3 kV
2.8 ± 0.3 kV
Wire Tester
MMWIT-
200A
4.2 ± 0.3 kV
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Related Manuals for Healthmark MM513-100
Summary of Contents for Healthmark MM513-100
- Page 1 Insulation Tester and Bi-Polar Fixture Generic Name of Product Insulation Tester and Bi-Polar Fixture Product Code Number(s) MM513-100, MM513-600, MM513-120EU, MMBPT-190, MMBRU-007, MMLSE- 0029, MMTRI-0022A, MMSBT-170 Intended Use Compact, handheld, battery operated unit that tests the integrity (e.g., pinholes, cracks, or defects) of the insulation of electrosurgical instruments to prevent tissue burns of laparoscopic and bipolar electrosurgical instruments.
- Page 2 Insulation Kit Insulation Tester MM513-100 (Bi-Polar Fixture Black Connector)-MMBPT-190 Ring and Brush Electrodes-MMLSE-0029 Ground Wire with Alligator Clip Tri-Hole Electrode- MMTRI-0022A Saddle Block- MMSBT-170 Document Version...
- Page 3 Brush- MMBRU-007 Case Quick Start Manual Shipping & Storage Shipping Conditions & Requirements Storage Conditions Packaging Conditions Shelf Life Instructions for Using Product Description of Use(s) For testing insulation integrity of electrosurgical instruments. Preparation for Use Turn the unit on. Check battery LED indicator colors: Red=Battery Flat Blue=Charging...
- Page 4 If the unit’s battery level is red, recharge using the charger adapter supplied with the insulation tester kit. (NOTE: Use of any other charger may cause damage to the insulation tester unit and void warranty.) Only use this unit if it is at Green=Battery Full. Connect the HV probe and ground leads to the unit.
- Page 5 Use 4.2 ± 0.3 kV when using the Tri-Hole electrode. Figure 4 Push the ESI under test through the LSE ring electrode slowly (approximately three [3] feet every four [4] seconds). The alarm will sound when the ESI (the bare tip of the instrument) is first inserted into the electrode.
- Page 6 Figure 6 If using the MM513 Kit, attach the HV Red wire to the pin on the side of the Saddle Block or connect red port to the top of the unit directly to the side pin. Make sure controls face up. (Fig. 7). Figure 7 Take the clamp on the green ground wire and attach it to the conductive core of the instrument under test.
- Page 7 Insert the round electrosurgical instrument ESI into hole-size closest to the diameter of the ESI under test. (Note: Hole sizes are slightly larger than 3-, 5-, and 10 mm from the bottom [pin side up].) Bi-Polar instruments (wear gloves): Attach the red-port on the top of the insulation tester unit directly to the side pin of the saddle block.
- Page 8 Figure 13 Insert the Bi-Polar fixture into the end of the black adapter. Insert the Bi-Polar instrument into the top of the Bi-Polar fixture. (Fig. 14). Figure 14 Turn on the insulation tester unit on and set voltage to 2.8- ± 0.3 kV. Touch the bare tip of the Bi-Polar forceps to ensure that the alarm sounds, and the system is operational.
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Page 9: Troubleshooting
● DO NOT operate unit if you are not in good health. People with a cardiac condition should not operate this unit. ● DO NOT operate this unit if you have a pacemaker. This unit should only be used for checking porosity (or electrical breakdown) of dielectric or insulating materials (e.g., Jacketing material, powder coatings). - Page 10 ○ Healthmark Industries can perform this service for a small fee. Please contact Healthmark if you would like pricing or need to set up a test system. ○...
- Page 11 Reference Documents Customer Service Contact Healthmark Industries Company, Inc. 18600 Malyn Blvd. Fraser, MI 48026 1-586-774-7600 healthmark@hmark.com hmark.com Document Version...
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