Why is fluid leaking out of the inlet seal on Pentax EG29-i10c Medical Equipment?
If fluid leaks out of the inlet seal on your Pentax Medical Equipment, ensure that the cap section of the inlet seal is properly attached to the inlet. If the leakage continues, replace the inlet seal with a new one, as the current one may be damaged.
How to fix if the scope connector removes from the video processor of Pentax EG29-i10c?
If the scope connector removes from the video processor of your Pentax Medical Equipment, check both the scope connector and the video processor for any foreign materials inside. Then, push the scope connector in until it clicks and is fixed, as it may not be fully inserted and fixed.
How to fix if the image is too bright or too dark on Pentax EG29-i10c?
To resolve a too bright or too dark image on your Pentax Medical Equipment, first, ensure the video processor brightness level is appropriately set. If the LED on the distal end of the endoscope is off, turn on the lamp icon on the video processor. Finally, if there is foreign material attached to the light guide at the distal end of the endoscope, gently clean it with clean gauze moistened with 70%–90% medical grade ethyl or isopropyl alcohol.
Why do the angulation control knobs feel heavy to operate on Pentax Medical Equipment?
If the angulation control knobs on your Pentax Medical Equipment feel heavy to operate, turn the up/down angulation lock lever or right/left angulation lock knob in the “F ?” direction, as the bending section is likely fixed by the lock lever or knob.
What causes the suction control valve to get stuck on Pentax EG29-i10c?
If the suction control valve gets stuck when depressed and does not return to the original position on your Pentax Medical Equipment, adjust the pressure of the suction source to an appropriate level. If the issue persists, replace the suction control valve if the seal rubber section is damaged or replace the suction control valve O-ring if it is broken. If silicone oil has not been applied, apply it to the suction control valve. Also, ensure no foreign material is stuck between the suction control valve and suction cylinder; remove any if found.
Why does the suction control valve feel heavy to operate on Pentax EG29-i10c?
If the suction control valve on your Pentax Medical Equipment feels heavy to operate, replace the suction control valve with a new one if the seal rubber section is damaged. If the O-ring is broken, remove the suction control valve and replace the O-ring. If silicone oil has not been applied, remove the suction control valve and apply silicone oil. If foreign material is stuck between the suction control valve and suction cylinder, remove the suction control valve and clean out the foreign material.
What to do if the scope connector cannot be fully inserted into Pentax EG29-i10c?
If the scope connector cannot be fully inserted into your Pentax Medical Equipment, ensure that the scope connector's Connector UP index (“?“) is oriented upward. Then, push the scope connector into the video processor.
What to do if air feeding (air bubbles) cannot be stopped on Pentax Medical Equipment?
If the air feeding (air bubbles) cannot be stopped in your Pentax Medical Equipment, replace the air/water feeding valve with a new one, as the check valve of the current air/water feeding valve is likely damaged.
How to increase the suction volume on Pentax Medical Equipment?
To address a low suction volume in your Pentax Medical Equipment, first, increase the suction setting. If the issue continues, replace the inlet seal with a new one, as the current one may be damaged.
How to resolve if the image becomes foggy and/or unclear on Pentax EG29-i10c?
If the image becomes foggy or unclear on your Pentax Medical Equipment, gently clean the light guide with clean gauze moistened with 70%–90% medical grade ethyl or isopropyl alcohol to remove any foreign material from the objective lens.
General| Brand | Pentax |
|---|---|
| Model | EG29-i10c |
| Category | Medical Equipment |
| Language | English |
Details the endoscope's construction, illumination, and functional components for visualization.
Outlines the endoscope's purpose for visualizing and accessing the GI tract in adults and pediatrics.
Specifies protection ratings (IPX7, Type BF) and environmental operating conditions for the endoscope.
Lists approved ancillary equipment and video processors compatible with the endoscope.
Covers crucial steps for cleaning, disinfection, sterilization, storage, and routine maintenance.
Provides essential safety guidelines for safe operation, handling, and potential hazards.
Lists all components and accessories provided with the endoscope package.
Details the control body, insertion portion, and their numbered parts for reference.
Steps to prepare the endoscope, accessories, and ancillary equipment before use.
Procedures for inspecting the endoscope, its angulation mechanism, and remote buttons.
Instructions for inspecting reusable accessories and endoscopic devices for proper function.
Guides connection of ancillary equipment and tests system functions like air/water, suction, water jet, and image.
Essential preparation steps for the patient and endoscope before insertion.
Detailed steps for inserting, observing, and maneuvering the endoscope using angulation controls.
Procedures for using air/water feeding, suction, and water jet functions during procedures.
Guidelines for using devices, nonflammable gas, laser cauterization, and electrosurgery.
Steps for withdrawing the endoscope, cleaning, and disconnecting it from equipment.
A comprehensive guide to identifying and resolving common issues with the endoscope system.
Procedures for managing endoscope abnormalities and returning the device for service.
Instructions for the environmentally sound and safe disposal of the endoscope and accessories.
Compliance information for emissions, immunity, and environmental use according to EMC standards.
Recommendations for maintaining safe distances from RF equipment to prevent interference.
Lists key technical parameters of the EG29-i10c endoscope, including dimensions and capabilities.
Visual representation of the endoscope and its connected ancillary equipment for system setup.
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