Spirit IN400T, IN300T owner manual Important Operation Instructions, Safety Tether Cord

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Important Operation Instructions

NEVER operate this treadmill without reading and completely understanding the results of any operational change you request from the computer.

Understand that changes in speed and incline do not occur immediately. Set your desired speed on the computer console and release the adjustment key. The computer will obey the command gradually.

NEVER use your treadmill during an electrical storm. Surges may occur in your house- hold power supply that could damage treadmill components.

Use caution while participating in other activities while walking on your treadmill; such as watching television, reading, etc. These distractions may cause you to lose balance or stray from walking in the center of the belt; which may result in serious injury.

NEVER mount or dismount the treadmill while the belt is moving. Spirit treadmills start with zero speed and it is unnecessary to straddle the belt during start up. Simply standing on the belt during slow acceleration is proper after you have learned to operate the unit.

Always hold on to a handrail or grab bar while making control changes (incline, speed, etc.). Do not use excessive pressure on console control overlays. They are precision set to function properly with little finger pressure. Pushing harder is not going to make the unit go faster or slower. If you feel the buttons are not functioning properly with normal pressure contact your Spirit dealer; adjustments can be made. All buttons should operate and control treadmill functions without excessive finger effort. Damage to overlay will result if excessive control pressure continues.

Safety Tether Cord

A safety tether cord is provided with this unit. It is a simple magnetic design that should be used at all times. It is for your safety should you fall or move too far back on the treadbelt. Pulling this safety tether cord will stop treadbelt movement.

To Use:

1.Place magnet into position on the yellow portion of the console control head. Your treadmill will not start and operate without this. Removing the magnet also secures the treadmill from unauthorized use.

2.Fasten the plastic clip onto your clothing securely to assure good holding power. Note: The magnet has strong enough power to minimize accidental, unexpected stopping and the clip should be attached securely to make certain it does not come off. Be familiar with its function and limitations.

The treadmill will stop, depending on speed, with a one to two step coast anytime the mag- net is pulled off the console. Use the red Stop / Pause switch in normal operation.

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IN300T

IN400T

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Contents IN300T IN400T Table of Contents Product Registration Important Safety Instructions Important Electrical Information Grounding InstructionsSafety Tether Cord Important Operation InstructionsTo Fold The Treadmill IN300T / 400T Folding InstructionsTransport To Unfold The TreadmillOperation of Your Treadmill Pulse Grip Feature Incline FeatureReset Feature Dot Matrix Center Display Manual OperationTo Select a Program Programmable FeaturesProgrammable Operation of Your Treadmill Dot Matrix DisplayTraining Chart Target Heart RateUsing a Heart Rate Transmitter Erratic OperationHow the Heart Rate Control Program Works Heart Rate ControlSpecial Operations of Heart Rate Functions Selecting a Heart Rate Control Program H-1 to H-3Heart Rate Control Operation Heart Rate Monitor OnlyGeneral Maintenance Belt AdjustmentsTreadbelt Tracking Adjustment Service Checklist Diagnosis Guide Problem SOLUTION/CAUSEManufacturer’s Limited Warranty Treadmill Warranty

IN300T, IN400T specifications

The Spirit IN400T and IN300T are two advanced technology ventilators designed to meet the essential requirements of critical care ventilation. These devices, primarily used in hospitals or emergency settings, offer a combination of innovative features and robust performance tailored to provide optimal respiratory support.

The Spirit IN400T stands out with its intelligent dual-mode operation. It seamlessly switches between invasive and non-invasive modes, allowing healthcare professionals to adapt the settings based on patient needs. This flexibility ensures that patients experiencing respiratory distress or requiring postoperative support receive appropriate ventilation, improving overall outcomes. The IN400T is equipped with a user-friendly interface, providing intuitive navigation through a straightforward menu. Its large color display presents real-time data, making it easy for clinicians to monitor patient parameters at a glance.

In contrast, the Spirit IN300T focuses on delivering reliable performance in a compact design. It features advanced pressure and volume control modes, catering to a wide range of patient needs, from neonates to adults. The IN300T’s unique Waveform Monitoring feature enables clinicians to analyze respiratory mechanics effectively, helping them make informed decisions regarding patient care. Additionally, this model incorporates Smart Adaptive Technology, which automatically adjusts ventilation settings in response to the patient's requirements, enhancing safety and comfort.

Both models incorporate high-efficiency filters and comply with stringent infection control protocols. Their sleek designs make them easy to transport, ensuring they can be utilized in various settings, including intensive care units, emergency departments, and during patient transfers. The battery backup system in both devices provides uninterrupted operation during power outages, a crucial feature for critical care applications.

Moreover, the Spirit IN400T and IN300T are equipped with advanced alarm systems that notify healthcare teams of any deviations from preset parameters, helping to ensure timely intervention and reduce risks. The devices are also compatible with various accessories and monitoring systems, allowing for enhanced functionality and adaptability.

In summary, the Spirit IN400T and IN300T ventilators represent the forefront of respiratory support technology. Their key features, such as dual-mode operation, intelligent adaptive technology, and comprehensive monitoring capabilities, make them invaluable tools in managing patients with complex respiratory needs, ultimately contributing to improved patient care and outcomes in critical settings.