Teledyne TED-60 - Medical application oxygen monitor User Manual

Page 8

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1 Introduction

1 Introduction

1 Introduction

1 Introduction

1 Introduction

1-2

Teledyne Analytical Instruemnts

The TED 60T incorporates a combination of important features. The liquid crystal

display (LCD) provides an easy-to-read indication of the oxygen content of the gas
being monitored, with a resolution of 1% oxygen. The upper left-hand corner of the
LCD indicates “BAT” when the batteries are low.

Located on the top panel of the monitor are the ON/OFF power switch and the

calibration control button. The battery is located in the back beneath a sliding cover.

The Class T–7 Micro-Fuel Cell is the heart of the TED 60T. The sensor is con-

nected to a coiled cable one foot (0.3 meter) long which extends to about five feet (1.5
meters).

Applications

Applications

Applications

Applications

Applications

The TED 60T is designed to analyze oxygen concentrations in a variety of medical

gas mixtures. This instrument should never be used

never be used

never be used

never be used

never be used as a primary monitoring device. It

is recommended that the instrument only

only

only

only

only be used as a secondary measuring device

secondary measuring device

secondary measuring device

secondary measuring device

secondary measuring device to

verify and spot check the concentration of oxygen in gas mixtures prepared using a gas
blender, anesthesia gas machine, or similar apparatus.

The unit may be used for verifying oxygen concentrations in gas mixtures used in:

Anesthesia

Respiratory Therapy

Neonatal Care

Intensive Care

RFI Immunity

RFI Immunity

RFI Immunity

RFI Immunity

RFI Immunity

The Teledyne Model TED 60-T has been tested to the standard required by the Euro-
pean Community for CE marking, EN 60601-1-2.

The sample subjected to testing passed all sections of this testing with the exception of
the following:

From 26MHz to 250MHz, the display was unstable. When interference
was removed, the equipment under test recovered.

From 250MHz to 1000MHz, the display was stable.

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