PASCO CI-6535 RESPIRATION RATE SENSOR User Manual

Introduction, Ci-6534a low pressure sensor

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background image

10 kPa MAX

DR

Y AIR ONL

Y

PRESSURE PORT MA

TING

CONNECT

OR:

PASCO P

ART NO. 640-021

LO

W

PRESSURE

SENSOR

0-

10

kP

a

(G

AU

GE

)

CI-6534A

Instruction Sheet for the
PASCO Model
CI-6534A and CI-6535

CI-6534A LOW PRESSURE SENSOR (0-10kPa)

CI-6535 RESPIRATION RATE SENSOR

012-07034A

3/99

$1.00

© 1999 PASCO scientific

quick release

connectors (4)

Pressure Sensor

unit

to computer

interface

cable with DIN

connectors

pressure port

connector

polyurethane

tubing

syringe

Introduction

The PASCO Model CI-6534A Low Pressure Sensor

(0-10kPa) is a pressure sensor that is designed to be

used with a PASCO computer interface. This low

pressure sensor is ideally suited for use with the

PASCO Respiration Belt or the PASCO Heat Engine

Apparatus.

CI-6534A Low Pressure Sensor

The low pressure sensor consists of the electronics

box with a cable that has a DIN plug for connecting to

a PASCO computer interface. The pressure sensor

uses a 10 kiloPascal transducer. This type of

transducer has two ports. The reference port of the

transducer is inside the electronics box. It is always

open to the atmosphere and not available to the user.

The other port is connected to the atmosphere via the

pressure port connector at the front of the pressure

sensor unit. It has a “quick-release” style connector for

attaching accessories such as the PASCO CI-6535

Respiration Belt accessory (which includes a Low

Pressure Sensor). The pressure sensor gives a reading

of “zero” when there is no pressure difference between

the internal reference port and the external pressure

port connector.

The transducer is durable, but it is designed to be used

with non corrosive gases such as air, helium, nitrogen,

etc. Do not let the transducer get wet. The maximum

short-term pressure that the sensor can tolerate without

permanent damage is about 100 kPa (14 psi). Please be

careful to not apply high pressure to the sensor.

The electronics box contains a precision operational

amplifier (op amp) that can drive a heavy capacitive

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