Honeywell PHD6 Manual de usuario

PHD6TM Gas Monitor

Quick Reference Guide

This quick reference guide is not a substitute for the operator’s

manual. Read and understand the operator’s manual before

using this monitor.

WARNING

Parts

Powering on/powering off

To turn the monitor on, press the Mode button once.

To turn the monitor off, press and hold the Mode button until

“Release MODE to shut down” is displayed.

Perform a calibration check (either manually or with the IQ6

dock) before using the monitor.

Auto Calibration

Auto Calibration consists of two steps: zero calibration and span

calibration. To enter Auto Calibration mode, press the Mode

button three times rapidly (within two seconds). The monitor will

begin a ve second countdown.

Press the Mode button again during this countdown to begin the

zero calibration.

If the monitor is equipped with an IR-CO2sensor, a

cylinder of any CO2-free mixture (e.g., N2or zero air) must

be connected to the monitor before beginning the zero

calibration.

NOTE

After the zero calibration is complete, the monitor will begin

another ve second countdown.

Press the Mode button during this countdown to begin the span

calibration. The monitor will display a prompt for the appropriate

calibration gas to be applied (using the adaptor as illustrated

below).

When the sensor has been adjusted, the monitor will display a

prompt for the next gas to be applied.

When no further span calibrations are needed, the monitor will

shut down.

Auto Calibration Failures

Zero calibration failure

The zero calibration will fail during the zeroing process if one or

more of the sensors reaches ±50% of the default alarm setpoint

(e.g., for LEL, a reading of 5 or higher, or -5 or lower). If this

happens, a forced fresh air calibration must be performed.

To begin the calibration, press the Mode button three times

rapidly (within two seconds). The monitor will begin a ve

second countdown. During this countdown, press and hold the

Down Arrow navigation key. While holding the Down Arrow key,

press and release the Mode button. Continue holding the Down

Arrow key until the monitor begins beeping rapidly. If the zero

calibration still fails, one or more of the sensors may require

replacement.

Span calibration failure

When detecting reactive toxic gases, dedicate a regulator for

each gas. Do not use regulators that have been exposed to

H2S and then used with chlorine.

WARNING

Span calibrations failures have three common causes: the

calibration was attempted with an expired calibration gas,

incorrect calibration materials were used, or one or more of the

sensors require replacement.

Part No. 13-398

Revision 1_May 2012

MAN0940_EMEAI

over...

To replace alkaline batteries, remove the cover plate on

the battery pack by rotating the two screws a quarter-turn

counterclockwise. Pull out the old batteries and replace them

with new batteries in the same orientation (see illustration).

Reattach the cover plate and reinsert the battery pack back in

the monitor.

Rechargeable lithium-ion battery packs have encapsulated

batteries (i.e., individual battery cells that are not

replaceable). If the battery pack cannot be recharged, the

entire pack must be replaced (p/n 54-54-107).

NOTE

If the pump passes the test, “Pump Test Passed, Remove

Blockage” will be displayed. If the pump fails, “Pump Fault”

will be displayed and the monitor willl then go into alarm.

If a monitor fails the pump test, remove it from service until

the fault is found and corrected. The most common cause for

failure is having one of the two internal lters plugged. This

fault is eld-serviceable. (See section 6.5.1 of the reference

manual.)

For any remote sample draw test, the sample draw probe

apparatus must be attached. See section 6.5 of the

reference manual.

NOTE

Battery Replacement

Use only Duracell MN1500 or Ultra MX1500, Eveready

Energizer E91-LR6, or Eveready EN91 batteries. Substitution

of batteries may impair intrinsic safety.

WARNING

To remove the battery pack, loosen the thumbscrew on the

back of the monitor. Swing the battery out from the top, as

shown in the illustration.

Expired calibration gas will affect the following sensor types:

H2S, SO2, Cl2, ClO2, NH3, NO, NO2, PH3, and HCN. If any

of these sensors fail the calibration, check the calibration

gas’ expiration date. If expired, replace the gas before re-

attempting calibration.

Certain gases require special calibration gases and tubing.

Problems calibrating Cl2, ClO2, HCN, or PH3sensors may

occur when using the standard calibration adapter and tubing.

A special adapter (p/n 54-54-114) must be used with these

gases. This adapter is designed for use with reactive gases.

It has white tubing and special gaskets to allow the full gas

concentration to reach the monitor without any decay.

If the above criteria are met, replace all sensors which failed

the span calibration.

Pump Test

When a motorized pump is attached to the monitor as shown

in the illustration below, an automatic pump test will be

performed.

After acknowledging that the pump has been attached, the

monitor will display a pump test prompt (“Pump Testing, Block

Sample Port”). Place a nger over the pump inlet to force it

to stall.

Please Note:

While every effort has been made to ensure accuracy in this publication, no responsibility can be accepted

for errors or omissions. Data may change, as well as legislation, and you are strongly advised to obtain

copies of the most recently issued regulations, standards, and guidelines. This publication is not intended to

form the basis of a contract.

Part No. 13-398

Revision 1_May 2012

MAN0940_EMEAI

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