Honeywell Weather Radio ec p2 User Manual

Gas Sensor

Manning EC-P2

Instruction and Installation Manual

07/09

Release G Draft

Honeywell Confidential & Proprietary

This work contains valuable, confidential, and proprietary information. Disclosure, use

or reproduction outside of Honeywell Inc. is prohibited except as authorized in writing.

This unpublished work is protected by the laws of the United States and other countries.

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About This Document

World Wide Web

The following Honeywell web sites may be of interest.

Honeywell Organization

WWW Address (URL)

Corporate

www.honeywell.com

Honeywell Analytics

Manning Gas Detection

www.honeywellanalytics.com

www.manningsystems.com

Telephone

Organization

Phone Number

United States

Honeywell Analytics Inc.

1-800-538-0363

1-913-712-5576

1-913-712-5580 Fax

Canada

Honeywell Analytics Inc.

Honeywell PACE

1-888-749-8878

Europe

+44 (0)1202 676161

+82 (0)2 2025 0307

+971 4 3458 338

Asia Pacific

Middle East

Honeywell Asia Pacific Inc.

Honeywell Analytics Inc.

Sales Information

Symbol Definitions

The following table lists those symbols used in this document to denote certain conditions.

Symbol

Definition

ATTENTION: Identifies information that requires special consideration.

TIP: Identifies advise or hints for the user, often in terms of performing a task.

REFERENCE-EXTERNAL: Identifies an additional source of information outside of

this bookset.

REFERENCE-INTERNAL: Identifies an additional source of information within this

bookset.

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Contents

Serial number:

Section

Title

Page

System Description

Operation

Maintenance

Programming and Advanced Features

Appendices

Limited Warranty

Introduction

This manual has been prepared to help in the use of the Manning EC-P2 Portable Gas Detector.

ATTENTION: This manual must be carefully followed by all individuals who have or will have the

responsibility for using or servicing the sensor. Warranties made by Honeywell Analytics with respect

to this equipment will be voided if the equipment is not used and serviced in accordance with the instructions in this

manual. If in doubt about a procedure, please contact Honeywell Analytics before proceeding.

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1 System Description

Figure 1: Basic Parts of the Manning EC-P2 Sensor

The Manning EC-P2 is a portable, battery operated

instrument for the measurement of gas concentrations

in ambient air.

Outlet Tube

Sampling Wand

Assembly

The Manning EC-P2 can be converted from one

target gas to another by simply plugging in a different

SMART-CELL for the desired target gas (takes about

30 seconds). This allows one instrument to detect a

number of different gases. All calibration and alarm

setpoint data is stored on the individual SMART-CELL

so reconfiguration is not necessary when changing

target gases. Extra SMART-CELLs should be kept on

the optional sensor keeper when not in use to keep

them “warmed up” and ready for immediate use.

The Manning EC-P2 utilizes two different batteries to

insure that you’ll never be without power when you

need it. The primary power source is a “C” size

alkaline battery housed in the handle. It will run the

unit approximately 48 hours. When this battery is

removed or dead, the unit will switch to its standby

power source, an internal rechargeable NiCad

battery, which will run the unit approximately six

hours. When not in use, the unit should be plugged

into the charger to keep this standby battery charged.

If desired, the unit can be run continuously when

plugged into the charger.

Data Logger Port

Standby Battery

Recharge Receptacle

Primary Battery

The Manning EC-P2 also has advanced capabilities

such as data logging to an Excel spreadsheet, 0 to

1.0 Volt DC analog output capability, and a sampling

mode for taking a single reading in a controlled,

repeatable manner.

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1 System Description

System Specifications

continued

Operating Ambient Temperature Range: 0^oto

+120^oF

Primary Power: Alkaline C cell battery, 48 hours

operation. Note: An audible alarm single beep every

60 seconds indicates that either the Alkaline C cell

battery is low or the internal rechargeable NiCad

battery is low.

Storage Temperature: Recommend storing on the

charger in an air conditioned office

Weight: 3 lbs. (shipping weight), 1.8 lbs. (detector

only)

Standby Power: Internal rechargeable NiCad

battery, 6 hours operation. Note: An audible alarm

single beep every 60 seconds indicates that either

the Alkaline C cell battery is low or the internal

rechargeable NiCad battery is low.

Dimensions: Approx 3.5" x 5" x 8.5"

Outputs: RS-232 output of stored gas values.

Analog output 0 to 1.0 VDC (requires optional analog

output cable)

Charger: 120 VAC plug-in charger for internal

Memory: 12,000 data points, storage interval

between points programmable at 1, 5, 10, or 15

minutes. Typical capacity: 8 days at 1 minute storage

interval

standby battery

Display: Backlit LCD

Pump: Miniature internal diaphragm type,

flowrate 0.5 SCFH

Alarms: Two concentration alarms, zero drift

caution, Low flow and Low battery alarms. Alarms

displayed on LCD and indicated by audible beeper.

Standard Accessories: Storage case, 10" extension

wand, battery charger, filter material, datalogging

software, RS-232 output cable (DB9 connector)

Optional Accessories: Analog output cable. Sensor

Keeper for storage of additional SMART-CELLs

Sensor Type: Target gas selective electrochemical

SMART-CELL

Accuracy: Sensor dependant but generally ± 5% of

reading

Repeatability: ± 1% full scale

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2 Operation

A Operating the Sensor

Replace the manifold and hand tighten the

thumbscrews.

The Manning EC-P2 is shipped ready for use. To

power up the instrument, push the PWR button. The

power up sequence displays first the self check, the

sensor full scale value, the downscale caution level,

warning concentration setpoint, alarm concentration

setpoint, output ranges, software version, then the

normal operating screen.

Verify proper flow through the sampling wand

using the flowmeter provided.

Extra SMART-CELLS should be kept on the

optional sensor keeper when not in use to

keep them “warmed up” and ready for immediate

use. The sensor keeper is powered by an Alkaline

“C” size battery which should be replaced every 6

months.

The unit will then display the instantaneous gas

concentration and is ready for use.

The normal operating screen displays the information

as shown in Figure 2.

For a variety of target gases, see page 15 for a list of

available SMART-CELLs. Contact Honeywell Analytics

if the desired target gas is not listed, as new cells may

be available.

The Manning EC-P2 is designed to avoid accidental

shut-off of the power. To turn the unit off, the PWR

button must be held down for approximately three

seconds. Release the button after the “Power Down”

message appears.

Figure 2: Normal Operating Screen

BATTERY IN USE

P = Primary (“C” cell)

CURRENT GAS CONCENTRATION

(Blinking indicates sensor over range)

S = Standby (Internal NiCad)

Flashing indicates low battery

TARGET GAS

SMART-CELL dependent

B Changing the Target Gas

using SMART-CELL

Technology

PPM

The Manning EC-P2 can easily be changed to sense

another target gas by installing the SMART-CELL for

the desired target gas. Each SMART-CELL contains

all the calibration and alarm setpoint information on

its internal memory chip, so recalibration or

reprogramming is not necessary when changing the

Manning EC-P2 from one gas to another. This

procedure can be performed with the unit powered

on or off (see Figure 3).

OFF

MENU SMPL

Battery Light

Power

ADVANCED FEATURES ONLY

Unscrew the two stainless steel thumbscrews

and remove the black inlet / outlet manifold lid

from the back of the unit.

Do not push for normal operation

ALARM INDICATION CODE

Blank = No alarm condition present

C = Caution—Cell has excessive zero downdrift

W = Warning—Gas concentration has exceeded warning level

A = Alarm—Gas concentration has exceeded alarm level

P = Pump trouble

To remove the existing SMART-CELL, grip the

sides of the cell and pull it straight out.

Install the desired SMART-CELL by gently

inserting it into the socket. Notice that the

SMART-CELL is keyed so it cannot be inserted

incorrectly.

Lg = Data logging in progress

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2 Operation

continued

C Response Test

In addition to the alarm indication code in the left side

of the screen, an alarm message will flash inter-

mittently on the screen, the audible beeper will sound

and the ACK button will appear. Pushing the ACK

button will silence the beeper and stop the display

flashing. The Alarm Indication Code will remain on

the left side of the screen until the alarm condition

clears.

Prior to use, the unit should first be tested for proper

response. With the detector operating, the unit

should be exposed to a sample of the target gas.

The display should show an increasing concentra-

tion. If not, do not use it for field measurements.

D Sample Inlet Port

Alarm setpoints are stored on the individual SMART-

CELL and can be changed by the user as described

in Section 4.

The Manning EC-P2 is provided with a quick disconnect

flexible extension wand. It will work with or without the

wand. When using the extension wand, the internal

walls must be kept dry. Water on the walls of the tubing

can potentially absorb the target gas. To dry, allow the

unit to pump dry, ambient air for 15 minutes.

NOTE: An audible alarm single beep every

60 seconds indicates that either the Alkaline

C cell battery is low or the internal rechargeable

NiCad battery is low.

E Response/Recovery Time

H Display Resolution

Under normal conditions, the instrument will reach

90% of final value within two minutes. This is

dependent on concentration and temperature.

The Manning EC-P2 displays gas concentration with

a resolution that depends upon the range of the unit.

Full scale ranges of 0-4.00 or below will provide

resolution of 0.01. Ranges from 0-5.0 up to 0-49.9 will

provide resolution of 0.1. Full scale ranges above 50

will have a resolution of 1.

Recovery time for the sensor depends on duration

and concentration of exposure. Short exposures of

concentrations at the lower end of the target gas

range result in rapid recovery. Long exposures to

levels above the middle of the target gas range or

short exposures to levels exceeding the target gas

range can extend recovery times to hours. Repeated

exposures above the target gas range will reduce cell

life and should be avoided.

Figure 3: Manifold Assembly

Outlet tube

barb fitting

Thumbscrews

(loosen to remove

manifold lid)

TEST UNIT PRIOR TO USE

Sensor

(SMART-CELL)

OUTLET

Filter Material

F Interference Gases

Sampling

wand

INLET

CAUTION

The Manning EC-P2 is generally quite specific to the

target gas, but depending on the target gas, other

gases may cause a reading. See Appendix B for a

listing of potential interference gases for the various

SMART-CELLs.

DO NOT BLOCK INLET

OR OUTLIET PORTS

Inlet fitting

Sensor

alignment

groove

Manifold lid

G Alarm Functions

The Manning EC-P2 provides both visible and

audible gas concentration alarms and system

alarms. An alarm condition will be displayed on the

normal operating screen as described on page 8.

Sensor

alignment

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3 Maintenance

A Periodic Maintenance

C Calibration

It is essential that the test and calibration schedule

be adhered to. Honeywell Analytics recommends the

following maintenance schedule:

Calibration is recommended every six months in

normal use. Each SMART-CELL stores its calibration

and alarm setpoint information on its own memory

chip. When the SMART-CELL is plugged into the

Manning EC-P2, this information is used by the

sensor. The SMART-CELL can be field calibrated by

the user or returned to Honeywell Analytics for

factory calibration.

•

Response test prior to each use. Expose

sensor to a sample of the target gas to verify

proper sensor response and alarm functions.

•

Calibration should be performed with certified

calibration gas every six months, and all tests

must be logged.

The calibration procedure requires the use of a

bypass tee to allow the gas to be drawn into the flow

cell without creating variable pressure or dilution

problems. Calibration gas cannot be fed into the flow

cell under pressure.

•

Check filter material every six months. Replace

if dirty or moist.

If the optional sensor keeper is used for extra

SMART-CELLs, change the sensor keeper

battery once every 6 months. Use only alkaline

“C” size batteries.

When applying calibration gas use the bypass tee as

shown in Figure 4 on page 11. The flowrate of

calibration gas should be high enough that at least

0.5 SCFH is flowing out of the calibration tee. This

can be measured with the supplied flowmeter and

insures that air is not being drawn into the unit and

diluting the calibration gas.

B Sensor Life

The electrochemical SMART CELL is extremely

reliable, but the following can cause the cell

chemicals to become depleted:

The unit may be zeroed without spanning it; however,

never span the unit without first zeroing it.

•

A period of time

The following procedure will calibrate the SMART-

CELL.

Exposure to high temperatures

Exposure to high concentrations of

the target gas

To Enter ZERO / SPAN Mode

Push power button to turn unit on. Wait for

power up sequence to finish (30 seconds).

•

Exposure to high moisture

When the cell becomes depleted, the unit will give no

indication of failure other than that the sensor will not

respond. For this reason it is absolutely essential that

these units be exercised with a gas sample on a

regular basis.

Push and hold the unnamed button (second

from left) first, then Push and hold the Menu

button. Hold both buttons until the screen goes

blank (2 seconds). Release both buttons and

the unit is now in Programming Mode.

Typical sensor life under normal use is two years or

more. When the SMART-CELL will no longer calibrate

properly, simply purchase a new SMART-CELL and

replace.

Push the SENS button and the unit is now in the

zero/span mode.

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3 Maintenance

continued

Zero Calibration

Unit does not respond when keys are pressed:

Press and hold all four buttons for five seconds. This

will reset the Manning EC-P2. Turn the unit back on

by pressing the PWR button.

Be sure the unit is in clean air or apply zero

air for two minutes.

Push ZERO button.

High reading won’t clear: When the sensor is

exposed to very high gas concentrations, it takes a

relatively long time for the sensor to clear. Leave the

unit running in a clean environment for a few hours to

clear the sensor. If it doesn’t clear after six hours, the

sensor may have been damaged. Contact Honeywell

Analytics for a replacement SMART-CELL.

Push SAVE button to save the new zero

calibration.

Span Calibration

Push SPAN button.

Apply span gas for two minutes.

Unit is in alarm with gas reading of 0 ppm: Check

the alarm setpoints and alarm functions as described

on page 11. Verify that alarm is not programmed as a

downscale alarm, and that the setpoint is above zero.

Push INC button (increase) or DEC button

(decrease) until the display matches the span

gas concentration.

10) Push SAVE button to store new span calibration.

Figure 4: Calibration of the Manning EC-P2 Sensor

using a Bypass Tee

To Exit ZERO / SPAN Mode

11) Push DONE button twice slowly to get back into

normal operation mode.

Vent through

flowmeter

Bypass tee

D Troubleshooting

The detector does not start: Check to see that a

fresh battery is installed. Both the primary and

standby batteries must be discharged for this

problem to occur. Plug the charger into the Manning

EC-P2 to charge the standby battery. Wait 10

minutes and retry.

TEST UNIT PRIOR TO USE

OUTLET

INLET

1.0

CAUTION

DO NOT BLOCK INLET

OR OUTLIET PORTS

Calibration gas

flowmeter

The detector does not respond to the target gas:

Verify the proper flow rate using the supplied

flowmeter. Perform calibration. If sensor won’t

calibrate, the SMART-CELL may be depleted.

Contact Honeywell Analytics for a replacement

SMART-CELL.

LPM AIR

Calibration gas bottle

(use only Certified

Calibration Gas)

Pump alarm: This will occur if the pump motor stops

or if an internal pressure sensor detects blockage of

the inlet. Check that the internal filter is not clogged

or wet and that the inlet tube is clear.

External flowmeter indicates no flow: Verify that

pump is running. Check that the manifold screws are

tight and the extension wand connection is tight.

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4 Programming and Advanced Features

A Alarm Setpoints, Functions

gas concentration (DOWN arrow), or be disabled

(off). The following procedure will set the Warning

function to alarm on decreasing concentration

(Useful for Oxygen Depletion warning).

The Manning EC-P2 has three adjustable alarm

setpoints. These setpoints are stored on each

SMART-CELL. The Caution setpoint is to warn of

excessive negative zero drift. The WARNING and

ALARM setpoints are to warn of potentially

To Enter CAUT / WARN / ALRM Mode

dangerous target gas concentrations. The following

procedure will change the WARNING setpoint.

Push power button to turn unit on. Wait for

power up sequence to finish (30 seconds).

Push and hold the unnamed button first, then

Push and hold the Menu button. Hold both

buttons until the screen goes blank (two

seconds). Release both buttons and the unit is

now in Programming Mode.

To Enter CAUT / WARN / ALRM Mode

Push power button to turn unit on. Wait for

power up sequence to finish (30 seconds).

Push and hold the unnamed button first, then

Push and hold the Menu button. Hold both

buttons until the screen goes blank (two

seconds). Release both buttons and the unit is

now in Programming Mode.

Push the ALRMS button and the unit is now in

the CAUT / WARN / ALRM mode.

Warning Function

Push WARN button.

Push the ALRM button and the unit is now in the

CAUT / WARN / ALRM mode.

Push FUNC (function) button.

Warning Setpoint

Push SELECT button while viewing the arrow in

the lower left hand corner of the screen to

toggle through the following three possibilities:

Push WARN button.

Push S.P. button (setpoint).

•

UP arrow — Warn on increasing concen-

tration (gas goes higher than setpoint).

DOWN arrow — Warn on decreasing

concentration (gas goes lower than

setpoint).

Push INC button (increase) or DEC button

(decrease) until the display matches the desired

warning setpoint. Notice the minus sign above

the arrow if the setpoint is below zero.

•

Blank — warning function turned OFF.

Push SAVE button to store new warning

setpoint.

Push SAVE button when the DOWN arrow is

displayed to store new warning function.

Push DONE button to return to Alarms mode.

To Exit CAUT / WARN / ALRM Mode

Push DONE button twice slowly to get back into

normal operation mode.

Push DONE button two times slowly to get back

into normal operation mode.

The Caution and Alarm setpoints are pro-

grammed in the same manner, except for step

four above in which you would push either the

CAUT or ALRM button. The function of each alarm

can be selected to alarm on increasing gas

concentration (UP arrow), alarm on decreasing

The Caution and Alarm functions are pro-

grammed in the same manner, except for step

four above in which you would push either the

CAUT or ALRM button.

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4 Programming and Advanced Features

continued

B Display Variables

C Sample Mode

The Manning EC-P2 has two adjustable display

variables. These variables control signal conditioning

of the LCD display. Variables are stored on each

SMART-CELL. The AVG (Average) variable

determines the number of one second samples to

average to calculate the displayed value. The lower

the averaging value, the faster the display will

change and the more “wiggle” will be displayed. The

BLANK (zero blanking) variable controls the lowest

reading that will be displayed. This is to eliminate the

misleading display of signals within the zero noise of

the sensor. The following procedure will change the

AVG variable.

The Sample Mode feature allows the user to take a

measurement using a predefined repeatable method

to eliminate user “interpretation” of a gas concentra-

tion that is changing. This is similar to a digital scale,

for example, so the exact same reading will be taken

regardless of who is taking it.

The measuring sequence used in Sample Mode is as

follows:

•

Draw a Sample for a user programmed

sampling time to allow unit to stabilize to the

existing gas concentration.

•

Measure the gas concentration and average it

for a user programmed measuring time.

To Enter AVG / BLANK Mode

Clear the gas concentration to below a user

programmed recovery value before allowing

another cycle to start. (Unit should be moved to

fresh air during the clear time.)

Push power button to turn unit on. Wait for

power up sequence to finish (30 seconds).

Push and hold the unnamed button first, then

Push and hold the Menu button. Hold both

buttons until the screen goes blank (two

seconds). Release both buttons and the unit is

now in Programming Mode.

Taking a sample:

To take a sample, locate the detector at the desired

sample location, and push the SMPL (sample) button

on the normal operation screen. The unit will count

down the Sample time, followed by the Measure time,

at the end of which the average value will be

displayed.

Push the MORE button.

Push the DISP (display) button and the unit is

now in the AVG / BLANK mode.

AVG Variable

Note the displayed sample value. Pushing the

CLEAR button will return the unit to the normal

operation screen once the gas concentration is

below the predefined recovery value. The unit is now

ready to take another sample if desired.

Push AVG button.

Push INC button (increase) or DEC button

(decrease) until the display matches the desired

value.

Push SAVE button to store new AVG variable.

To Exit AVG / BLANK Mode

Push DONE button twice slowly to get back into

normal operation mode.

The Blanking variable is programmed in the

same manner, except for step 5 above in which

you would push the BLANK button.

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4 Programming and Advanced Features

continued

Programming sample mode variables:

EC-P2 software installation:

The sample mode variables are Sample, Measure

and Clear as described above. The following

procedure will change the Sample variable.

The Manning EC-P2 is supplied with a CD containing the

“Manning EC-P2” program. It will run on Windows 95,

Windows 98, or Windows 2000. To install the program,

place the disk in your CD drive. The CD should

automatically begin the installation process. Follow the

prompts as they appear on your screen. Accepting the

default directory locations is recommended for most

installations. If the CD does not automatically start,

click on “My Computer” and then your CD drive.

Double-click on the file named “Setup.exe.”

To Enter SAMP / MEAS / CLEAR Mode

Push power button to turn unit on. Wait for

power up sequence to finish (30 seconds).

Push and hold the unnamed button (second

from left) first, then Push and hold the Menu

button. Hold both buttons until the screen goes

blank (two seconds). Release both buttons and

the unit is now in Programming Mode.

Prior to your first datalogging session it is recom-

mended that you connect the Manning EC-P2 to your

computer with the data logging program running.

The computer can then set the time in the EC-P2 to

match its own clock.

Push the MORE button.

Push the SMPL (sample) button and the unit is

now in the SAMP / MEAS / CLEAR mode.

Data Logging with the Manning EC-P2:

To Start the Data Logging Session

SAMP Variable

Push SAMP (sample) button.

Push power button to turn unit on. Wait for

power up sequence to finish (30 seconds).

Push INC button (increase) or DEC button

(decrease) until the display matches the desired

value. The display is in minutes and seconds.

Push the MENU button.

Push the LOG button and the unit is now in the

CLEAR / INT / START mode.

Push SAVE button to store new SAMP variable.

To Exit SAMP / MEAS / CLEAR Mode

If the CLEAR button is available, that means

there is data currently stored in the unit. If

desired, you can erase the data already in the

unit by pushing the CLEAR button. (If you don’t

push CLEAR, each data logging session can be

downloaded as a separate file).

Push DONE button twice slowly to get back into

normal operation mode.

The Measure and Clear variables are pro-

grammed in the same manner, except for step

five above in which you would push the MEAS

or CLEAR button.

Push INT button (interval) to cycle through the

choices for how often to log a data point. Stop

when the desired interval is displayed. Notice

how much time can be covered with the

remaining free memory.

D Data Logging

The Manning EC-P2 can log periodic gas concentra-

tion readings to be downloaded to a file which can be

read by Microsoft Excel or other popular spreadsheet

applications. The EC-P2 will store instantaneous gas

values every one, five, 10, or 15 minutes. Multiple

sessions can be logged and then downloaded as

separate files.

Push and hold the START button until the screen

goes blank (two seconds) to begin a new data

logging session. The unit will now display the gas

concentration. The Lg symbol in the left side of the

display indicates that the unit is logging data. If

you watch this symbol carefully, you will see it

change to an “s” each time a data point is stored.

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4 Programming and Advanced Features

continued

To Stop the Data Logging Session

E Analog Output

Push the MENU button.

Push the LOG button.

The Manning EC-P2 has a 0 to 1.0 volt DC analog

output capability when used with the optional analog

output cable. With the analog output cable plugged into

the communication port of the EC-P2, the user can

measure the voltage between the two wires and

correlate it to gas concentration. The voltage output will

be linear between zero and the full scale range of the

SMART-CELL as programmed below. Each SMART-

CELL has a wide range of choices of full scale values.

Push and hold the STOP button until the screen

changes to CLEAR / INT / START / MODE (two

seconds).

10) Push the DONE button to get back into normal

operation mode.

Working with the “EC-P2” program:

The full scale range as programmed below

only affects the analog output and the

The “EC-P2” program downloads the logging files

from the Manning EC-P2. It does not display the

data. The files it downloads can be opened by or

imported into Excel, Lotus 123 or other programs for

graphing and analysis.

data logging full-scale output. The display will

always cover the entire operating range of the

SMART-CELL. Changing the range can affect the

display resolution for some SMART-CELLs.

Turn on the Manning EC-P2 and connect it to your

PC using the RS-232 cable supplied. From Windows

START menu, select “PROGRAMS,” then “Manning

EC-P2,” and then “EC-P2”. As soon as you start the

“EC-P2” program, your computer will try to establish

a connection to the Manning EC-P2. If the Manning

EC-P2 is currently logging data, the “EC-P2” program

will automatically stop the logging function.

Changing the full scale range on EC-P2:

To Enter RANGE Mode

Push power button to turn unit on. Wait for

power up sequence to finish (30 seconds).

Push and hold the unnamed button (second

from left) first, then Push and hold the MENU

button. Hold both buttons until the screen goes

blank (two seconds). Release both buttons and

the unit is now in Programming Mode.

The program contains two tabs, one marked

“Download” and one marked “Configure”. Review the

settings on the “Configure” tab, making changes as

necessary.

Push the MORE button.

From the “Download” tab, review the Link Status

block in the lower right hand corner. It should

indicate “Link OK”. Link Trouble can be caused by

selection of the wrong Com port in the Configure

Tab, improperly connecting the RS-232 cable, or not

turning on the Manning EC-P2.

Push the DISP (display) button.

Push the MORE button and the unit is now in the

RANGE mode.

Adjusting the RANGE

Push RANGE button.

When you are ready to transfer data from the

Manning EC-P2 to your PC, click on “get data” and

the files will be downloaded to your computer. Note

the file names in the destination window so you can

locate the files.

Push INC button (increase) or DEC button

(decrease) until the display matches the desired

full scale range.

Push SAVE button to store new full scale range.

These files can now be opened with Excel (use .csv

filename), Lotus 123, or other user supplied

programs.

To Exit RANGE Mode

Push DONE button twice slowly to get back into

normal operation mode.

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5 Appendices

APPENDIX A: SMART-CELLs Available

GAS

RANGE

PART NUMBER

Alcohol

0-500 ppm

0-2000 ppm

0-5 ppm

EC-P2-SMART-CELL-OH-0/500ppm

EC-P2-SMART-CELL-NH₃-0/500ppm

EC-P2-SMART-CELL-NH₃-0/2000ppm

EC-P2-SMART-CELL-Br₂-0/5ppm

EC-P2-SMART-CELL-CO-0/1000ppm

EC-P2-SMART-CELL-Cl₂-0/5ppm

EC-P2-SMART-CELL-Cl₂-0/200ppm

EC-P2-SMART-CELL-ClO₂-0/5ppm

EC-P2-SMART-CELL-Fl₂-0/5ppm

EC-P2-SMART-CELL-HCHO-0/200ppm

EC-P2-SMART-CELL-H₂-0/2000ppm

EC-P2-SMART-CELL-HCl-0/200ppm

EC-P2-SMART-CELL-H₂O₂-0/200ppm

EC-P2-SMART-CELL-H₂S-0/200ppm

EC-P2-SMART-CELL-NO-0/500ppm

EC-P2-SMART-CELL-NO₂-0/200ppm

EC-P2-SMART-CELL-O₂-0/25%

Ammonia

Bromine

Carbon Monoxide

Chlorine

0-1000 ppm

0-5 ppm

Chlorine

0-200 ppm

0-5 ppm

Chlorine Dioxide

Flourine

0-5 ppm

Formaldehyde

Hydrogen

0-200 ppm

0-2000 ppm

0-200ppm

0-200 ppm

0-500 ppm

0-200 ppm

0-25%

Hydrogen Chloride

Hydrogen Peroxide

Hydrogen Sulfide

Nitric Oxide

Nitrogen Dioxide

Oxygen

Ozone

0-5 ppm

EC-P2-SMART-CELL-O₃-0/5ppm

EC-P2-SMART-CELL-O₃-0/100ppm

EC-P2-SMART-CELL-SO₂-0/500ppm

Ozone

0-100 ppm

0-500 ppm

Sulfur Dioxide

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5 Appendices

continued

APPENDIX B: SMART-CELL Cross-Sensitivity Table (Interference Gases)

SENSOR AND TARGET GAS

Br2

Cl2

ClO2

NH3

H2S

NO2

SO2

HCHO OH

Fl2

HCl

H2O2

Bromine

Chlorine

-----

1.0

-----

1.0

0.7

-0.1

None None None None None 0.5

-0.1

None None 1.0

None None

Chlorine dioxide

Ozone

1.0

1.5

1.0

1.5

-----

1.5

0.7

-----

-0.1

None None None None None 0.5

None None None None None 0.65

-0.1

None None 1.0

None None 1.5

None None

Ammonia

Carbon monoxide

None None None None -----

None None None None 0.05

None None None None None None None None None None None None

-----

0.1

None None 0.002 0.001 None 0.5

0.5

None 0.005 0.005

Hydrogen

Oxygen

None None None None 0.02

0.1

-----

None 0.001 0.001 0.001 0.005 0.05

0.05

None 0.01 0.01

None None None None None None None -----

None None None None None 0.1 None None -----

None None None None -----

None None None None None 0.1

None None None None None None None None None

Nitrogen oxide

Hydrogen sulfide

0.4

0.001 0.04

0.8

None 1.5

1.5

-0.1

0.2

-0.1

0.2

-0.1

0.2

-0.07 0.3

0.15

-2.5

None

-0.1

Nitrogen dioxide

Sulfur dioxide

-----

-1

-0.08 0.1

0.1

0.4

0.2

-0.01 0.5

0.2

-0.01 -0.01 -0.01 -0.01 None None None None None 0.1

-----

0.4

Formaldehyde

Alcohol

None None None None 0.03

0.1

None 0.05

0.01

None 0.02

-----

None -----

1.2

None None 0.1

Flourine

1.0

0.7

-0.1

None None None None None 0.5

-0.1

None None -----

0.2 None -----

None None

0.1

Hydrochloric acidNone None None None None None None None None None -0.3

None 0.2

Hydrogen peroxide

Hydrogen cyanide

None None None None 0.03

-0.08 -0.08 -0.08 -0.05 None 0.1

None None None None None None None None None None None None None None None None None

0.1

None 0.05

0.01

None 0.02

None None None None -----

None None None None -0.07 0.15

0.1 0.1 -0.08 0.01 0.1

Hydroflouric acid

Hydride

None None None None 0.5

None None None

0.5

-2

None 1.5

Silica hydride

Carbon dioxide

None None None None 0.5

None None None None None None None None None None None None None None None None None

None None None

0.5

-2

None 1.5

Methane

Carbosulfonic acid

-0.04 -0.04 -0.04 -0.03 None None None None None 0.3

None None None None None 0.1 0.1 None None None None None

None None None None 0.01 None None None 0.001 0.005 0.001 0.05

-0.8

None

-0.04

None None None

None 0.01 0.02

1.3

Ethylene

Ethyl alcohol

Notes: 1) None means there is no interference.

2) A number indicates that when exposed to the interference gas, the sensor will react the specified amount for a given

concentration. For example, on the first line of the table above, if the NO₂sensor is exposed to 1 ppm Bromine (Br₂),

the sensor will read 0.5 ppm. This interference is in addition to the target gas present.

For example, if an NH₃sensor is exposed to 1 ppm NH₃and 1 ppm Br₂at the same time, the reading will be 0.9 ppm

(1ppm NH₃+ -0.1 ppm Br₂= 0.9 ppm reading).

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6 Limited Warranty

Limited Warranty

Warranty Limitation and Exclusion

Honeywell Analytics, Inc. warrants to the

original purchaser and/or ultimate customer

(“Purchaser”) of Manning products (“Product”)

that if any part thereof proves to be defective in

material or workmanship within eighteen (18)

months of the date of shipment by Honeywell

Analytics or twelve (12) months from the date of

first use by the purchaser, whichever comes first,

such defective part will be repaired or replaced,

free of charge, at Honeywell Analytics’ discretion

if shipped prepaid to Honeywell Analytics at

405 Barclay Blvd., Lincolnshire, IL 60069,

in a package equal to or in the original container.

The Product will be returned freight prepaid and

repaired or replaced if it is determined by

Honeywell Analytics that the part failed due to

defective materials or workmanship. The repair

or replacement of any such defective part shall

be Honeywell Analytics’ sole and exclusive

responsibility and liability under this limited

warranty.

Honeywell Analytics will have no further

obligation under this limited warranty. All

warranty obligations of Honeywell Analytics are

extinguishable if the Product has been subject

to abuse, misuse, negligence, or accident or if

the Purchaser fails to perform any of the duties

set forth in this limited warranty or if the Product

has not been operated in accordance with

instructions, or if the Product serial number has

been removed or altered.

Disclaimer of Unstated Warranties

THE WARRANTY PRINTED ABOVE IS THE

ONLY WARRANTY APPLICABLE TO THIS

PURCHASE. ALL OTHER WARRANTIES,

EXPRESS OR IMPLIED, INCLUDING, BUT NOT

LIMITED TO, THE IMPLIED WARRANTIES OF

MERCHANTABILITY OR FITNESS FOR A

PARTICULAR PURPOSE ARE HEREBY

DISCLAIMED.

Limitation of Liability

IT IS UNDERSTOOD AND AGREED THAT

HONEYWELL ANALYTIC’S LIABILITY,

Exclusions

A. If gas sensors are part of the Product, the gas

sensor is covered by a twelve (12) month

limited warranty of the manufacturer.

B. If gas sensors are covered by this limited

warranty, the gas sensor is subject to

inspection by Honeywell Analytics for

extended exposure to excessive gas con-

centrations if a claim by the Purchaser is

made under this limited warranty. Should

such inspection indicate that the gas sensor

has been expended rather than failed

prematurely, this limited warranty shall not

apply to the Product.

WHETHER IN CONTRACT, IN TORT, UNDER

ANY WARRANTY, IN NEGLIGENCE OR

OTHERWISE SHALL NOT EXCEED THE

AMOUNT OF THE PURCHASE PRICE PAID BY

THE PURCHASER FOR THE PRODUCT AND

UNDER NO CIRCUMSTANCES SHALL

HONEYWELL ANALYTICS BE LIABLE FOR

SPECIAL, INDIRECT, OR CONSEQUENTIAL

DAMAGES. THE PRICE STATED FOR THE

PRODUCT IS A CONSIDERATION LIMITING

HONEYWELL ANALYTICS’ LIABILITY. NO

ACTION, REGARDLESS OF FORM, ARISING

OUT OF THE TRANSACTIONS UNDER THIS

WARRANTY MAY BE BROUGHT BY THE

PURCHASER MORE THAN ONE YEAR AFTER

THE CAUSE OF ACTIONS HAS OCCURRED.

C. This limited warranty does not cover consum-

able items, such as batteries, or items subject

to wear or periodic replacement, including

lamps, fuses, valves, vanes, sensor elements,

cartridges, or filter elements.

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