Use the detector only as specified in this guide and the operator’s
manual, otherwise the protection provided by the detector may be
impaired.
International symbols on the detector and in this manual are explained in
Table 2.
Read the Cautions on the following pages before using the detector.
ec Warning
This instrument contains a lithium polymer battery. Dispose of
lithium cells immediately. Do not disassemble and do not
dispose of in fire. Do not mix with the solid waste stream.
Spent batteries must be disposed of by a qualified recycler or
hazardous materials handler.
a Cautions
• Warning: Substitution of components may impair Intrinsic
Safety.
• Before using the detector, refer to Sensor Poisons and
Contaminants.
• Warning: For safety reasons, this equipment must be operated
and serviced by qualified personnel only. Read and understand
the user manual completely before operating or servicing.
• Do not use the detector if it is damaged. Inspect the detector
before using. Look for cracks and/or missing parts.
• If the detector is damaged or parts are missing, contact
immediately.
• Only use sensor(s) that are specifically designed for the
GasAlertMicroClip. Refer to Replacement Parts and Accessories.
• Calibrate the detector before first-time use and then on a regular
schedule, depending on use and sensor exposure to poisons
and contaminants. Honeywell recommends calibrating at least
once every 180 days (6 months).
• Honeywell recommends to “bump test” the sensors before each
day’s use to confirm their ability to respond to gas by exposing
the detector to a gas concentration that exceeds the alarm
setpoints. Manually verify that the audible and visual alarms are
activated. Calibrate if the readings are not within the specified
limits.
• Honeywell recommends the combustible sensor be checked
with a known concentration of calibration gas after any known
exposure to catalyst contaminants/poisons (sulfur compounds,
silicon vapors, halogenated compounds, etc).
• The combustible sensor is factory calibrated to 50% LEL
methane. If monitoring a different combustible gas in the % LEL
range, calibrate the sensor using the appropriate gas.
• Caution: High off-scale readings may indicate an explosive
concentration.
• Only the combustible gas detection portion of this instrument
has been assessed for performance by CSA International.
• Protect the combustible sensor from exposure to lead
compounds, silicones, and chlorinated hydrocarbons.
• Sensor exposure to certain organic vapors (such as leaded
gasoline and halogenated hydrocarbons) may temporarily inhibit
sensor performance. After exposure, a bump test or calibration is
recommended.
• For use only in potentially explosive atmospheres where oxygen
concentrations do not exceed 20.9% (v/v).
• Any rapid up-scaling reading followed by a declining or erratic
reading may indicate a gas concentration beyond upper scale
limit, which may be hazardous.
• Only calibrate the detector in a fresh air environment and in a
safe area.
• Use only Honeywell approved batteries for the
GasAlertMicroClip detector. Refer to Specifications.
• Charge the detector before first-time use. Honeywell
recommends the detector be charged after every workday.
• Charge the detector using the recommended charging adapter
only. Do not use any other charging adapter. Failure to adhere to
this caution can lead to fire and/or explosion.
• Extended exposure of the detector to certain concentrations of
combustible gases and air may stress a detector element that
can seriously affect its performance. If an alarm occurs due to
high concentration of combustible gases, calibrate the detector.
If necessary, replace the sensor.
• Do not test the combustible sensor’s response with a butane
cigarette lighter; doing so will damage the sensor.
• Do not expose the detector to electrical shock and/or severe
continuous mechanical shock.
• Do not attempt to disassemble, adjust, or service the detector
unless instructions for that procedure are provided in the
technical reference guide, and/or that part is listed as a
replacement part. Use only Honeywell replacement parts. Refer
to Replacement Parts and Accessories.
• The detector warranty will be voided if customers, personnel, or
third parties damage the detector during repair attempts.
Non-Honeywell repair/service attempts void this warranty.
Approved to both U.S. and Canadian Standards by CSA International
European Explosive Protection
Conforms to European Union Directives
Conforms to European ATEX Directives
International Electrotechnical Commission Scheme for Certification to Standards for Electrical Equipment for Explosive
Atmospheres
Conforms to Korea Testing Laboratory (KTL) Certification
Natural Institute of Metrology, Quality, and Technology. Conforms to Brazilian INMETRO Certification.
Australian Regulatory Compliance Mark
This symbol indicates that the product must not be disposed of as general industrial or domestic waste. This product
should be disposed of through suitable WEEE disposal facilities. For more information about disposal of this product,
contact your local authority, distributor or the manufacturer.
Several cleaners, solvents, and lubricants can contaminate and cause permanent damage to sensors. Before using cleaners, solvents, and lubricants
in close proximity to the detector sensors, read the following cautions and refer to the lists below.
a Caution
Use only the following Honeywell recommended products and procedures:
• Use water based cleaners.
• Use non-alcohol based cleaners.
• Clean the exterior of the detector with a soft, damp cloth.
• Do not use soaps, polishes, or solvents.
Below are common products to avoid using around sensors.
• Hand/body and medicinal creams containing silicone
• Tissues containing silicone
• Mold releasing agents
• Polishes
Aerosols
• Bug repellents and sprays
• Lubricants
• Rust inhibitors
• Window cleaners
Getting Started
The list below provides the standard items included with the detector. If
the detector is damaged or parts are missing, contact the place of
purchase immediately.
ors: H2S, CO, O2,
• Sens
• Calibrati
• Charging adapter
• Printed
• Supplementary Booklet, including a Quick Reference Card
Configuration Software: The detector is configured with Safety
Suite Device Configurator software. It can be downloaded
for free from Honeywell website:
on cap a
Operator‘s Manual
and combustibl
nd hose
e (LEL)
The detector is shipped with the sensors and rechargeable battery
installed.
Battery Replacement: To replace the battery, contact
The battery can only be replaced by the manufacturer.
Charge Battery and Replace Sensors: To charge the battery and
replace the sensors and/or sensor filter, refer to the following:
Battery Cautions
•
• Replacing a Sensor or Sensor Filter
To order replacement parts, refer to Replacement Parts and
Accessories.
To become oriented with the features and functions of the detector, refer
to the following figures and tables:
• Figure 1. and Table 3. describes the detector’s components.
• Figure 2. and Table 4. describes the detector’s display elements.
• To deactivate the detector, press and hold C until the OFF countdown is complete and the LCD
deactivates.
• To view the TWA, STEL, and peak (maximum) readings, press C twice. To clear the TWA, STEL,
and peak readings, press C when the LCD displays RESET.
C
• To initiate calibration, deactivate the detector. Press and hold C while the detector performs the
OFF countdown. Continue holding C while the LCD briefly deactivates. The LCD reactivates and
then begins the CAL countdown. Release C when the CAL countdown is complete.
• To activate the backlight in normal operation, press C.
• To acknowledge latched alarms, press C.
• To acknowledge a low alarm and disable the audible alarm, press C (if the Low AlarmAcknowledge option is enabled).
Only activate the detector in a fresh air environment and in a
safe area.
To activate the detector, press C.
Self-Test
The following startup tests are written as startup performance is
intended. If an error occurs, refer to Startup Troubleshooting.When
the detector is activated, it performs the following fourteen startup
tests: Battery Test, Audible/Visual Test, Detector Version, Startup
Message, Alarm Setpoints, Sensor and Power Test, Automatic Zero
and O2 Calibration (optional), Calibration Due Date (optional), Last
Calibration Failed (optional), Overdue Calibration, Cal IR Lock,
Bump Test, Last Bump Test Failed, Force Bump (optional). Confirm
these tests occur.
1. Battery Test
The detector performs a battery test during
startup. If the battery has insufficient power
to operate, the following screen displays.
Charge the battery for 2-3 hours before restarting the detector. Refer to
Charging the Battery
.
2. Audible/Visual Test
All of the LCD elements display simultaneously as the detector
beeps, flashes, vibrates, and activates the backlight.
3. Detector Version
The current firmware version of the detector then displays on the
LCD
.
4. Startup Message
You can enter up to two-25 character lines in the Startup
Message via Safety Suite Device Configurator. The first line
accepts alphanumeric characters; the second line only
accepts digits.
Auto-Zero on Startup: If enabled, the H2S, CO, and LEL
sensors are automatically zeroed during startup. Each sensor is
enabled individually. The auto-zero option is enabled for each
sensor upon shipment.
O2 Auto-Calibration on Startup: If enabled, the O2 sensor is
automatically calibrated during startup. The auto-calibration
option is enabled for the O2 sensor upon shipment.
If the OAuto-Zero on Startup option is disabled for all sensors, the
following screen displays.
Auto-Calibration on Startup option is enabled, and the
2
Note
If oxygen is configured to measure 20.8% vol., the oxygen
calibration screen displays 20.8% O
8. Calibration Due Date (optional)
The following screen displays the number of days remaining before
calibration is due. The number of days that displays is when the next
sensor calibration should be performed.
If the Calibration Interval option is defined as 0, the calibration
due date is bypassed during startup.
If any sensor failed the last calibration, CAL FAILURE displays
on the screen.
Note
When the CAL FAILURE displays, the previous calibration has
failed but the calibration is still valid until the next calibration due
date.
10. Overdue Calibration
If any sensor is past due for calibration, the detector beeps,
flashes, vibrates, and the following screen displays.
If calibration is overdue and the Force Calibration When Overdue option is enabled, a calibration must be performed to
enter normal operation. Refer to Calibration
.
Note
If calibration is not performed, or
2 minutes, the detector automatically deactivates.
If the Force Calibration When Overdue is disabled, press
acknowledge the warning. The detector continues with the
startup self-tests and then enters normal operation.
11. Cal IR Lock
If the Cal Lock option is enabled, the following screen displays.
Refer to Startup Troubleshooting.
12. Bump Test
A bump test cannot be conducted if the detector has just been
calibrated. If the Bump Interval option is defined as 0 in Safety Suite Device Configurator, the bump test is bypassed.
Honeywell recommends to “bump test” the sensors, before
each day’s use, to confirm their ability to respond to gas by
exposing the detector to a gas concentration that exceeds the
alarm setpoints.
If any sensor failed the last calibration, CAL FAILURE displays
on the screen.
Note
When the BUMPCHK FAILURE displays, the previous
calibration has failed but the calibration is still valid until the next
bump test due date.
14. Force Bump (optional)
If the Force Bump option is enabled and the sensors are due
to have a bump test, the following screen displays.
A bump test must be performed to enter normal operation. Apply
gas to the sensors. Ensure the visual, audible, and vibrator
alarms activate. When the gas is removed, the detector briefly
remains in alarm until the gas has cleared from the sensors.
When the sensors successfully pass the bump check, the
following screen displays showing the number of days remaining
until the next bump check is due (I d = 1 day).
If Force Bump is disabled, press
self-tests.
If BUMPCHK todAY displays again after performing a bump
check, refer to Startup Troubleshooting
When the detector has passed all startup self-tests, it enters normal
operation. The LCD displays the ambient gas readings.
The detector automatically begins
• recording the peak (maximum) gas exposure,
• calculating the short-term exposure level (STEL), and
• calculating the time-weighted average (TWA) exposures.
Self-Test Fail
If the following error message displays after entering normal operation,
refer to Startup Troubleshooting.
Battery Test
The battery is tested when the detector is activated and continuously
thereafter. See Specifications for Battery Runtimes.
• Battery power is continually displayed during normal operation. If
battery power is low,
sequence of 10 rapid sirens and alternating flashes with 7 seconds
of silence in between (continues for 15 minutes).
• If battery power becomes critically low,
The detector performs a sequence of 10 rapid sirens with 1 second
of silence in between (sequence reactivates seven times). The
detector then displays
If enabled, Confidence Beep and IntelliFlash automatically
deactivate during a low battery alarm. Refer to Confidence Beep
L and flashes. The detector performs a
L and LOW BAT display.
OFF and the detector deactivates.
Note
Backlight
The backlight automatically activates
• during startup,
• when the
• when there is an alarm condition (unless Stealth is enabled).
button is pressed (then deactivates after 5 seconds), and
Plug in your device via IntelliDoX or AutoRAE 2. For further
reference and information about the instruments to connect
to your computer, refer to the Safety Suite Device
Configurator User Guide at
Once the device is plugged into the computer, it should be
7.
shown in the home page under the tab Device List View.
This list will show all devices that have been plugged at
some time, whether they are currently plugged or not.
8.
Safety Suite Device Configurator displays the device's
information that includes the following sections.
The Details section provides information about the detector and
current firmware version. Assignments can be made for worker and
location, settings can be established for Bump Test and for
Calibration.
Figure 3. Details
Serial Number
The serial number is visible on the top of the screen. It is also located
on the back of the detector. The serial number is listed next to the S:QR code. This cannot be altered.
Note
GasAlertMicroClip serial numbers use the KA serial number
prefix.
Firmware Version
Firmware Version cannot be altered but it can be updated. The field
automatically populates when data is retrieved from the detector. If
new firmware is downloaded to the detector, the field automatically
updates when data is retrieved.
The firmware version displays on the detector LCD during the startup
self-tests.
3.4.Click the Save
The detector LCD automatically updates. The gas type and
sensor readings no longer display on the LCD for the applicable
sensor.
5. Enable the sensor as soon as possible. If the sensor is
damaged, replace it immediately. Refer to Replacing a Sensor or
Sensor Filter.
Cali
bration Gas Concentration
button located at the bottom of the window.
a Caution
The gas concentration value
Configurator must match the gas concentration value on the
gas cylinder.
1. Refer to the following list of recommended gas mixtures:
• CO: 100 ppm balance N
•H2S: 25 ppm balance N
• LEL: 50% LEL or 2.5% by vol. methane balance air
•O
: 20.9% balanced with N
2
2. Select/enter the gas concentration value in the Calibration Gas
field of the applicable sensor.
entered in Safety Suite Device
2
2
2
Calibration Interval
a Caution
Honeywell recommends that
once every 180 days (6 months).
Define how often a s
Calibration field. A different calibration interval can be defined for
each sensor.
1. Enter the value (0-365 days) for each sensor.
2. Enter 0 to disable the calibration interval option. Entering zero
automatically deactivates the Force Calibration When Overdue
user option.
The detector is shipped with the factory default set to 180 days
ensor should be calibrated in the Intervals-
the sensors be calibrated
.
Bump Interval
Define how often a bump check should be performed for each sensor
in the Intervals- Bump Test field. A different bump interval can be
defined for each sensor.
1. Enter the value (0-365 days) for each sensor.
2. Enter 0 to disable the Bump Interval option. Entering 0
automatically disables the Force Bump When Overdue option.
The detector is shipped with the factory default set to 0 days.
Note
Honeywell recommends to bump test the sensors before each
day’s use to
the detector to a gas concentration that exceeds the alarm
setpoints. Verify that the audible and visual alarms activate.
Calibrate if the readings are not within the specified limits.
confirm their ability to respond to gas by exposing
Enter the low alarm setpoints for each sensor. Refer to Factory Gas
Alarm Setpoints for factory defined alarm setpoints.
Applicable to all sensors.
High Alarm
Enter the high alarm setpoints for each sensor. Refer to Factory Gas
Alarm Setpoints for factory defined alarm setpoints.
Applicable to all sensors.
TWA Alarm
The time-weighted average (TWA) is a safety measure used to
determine accumulated average exposure to gases. An average is
determined using the US Occupational Safety and Health Administration
(OSHA) method to ensure the worker is warned when the maximum
average is accumulated.
22
The US OSHA method is defined as a moving average that accumulates
over an 8-hour average. If the worker is in the field longer, the oldest
accumulated values (first hour) are replaced by the newest values (ninth
hour). This continues for the duration of the work shift until the detector is
deactivated.
TWA Alarm applies to CO and H
1. Refer to Factory Gas Alarm Setpoints
setpoints.
2. Enter the setpoint in the TWA Alarm field.
S sensors only.
2
for the factory alarm
STEL Alarm
The short-term exposure limit (STEL) is the maximum permissible gas
concentration a worker can safely be exposed to for short periods of time
(5-15 minutes maximum).
STEL Alarm applies to CO and H
Standard factory Alarm Setpoints vary by region. Refer to
Factory Gas Alarm Setpoints
1. Refer to the applicable regulatory requirements in your area for
defining STEL alarm setpoints.
2.Enter the setpoint for the CO and H2S sensor in the STEL Alarm
field. Proceed to STEL Interval
.
STEL Interval
STEL Interval provides protection for workers from over exposure to
high concentrations of gas, and is based on used-defined 5-15 minute
intervals. When the maximum STEL is reached, the detector alarms to
notify the worker.
a Caution
Follow all safety procedures as defined by your employer.
Enter the interval (5-15 minutes) in the STEL Interval field. The detector
is shipped with the factory default setting of 15 minutes.
Auto Zero on Startup
When enabled, the sensors automatically zero during the startup
self-tests. The Auto-Zero on Start-up option is available for the CO,
S, and LEL sensors. Not applicable to O2.
H
2
1. Click the checkbox of each sensor that will be auto zeroed during
startup.
The detector is shipped with the Auto-Zero on Start-up option
enabled for the CO, H
S, and LEL sensor.
2
Auto-Calibration on Startup (Automatic O2 Calibration)
O
2
When enabled, the O
sensor is automatically calibrated during the
2
startup self-tests.
The detector is shipped with the O
Auto-Calibration on Startup option
2
enabled.
LEL By Vol CH
4
When enabled, the detector displays the LEL value as CH4%, assuming
The settings section provides detector features that can be enabled or
disabled. The blue checkmark indicates the option is enabled. Click the
checkbox to disable the option.
Figure 6. Safety Suite Device ConfiguratorSettings
Latching Alarms
When enabled, a low alarm persists until the alarm is acknowledged
and gas concentrations are below the low alarm setpoint. The
audible alarm can be temporarily deactivated by pressing C, but
the LCD continues to display the peak concentration values until the
alarm condition no longer exists.
The detector is shipped with Latching Alarms disabled.
Safe Mode
When enabled, SAFE displays continuously on the LCD unless an
alarm condition occurs. Safe Mode provides visual confirmation that
no (monitored) hazardous gas is present.
The detector is shipped with Safe Mode disabled.
Startup Message
Enter text (25 characters per line to display on the detector LCD
during startup. Enter information such as employee name, plant,
area, emergency numbers, etc. The first line accepts alphanumeric
characters; the second line only accepts digits.
Depending upon the length of the message, it will either
a) display on the LCD for 3 seconds (shorter message), or
When enabled, the backlight, visual alarms, and audible alarms are
disabled. displays continuously on the LCD.
During an alarm, the vibrator activates and readings display on the LCD.
The detector is shipped with Stealth Mode disabled.
Low Alarm Acknowledge
When enabled, the audible alarm can be deactivated during a low alarm
for the CO, H
remain active until the alarm condition changes or the detector
deactivates.
Press
The detector is shipped with Low Alarm Acknowledge disabled.
S, and LEL sensors. The LED and visual alarm indicators
2
C to acknowledge the low alarm and deactivate the audible alarm.
When enabled, if a sensor(s) is past due, the sensor(s) must be
calibrated immediately, otherwise the detector deactivates.
Enable Force Calibration When Overdue to ensure calibrations are
performed regularly and sensors are operating correctly. The following
screen displays during the startup sequence when the option is enabled
and the sensor(s) is overdue.
To enable Force Calibration When Overdue, complete the following:
1. Click the Force Calibration When Overdue checkbox to
enable.
2. Enter a value (1-365 days) in the Calibration Interval
(Cal Interval) f
If 0 (zero) is entered in the Cal Interval field, the Force
Calibration When Overdue option is automatically disabled.
The detector is shipped with Force Calibration When Overdue
disabled.
For more information, refer to Calibration
ield.
a Caution
.
Cal Lock (Calibration IR Lock)
When enabled, the sensors can only be calibrated using an infrared (IR)
device to ensure calibrations are recorded. The following are IR devices:
• IR Link with Safety Suite Device Configurator (refer to
Connecting to the IR Link),
• IntelliDoX docking module (refer to the IntelliDoX UserManual).
If Cal Lock is enabled and calibration is attempted, the following screen
displays.
Note
If Cal Lock is enabled, the detector will still auto zero the
sensors.
The detector is shipped with Cal Lock disabled.
Force Bump When Overdue
When enabled, if a sensor(s) is past due for a bump test, the sensor(s)
must be bump tested immediately, otherwise the detector deactivates.
A bump test should be performed regularly to ensure the sensors are
responding correctly to gas. The following screen displays when the
option is enabled and the sensor(s) is overdue.
Enter a value (1-120 seconds). The default datalog interval is one
reading every 15 seconds.
Confidence Beep and IntelliFlash Interval
Enter a value (1-60 seconds) to define how often IntelliFlash occurs and
the detector beeps. Intelliflash and/or Confidence Beep must be enabled
in order to define Confidence Beep and IntelliFlash Interval.
Refer to Confidence Beep and IntelliFlash Interval
1 second.
Note
IntelliFlash and IntelliFlash Interval are only applicable to
GasAlertMicroClip XT, XL and X3.
. Default interval is
Language Options
The detector can display warnings and notifications in five
different languages. Choose the desired language from the Settings tab. Refer to the following illustration.
Click a language. When the settings are saved to the detector, the LCD
displays warnings and notifications in the selected language.
The detector is shipped with English as the default language.
Table 7. describes the detector alarms and corresponding screens.
During an alarm condition, the detector activates the backlight, audible/
visual/vibrator alarms, and displays the current ambient readings. If
more than one type or level of alarm occurs simultaneously, a multi-gas
AlarmScreenAlarmScreen
Low Alarm
•Slow siren
• Slow alternating flash
• L and gas bar flash
• Vibrator alarm activates
High Alarm
•Fast siren
• Fast alternating flash
• L and gas bar flash
• Vibrator alarm activates
Note
If Low Alarm Acknowledge is enabled, the audible alarm can
be disabled during a low alarm condition. The vibra tor and visu al
alarm indicators remain active until the alarm condition changes
or the detector deactivates. Press
alarm and deactivate the audible alarm. If the alarm escalat es to
a high, TWA, or STEL alarm, the audible alarm reactivates.
If enabled, Latched Alarms causes the low and high gas alarms
(audible, visual, and vibrator) to persist until the alarm is
acknowledged (by pressing
C to acknowledge the low
C) and the gas concentration is
alarm results. If Stealth is enabled, the audible and visual alarms are
disabled, and only the vibrator alarm activates.
To change the factory-defined alarm setpoints, refer to Low Alarm
Alarm, TWA Alarm, and STEL Alarm.
Table 7. Alarms
TWA Alarm
•Slow siren
• Slow alternating flash
• L and gas bar flash
• Vibrator alarm activates
STEL Alarm
•Fast siren
• Fast alternating flash
• L and gas bar flash
• Vibrator alarm activates
below the low alarm setpoint. The LCD displays the peak
concentration and the audible, visual, and vibrator indicators
persist until the alarm condition no longer exists. Enable/
disable
Latching Alarms in Safety Suite Device Configurator.
Local regulations may require Latching Alarms be enabled.
To avoid possible personal injury, do not deactivate the
detector during a work shift. TWA, STEL, and MAX readings
reset once the detector is deactivated.
Table 8. Computed Gas Exposures
Gas ExposuresDescription
Viewing Gas Exposures
To view the TWA, STEL, and peak (maximum) readings, press C twice.
The LCD first displays the TWA gas exposures.
TWA
(H
S and CO
2
only)
STEL
(H
S and CO
2
only)
Peak*
(maximum)
* For oxygen, it is the highest or the lowest concentration
encountered.
Time-weighted average (TWA) based on
accumulated exposure to toxic gases
averaged over a workday according to US
OSHA method.
OSHA: 8 hour moving average
Short-term exposure limit (STEL) to gas
based on a 5-15 minute user-defined
period.
Peak concentration encountered during
work shift.
Then the LCD displays the STEL gas exposures.
Finally the LCD displays the peak (maximum) readings.
The detector tests for missing or defective sensors during the startup
self-test and continuously thereafter.
• During start-up if a sensor fails, Error and the sensor name displays.
• If a sensor fails the self-test, Err displays above the gas type of the
failed sensor. The detector will enter alarm. Press
the sensor alarm and stoop the alarm. Refer to Troubleshooting
C to acknowledge
Low Battery Alarm
• Battery power is continually displayed during normal operation. If
battery power is low,
sequence of 10 rapid sirens and alternating flashes with 7 seconds
of silence in between (continues for 15 minutes).
L and flashes. The detector performs a
• If battery power becomes critically low,
The detector performs a sequence of 10 rapid sirens with 1 second
of silence in between (sequence reactivates seven times). The
detector then displays
Charge the battery immediately. Refer to Charging the Battery
.
Confidence Beep automatically disables during a low battery
alarm.
OFF and the detector deactivates.
Note
L and LOW BAT display.
.
Automatic Deactivation Alarm
An automatic deactivation alarm will occur if
• the battery voltage is too low to operate the detector,
• calibration is due but not performed (when the Force Calibration
option is enabled),
• bump test is due but not performed (when the Force Bump option
is enabled) and
• all sensors fail during the startup self-test.
The detector performs a sequence of 10 rapid sirens with alternating
flashes with 1 second of silence in between (sequence reactivates seven
times). OFF then displays and the detector deactivates.
When calibrating the detector, adhere to the following guidelines:
• Recommended gas mixture:
CO: 100 ppm balance N
H2S: 25 ppm balance N
LEL: 50% LEL or 2.5% for NA (2.2% for EU) by vol. methane
balance air
O
: 18% by volume, balance N
2
• To ensure accurate calibration, use a premium-grade calibration gas.
Gases approved by the National Institute of Standards and
Technology (NIST) improve the accuracy of the calibration.
• Do not use a gas cylinder past its expiration date.
• Calibrate a new sensor before use. Install the sensor, activate t
detector, and allow the sensor to stabilize before starting calibration
(used sensor: 60 seconds / new sensor: 5 minutes, for X3 O
stabilization takes 60 minutes.
• Calibrate the sensors at least once every 180 days, depending on
use and sensor exposure to poisons and contaminants.
• Calibrate the detector if the gas readings varies during startup.
• Calibrate the sensor before defining the alarm setpoints.
• Calibrate only in a safe area that is free of hazardous gas in an
atmosphere of 20.9% oxygen.
• Do not calibrate the detector during or immediately after charging is
co
mplete.
• The oxygen sensor can be automatically calibrated each time upon
activation (if this feature is enabled). Activate the detector in a
normal (20.9%/20.8% oxygen) atmosphere.
2
2
2.
2
8
• Allow the detector to stabilize for 1 minute after activation before
performing a calibration or bump test.
• If a certified calibration is required, contact
Diagnostics Test
The detector tests the air (auto zero) and the span gas that is applied
(auto span) to ensure it meets expected values. Auto zero sets the
zero-gas level of the sensor.
Auto Zero: If target gas is present, the zero level will be incorrect and
the sensor will fail. If a sensor fails, an error message displays.
he
Auto Span: If the target gas does not meet expected values, an error
message displays.
A sensors that fails to span retains the previous span value, and does
not continue with the calibration process.
Refer to the following Figure 7., Table 11., and procedures to connect the
gas cylinder to the detector for calibration.
Note
Wind currents may cause false readings and poor calibrations.
Figure 7. Connecting the Gas Cylinder to the Detector
Table 11. Connecting the Gas Cylinder to the Detector
ItemDescription
1
2
3
Read the following steps (1-7) before beginning calibration.
1. Verify the calibration gas being used matches the span
concentration value(s) that are set for the detector. Refer to
Calibration Gas in Safety Suite Device Configurator.
2. Attach a 0.5 ml/min regulator to the gas cylinder. To perform an
automated calibration, use a demand flow regulator and refer to
the IntelliDoX User Manual.
3. Connect the calibration hose to the calibration cap.
4. Connect the other end of the calibration hose to the regulator on
the gas cylinder.
5. Refer to Calibration Setup to apply gas.
6. When calibration is complete turn off gas and disconnect the
hose from the calibration cap and regulator.
7. Ensure the gas cylinder is stored according to the manufacturer’s
specifications.
The following calibration procedures are written as calibration
performance is intended. If an error or failure occurs, refer to Calibration
Troubleshooting.
a Caution
Only calibrate in a fresh air environment and in a safe area. Do
not calibrate the detector during or immediately after
charging.
Note
Calibration can be aborted at any time. To abort calibration,
press
C. The following screen displays.
Setting Span Gas Concentration Values
1. Activate the detector and allow startup to complete.
2. Connect the IR Link to the computer
3. Insert the IR Link into the IR interface on the back of the
detector.
4. On the PC, open and log into Safety Suite Device Configurator.
5. From the Device list view, click on the device you want to
configure.
GasAlertMicroClip
User Manual
6. The window shows the detector's
7. Refer to Calibration Gas Concentration for span gas values.
8. Ensure the sensors to be calibrated are enabled in Safety Suite
Device Configurator.
9. Select the concentration value(s) in the Sensors tab for each
sensor. The values entered in Safety Suite Device Configurator
must match the gas concentration values on the gas cylinder.
10. Click SAVE to save the settings to the detector.
When a sufficient amount of gas has been detected
(approximately 30 seconds after the gas has been applied), the
detector beeps once, flashes, and remains lit
while the detector completes the span (approximately
2minutes).
Successful Span
If the sensors have spanned successfully, the detector beeps and the
calibration procedure continues.
Unsuccessful Span
If any sensors fail the span, the following screen displays. Refer to
Calibration Troubleshooting
.
Calibration Due Date
Note
If a sensor fails calibration, the next due date for that sensor will
not reset. Refer to Calibration Troubleshooting
6. After calibration is complete, CAL DUE displays and all
successfully calibrated sen
calibration due dates according to the calibration intervals in
Safety Suite Device Configurator.
7. The number of days that displays is when the next sensor
calibration should be performed.
Failed Sensor Past Calibration Due Date: If a sensor fails the span
and it is past the calibration due date, the following three screens
display.
1. Press
A negative number indicates that sensor is overdue for a
calibration.
C to acknowledge the warning. The detector returns to
normal operation.
Note
Verification
1. After calibration is complete and the detector returns to normal
operation, verify the calibration using a gas cylinder other than
the one used for calibration.
2. The gas concentration should not exceed the sensor's detection
range. Confirm the LCD shows the expected concentration.
3. To ensure the readings are accurate, apply the verification gas
for the same amount of time as was applied to the sensor when it
was calibrated.
Example: H
gas for 2 minutes.
S span time 2 minutes therefore, apply verification
The detector records various information that can be compiled to create
a report. The detector is capable of storing 16 hours of information (when
recording a datalog every 15 seconds). When the memory is full, the
detector replaces the oldest datalogs with the most recent datalogs
Event Logs
The detector records the 10 most recent gas alarm events. The following
information is recorded:
• Serial number of the detector
• Start time of alarm
• Type, level and duration of alarm
• Peak exposure level (ppm or %)
• Status of the sensor
Downloading Datalogs and Event Logs
The datalog and event log files can only be downloaded to a PC using
an IR Link or the IntelliDoXdocking module. Refer to the Safety
Suite Device ConfiguratorUser's Guide or IntelliDoX User Manual.
Software Requirements
To create spreadsheet reports of event logs, datalogs, and bump
and calibration results, the following software applications are
required:
To maintain the detector in good operating condition, perform the
following basic maintenance as required.
• Calibrate, bump check, and inspect the detector at regular intervals.
• Maintain an operations log of all maintenance, bump checks,
calibrations, and alarm events.
• Clean the exterior with a soft damp cloth. Do not use solvents,
soaps, or polishes.
• Do not immerse the detector in liquids.
Battery Cautions
a Warning
To avoid personal injury and/or property damage, adhere to
the following:
• The detector must be deactivated to charge the battery.
• Charge the battery immediately when the detector emits a low
battery alarm. Refer to Charging the Battery.
• Charge the battery in a safe area that is free of hazardous gas in
temperatures of 32°F to 113°F (0°C to 45°C).
• Charge the battery using the Honeywell Multi-Unit Cradle
Charger or charger adapter only. Do not use any other charging
adapters. Failure to adhere to this caution can lead to fire and/
or explosion.
• The charging adapter is voltage specific to your region. Use of
the charging adapter outside your region will damage the
charger and the detector.
• Do not calibrate the detector during or immediately after
charging the battery.
• The battery can only be replaced by the manufacturer. Failure to
adhere to this caution can lead to fire and/or explosion.
• Warning: The GasAlertMicroClip uses a lithium battery that may
present a risk of fire or chemical burn hazard if misused. Do not
disassemble, heat above 212° (100°C), or incinerate.
• Warning: Lithium polymer cells exposed to heat at 266°F
(130°C) for 10 minutes can cause fire and/or explosion.
5. When charging is complete, the charging indicator stops flashing
and displays to indicate a full charge. Remove the charging
adapter and activate the detector.
If the battery indicator does not display, refer to Troubleshooting
6. Charge the battery after each workday.
Note
T o reach full battery capaci ty , allow the battery to fu lly charge and
fully discharge three times.
Charging the detector in temperatures above 113°F (45°C) will
greatly reduce the number of charges the detector can accept.
The detector may be warm immediately following charging. This
is normal.
Replacing a Sensor or Sensor Filter
a Warning
To avoid personal injury, only use sensors that are
.
specifically designed for the detector. Refer to Replacement
Parts and Accessories.
Use proper ESD handling practices.
• Each sensor has a high degree of resistance to common vapors and
gases. To clear a sensor, move the detector to a non-hazardous
environment and wait 10 to 30 minutes.
• Do not expose a sensor to vapors of inorganic solvents such as
fumes from paint thinners, or organic solvents such as benzoic acids
and acrylic acids.
• Ensure hands are clean or wear gloves before handling components.
1. Note the placement of the PCB to ensure it is replaced correctly.
Remove the two screws on the PCB. Remove the PCB carefully.
a Caution
Ensure no damage occurs to the battery.
2. Remove the old sensor filter. It may be stuck to the sensors.
3. Pull the liner tab,if present, to remove the liner from the sensor
filter. Do not fold the sensor filter.
4. Verify that the black gasket is facing the front shell and the large
diameter circle on the gasket is aligned with the large circle on
the front shell.
5. Place the gasket as shown, and then use your fingers to apply
even pressure to the entire gasket.
6. To reassemble the detector, refer to Reassembling the detector
Note: Detectors that are configured for 1, 2, or 3 gases may
contain a dummy sensor in one of the four sensor locations.
1. Gently remove the circular rigidified flex PCB atop the sensor
from the metal sensor posts. Take care not to tear the flex cable.
2. Note the placement of the PCB to ensure it is replaced correctly.
Remove the two screws on the PCB.
a Caution
Ensure no damage occurs to the battery.
3. Lift the PCB straight up. The oxygen sensor will stay in the front
shell. Remove the sensor.
4. On roughly the same spot on the front shell, place the new
sensor. Lower the PCB over the oxygen sensor.
5. Carefully replace the circular rigidified flex PCB atop the metal
sensor posts. Ensure the plastic sensor post is inserted into the
clear plastic hole. Take care not to tear the flex cable.
6. Press down to secure the circular rigidified flex PCB atop the
metal sensor posts.Take care not to press down too hard and
accidentally activate the detector.
7. To complete the detector, refer to Reassembling the detector
50
Note: Detectors that are configured for 1, 2, or 3 gases may
contain a dummy sensor in one of the four sensor locations.
1. Gently remove the circular rigidified flex PCB atop the senso
from the metal sensor posts. Take care not to tear the flex cable.
2. Note the placement of the PCB to ensure it is replaced correctly.
Remove the two screws on the PCB.
r
a Caution
Ensure no damage occurs to the battery.
3. Lift the PCB straight up. The oxygen sensor will stay in the front
shell. Remove the sensor.
4. On roughly the same spot on the front shell, place the n
sensor. Lower the PCB over the oxygen sensor.
5. Carefully replace the circular rigidified flex PCB atop the metal
sensor posts. Take care not to tear the flex cable.
6. Press down to secure the circular rigidified flex PCB atop the
metal sensor posts.Take care not to press down too hard and
accidentally activate the detector.
7. To complete the detector, refer to Reassembling the detector
1. To re-assemble the detector, perform the following:
• Verify the PCB is seated correctly and inserted exactly as it
was removed (sensors facing the front shell).
• Replace the two PCB screws.
• Visually inspect the battery to ensure no damage has occurred.
• When replacing the rear shell, ensure the charging pi
(bottom of inside rear shell) are aligned with the corresponding
holes on the PCB. If the contact pins are bent, the battery will
not charge correctly.
Note
Ensure the rib on the interior rear shell
battery and the PCB .
• Press the front and rear shells together firmly to ensure a
proper seal. Ensure the front and rear shell have a uniform,
tight 1/16 in (1 mm) seal on all sides of the detector.
• When replacing the screws, they must be seated properly to
prevent cross threading. Turn the screw counter-clockwise until
a click is heard and then begin tightening the screw clockwise.
2. New sensors must be calibrated. Activate the detector and
calibrate the sensor(s). Refer to Calibration
Detector intermittently enters alarm
without reason.
Features and options are not operating as
expected.
Charging
Battery has been charging for 3+ hours
(XT model) or 6+ hours (XL-X3 models).
The charging indicator on the detector
LCD shows the battery is still charging.
Battery indicator does not display when
charging.
When detector is activated after charging,
the battery indicator does not display.
Table 15. Troubleshooting
Ambient gas levels are near alarm setpoint or
the sensor is exposed to a puff of the target
gas
Alarm setpoints defined incorrectlyReset alarm setpoints. Refer to Factory Gas Alarm
Detector requires calibrationCalibrate the sensors. Refer to Calibration
Missing or faulty sensor(s)Replace the sensor. Refer to Replacing a Sensor or
Changes have been made in Safety Suite
Device Configurator
Battery is trickle chargingBattery is fully charged and ready for operation.
Detector is depleted below normal levels
Battery is defective
Detector is operating normally. Use caution in
suspect areas. Check the peak (maximum) gas
exposure reading.
Setpoints and Sensor Configuration.
.
Sensor Filter.
Verify settings in Safety Suite Device Configurator
are correct.
Charge the battery for 8 hours. Detector LEDs may
light during first 5 hours. This is normal. If the
battery indicator does not light after charging for 8
hours, contac
Displays when
calibration is
overdue. If the Force
Calibration When
Overdue
enabled, the
sensor(s) must be
calibrated to enter
normal operation.
Forced Calibration
If Force Calibration
When Overdue is
enabled, the sensors
must be calibrated to
enter normal
operation.
option is
Calibrate the sensor(s).
Refer to Calibration
Reactivate the detector. If
error displays again, replace
the sensor. Refer to
Replacing a Sensor or
Sensor Filter.
Press C to continue and
calibrate the sensor(s)
immediately. Refer to
Calibration
If the IR Lock enabled
screen displays, the
IntelliDoXmodule or the
IR Link with Safety Suite Device Configurator must
be used to calibrate.
Press and hold C to
calibrate the sensors, or
press C and release to
deactivate the detector.
Refer to Calibration
IR Lock enabled screen
displays, an IR device must
be used to calibrate.
.
.
. If the
IR Lock Enabled
If the IR Lock screen
displays, an IR device
is required to calibrate
the sensors.
Bump Test Fail
A bump test has just
been performed. The
detector is prompting
for another bump test
because a sensor(s)
has failed.
Sensor Fail
A sensor has failed
during the startup
self-test.
Perform calibration using the
IR Link with Safety Suite DC
software, or insert the
detector into the IntelliDoX
module. Refer to Cal Lock
(Calibration IR Lock) in User
Options and Calibration.
Perform another Bump Test
Ensure the cylinder is not
empty and that the cylinder is
not past the expiry date.
Ensure the regulator is fully
opened to apply gas. If Bump Check Today displays again,
calibrate the sensors. Refer to
Calibration
unsuccessful, refer to
Replacing a Sensor or Sensor
Filter.
Perform a Bump Test
reactivate the detector. If the
sensor fails again, perform
Calibration
detector again. If the sensor
still does not pass, refer to
Replacing a Sensor or Sensor
Filter.
Attempt calibration again.
Refer to Calibration
ERROR displays again,
replace the sensor. Refer to
Replacing a Sensor or
Sensor Filter.
Ensure sensor is enabled.
Verify gas cylinder is not
empty or past the expiration
date. Check/replace the
regulator. Attempt
calibration again. If the
sensor fails the span again,
refer to Replacing a Sensor
or Sensor Filter.
Perform calibration using
the IR Link with Safety Suite DC software, or insert
the detector into the
IntelliDoXmodule. Refer to
Cal Lock (Calibration IR
Lock) in User Options and
Calibration.
. If
No Gas Detected
If the gas is not
detected about 30
seconds after the
APPLY GAS message
is displayed, the
detector fails the
calibration.
Calibration Due Date
Overdue
A sensor displays a
negative number for a
next due date after
calibration is
performed.
Ensure the sensor is enabled.
Verify gas cylinder is not
empty or past the expiration
date. Check/replace the
regulator.
Attempt calibration again. If
the calibration fails again,
refer to Replacing a Sensor or
Sensor Filter.
Calibration for the sensor was
unsuccessful. The due date
will not reset. Attempt
calibration of the sensor
again. If still unsuccessful,
refer to Replacing a Sensor or
Sensor Filter. Calibrate the
new sensor immediately.
Backlight: Activates when the button is pressed and deactivates after
5 seconds; also activates during an alarm condition
elf-test
Self-test: Initiated upon activation
Calibration: Automatic zero and automatic span
Oxygen sensor: Automatic span upon activation (enable/disable)
User field options: Startup message, Confidence Beep, latching
alarms, enable/disable safe display mode, oxygen measurement,
combustible sensor measurement, sensor disable, define calibration
interval, force calibration, calibration lock, force bump, define bump
interval, bump due lock, stealth mode, low alarm acknowledge, language
selection, enable/disable automatic oxygen calibration, enable/disable
auto zero at startup, define alarm setpoints, span concentration values,
define STEL calculation period, IntelliFlash, and Confidence Beep and
IntelliFlash Interval
Table 17: Battery Operating Time
XL-X3XT
Typical Battery Life* 18 hours
Recharges in less
than 6 hours
Cold Weather
Battery Life**
*Approximately 20% capacity loss is normal with lithium polymer
batteries after 500 charge cycles. Refer to the Operator’s Manual for
additional information.
**Battery is guaranteed to have 12 hour runtime during warranty period
under normal operating temperature of -4°F / -20°C to 122°F/50°C.
Manufacture: RAE Systems (Shanghai) Inc.
Address: 990 East Huiwang Road, J
201815
Tel: =86-21-69522616
Year of manufacture: The detector’s year of manufacture is determined
from the serial number. The second and third number after the letters
determines the year of manufacture
E.g.: KA410-000001 = 2010 year of manufacture
Approved battery:
Lithium-ion polymer (non-replaceable), conforming
to standards EN 60079-0, EN 60079-11, UL913,
CSA C22.2 No. 157, UL 1642
Charge only in a safe area that is free of hazardous gas and within
temperatures of 32°F to 113°F (0°C to 45°C) First-time charge:
XT: 2-3 hours
XL-X3: 5-6 hours
Normal charge:
XT: 2-3 hours
XL-X3: 5-6 hours
Warranty XT-XL: 2 years including sensors
Warranty X3: 3 years including sensors
iading District, Shanghai, China
a Warning
Guarantee: Battery is guaranteed to have a 12 hour runtime during
warranty period under the normal operating temperature of -4
°F/-20°C
to 122°F/50°C
Approvals:
Approved by CSA to both U.S. and Canadian Standards
CAN/CSA C22.2 No. 157 and C22.2 152
ANSI/UL – 913 and ANSI/ISA – 12.13.01 Part 1
ICES-003 Canadian EMI requirements. These limits are designed to
provide reasonable protection against harmful interference in a
residential installation. This equipment generates, uses and can radiate
radio frequency energy and, if not installed and used in accordance with
the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will
not occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try to correct
the interference by one of more of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that
to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.
General Datalogger Specifications
Storage: 16 hours at 15-second intervals
Memory type: Wraparound memory ensures most recent data is always
saved
Datalog Interval: The default interval is one reading every 15 seconds.
The user has the option to change the intervals to rates from 1 to
120 seconds.
Data recorded: All sensor readings, all alarm conditions, calibrations,
event flags, battery status, sensor status, confidence beep activation,
and detector status with the time and date for each reading and unit
serial number
Operation: Requires no user intervention (automatic)
Compatible with: Desktop PC computer or laptop
Operating system: Windows 2000 or higher
Download via: IR device (IR Link adapter or IntelliDoXdocking
module)
Software required:
• Safety Suite Device Configurator application,
• Microsoft Excel (optional) to create custom
reports.