Honeywell Satellite XT 9602-0200 4-20 mA Operation Manual Download Page 56

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Satellite XT 4-20 mA Versions

8.2

4 - 20 mA Signal Output Range

Substance / Sensor

Part No.
Sensor

4 - 20 mA Range

Alarm 1
Setting

Min

Default

Max

Unit

3MS

Trimethylsilane

9602-6210

0 ...

7.5

20.0

50.0

ppm

2.5

AsH3

Arsine (3 El.)

9602-6001

0 ...

0.15

1.00

10.00

ppm

0.05

AsH3

Arsine (2 El.)

9602-6000

0 ...

0.15

1.00

10.00

ppm

0.05

AsH3

Arsine (2 El.)

9602-6002

0 ...

3.0

10.0

ppm

1.0

B2H6

Diborane

9602-6200

0 ...

0.30

1.00

10.00

ppm

0.10

Br2

Bromine

9602-6800

0 ...

0.30

5.00

10.00

ppm

0.10

C4F6

Hexafluorobutadiene

9602-9732

0 ...

30.0

50.0

100.0

ppm

6.0

C5F8

Octafluorocyclopentene

9602-9730

0 ...

6.0

20.0

50.0

ppm

2.0

CH3F

Methyl Fluoride

9602-9720

0 ...

0.300

0.500

1.000

% vol

0.100

CH4

Methane

9602-9900

0 ...

100

% LEL

Cl2:

Chlorine

9602-5300

0 ...

1.50

5.00

10.00

ppm

0.50

ClF3

Chlorine Trifluoride

9602-7410

0 ...

0.30

1.00

5.00

ppm

0.10

ClO2

Chlorine Dioxide

9602-7400

0 ...

0.30

1.00

5.00

ppm

0.10

Carbon Monoxide

9602-5400

0 ...

500

1000

ppm

COCl2

Phosgene

9602-6600

0 ...

0.30

1.00

10.00

ppm

0.10

DCE 1,2 Di-chloro-ethylene 1,2

9602-9600

0 ...

600

1000

ppm

200

Fluorine

9602-6400

0 ...

0.30

5.00

10.00

ppm

0.10

Fluorine

9602-6401

0 ...

ppm

GeH4

Germane

9602-6900

0 ...

0.6

5.0

10.0

ppm

0.2

Hydrogen (1%)

9602-5100

0 ...

0.300

1.000

% vol

0.100

Hydrogen (4 %)

9602-5101

0 ...

3.00

4.00

10.00

% vol

1.00

H2S

Hydrogen Sulfide

9602-5200

0 ...

100

500

ppm

H2S

Hydrogen Sulfide (org.)

9602-5201

0 ...

30.0

50.0

ppm

10.0

H2Se

Hydrogen Selenide

9602-5600

0 ...

0.15

1.00

10.00

ppm

0.05

HBr

Hydrogen Bromide

9602-7000

0 ...

6.0

30.0

50.0

ppm

2.0

HCl

Hydrogen Chloride

9602-5800

0 ...

15.0

30.0

50.0

ppm

5.0

HCl

Hydrogen Chloride (tropic) 9602-5801

0 ...

15.0

30.0

50.0

ppm

5.0

HCN

Hydrogen Cyanide

9602-5700

0 ...

15.0

30.0

50.0

ppm

10.0

Hydrogen Fluoride

9602-6500

0 ...

9.0

10.0

50.0

ppm

3.0

HMDS

Hexamethyldisilazane

9602-6714

0 ...

300

500

1000

ppm

100

HMDS

Hexamethyldisilazane

9602-6715

0 ...

0.300

0.500

1.000

% vol

0.100

N2H4

Hydrazine

9602-7600

0 ...

0.30

1.00

10.00

ppm

0.10

NF3

Nitrogen Trifluoride

9602-9700

0 ...

30.0

50.0

100.0

ppm

10.0

NH3

Ammonia (100 ppm)

9602-6704

0 ...

100

200

ppm

NH3

Ammonia (1000 ppm)

9602-6705

0 ...

300

1000

ppm

100

Nitric Oxide

9602-7200

0 ...

250

1000

ppm

NO2

Nitrogen Dioxide

9602-7300

0 ...

9.0

25.0

100.0

ppm

5.0

Oxygen

9602-5500

0 ...

25.0

30.0

% vol

18.0

Ozone

9602-7100

0 ...

0.30

1.00

10.00

ppm

0.10

Ozone

9602-7101

0 ...

0.30

1.00

10.00

ppm

0.10

continued overleaf

8-3

Reference Information - Section 8

Summary of Contents for Satellite XT 9602-0200 4-20 mA

Page 1: ...Satellite XT 4 20 mA Versions Satellite XT 9602 0200 4 20 mA Satellite XT 9602 0205 4 20 mA R Satellite XT 9602 0250 4 20 mA C Satellite XT 9602 0255 4 20 mA C R Including Options Extractive Module XT Pyrolyzer Module XT ...

Page 2: ... 1 2 2 Standard Mounting 2 1 2 3 Duct Mounting 2 3 2 3 1 Connecting the Sensor Extension to the Instrument 2 3 2 3 2 Mounting the Sensor Extension to the Duct 2 4 2 4 Network Wiring 2 5 2 5 Relay Wiring 2 6 2 6 Initial Start Up 2 9 Section 3 Main Menu 3 1 The Main Menu Screens 3 1 3 2 Main Menu Monitoring 3 2 3 3 Main Menu Maintenance 3 3 3 4 Main Menu Calibration 3 4 3 5 Main Menu Configuration 3...

Page 3: ...8 3 K Factors for Satellite XT C Versions 8 4 8 4 Spares and Accessories 8 5 Technical Specifications 8 5 Power Supply 24 VDC 2 5 A Output 8 6 8 6 Power Supply 24 VDC 5 A Output 8 7 8 7 Power Supply 24 VDC 10 A Output 8 8 Section 9 Extractive Module XT Option 9 1 Principle of Operation 9 1 9 2 General Instructions 9 1 9 3 Safety Instructions 9 1 9 4 Instrument Design 9 2 9 5 Mounting 9 4 9 6 Tubin...

Page 4: ...igitised and the resulting concentration value is transmitted to the communication network To allow the surveillance of a variety of other combustible gases a correction factor called K factor can be entered Satellite XT versions 4 20 mA R and 4 20 mA C R include the relay option and provide 3 single pole double throw relays for activation of external alarm devices When the actual gas concentratio...

Page 5: ...y Function Password enabled Actuate the esc key to exit the Monitoring Mode and enter the password The screen to enter the password is shown for one minute During this period the Monitoring Mode remains active in the background When the correct password has been entered the instrument is in the Maintenance Mode it is not monitoring and the green LED is off Password disabled Actuate the esc key to ...

Page 6: ...rrect a fault condition please refer to Section 7 Troubleshooting 1 3 Menu structure Besides the Monitoring Mode there is also menu operation for the Satellite XT Menu operation comprises three groups of functions maintenance calibration and configuration A password if enabled must be entered to exit the Monitoring Mode and to obtain access to the Main Menu 1 3 1 Maintenance Menu This function cov...

Page 7: ...lained below A detailed description is given in the according sections Display Structure for Monitoring Mode Line 1 offers the possibility to enter a user specific description e g monitoring location max 13 spaces the name of the instrument is entered here when delivered Line 2 shows the name of the gas monitored Line 3 indicates the actual gas concentration and the concentration unit Gas name and...

Page 8: ...nstrument delivered with 2m of cable attached X X X X relay contacts 6 wire shielded cable 6x0 25mm2 23 AWG Instrument delivered with 3m of cable attached X X Relay Outputs contacts 3 x SPST Single Pole Single Throw X X max ratings 250 VAC 30 VDC 2A Graphic Display 122 x 32 dots with backlight Status LED green Keypad 6 touch sensitive membrane function keys Physical Dimensions size LxWxH 145 x 95 ...

Page 9: ...hould be installed away from any possible liquid sources extreme dust and dirt sources and should be protected against rain and sunlight An instrument version protection class IP 65 is available for outdoor applications A junction box is recommended to connect the instrument to external control systems The maximum distance between instrument and junction box is 2 meters 6 feet Regarding the power ...

Page 10: ...is not possible an L shaped mounting plate with DIN rail is available as an option Optional L shaped mounting plate with DIN rail P N 9602 0051 10 01 Note Do not apply power until system is ready for start up 15 0 Ø 4 mm 4x 86 0 2 2 Installation and Start Up Section 2 ...

Page 11: ...A to the plug in the sensor compartment located at the bottom of the Satellite XT The groove of the Socket must face to the front 2 Screw in the Internal Cap B and fasten it hand tight 3 Insert the Sensor Housing C with the nose of the Bayonet Catch facing to the front Lock the Bayonet Catch with a quarter turn right 1 2 3 A B C D A Socket with Groove B Internal Cap C Sensor Housing with Bayonet C...

Page 12: ...9 9 0 2 0 0 8 0 4 0 0 0 S i l i c o n S e a l i n g Sensor Extension 9 9 0 2 0 0 0 4 4 0 0 1 M i l l e d N u t Sensor Satellite XT 9 9 0 2 0 0 0 5 4 0 0 1 T h r e a d e d J o i n t 0 2 R I N G O 2 4 0 1 5 N B R O R i n g 2 4 x 1 5 m m 9 6 0 2 0 0 8 5 1 0 0 0 A d a p t e r S e n s o r E x t e n s i o n S t a n d a r d F o r S a t e l l i t e X T C V e r s i o n s 9 6 0 2 0 0 8 4 1 0 0 0 A d a p t e...

Page 13: ... box white marked D to D brown marked to P green marked P to P cable shield to S To interface with external control systems use of a 3 wire shielded cable 3x1 0 mm2 17 AWG is recommended Junction Box 2 nodes standard Junction Box Terminals D white 4 20 mA Output P brown 0 V common P green 12 24 VDC Power S shield cable shield D D D D S S S S N N N N N N N N P P P P P P P P 95mm 65mm 109 5mm 109 5m...

Page 14: ...with Relay Option 1 node R Version Note All wiring for the Satellite XT and its related equipment must be in compliance with any local electrical and fire codes The Satellite XT wiring must be kept away from any high power lines All shielding for the wiring must be connected together and grounded at only one point in the system Relay Contacts 1 white Alarm 1 Relay 1 brown Alarm 1 Relay 2 green Ala...

Page 15: ...115 VAC 0 00 AsH3 Satellite XT 4 20 mA 6 wire shielded cable 3 m provided with instrument Only Satellite XT with relay option Junction Box Junction Box 3 wire shielded cable max 2 meters 3 wire shielded cable FMS 8700 Multipoint Controller 230 115 VAC 3 wire shielded cable max 2 meters 3 wire shielded cable Junction Box Satellite XT 4 20 mA Junction Box Satellite XT 4 20 mA with relay option 6 wir...

Page 16: ... n o i t c n u J 3 wire shielded cable 3 wire shielded cable max 2 meters 3 wire shielded cable max 2 meters 3 wire shielded cable 230 115 VAC Power Supply Unit CPU Analog Input Relay Output Satellite XT 4 20 mA Junction Box Satellite XT 4 20 mA with relay option 2 8 Installation and Start Up Section 2 ...

Page 17: ... without sensor extension insert the sensor into the instrument s sensor compartment with the arrow printed on the sensor label facing upwards and to the front Fit sensor housing by fastening the bayonet catch with a quarter turn right For applications with sensor extension insert the sensor into the socket inside the metal fitting properly aligning notch groove and arrow printed on the sensor lab...

Page 18: ...s and backwards in the Main Menu Actuate the set key to select a submenu Actuate the esc key to go back to the Main Menu To return to the Monitoring Mode go to the menu MONITORING and actuate set to select The display shows the monitoring screen again and the illuminated green LED indicates that the instrument is in the Monitoring Mode s e l e c t 1 o f 4 MON I TOR I NG M E N U s e l e c t 2 o f 4...

Page 19: ...and is operating properly Alarm 1 Condition This screen shows that Alarm Level 1 has been ex ceeded and that there is an actual gas concentration of 0 07 ppm AsH3 f i Alarm 1 set at 0 05 ppm AsH3 Alarm 2 Condition This screen shows that Alarm Level 2 has been ex ceeded and that there is an actual gas concentration of 0 12 ppm AsH3 f i Alarm 2 set at 0 10 ppm AsH3 s e l e c t 1 o f 4 MON I TOR I NG...

Page 20: ...sor Service screen 1 of 5 Device Infos screen 2 of 5 Sensor Infos screen 3 of 5 Reset Device screen 4 of 5 Service screen 5 of 5 s e l e c t 1 o f 5 M A I N T E N A N C E SENSOR SERV I CE s e l e c t 2 o f 5 M A I N T E N A N C E DEV I CE I NFOS s e l e c t 3 o f 5 M A I N T E N A N C E SENSOR I NFOS s e l e c t 4 o f 5 M A I N T E N A N C E RESE T DEV I CE s e l e c t 5 o f 5 M A I N T E N A N C ...

Page 21: ...select a submenu actuate the set key to enter Submenus Calibration Gas Calibration screen 1 of 3 Manual K Factor screen 2 of 3 Current Output screen 3 of 3 s e l e c t 1 o f 3 C A L I B R A T I O N GAS CA L I BRA T I ON CA L I BRA T I ON s e l e c t 3 o f 4 M E N U s e l e c t 2 o f 3 C A L I B R A T I O N MANUA L K F ACTOR s e l e c t 3 o f 3 C A L I B R A T I O N CURRENT OUT PUT 3 4 Main Menu Se...

Page 22: ...is function is not available with instruments using oxygen sensors or catalytic sensors Security screen 5 of 13 Password screen 6 of 13 s e l e c t 1 o f 1 3 C O N F I G U R A T I O N A L ARM SE T T I NGS s e l e c t 2 o f 1 3 C O N F I G U R A T I O N L ANGUAGE s e l e c t 3 o f 1 3 C O N F I G U R A T I O N DA T E FORMA T s e l e c t 4 o f 1 3 C O N F I G U R A T I O N AUTO SE L F T ES T s e l e...

Page 23: ...r instruments with relay option s e l e c t 7 o f 1 3 C O N F I G U R A T I O N LOCA T I ON continued s e l e c t 8 o f 1 3 C O N F I G U R A T I O N NEW SENSOR T YPE s e l e c t 9 o f 1 3 C O N F I G U R A T I O N GAS NAME s e l e c t 1 0 o f 1 3 C O N F I G U R A T I O N MA I NT S I GNA L s e l e c t 1 1 o f 1 3 C O N F I G U R A T I O N WARN I NG S I GNA L s e l e c t 1 2 o f 1 3 C O N F I G U ...

Page 24: ...t a submenu actuate the set key to enter Submenus Maintenance Sensor Service screen 1 of 5 Device Infos screen 2 of 5 Sensor Infos screen 3 of 5 Reset Device screen 4 of 5 Service screen 5 of 5 s e l e c t 1 o f 5 M A I N T E N A N C E SENSOR SERV I CE s e l e c t 2 o f 5 M A I N T E N A N C E DEV I CE I NFOS s e l e c t 3 o f 5 M A I N T E N A N C E SENSOR I NFOS s e l e c t 4 o f 5 M A I N T E N...

Page 25: ...sensors The warm up time depends on the type of sensor Normal Monitoring Condition The instrument will automatically switch to the Monitoring Mode when the sensor service procedure is finished Only instruments with catalytic sensors If the displayed value is not zero a zero adjustment must be performed refer to section 5 Calibration Note When a new sensor is installed the K factor will automatical...

Page 26: ...r keys up and down Actuate the esc key to exit Actual Software Version The version of the software presently installed is shown Specific Identification Number The instrument s specific identification number ID is shown s e l e c t 2 o f 5 M A I N T E N A N C E DEV I CE I NFOS s h o w i n g 1 o f 2 D E V I C E I N F O S SW SX T _ X x x x s h o w i n g 2 o f 2 D E V I C E I N F O S I D 0 0 0 1 2 3 4...

Page 27: ...ay the serial number of thesensor presently installed Actual Sensor Serial Number This information may be required for service purposes Actuate the esc key to leave First Calibration Use the set key to display the date when the installed sensor was calibrated for the first time Date of First Calibration This information may be required for service purposes and to check the age of the sensor Actuat...

Page 28: ...he set key to display the revision number of the gas related information stored in the sensor s memory Actual Revision Number This information may be required for service purposes Actuate the esc key to leave s e l e c t 4 o f 5 S E N S O R I N F O S SENS I T I V I T Y e s c t o e x i t S E N S I T I V I T Y 1 2 3 n A p pm s e l e c t 5 o f 5 S E N S O R I N F O S REV I S I ON NUMBER e s c t o e x...

Page 29: ...ygen sensors The warm up time depends on the type of sensor Normal Monitoring Condition The instrument will automatically switch to the Monitoring Mode when the sensor service procedure is completed Service This submenu is used exclusively by trained Service Personnel The functions are password protected p l e a s e e n t e r S E R V I C E PASSWORD s e l e c t 5 o f 5 M A I N T E N A N C E SERV I ...

Page 30: ...nual K Factor screen 2 of 3 Current Output screen 3 of 3 Note If a high degree of accuracy in monitoring is required monthly calibration with calibration gas of a known concentration is recommended When performing a dynamic calibration a new correction factor K Factor is calculated automatically The actual value can be displayed in the submenu Manual K Factor Use appropriate safety precautions whe...

Page 31: ...r to the sensor and actuate the set key to continue Actual Zero Point Allow the zero reading to stabilize If the reading is already zero zero adjustment is not necessary Actuate the esc key to exit If the reading is not zero actuate the set key to re adjust the zero point and to continue the procedure Re adjusted Zero Point The reading is zero Actuate the set key to proceed Save Actuate the set ke...

Page 32: ...bration gas span adjustment is not necessary Actuate the esc key to exit If the reading does not match the concentration of the calibration gas actuate the set key to re adjust the span value and to continue the procedure Re adjusted Span Value The reading matches the concentration of the calibration gas Actuate the set key to proceed Save Actuate the set key to save the new span value and store i...

Page 33: ... position Use the cursor keys up and down to select the figures you wish to enter The K Factor must be in the range of 0 20 and 5 00 After a new value has been entered actuate the set key to confirm or esc to exit Note Individual settings for the Manual K Factor will automatically revert to the default value 1 00 whenever the sensor is replaced by a new sensor Only instruments using catalytic sens...

Page 34: ...t signal of 4 mA representing the zero concentration value Use the set key to enter 4 mA set An analog signal output of 4 mA is now transmitted to external control systems Use the esc key to exit Set 20 mA Allows the user to scale external control systems with an output signal of 20 mA representing the full scale concentration value This submenu also serves to simulate alarm conditions Use the set...

Page 35: ...Date Format screen 3 of 13 Auto Selftest screen 4 of 13 This function is not available with instruments using oxygen sensors or catalytic sensors Security screen 5 of 13 Password screen 6 of 13 s e l e c t 1 o f 1 3 C O N F I G U R A T I O N A L ARM SE T T I NGS s e l e c t 2 o f 1 3 C O N F I G U R A T I O N L ANGUAGE s e l e c t 3 o f 1 3 C O N F I G U R A T I O N DA T E FORMA T s e l e c t 4 o ...

Page 36: ...instruments with relay option s e l e c t 7 o f 1 3 C O N F I G U R A T I O N LOCA T I ON continued s e l e c t 8 o f 1 3 C O N F I G U R A T I O N NEW SENSOR T YPE s e l e c t 9 o f 1 3 C O N F I G U R A T I O N GAS NAME s e l e c t 1 0 o f 1 3 C O N F I G U R A T I O N MA I NT S I GNA L s e l e c t 1 1 o f 1 3 C O N F I G U R A T I O N WARN I NG S I GNA L s e l e c t 1 2 o f 1 3 C O N F I G U R ...

Page 37: ...he set key to enter or continue in the menu with the cursor keys up or down Alarm 2 For Alarm 2 settings use the set key to enter or continue in the menu with the cursor keys up or down s e l e c t 1 o f 1 3 C O N F I G U R A T I O N A L ARM SE T T I NGS s e l e c t 1 o f 2 A L A RM S E T T I N G S A L ARM 1 s e l e c t 2 o f 2 A L A RM S E T T I N G S A L ARM 2 6 3 Configuration Section 6 ...

Page 38: ...ivation Alarm 1 Trigger Used to define the trigger condition for Alarm 1 activation Alarm 1 Latch Used to define the Alarm 1 activation to be latching or non latching A L A RM 1 A L ARM 1 S T A T E s e l e c t 1 o f 2 A L A RM S E T T I N G S A L ARM 1 s e l e c t 2 o f 4 A L A RM 1 A L ARM 1 L EVE L s e l e c t 3 o f 4 A L A RM 1 A L ARM 1 TR I GGER s e l e c t 4 o f 4 A L A RM 1 A L ARM 1 L A TC...

Page 39: ...dividual alarm levels for Alarm 1 activa tion Default setting is 1 x TLV respectively 20 LEL for the target gas Actuate the set key to enter and show the actual setting Actual Alarm 1 Level To change the value use the cursor keys left or right to reach the desired position Use the cursor keys up and down to select the figures you wish to enter After the new value has been entered actuate the set k...

Page 40: ...be either latch ing or non latching Default setting is enabled Use the set key to enter The instrument will show the actual setting When latching is enabled alarm reset must be done manually Nonlatching alarms will be reset automati cally upon correction of the alarm condition Disabled Defines the Alarm 1 activation to be non latching Actuate the cursor keys up or down to change Actuate the set ke...

Page 41: ...arm 2 Level Used to set individual alarm levels for Alarm 2 activation Alarm 2 Trigger Used to define the trigger condition for Alarm 2 activation Alarm 2 Latch Used to define the Alarm 2 activation to be latching or non latching s e l e c t 1 o f 4 A L A RM 2 A L ARM 2 S T A T E s e l e c t 2 o f 2 A L A RM S E T T I N G S A L ARM 2 s e l e c t 2 o f 4 A L A RM 2 A L ARM 2 L EVE L s e l e c t 3 o...

Page 42: ...bration Default setting is International Use the set key to enter The actual date format is displayed International International date format is DD MM YYYY Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exit USA USA date format is MM DD YYYY Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exit s e l e c t 3 o f 1 3 C O N ...

Page 43: ...de and entering the Mainte nance Mode may be password protected to prevent the instrument from manipulations by unauthorized per sonnel Ex factory the password protection is disabled Use the set key to enter The instruments shows the actual setting Password On Allows the user to enable the password protection Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exi...

Page 44: ...desciption defining the monitoring point Ex factory it reads Satellite XT Up to 13 alphanumeric characters can be entered Use the set key to enter The instrument will display the actual location Actual Location Use the cursor keys left or right to reach the desired position Use the cursor keys up and down to select the characters you wish to enter When the new location has been entered completely ...

Page 45: ...t gas name than the one stored in the sensor s data memory Up to 7 alpha numeric characters can be entered Use the set key to enter The instrument will display the actual gas name Actual Gas Name Use the cursor keys left or right to reach the de sired position Use the cursor keys up and down to select the characters you wish to enter When the new gas name has been entered completely actuate the se...

Page 46: ... able to monitor The warning output signal is an alternating signal of 2 8 to 4 0 mA 0 1 Hz and is transmitted to external control systems The warning output signal can be configured enabled or disabled Default setting is enabled Actuate the set key to enter The instrument shows the actual setting Disabled Allows the user to turn off the warning output signal Actuate the cursor keys up or down to ...

Page 47: ... be either deenergized normally open contact or energized normally closed contact Use the set key to enter or continue in the menu with the cursor keys up or down Alarm Delay Used to set a delay for the relay activation in case of concentration alarms Use the set key to enter or continue in the menu with the cursor keys up or down Fault Trigger Used to define the trigger conditions for activation ...

Page 48: ...ergized NO Defines the Alarm 1 Relay to be deenergized normally open contact Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exit Energized NC Defines the Alarm 1 Relay to be energized normally closed contact Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exit R E L A Y S T A T E A L ARM 1 RE L AY s e l e c t 1 o f 3 R E ...

Page 49: ...t key to enter The instrument will show the actual setting Deenergized NO Defines the Fault Relay to be deenergized normally open contact Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exit Energized NC Defines the Fault Relay to be energized normally closed contact Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exit s e...

Page 50: ...set key to confirm or esc to exit Fault Warning Used to configure the Fault Relay to be activated in case of a fault or warning condition only Actuate the cursor keys up or down to change Actuate the set key to confirm or esc to exit Fault Maintenance Used to configure the Fault Relay to be activated in case of a fault or maintenance condition only Actuate the cursor keys up or down to change Actu...

Page 51: ...g signal 2 8 to 4 0 mA 0 1 Hz is sent to external control systems depending on the configuration this function can be enabled or disabled depending on the configuration the fault relay will be activated Press the set key to acknowledge and reset a Warning Condition Low Zero This message indicates that the zero point of the sensor is out of the optimum range To correct this problem check the zero a...

Page 52: ...ndicates that no sensor is inserted or that a sensor type not suitable for the Satellite is used To eliminate the problem insert the correct sensor When using the Satellite in combination with the sensor extension make sure that all connections are firmly attached Output current is 1 8 mA Fault Wrong Sensor This message indicates that the sensor installed is not the sensor assigned to this particu...

Page 53: ...rm any corrective action required Output current is 1 2 mA If the message is still shown please contact our service department for further instructions Fault Pyrolyzer Only for instruments with Pyrolyzer Module This message indicates that there is a problem with the Pyrolyzer Module Output current is 1 0 mA Please contact our service department for further instructions E X T F A RA U L CT T I V E ...

Page 54: ...0 0 1000 ppm 3 no data F2 Fluorine 9602 6400 0 5 00 ppm No F2 Fluorine 9602 6401 0 30 ppm No GeH4 Germane 9602 6900 0 5 0 ppm Yes H2 Hydrogen 1 9602 5100 0 1 000 vol Yes H2 Hydrogen 4 9602 5101 0 4 00 vol 2 Yes H2S Hydrogen Sulfide 9602 5200 0 100 ppm Yes H2S Hydrogen Sulfide org 9602 5201 0 30 0 ppm 1 Yes H2Se Hydrogen Selenide 9602 5600 0 1 00 ppm No HBr Hydrogen Bromide 9602 7000 0 30 0 ppm No ...

Page 55: ...r Hexafluoride 9602 9710 0 0 500 vol 3 no data SiH4 Silane 9602 6300 0 50 0 ppm Yes SO2 Sulfur Dioxide 9602 5900 0 25 0 ppm Yes TEOS Tetraethyl Orthosilicate 9602 7500 0 100 ppm No TMB Trimethyl borate 9602 7510 0 500 ppm No TMP Trimethyl phosphite 9602 7800 0 30 0 ppm Yes Notes 1 Special application 2 Special range 3 Pyrolyzer Module required for detection 4 Only for use with Satellite XT C versi...

Page 56: ...ine 9602 6401 0 9 30 50 ppm 3 GeH4 Germane 9602 6900 0 0 6 5 0 10 0 ppm 0 2 H2 Hydrogen 1 9602 5100 0 0 300 1 000 1 000 vol 0 100 H2 Hydrogen 4 9602 5101 0 3 00 4 00 10 00 vol 1 00 H2S Hydrogen Sulfide 9602 5200 0 30 100 500 ppm 10 H2S Hydrogen Sulfide org 9602 5201 0 30 0 30 0 50 0 ppm 10 0 H2Se Hydrogen Selenide 9602 5600 0 0 15 1 00 10 00 ppm 0 05 HBr Hydrogen Bromide 9602 7000 0 6 0 30 0 50 0 ...

Page 57: ...S Tetraethyl Orthosilicate 9602 7500 0 30 100 500 ppm 10 TMB Trimethylborate 9602 7510 0 300 500 1000 ppm 100 TMP Trimethyl phosphite 9602 7800 0 6 0 30 0 50 0 ppm 2 0 Min minimum settable range Default nominal standard range Max maximum settable range Note Alarm 2 Setting 2 x Alarm 1 Setting Default and Alarm Settings are the standard values set ex factory 8 3 K Factors for Satellite XT C Version...

Page 58: ... 0231 3 wire shielded cable 3x1 0 mm2 100 m coil 9630 0413 Power Supply 24 VDC 2 5 A output 230 115 VAC 9630 0414 Power Supply 24 VDC 5 A output 230 115 VAC 9630 0415 Power Supply 24 VDC 10 A output 230 115 VAC 9902 4000 duct mounting saddle assembly 4 inches 9902 4010 duct mounting saddle assembly 6 inches 9902 4020 duct mounting saddle assembly 8 inches 9902 4030 duct mounting saddle assembly 10...

Page 59: ...tion or maintenance The relevant local regulations must be observed during installation Technical Specifications Power Requirements voltage 176 264 VAC switch position 230 V 85 132 VAC switch position 115 V DC Power Output voltage 24 VDC 5 1 max current 2 5 A protection shortcircuit and overload proof Functional Elements status LED voltage selector 230 115 VAC Physical Dimensions size 50 x 125 x 1...

Page 60: ...r maintenance The relevant local regulations must be observed during installation Technical Specifications Power Requirements voltage 176 264 VAC switch position 230 V 85 132 VAC switch position 115 V DC Power Outputтока voltage 24 VDC 5 1 max current 5 A protection shortcircuit and overload proof Functional Elements status LED voltage selector 230 115 VAC Physical Dimensions size 65 x 125 x 103 м...

Page 61: ...n or maintenance The relevant local regulations must be observed during installation Technical Specifications Power Requirements voltage 176 264 VAC for 230 V operation 85 132 VAC for 115 V operation DC Power Output voltage 24 VDC 5 1 max current 10 A protection shortcircuit and overload proof Functional Elements status LED voltage selector 230 115 VAC Physical Dimensions size 122 x 125 x 103 мм W...

Page 62: ...mprove transport time Avoid running the sample line through areas of great temperature extremes The sample outlet must be connected to an exhaust line and must be properly vented Both sample and exhaust tubing must not be crimped or placed in an area where weight could collapse the tubing Dust may be a result of construction as well as manufacturing activities If unusual quantities of dust are exp...

Page 63: ... 4 Instrument Design Front View showing Extractive Module XT connected to Satellite XT A B esc set XT Satellite Extractive A Exhaust Line Outlet B Sensor Holder А Exhaust Line Outlet В Sensor Holder 9 2 Extractive Module XT Section 9 ...

Page 64: ...older C Sample Line Gas Inlet Side View right B Sensor Holder D Sensor Connection to Satellite XT E Connection Extractive Module XT and Satellite XT Top View only Extractive Module XT A Exhaust Line Outlet B Sensor Holder C Sample Line Gas Inlet D Sensor Connection to Satellite XT 9 3 Extractive Module XT Section 9 ...

Page 65: ...me Length of the sample lines should be kept as short as possible With a sample line ID of 3 16 4 7 mm and a length of 10 m the delay in response does not exceed 30 seconds Sample Line Inlet The fitting for connecting the sample line inlet is located on top of the housing and marked Gas Inlet Improper installation of the sample inlet tube may result in dilution or even complete loss of the sample ...

Page 66: ...e screen Figure 1 REMOVE SENSOR Unscrew the gland nut F to remove the sensor holder B from the flow adapter of the Extractive Module XT Figure 2 Remove the installed sensor G Figure 3 Press the set key to continue Unpack the replacement sensor and remove shorting device from the sensor plug where necessary REPLACEMENT Insert the new sensor G into the socket inside the sensor holder aligning nose o...

Page 67: ...size 78 x 95 5 x 50 mm W x H x D 3 1 x 3 8 x 2 0 W x H x D weight 500 g 17 6 oz Housing Protection Class IP 30 RFI EMC EN 55011 EN 50082 2 Operating Conditions sample tubing OD 1 4 ID 3 16 response time 30 sec with a tubing length of 10m temperature 0 C 40 C 32 F 104 F pressure 700 1300 hPа humidity 20 90 r h Part Number 20404 0200 9 6 Extractive Module XT Section 9 ...

Page 68: ...cating monitoring point and instrument When placing the sampling point the property lighter or heavier than air of the target gas must be considered The instrument should be mounted as close to the monitoring location as possible to minimize sample transport time The area immediately surrounding the sample inlet at the monitoring point must be free from objects that might hinder free flow of air T...

Page 69: ... Extractive G Pyrolyzer Satellite B Module XT XT Module XT Inlet Outlet Figure 1 Side view of the Pyrolyzer Module only Figure 2 Front view of the complete assembly Pyrolyzer Module Extractive Module and Satellite XT Figure 3 Top View of the complete assembly B Sensor Holder F Sample Line Inlet G Vent H Sample Line connection to Extractive Module XT J DIN rail K Data Link Pyrolyzer Module XT to Ex...

Page 70: ...d to the wall see Figure 4 2 Slide the Extractive Module XT onto the rail at the front of the Pyrolyzer Module XT see Figure 5 3 Slide the Satellite XT onto the rail at the front of the Pyrolyzer Module XT as illustrated in Figure 5 4 Plug in male and female connector of Satellite XT and Extractive Module XT See also Section 9 Extractive Module XT Installation esc set MST XT Satellite MST Extracti...

Page 71: ...priate filter for the sample line must be installed The use of a dust filter depends on the target gas refer to the table Sensor Order Information in Section 8 Reference Information or contact our service department As excess amounts of dirt in the filters will reduce the sample flow and will thus affect concentration readings of the instrument make sure to regularly change sample line filters eve...

Page 72: ...I EMC EN 55011 EN 50082 2 Operating Conditions sample tubing OD 1 4 ID 3 16 response time 30 sec with a tubing length of 10m temperature 0 C 40 C 32 F 104 F pressure 700 1300 hPа humidity 20 90 r h Part Numbers Pyrolyzer Module XT NF3 20408 0110 Pyrolyzer Module XT 1 2 DCE 20408 0112 Pyrolyzer Module XT SF6 20408 0114 Pyrolyzer Module XT CH3F 20408 0116 Pyrolyzer Module XT C5F8 20408 0120 Pyrolyze...

Page 73: ...t Honeywell Analytics Find out more www honeywellanalytics com Europe Middle East Africa India Life Safety Distribution AG Wilstrasse 11 U31 CH 8610 Uster Switzerland Tel 41 0 44 943 4300 Fax 41 0 44 943 4398 gasdetection honeywell com Americas Honeywell Analytics Inc 405 Barclay Blvd Lincolnshire IL 60069 USA Tel 1 847 955 8200 Toll free 1 800 538 0363 Fax 1 847 955 8208 detectgas honeywell com w...

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Honeywell Satellite XT 9602-0200 4-20 mA, Operation Manual

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