ATI Technologies F12is Series User manual

Fax: [phone] Fax: + 44 (0)1457-874-468
O & M Manual
Series F12is
Toxic Gas Transmitter
With H10 Smart Sensor
Home Office European Office
Analytical Technology, Inc. ATI (UK) Limited
6 Iron Bridge Drive Unit 1 & 2 Gatehead Business Park
Collegeville, PA 19426 Delph New Road, Delph
Phone: [phone] Saddleworth OL3 5DE
610-917-0991 Phone: [phone]
Fax: [phone] Fax: + 44 (0)1457-874-468
Email: [email protected] Email: [email protected]
Web: www.Analyticaltechnology.com

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O&M Manual
ATI P/N 85-0001 Rev E (May 2016)
Table of Contents
SAFETY..........................................................................................................................1
WARNINGS ........................................................................................................................1
HAZARDOUS LOCATION INSTALLATION REQUIREMENTS (UL/CSA)................................................ 1
HAZARDOUS LOCATION INSTALLATION REQUIREMENTS (ATEX /IECEX)........................................1
PART1 - INTRODUCTION ............................................................................................... 1
1.1 GENERAL ...............................................................................................................1
1.2 H10 SMART SENSORS ..............................................................................................2
1.3 SPECIFICATIONS.......................................................................................................4
1.4 HAZARDOUS AREA APPROVALS ..................................................................................5
1.5 CONTROL DRAWINGS ...............................................................................................6
PART 2 –MECHANICAL INSTALLATION..........................................................................8
2.1 TRANSMITTER MOUNTING ........................................................................................8
2.2 ENCLOSURE DIMENSIONS.......................................................................................... 8
2.3 WALL AND PIPE MOUNTING......................................................................................9
2.4 GENERATOR INSTALLATION/REMOVAL....................................................................... 11
PART 3 –ELECTRICAL CONNECTIONS........................................................................... 14
3.1 TRANSMITTER CONNECTIONS................................................................................... 14
3.2 SENSOR ADAPTER BOARD .......................................................................................15
3.3 TERMINAL BOARD..................................................................................................16
3.4 WIRING EXAMPLES ................................................................................................17
3.5 HART POINT-TO-POINT (2-WIRE) ...........................................................................18
PART 4 - OPERATION................................................................................................... 20
OPERATOR INTERFACE PANEL .............................................................................................. 20
STARTUP.......................................................................................................................... 22
MAIN DISPLAY..................................................................................................................25
POP-UP DISPLAYS.............................................................................................................. 26
MAIN MENU .................................................................................................................... 28
SETUP MENU....................................................................................................................28
SENSOR MENUS,METHODS,AND SETTINGS ...........................................................................29
ALARM MENUS,METHODS,AND SETTINGS............................................................................ 41
DATA-LOG MENUS,METHODS,AND SETTINGS........................................................................ 51
I/O MENUS,METHODS AND SETTINGS.................................................................................. 57
PANEL MENUS,METHODS,AND SETTINGS .............................................................................67
SYSTEM MENU ................................................................................................................. 71
PART 6 –SPARE PARTS................................................................................................ 75

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O&M Manual
ATI P/N 85-0001 Rev E (May 2016)
Table of Figures
FIGURE 1. TRANSMITTERW/SENSOR &GENERATOR ....1
FIGURE 2A CONTROL DRAWING (DWG: ATI-1042-1).6
FIGURE 3BCONTROL DRAWING (DWG: ATI-104-2)...7
FIGURE 4.ENCLOSURE DIMENSIONS,(STANDARD)........8
FIGURE 5.WALL/PIPE MOUNTING BRACKET..................9
FIGURE 6.WALL MOUNTING DIAGRAM .........................9
FIGURE 7.PIPE MOUNTING DIAGRAM......................... 10
FIGURE 8-GENERATOR EXPLODED VIEW .................11
FIGURE 9.DUCT-MOUNT SENSOR HOLDER................. 12
FIGURE 10 DUCT MOUNT SENSOR EXPLODED VIEW...12
FIGURE 11.DUCT-MOUNT ADAPTER (ATI-0670)........ 13
FIGURE 12.DUCT-MOUNT ASSEMBLY........................13
FIGURE 13.F12IS TRANSMITTER CONFIGURATIONS ...14
FIGURE 14.SENSOR/GENERATOR TERMINAL WIRING.15
FIGURE 15.POWER AND COMMUNICATION TERMINALS.16
FIGURE 16 -ATI A17/B14 RECEIVER MODULES........ 17
FIGURE 17 -HART POINT-TO-POINT (2-WIRE) .........18
FIGURE 18. OPERATOR INTERFACE PANEL................20
FIGURE 19. EXAMPLE EDIT .....................................21
FIGURE 20. TRANSMITTER REVIEW DISPLAYS...........22
FIGURE 21. SENSOR REVIEW DISPLAY..................... 23
FIGURE 22. GENERATOR NORMAL REVIEW............... 24
FIGURE 23. GENERATOR TROUBLE REVIEW..............24
FIGURE 24. MAIN DISPLAY...................................... 25
FIGURE 25. MAIN DISPLAY TROUBLE INDICATION ...... 26
FIGURE 26. SENSOR REMOVED DISPLAY..................26
FIGURE 27. GENERATOR REMOVED DISPLAY............27
FIGURE 28. MAIN MENU ..........................................28
FIGURE 29. ALARM ACTIVE MENU............................ 28
FIGURE 30. SETUP MENU....................................... 28
FIGURE 31. SENSOR MENU.....................................29
FIGURE 32. SENSOR SETTINGS MENU ..................... 29
FIGURE 33. SENSOR MODEL MENU ......................... 29
FIGURE 34. SENSOR RANGE MENU ......................... 30
FIGURE 35. DATA-LOG WARNING MESSAGE .............30
FIGURE 36. SENSOR CALIBRATION MENU.................32
FIGURE 37. SENSOR ZERO CAL.SETUP................... 33
FIGURE 38. SENSOR ZERO_CAL.MENUS..................33
FIGURE 39 SENSOR SPAN CAL.SETUP ....................34
FIGURE 40. SENSOR SPAN CAL.MENUS ..................34
FIGURE 41. SENSOR CALIBRATION HISTORY MENUS . 35
FIGURE 42. AUTO-TEST MENU ................................ 36
FIGURE 43. AUTO-TEST SETUP MENU......................37
FIGURE 44. AUTO-TEST SETUP OPTIONS MENU........37
FIGURE 45. AUTO-TEST NEXT AT MENU ..................37
FIGURE 46. AUTO-TEST HISTORY MENU................... 38
FIGURE 47. GAS GENERATOR DISPLAY ....................38
FIGURE 48. AUTO-TEST STATUS DISPLAY.................39
FIGURE 49. AUTO-TEST STATUS DISPLAY SEQUENCE 40
FIGURE 50. ALARMS MENU......................................41
FIGURE 51. TOXIC GAS ALARMS. .............................41
FIGURE 52. OXYGEN DEFICIENCY ALARMS................41
FIGURE 53. HIGH ALARM OPERATION .......................42
FIGURE 54. LOW ALARM OPERATION........................42
FIGURE 55. ALARM INDICATOR FLAGS.......................43
FIGURE 56. ALARM STATUS MENU ...........................43
FIGURE 57. ALARM RESET MENU.............................43
FIGURE 58. ALARM SETTING MENUS ........................44
FIGURE 59. TROUBLE INDICATION ON MAIN DISPLAY ..46
FIGURE 60. TROUBLE STATUS DISPLAY ....................46
FIGURE 61. ALARM INHIBIT MENU.............................49
FIGURE 62. ALARM TEST MENU ...............................50
FIGURE 63. DATA LOG MENU...................................51
FIGURE 64. DATA LOG SETUP MENU........................52
FIGURE 65. DATA LOG VIEW MENU ..........................52
FIGURE 66. DATA LOG GRAPH VIEW.........................53
FIGURE 67. DATA LOG GRAPH VIEW MENU...............53
FIGURE 68. DATA LOG SINGLE VIEW MENU...............54
FIGURE 69. DATA LOG PRINT EXAMPLE ....................54
FIGURE 70. DATA LOG PRINT MENU.........................55
FIGURE 71. DATA LOG PRINT FORMAT MENU............55
FIGURE 72. I/O MENU.............................................57
FIGURE 73. GRAPH OF 4-20MAOUTPUT...................57
FIGURE 74. 4-20MAMENU......................................57
FIGURE 75. 4-20MACONTROL PAGE.........................58
FIGURE 76. ADJUST 4MAMENU...............................58
FIGURE 77. ADJUST 20MAMENU.............................58
FIGURE 78. COM MENU .........................................59
FIGURE 79. COM SETUP MENU...............................60
FIGURE 80.HART MENU.........................................61
FIGURE 81. HART IDENTIFICATION MENU ..................61
FIGURE 82. HART FIND-DEVICE DISPLAY ..................62
FIGURE 83. MODBUS MENU.....................................63
FIGURE 84 ALARM RELAY DIAGRAM ..........................65
FIGURE 85. RELAYS MENU ......................................66
FIGURE 86. RELAYS MENU ......................................66
FIGURE 87. RELAY SETUP MENU .............................66
FIGURE 88. PANEL MENU........................................67
FIGURE 89. DISPLAY MENU .....................................67
FIGURE 90. SECURITY MENU ...................................68
FIGURE 91. ACTIVATING SECURITY...........................68
FIGURE 92. DEACTIVATING SECURITY.......................69
FIGURE 93. CHANGING THE SECURITY CODE.............70
FIGURE 94. SYSTEM MENU......................................71
FIGURE 95. CLOCK MENU........................................71
FIGURE 96. RESET MENU........................................71
FIGURE 97. VERSION MENU.....................................72
FIGURE 98 -EXPLODED VIEW...................................75

SAFETY
Read and understand this manual before installing, operating, or maintaining the F12is
Transmitter. Pay particular attention to the warnings and cautions below. All of the warnings and
cautions shown here are repeated in the appropriate sections of the manual.
Protection from hazards may be impaired is used in manners not specified in this manual.
Warnings
Installation must be in accordance with the recognized standards of the appropriate
authority in the country concerned.
Servicing of this unit must be performed by trained personnel.
Before servicing, ensure local regulations and site procedures are followed.
To prevent ignition of flammable or combustible atmospheres, disconnect power before
servicing.
The transmitter must be earthed/grounded for Intrinsic Safety, electrical safety and to limit
the effects of radio frequency interference. An Earth ground points is provided inside the
unit. To maintain EMI ratings, use shielded cable, connecting the shield/drain to the
EARTH terminal in the unit, and the shield/drain to an Earth Ground at the power supply.
Operate only in the specified temperature range.
Verify transmitter after installation, after service events, and periodically to ensure the
safety and integrity of the system.
Electrostatic discharge hazard.
oTake the necessary antistatic precautions if you: handle, install or use the device
in potentially explosive atmospheres.
oDo not install in a location (i.e.: near to ventilation systems) where the
electrostatic charge can increase.
oDo not clean plastic parts in a hazardous area.
Refer to Control Drawing ATI-1042 for additional information
Use only Panasonic CR2032 batteries
Hazardous Location Installation Requirements (UL/CSA)
Refer to Control Drawing ATI-1042 for additional information
Hazardous Location Installation Requirements (ATEX / IECEx)
Read and understand this manual prior to installation and use.
Refer to Control Drawing ATI-1042 for additional information
Shielded armored cable is required for CE compliance.

Part1 - Introduction
1.1 General
F12is Gas Transmitter
The F12is Gas Transmitter is used to monitor for gas leaks near storage cylinders, process
piping, or gas feed equipment in nearly any type of industrial plant environment. It is housed in
NEMA 4X, polycarbonate enclosure and features an H10 Smart Sensor, a non-intrusive four
button user interface with a backlit transflective graphics display, three level alarms with three
(optional) alarm relays, a high-resolution 4-20mA current loop output, real-time clock, data-logger,
and optional HART™ or Modbus™ communication interface. In addition, the transmitter offers
several optional E18 gas generators for automatic,
timed testing of H10 sensors.
H10 Smart Sensor and E18 Gas Generator
H10 Smart Sensors and E18 generators contain non-
volatile memory to store information about the target
gas they were designed to monitor, or generate.
They contain general information about the target
gas, such as the name, range, units, alarm settings,
along with specific calibration information, such as
response to gas, mA-Hr of usage, and calibration
history. Information is transferred into the transmitter
at startup, and whenever one of the components is
inserted into a live transmitter. Because all
calibration data is stored in the memory, sensor
modules may be calibrated using a spare transmitter
in the shop, and subsequently installed into a field
transmitter, eliminating the need for field calibration.
Figure 1. Transmitterw/Sensor & Generator
Sensors are inserted into the housing at the base of the transmitter. They are easily removed,
and installation is simplified by way of an indexing groove that aligns the connector for a perfect
fit. Once installed, a threaded port cap secures it in place.
Sensors are designed for use in ambient air at temperatures of -30° to +60° C, at a relative
humidity between 20 and 98 %RH (some sensors are rated to -40° C, oxygen sensors are rated
to -10° C). Operating sensors in extremely dry air, or in condensing gas streams, is not
recommended.
Generators are inserted into the optional generator housing attached to the bottom of the sensor
housing at the base of the transmitter. Installation of a generator is simplified by way of an
indexing groove that aligns the connector for a perfect fit. Once installed apply a little pressure to
the top of the generator, and tighten the set screw (using the ATI screwdriver) on the housing to
provide a secure fit. An O-Ring in the sensor cap provides the mechanism for securing the
generator to the transmitter. Simply press the generator into the bottom of the sensor cap until it
is secure.

ATI Model F12is Gas Transmitter Part 1 - Introduction
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ATI P/N 85-0001 Rev E (May 2016)
1.2 H10 Smart Sensors
Gas
Part No.
Standard
Range
Minimum
Range
Maximum
Range
GENERAL GASES
Acetylene
00-1057
0-200 PPM
0-50 PPM
0-500 PPM
Alcohol
00-1043
0-200 PPM
0-50 PPM
0-500 PPM
Alcohol
00-1044
0-500 PPM
0-500 PPM
0-2000 PPM
Ammonia
00-1010*
0-100 PPM
0-50 PPM
0-500 PPM
Ammonia
00-1011
0-1000 PPM
0-500 PPM
0-2000 PPM
Carbon Monoxide
00-1012*
0-100 PPM
0-50 PPM
0-1000 PPM
Dimethylamine (DMA)
00-1450
0-100 PPM
0-100 PPM
0-200 PPM
Ethylene Oxide
00-1039*
0-20 PPM
0-20 PPM
0-200 PPM
Formaldehyde
00-1040*
0-20 PPM
0-20 PPM
0-200 PPM
Formaldehyde
00-1349
0-1000 PPM
0-500 PPM
0-2000 PPM
Hydrogen
00-1041
0-2000
0-500 PPM
0-2000 PPM
Hydrogen
00-1013
0-4 %
0-1%
0-10 %
Nitric Oxide
00-1021
0-100 PPM
0-50 PPM
0-500 PPM
NOx
00-1181
0-200 PPM
0-50 PPM
0-500 PPM
Oxygen
00-1014
0-25%
0-10%
0-25%
Phosgene
00-1015
0-1 PPM
0-1 PPM
0-5 PPM
Phosgene
00-1016
0-100 PPM
0-5 PPM
0-100 PPM
OXIDANT GASES
Bromine
00-1000*
0-1 PPM
0-1 PPM
0-5 PPM
Bromine
00-1001*
0-10 PPM
0-5 PPM
0-200 PPM
Chlorine
00-1002*
0-1 PPM
0-1 PPM
0-5 PPM
Chlorine
00-1003*
0-10 PPM
0-5 PPM
0-200 PPM
Chlorine Dioxide
00-1004*
0-1 PPM
0-1 PPM
0-5 PPM
Chlorine Dioxide
00-1005*
0-10 PPM
0-5 PPM
0-200 PPM
Chlorine Dioxide
00-1359
0-1000 PPM
0-200 PPM
0-1000 PPM
Chlorine Dioxide
00-1425
0-1 PPM
0-1 PPM
0-5 PPM
Fluorine
00-1006*
0-1 PPM
0-1 PPM
0-5 PPM
Fluorine
00-1007*
0-10 PPM
0-5 PPM
0-200 PPM
Hydrogen Peroxide
00-1042*
0-10 PPM
0-10 PPM
0-200 PPM
Hydrogen Peroxide
00-1169
0-1000 PPM
0-200 PPM
0-2000 PPM
Iodine
00-1036*
0-1 PPM
0-1 PPM
0-5 PPM
Iodine
00-1037*
0-10 PPM
0-5 PPM
0-200 PPM
Ozone
00-1008*
0-1 PPM
0-1 PPM
0-5 PPM
Ozone
00-1009*
0-10 PPM
0-5 PPM
0-200 PPM
Ozone
00-1358
0-1000 PPM
0-200 PPM
0-1000 PPM
(continued on next page)

ATI Model F12is Gas Transmitter Part 1 - Introduction
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ATI P/N 85-0001 Rev E (May 2016)
ACID GASES
Hydrogen Bromide
00-1455*
0-20 PPM
0-10 PPM
0-200 PPM
Hydrogen Chloride
00-1017*
0-10 PPM
0-10 PPM
0-200 PPM
Hydrogen Cyanide
00-1018*
0-10 PPM
0-10 PPM
0-200 PPM
Hydrogen Fluoride
00-1019*
0-10 PPM
0-10 PPM
0-200 PPM
Hydrogen Sulfide
00-1020*
0-50 PPM
0-10 PPM
0-500 PPM
Hydrogen Sulfide
00-1469
0-500 PPM
0-200 PPM
0-1000 PPM
Nitrogen Dioxide
00-1022*
0-10 PPM
0-10 PPM
0-200 PPM
Sulfur Dioxide
00-1023*
0-10 PPM
0-10 PPM
0-200 PPM
General Acid Gases
00-1038*
0-10 PPM
0-10 PPM
0-200 PPM
HYDRIDE GASES
Arsine
00-1024
0-1000 PPB
0-500 PPB
0-2000 PPB
Arsine
00-1025
0-10 PPM
0-10 PPM
0-200 PPM
Diborane
00-1026
0-1000 PPB
0-500 PPB
0-2000 PPB
Diborane
00-1027
0-10 PPM
0-10 PPM
0-200 PPM
Germane
00-1028
0-1000 PPB
0-500 PPB
0-2000 PPB
Germane
00-1029
0-10 PPM
0-10 PPM
0-200 PPM
Hydrogen Selenide
00-1030
0-1000 PPB
0-500 PPB
0-2000 PPB
Hydrogen Selenide
00-1031
0-10 PPM
0-10 PPM
0-200 PPM
Phosphine
00-1032
0-1000 PPB
0-500 PPB
0-2000 PPB
Phosphine
00-1033
0-10 PPM
0-10 PPM
0-200 PPM
Phosphine
00-1034
0-1000 PPM
0-200 PPM
0-2000 PPM
Silane
00-1035
0-10 PPM
0-10 PPM
0-200 PPM
Silane
00-1285
0-1000 PPB
0-500 PPB
0-2000 PPB
*Corresponding E18 gas generator available for standard range of sensor, and lower.

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ATI P/N 85-0001 Rev E (May 2016)
1.3 Specifications
Sensor Type
Electrochemical cell
Gas Type
Sensor dependent (refer to list of available sensor types)
Range
User adjustable within limits of selected sensor (refer to list of available sensor types)
Response Time
Sensor dependent
Accuracy
Generally ±10% of value, but limited by available calibration gas accuracy.
Repeatability
±1% (Electronic)
Linearity
±0.5% (Electronic)
Zero Drift
Less than 2% full scale per month
Span Drift
Dependent on operating environment but generally less than 3% per month
Analog Output
4-20 mA, 600 ohms max. at 24 VDC
Serial Interface
(Optional) HART® digital signaling over the 4-20mA current loop
Power
Requirements
(Standard and HART™ Option) Powered from 4-20mA loop, 12-28 VDC, 25 mA max.
Additional Power
Requirements
Auxiliary power for Heated Sensor Housing option, 24 VDC, 93 mA max
Enclosure
IP 65, polycarbonate with stainless steel hardware. Weatherproof and corrosion resistant
(Standard) HWD: 4.4”(112mm) x 4.4” (112mm) x 3.5” (89mm)
(w/Optional ) HWD: 4.9”(124mm) x 4.9” (124mm) x 5.5” (139mm)
Mounting
(Standard) Wall or pipe mount bracket. U-Bolts suitable for 1.5” or 2” I.D.
(Optional) Panel mount kit available.
Auto-Test Option
Dependent on sensor gas type and full scale range
Display
Graphics LCD, 96w x 32h, backlit, transflective
Controls
Four, dome-type push buttons; Remote alarm reset input (w/optional alarm relays only)
Operating
Environment
-30° to +60° C (Min. temp. for O2sensor is –10° C)
10 to 95% RH (non-condensing)
IP 65
Weight
(Standard) 1lb (0.45kg)

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1.4 Hazardous Area Approvals
Approved Models:
F12is-1-b-c-d, where:
b: 1, 2, 3, 4, 5, 6, 7, or 8
c: 1 or 2 (for b=1, 2, 3, or 4), 1 (for b=5, 6, 7, or 8)
d: 1 or 2
UL/CSA - Conforms to UL 913 & Certified to CSA C22.2 No. 157
Class I, Div. 1 Groups A, B, C & D T4
Class I, Zone 0 AEx ia IIC T4 (USA)
Class I, Zone 0 Ex ia IIC T4 (CAN)
Tamb: -30 ºC to 60 ºC IP 65
ATEX:
ITS14ATEX28098X
II 1 G Ex ia IIC T4 Ga
Tamb: -30 ºC to 60 ºC IP 65
IECEx:
ETL 14.0032X
Ex ia IIC T4 Ga
Tamb: -30 ºC to 60 ºC IP 65
Refer to Control Drawings in the next section for complete approval specifications

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1.5 Control Drawings
Figure 2a Control Drawing (DWG: ATI-1042, Sheet 1)
Transmitter Entity Parameters
Param Main Pwr Aux Pwr (via ISB1) (via ISB2) -------------------------------- Ui/Vmax 28 V 28 V Ii/Imax 93 mA 93 mA Pi 0.651 W 0.651 W Ci 0.046 uF 0.000 uF Li 299.81 uH 0.0 uH
Notes 1. Barrier must be certified and must be installed in accordance with manufacturer instructions. 2. Maximum nonhazardous area voltage not to exceed 250V. 3. Install in accordance with local and national electric codes. 4. Total resistance between Intrinsically Safe Ground and Earth Ground must be less than 1 ohm. 5. Intrinsically safe for locations: Class I, Div. 1, Groups A, B, C, D Class I, Zone 0, Group IIC T4 Ex ia IIC T4
6. Ta = -30°C to +60°C 7. Electrostatic discharge hazard. * Take the necessary antistatic precautions if you: handle, install or use the device in potentially explosive atmospheres. * Do not install in a location (i.e.: near to ventilation systems) where the electrostatic charge can increase. * Do not clean plastic parts in a hazardous area.
NONHAZARDOUS
(UNCLASSIFIED)
LOCATIONS
Class/Div and Class Zone
Intrinsically Safe - Securite Intrinseque
HAZARDOUS (CLASSIFIED)
LOCATIONS UL/CSA: Class I, Div 1, Groups A, B, C, D Class I, Zone 0, AEx ia IIC T4 Class I, Zone 0, Exia IIC T4 ATEX: II 1 G Ex ia IIC T4 Ga IECEx: Ex ia IIC T4 Ga All Certs: Ta = -30°C to +60°C
I/S
Barrier 1
I/S
Barrier 2
Control
Room
Equipment
12 - 24
VDC
Supply
For Heated Senor Option Only
Loop(+) 5
Loop(-) 6
N/C 7
Earth 8
Aux Pwr(+) 1
Aux Pwr(-) 2
N/C 3 N/C 4
F12is
For Models F12is-1-b-c-d
Where: b = 1, c = 1 or 2, d = 1 or 2
DRAWN CHECKED ENG APPR MGR APPR
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
ANGLES ±0.5°
2 PL ±0.010 3 PL ±0.005
NAME
ckrusen
DATE
03/01/16 Analytical Technology, Inc.
1-800-959-0299
TITLE F12is Control Drawing
SIZE
B
DWG NO ATI-1042 REV
D
FILE: ~DF4912B46A147B79B3 SCALE: WEIGHT: SHEET 1 OF 2
REVISION HISTORY
REV DESCRIPTION DATE APPROVED
A Initial release - NDR 458 10/6/14
B Updated IEC Ex string - ECN 1584 06/23/15 CAdded sheet 2, remote cfg - ECN 1632 11/5/15 D Updated Entity Params - ECN 1650 3/1/16

ATI Model F12is Gas Transmitter Part 1 - Introduction
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ATI P/N 85-0001 Rev E (May 2016)
Figure 3b Control Drawing (DWG: ATI-1042, Sheet 2)
Combined Transmitter & Remote
Entity Parameters Main Pwr Aux Pwr Param (via ISB1) (via ISB2) -------------------------------- Ui/Vmax 28 V 28 V Ii/Imax 93 mA 93 mA Pi 0.651 W 0.651 W Ci 0.046 uF 0.000 uF Li 299.81 uH 0.0 uH
NONHAZARDOUS
(UNCLASSIFIED)
LOCATIONS
Class/Divand Class Zone
Intrinsically Safe - Securite Intrinseque
HAZARDOUS (CLASSIFIED)
LOCATIONS UL/CSA: Class I, Div 1, Groups A, B, C, D Class I, Zone 0, AEx ia IIC T4 Class I, Zone 0, Exia IIC T4 ATEX: II 1 G Ex ia IIC T4 Ga IECEx: IEC Ex ia IIC T4 Ga All Certs: Ta = -30°C to +60°C
I/S
Barrier 1
I/S
Barrier 2
Control
Room
Equipment
12 - 24
VDC
Supply
For Heated Senor Option Only
F12is Remote
Sensor
(Jbox)
Loop(+) 5
Loop(-) 6
N/C 7
Earth 8
Aux Pwr(+) 1
Aux Pwr(-) 2
N/C 3 N/C 4
F12is Transmitter
(Xmtr)
TB4 1 V+ 2 Rx 3 Tx 4 G 5 N/C 6 SHLD
TB4
V+ 1
Tx 2
Rx 3
G 4
N/C 5 N/C 6
TB3 1 -12 N/C 13 Aux Pwr(-) 14 Aux Pwr(+)
N/C 3-4
Aux Pwr(-) 2
Aux Pwr(+) 1
EARTH 8
N/C 7 N/C 6 N/C 5
Notes 1. Barrier must be certified and must be installed in accordance with manufacturer instructions. 2. Maximum nonhazardous area voltage not to exceed 250V. 3. Install in accordance with local and national electric codes. 4. Total resistance between Intrinsically Safe Ground and Earth Ground must be less than 1 ohm. 5. Intrinsically safe for locations: Class I, Div. 1, Groups A, B, C, D Class I, Zone 0, Group IIC T4 Ex ia IIC T4
6. Ta = -30°C to +60°C 7. Electrostatic discharge hazard. * Take the necessary antistatic precautions if you: handle, install or use the device in potentially explosive atmospheres. * Do not install in a location (i.e.: near to ventilation systems) where the electrostatic charge can increase. * Do not clean plastic parts in a hazardous area. 8. Conductors from Transmitter TB4 to Remote Sensor TB4: * 22 AWG Minimum * 4C (2 Twisted Pairs), each pair sheilded
* 100 ft Maximum * 0.005 uF Maximum (i.e. 100 ft x 50 pF/ft) 9. Conductors from Transmitter TB3 to Remote Sensor TB1: * 22 AWG Minimum * 2C * 100 ft Maximum * 0.005 uF Maximum (i.e. 100 ft x 50 pF/ft) 10. Inductance of the cables (barrier to Xmtr & Xmtr to Jbox) plus Li shall not exceed the allowed inductance (La) from the barrier 11. Capacitance of the cables (barrier to Xmtr & Xmtr to Jbox) plus Ci shall not exceed the allowed capacitance (Ca) from the barrier
For Models F12is-1-b-c-d
Where: b = 2, 4, 5, 7, or 8, c = 1 or 2, d = 1 or 2
DRAWN CHECKED ENG APPR MGR APPR
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
ANGLES ±0.5°
2 PL ±0.010 3 PL ±0.005
NAME
ckrusen
DATE
03/01/16 Analytical Technology, Inc.
1-800-959-0299
TITLE F12is Control Drawing
SIZE
B
DWG NO ATI-1042 REV
D
FILE: ~DF6466928AD053CB07 SCALE: WEIGHT: SHEET 2 OF 2
REVISION HISTORY
REV DESCRIPTION DATE APPROVED
A Initial release - NDR 458 10/6/14 B Updated IEC Ex string - ECN 1584 06/23/15 C Added sheet 2, remote cfg - ECN 1632 11/5/15
Ui = Uo Ii = Io Pi = Po Ci + C_Xmtr-Jbox_cable + C_barrier_Xmtr_cable = Ca Li + L_Xmtr-Jbox_cable + L_barrier-Xmtr_cable = La
D Updated Entity Params - ECN 1650 3/1/16

Part 2 –Mechanical Installation
2.1 Transmitter Mounting
Threaded inserts in the rear of the enclosure permit the attachment of brackets for securing the
transmitter to a wall or pipe.
Choose a location so the transmitter display is readily visible, and the panel buttons and sensor
are accessible for calibrations. Consider the remote sensor option to locate the sensor closer to
the source of a potential gas leak, or closer to the floor for gasses heavier than air.
2.2 Enclosure Dimensions
Dimensions and the conduit entry locations are detailed in Figure 4 and, below.
Figure 4. Enclosure dimensions, (standard)

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2.3 Wall and Pipe Mounting
A PVC mounting bracket with attachment screws is supplied with the transmitter. The transmitter
is attached to the bracket using four flat head screws, and the bracket is attached to a wall or pipe
by way of the four slots in each corner. The slots will accommodate ¼” u-bolts designed for
1½”or 2” pipe. For 1 ½” pipe, type 304 stainless steel u-bolts with 2” I.D. are available from ATI
(p/n 47-0005).
Figure 5. Wall/pipe mounting bracket
Figure 6. Wall mounting diagram

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Figure 7. Pipe mounting diagram

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2.4 Generator Installation/Removal
Generators are inserted into the optional generator housing attached to the bottom of the
sensor housing at the base of the transmitter. Before installing the generator, check to see
that the set screw on the side of the holder is loose and does not contact the generator
during installation. An indexing groove on the side of the generator aligns the connector
for a perfect fit. Once installed apply a little pressure to the top of the generator, and
tighten the set screw (using the ATI screwdriver) on the housing to provide a secure fit. If
the set screw is not secure, the connector on the generator may disengage causing a
“generator missing” error message on the display.
To remove the generator from the holder, loosen the set screw on the side of the holder
and pull up on the outlet stem.
An O-Ring in the sensor cap provides the mechanism for securing the generator to the
transmitter. Simply press the generator into the bottom of the sensor cap until it is secure.
Figure 8 - Generator Exploded View

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2.5 Duct Sensor Mounting
The H10 sensor duct mount option allows sensors to be installed in a duct or pipe, and
provides easy access for service.
The assembly is comprised of a special H10 sensor holder (Figure 9) that slides into the hollow duct
mount adapter (
Figure 11). The adapter has 1-1/2” MNPT threads on the insertion end, for securing it to
the duct or pipe, and a barb fitting for supplying calibration gas to the sensor. An interface
cable is provided to connect the sensor holder to the transmitter. Note that a mating flange
for securing the adapter is not provided.
Screw the adapter into the duct or pipe so the barb fitting is accessible to connect gas
tubing. Once the adapter is in place, slide in the sensor holder, lock it in place, and
connect the interface cable. It is recommended that the sensor not be installed in the
holder until you are ready to start the transmitter. This is especially true during
construction, when excessive dust and dirt may be blowing through the duct system and be
deposited on the sensor.
Figure 9. Duct-mount sensor holder
Figure 10 Duct Mount Sensor Exploded View

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Figure 11. Duct-mount adapter (ATI-0670)
Figure 12. Duct-mount assembly

Part 3 –Electrical Connections
3.1 Transmitter Connections
WARNING:
Installation must be in accordance with the recognized
standards of the appropriate authority in the country
concerned.
To access the wiring terminals inside the transmitter, loosen the four screws in each corner of the housing’s
front cover. The front cover is hinged to the rear cover along its lower edge so it will swing down and stop at
approximately 90°. The transmitter has limited space for wire; therefore, use the smallest gauge wire
available that is compatible with electrical code and current requirements.
Figure 13. F12is Transmitter Configurations

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3.2 Sensor Adapter Board
The Sensor Adapter Board provides a socket connector for the sensor plug and mates to a 14-pin header on
the transmitter’s Power Supply board. Wire assignments for the sensor plug are shown below.
The board does not normally need to be removed, but if necessary, unplug the sensor and remove the (2)
retaining nuts and screw. Gently pull up until the connector is free from the pins on the Power Supply
board.
Conductor colors
TB 3 Position
Sensor Wires
Generator Wires
1
WHITE
2
YELLOW
3
BLUE
BLUE
4
PURPLE
WHITE
5
GRAY
6
GREEN
7
BLACK
8
BROWN
BLACK
9
RED
RED
10
ORANGE
ORANGE
11
WHT / BLK
12
GREEN
Figure 14. Sensor/Generator Terminal Wiring

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3.3 Terminal Board
The Terminal Board is located just below the metal shield in the front cover. It contains the power and
communication terminals, and provides a header for connecting the Sensor Adapter board. In addition, the
board has a jumper block for configuring the communication interface.
Two terminal blocks are provided on the transmitter’s Power Supply board (hidden by the metal shield) to
connect power and communication wires. The table below lists each terminal and its associated function.
The transmitter is powered in using terminals 5 and 6, commonly referred to as “two-wire mode”.
Power Terminals
1
Auxiliary Power +
2
Auxiliary Power -
3
make no connections
4
make no connections
5
Loop +
6
Loop -
7
make no connections
8
EARTH GROUND
Figure 15. Power and communication terminals.