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71

Holding Registers, cont’d.

Holding

Register

Address

Name

Range

Format

400643

Sensor # circuit 71

 0-72

specify sensor # from 0(unused) up to 72

400644

Sensor # circuit 71

 0-72

specify sensor # from 0(unused) up to 72

400645

Sensor # circuit 71

 0-72

specify sensor # from 0(unused) up to 72

400646

Sensor # circuit 72

 0-72

specify sensor # from 0(unused) up to 72

400647

Sensor # circuit 72

 0-72

specify sensor # from 0(unused) up to 72

400648

Sensor # circuit 72

 0-72

specify sensor # from 0(unused) up to 72

400649

Temp. calculation algorithm CKT 1

0-2

AVERAGE 0, MIN 1, MAX 2

400650

Temp. calculation algorithm CKT 2

0-2

AVERAGE 0, MIN 1, MAX 2

400651

Temp. calculation algorithm CKT 3

0-2

AVERAGE 0, MIN 1, MAX 2

400652

Temp. calculation algorithm CKT 4

0-2

AVERAGE 0, MIN 1, MAX 2

400653

Temp. calculation algorithm CKT 5

0-2

AVERAGE 0, MIN 1, MAX 2

400654

Temp. calculation algorithm CKT 6

0-2

AVERAGE 0, MIN 1, MAX 2

400655

Temp. calculation algorithm CKT 7

0-2

AVERAGE 0, MIN 1, MAX 2

400656

Temp. calculation algorithm CKT 8

0-2

AVERAGE 0, MIN 1, MAX 2

400657

Temp. calculation algorithm CKT 9

0-2

AVERAGE 0, MIN 1, MAX 2

400658

Temp. calculation algorithm CKT 10

0-2

AVERAGE 0, MIN 1, MAX 2

400659

Temp. calculation algorithm CKT 11

0-2

AVERAGE 0, MIN 1, MAX 2

400660

Temp. calculation algorithm CKT 12

0-2

AVERAGE 0, MIN 1, MAX 2

400661

Temp. calculation algorithm CKT 13

0-2

AVERAGE 0, MIN 1, MAX 2

400662

Temp. calculation algorithm CKT 14

0-2

AVERAGE 0, MIN 1, MAX 2

400663

Temp. calculation algorithm CKT 15

0-2

AVERAGE 0, MIN 1, MAX 2

400664

Temp. calculation algorithm CKT 16

0-2

AVERAGE 0, MIN 1, MAX 2

400665

Temp. calculation algorithm CKT 17

0-2

AVERAGE 0, MIN 1, MAX 2

400666

Temp. calculation algorithm CKT 18

0-2

AVERAGE 0, MIN 1, MAX 2

400667

Temp. calculation algorithm CKT 19

0-2

AVERAGE 0, MIN 1, MAX 2

400668

Temp. calculation algorithm CKT 20

0-2

AVERAGE 0, MIN 1, MAX 2

400669

Temp. calculation algorithm CKT 21

0-2

AVERAGE 0, MIN 1, MAX 2

400670

Temp. calculation algorithm CKT 22

0-2

AVERAGE 0, MIN 1, MAX 2

400671

Temp. calculation algorithm CKT 23

0-2

AVERAGE 0, MIN 1, MAX 2

400672

Temp. calculation algorithm CKT 24

0-2

AVERAGE 0, MIN 1, MAX 2

400673

Temp. calculation algorithm CKT 25

0-2

AVERAGE 0, MIN 1, MAX 2

400674

Temp. calculation algorithm CKT 26

0-2

AVERAGE 0, MIN 1, MAX 2

400675

Temp. calculation algorithm CKT 27

0-2

AVERAGE 0, MIN 1, MAX 2

400676

Temp. calculation algorithm CKT 28

0-2

AVERAGE 0, MIN 1, MAX 2

400677

Temp. calculation algorithm CKT 29

0-2

AVERAGE 0, MIN 1, MAX 2

400678

Temp. calculation algorithm CKT 30

0-2

AVERAGE 0, MIN 1, MAX 2

400679

Temp. calculation algorithm CKT 31

0-2

AVERAGE 0, MIN 1, MAX 2

400680

Temp. calculation algorithm CKT 32

0-2

AVERAGE 0, MIN 1, MAX 2

400681

Temp. calculation algorithm CKT 33

0-2

AVERAGE 0, MIN 1, MAX 2

400682

Temp. calculation algorithm CKT 34

0-2

AVERAGE 0, MIN 1, MAX 2

400683

Temp. calculation algorithm CKT 35

0-2

AVERAGE 0, MIN 1, MAX 2

Summary of Contents for IntelliTrace ITAS

Page 1: ...er Control Panel ITLS Line Sensing Control Panel ITLS EXT Line Sensing Extender Control Panel Hazardous Area ITASC1D2 Ambient Sensing Control Panel ITASC1D2 EXT Ambient Sensing Extender Control Panel...

Page 2: ...ety personnel for more information IMPORTANT SAFEGUARDS Safety Precautions WARNING HIGH VOLTAGE is used in the opera tion of this equipment DEATH ON CONTACT may result if personnel fail to observe saf...

Page 3: ...t Start Feature 13 Load Setup Menu 14 Tuning Menu 16 Control Modes ON OFF Autotune PID 17 Sensor Mapping 18 System Properties 19 Auto Cycle Feature 20 Communications 21 Remote Monitoring System Manage...

Page 4: ......

Page 5: ...Ambient Sensing control IntelliTrace Features 40 Amps Circuit 100 600 VAC SSR Output Power Control 2 to 72 Circuit Large Touch Screen HMI Integral Control Panel and Circuit Breaker Distribution non ha...

Page 6: ...Ordinary Non Hazardous Area X n a X n a X n a X n a Hazardous Area Class I Division 2 n a X n a X n a X n a X 7 Touch Screen HMI 2 4 Loop Versions X X X X n a n a n a n a 10 Touch Screen HMI 6 48 Loop...

Page 7: ...button on the Load Setpoints screen is checked the output of the defective circuit is set to 0 and that circuit goes into an alarm condition If Trip button is not selected the operation of that circu...

Page 8: ...l multiple heater circuits are controlled by a singular ambient sensed temperature PASC control is therefore significantly more energy ef ficient than ambient sensing control PASC control can be emplo...

Page 9: ...es should be placed on a firm level surface to prevent distortion Outdoor storage of indoor equipment is not recommended The covering provided during shipment of indoor as semblies is NOT adequate for...

Page 10: ...tacts shown on electrical schematics are internal to the controller Most of these contacts are programmable to suit the mode of operation Consult the appro priate user manual s 7 Dashed lines indicate...

Page 11: ...pplications Equipment protection from the environment must be carefully considered when installing these systems outdoors Both Solar Loading and UV Rays from the sun can impact the performance of thes...

Page 12: ...o control state and output percentage for 2 6 circuits at a time See Figure 1 Figure 1 Main Menu Screen Circuit Number and Circuit Identification Alarm Status Type 2 6 Circuit Navigation Buttoon x2 Pr...

Page 13: ...overide controls are located within the Temp Setup Screen Navigation notes 1 Each screen illustrates 2 or 6 circuits at a time To make setting changes to circuits beyond the current screen within the...

Page 14: ...to the setup screen Each of the above Security Levels has predefined accessibility and rights within the programming of the control panel They include Level Title Accessibility Rights 4 Manager All c...

Page 15: ...erature Set Point High Low Temperature Alarm Limits Maximum allowable GFEP Ground Fault Equipment Protection Alarm Limit Output behavior whether Automatically or Manually Manual Output Load Percentage...

Page 16: ...ion buttons in the upper right or left of screen Figure 5 illustrates the input cell identification and location for a single circuit within the Temp Setup Menu Figure 5 Circuit Name Temperature Setpo...

Page 17: ...ee Figure 6 complete the input of the pa rameters and select the Apply Glob button to mirror these settings across all circuits Soft Start Feature These control panels are ideal for controlling heat t...

Page 18: ...llowing settings for each circuit High Low Load Alarm Limits Trip and or Latch Enabled Disabled Output Permis sion upon GFEP Violation Maximum allowable GFEP Ground Fault Equipment Protection Alarm Li...

Page 19: ...it is manually cleared Disabled If the GFEP limit is met the alarm condition will be cleared once the GFEP vari able is less than the GFEP setpoint Apply Globally This allows the user to copy all of...

Page 20: ...how the output is to be operated Auto Manual or Off These selections are made within the Temp Setup Menu If Auto or Automatic Control Operation is desired then the tuning of the automatic con trol is...

Page 21: ...the area around the setpoint in which the proportional action takes place This is sometimes referred to as gain which is the recipro cal of proportional band Autotune If the Autotune Feature is select...

Page 22: ...t output circuit This may be desirable on long runs or zones which realize varying temperatures or weather conditions at different times of the day This does not apply when only 1 Input Circuit select...

Page 23: ...ty Level and Password Screen Section Figure 9 System Page Definitions Facility name of the facility Units degree Celsius or Fahrenheit Autocycle Autocycle feature Value of 0 disables it Number of circ...

Page 24: ...mance between 1 999 hours The minimum and maximum values for Current Load GFEP and Temperatures are stored Once the new high or low value is attained the old value is over written and displayed in the...

Page 25: ...le to the owner Due to the frequent program updates we ask that you contact the factory for the most recent release version Figure 11 Setup Items Setup Description SIO Type Select the SIO type for com...

Page 26: ...s been recovered it can be removed from the list by pushing the clear recovered alarm button To extract these files one must 1 Plug a USB flash drive into the USB port located on the back of the ITLS...

Page 27: ...the upper right hand or upper left hand corner Alarm conditions are illustrated within each circuit window Up to three alarm conditions can be illustrated for any single circuit on the Main Menu scre...

Page 28: ...m Yes Yes Output will go to 0 OFF until alarm is reset HI CURRENT LOAD on Faults Screen Sensed Load Current Hi Current Setpoint Output will switch to Manual Mode Alarm will be cleared automatically wh...

Page 29: ...Extension Panel Distri bution Module See Diagram Below 5 If the number of loops needs to be changed power up the system and login into the setup menu using 5731 as the password Go to the System tab an...

Page 30: ...nd the necessary communication accessories The panel facilitates both wired and wireless tempera ture sensor inputs and the touchscreen computer HMI distinguishes wireless circuits from wired ones Sev...

Page 31: ...Temperature Transmitter This transmitter is WirelessHART certified and it may be pipe or structure mounted When deployed in a Mesh network this transmitter is actually both a transmitter and a receive...

Page 32: ...1 2 14 NPT Conduit Entry Size WirelessHART 2 4 GHz External Omni directional An tenna Aluminum Housing only 5 point Calibration External ground lug 60Hz 3 Year Warranty Polymer Housing Aluminum Housin...

Page 33: ...out a matching Universal Mounting Bracket see above table This bracket eases and enables transmitter mounting to either pipe struc tures or flat structural surfaces Rosemount 248 Wireless Temperature...

Page 34: ...e utilized Chromal ox has standardized on the RBF185M type Heat Trace Sensor This industrial duty RTD is designed to be Pipe Mounted and it comes complete with either an Alumi num or 316L Stainless St...

Page 35: ...has developed a pipe mounting kit This kit may be installed in both ordinary and hazardous areas Class I Divisions 1 or 2 Desription Part Number Pipe Standoff Kit Divisions 1 2 394337 Item Qty Compone...

Page 36: ...t is used to seal off the Seal Fitting ports ensuring that no gas ingress occurs within the Wireless Transmitter or the Sensor The Fiber is used as a dam for the sealing compound Pipe clamps are requi...

Page 37: ...ace Sensor 3 4 NPT Port RBF 185M Heat Trace Sensor Environment approved conduit connection not provided Rosemount 248 Wireless Transmitter Rosemount 248 Universal Mounting Bracket 1 2 NPT port plugged...

Page 38: ...nsor devices communicate via the hub rather than directly with each other as shown in Figure A below Communication rates are relatively high while complexity reliability and distances between compo ne...

Page 39: ...water content moder ate impact Fiberglass slight impact To increase the distance a network can cover you can add Repeaters or Nodes In a Mesh network a node is merely a bi directional wireless transmi...

Page 40: ...T 248 Quick Install Guide 00825 0200 4248 RMT 248 Product Data Sheet 00813 0100 4248 and RMT 248 Reference Manual 00809 0100 4248 for complete commissioning details and guidance These documents are av...

Page 41: ...500 On Off Control mode must be set to Auto Dead band F Range 2 100 Manual Range 0 100 Soft Start Current Clamping Enable or Disable Settings Temperature SP Range 80 F to 1100 F Range 62 C to 593 C Lo...

Page 42: ...ction IEC IP66 Front Panel Enclosure Rating NEMA 4 or Optional NEMA 4X 304SS Approvals UL cUL Ordinary and Class I Division 2 Groups A B C D Hazardous loca tions UL file Number E165116 Temperature Rat...

Page 43: ...e some UV protection to the HMI Touchscreen However without complete UV protection the life of the HMI Touchscreen will be compromised For outdoor installations Chromalox insists on installing an HMI...

Page 44: ...e and accessories the NEMA 4 4X control panel rat ing is maintained The Sunscreen collapses nearly flush with the front of the enclosure when not in use and it may be secured shut with a common padloc...

Page 45: ...mounting template below to establish the drill hole locations 2 Install the provided gas tight sealing washers and sealing gasket along with the cap screws and nuts Field Installation Below is the mo...

Page 46: ...upplied with your specific panel for reference Wiring Considerations Item Function ITAS ITLS ITAS EXT ITLS EXT ITASC1D2 ITLSC1D2 ITASC1D2 EXT ITLSC1D2 EXT 1a Main Voltage Supply In X X 1b Remote Volta...

Page 47: ...oad OUT Heat Trace or Other Resistive Heater Loads are connected here Modules are labeled Zone A is the first circuit on each module Zone F is the last circuit on each module 4 x 3 Pin 2 x 2 Pin Termi...

Page 48: ...ERA Output Data Terminal Ready A 5 SG Signal Ground 6 CSB Input Send Possible B 7 SDB Output Send Data B 8 CSA Input Send Possible A 9 ERB Output Data Terminal Ready B Shell FG Finctional Ground Comm...

Page 49: ...eover switch 4 From the Main Unit Settings screen touch Ethernet Local Settings 5 The Ethernet Local Settings screen opens Touch the IP address input field to display the numeric touch keys and then e...

Page 50: ...expressed in tenth of deg e g 765 76 5 F 300010 Temperature from Sensor 10 from 800 to 11000 expressed in tenth of deg e g 765 76 5 F 300011 Temperature from Sensor 11 from 800 to 11000 expressed in t...

Page 51: ...r 45 from 800 to 11033 expressed in tenth of deg e g 765 76 5 F 300046 Temperature from Sensor 46 from 800 to 11034 expressed in tenth of deg e g 765 76 5 F 300047 Temperature from Sensor 47 from 800...

Page 52: ...0086 Load current 14 from 0 to 50 0 Amps expressed in tenth of Amps e g 56 5 6 Amps 300087 Load current 15 from 0 to 50 0 Amps expressed in tenth of Amps e g 56 5 6 Amps 300088 Load current 16 from 0...

Page 53: ...xpressed in tenth of Amps e g 56 5 6 Amps 300127 Load current 55 from 0 to 50 0 Amps expressed in tenth of Amps e g 56 5 6 Amps 300128 Load current 56 from 0 to 50 0 Amps expressed in tenth of Amps e...

Page 54: ...150 mA expressed in mA 300168 GFEP current 24 from 30 to 150 mA expressed in mA 300169 GFEP current 25 from 30 to 150 mA expressed in mA 300170 GFEP current 26 from 30 to 150 mA expressed in mA 300171...

Page 55: ...150 mA expressed in mA 300210 GFEP current 66 from 30 to 150 mA expressed in mA 300211 GFEP current 67 from 30 to 150 mA expressed in mA 300212 GFEP current 68 from 30 to 150 mA expressed in mA 30021...

Page 56: ...g 500 50 0 300250 Output Demand 34 0 1000 expressed in tenth of e g 500 50 0 300251 Output Demand 35 0 1000 expressed in tenth of e g 500 50 0 300252 Output Demand 36 0 1000 expressed in tenth of e g...

Page 57: ...11000 expressed in tenth of deg e g 765 76 5 F 300294 Temperature circuit 6 from 800 to 11000 expressed in tenth of deg e g 765 76 5 F 300295 Temperature circuit 7 from 800 to 11000 expressed in tent...

Page 58: ...uit 44 from 800 to 11000 expressed in tenth of deg e g 765 76 5 F 300333 Temperature circuit 45 from 800 to 11000 expressed in tenth of deg e g 765 76 5 F 300334 Temperature circuit 46 from 800 to 110...

Page 59: ...Setpoint 7 from 80 to 1100 F expressed as integer number 400008 Setpoint 8 from 80 to 1100 F expressed as integer number 400009 Setpoint 9 from 80 to 1100 F expressed as integer number 400010 Setpoint...

Page 60: ...to 1100 F expressed as integer number 400047 Setpoint 47 from 80 to 1100 F expressed as integer number 400048 Setpoint 48 from 80 to 1100 F expressed as integer number 400049 Setpoint 49 from 80 to 11...

Page 61: ...0 expressed as integer number 400088 Default Output Demand 16 0 100 expressed as integer number 400089 Default Output Demand 17 0 100 expressed as integer number 400090 Default Output Demand 18 0 100...

Page 62: ...Output Demand 56 0 100 expressed as integer number 400129 Default Output Demand 57 0 100 expressed as integer number 400130 Default Output Demand 58 0 100 expressed as integer number 400131 Default O...

Page 63: ...and 25 0 100 expressed as integer number 400170 Proportional Band 26 0 100 expressed as integer number 400171 Proportional Band 27 0 100 expressed as integer number 400172 Proportional Band 28 0 100 e...

Page 64: ...r number 400210 Proportional Band 66 0 100 expressed as integer number 400211 Proportional Band 67 0 100 expressed as integer number 400212 Proportional Band 68 0 100 expressed as integer number 40021...

Page 65: ...ral Band 35 0 9999 expressed as integer number 400252 Integral Band 36 0 9999 expressed as integer number 400253 Integral Band 37 0 9999 expressed as integer number 400254 Integral Band 38 0 9999 expr...

Page 66: ...nd 4 0 500 expressed as integer number 400293 Derivative Band 5 0 500 expressed as integer number 400294 Derivative Band 6 0 500 expressed as integer number 400295 Derivative Band 7 0 500 expressed as...

Page 67: ...ive Band 45 0 500 expressed as integer number 400334 Derivative Band 46 0 500 expressed as integer number 400335 Derivative Band 47 0 500 expressed as integer number 400336 Derivative Band 48 0 500 ex...

Page 68: ...integer number 400374 Deadband 14 2 100 expressed as integer number 400375 Deadband 15 2 100 expressed as integer number 400376 Deadband 16 2 100 expressed as integer number 400377 Deadband 17 2 100...

Page 69: ...ed as integer number 400416 Deadband 56 2 100 expressed as integer number 400417 Deadband 57 2 100 expressed as integer number 400418 Deadband 58 2 100 expressed as integer number 400419 Deadband 59 2...

Page 70: ...or from 0 unused up to 72 400457 Sensor circuit 9 0 72 specify sensor from 0 unused up to 72 400458 Sensor circuit 9 0 72 specify sensor from 0 unused up to 72 400459 Sensor circuit 9 0 72 specify sen...

Page 71: ...ify sensor from 0 unused up to 72 400498 Sensor circuit 22 0 72 specify sensor from 0 unused up to 72 400499 Sensor circuit 23 0 72 specify sensor from 0 unused up to 72 400500 Sensor circuit 23 0 72...

Page 72: ...ify sensor from 0 unused up to 72 400539 Sensor circuit 36 0 72 specify sensor from 0 unused up to 72 400540 Sensor circuit 36 0 72 specify sensor from 0 unused up to 72 400541 Sensor circuit 37 0 72...

Page 73: ...ify sensor from 0 unused up to 72 400580 Sensor circuit 50 0 72 specify sensor from 0 unused up to 72 400581 Sensor circuit 50 0 72 specify sensor from 0 unused up to 72 400582 Sensor circuit 50 0 72...

Page 74: ...ify sensor from 0 unused up to 72 400621 Sensor circuit 63 0 72 specify sensor from 0 unused up to 72 400622 Sensor circuit 64 0 72 specify sensor from 0 unused up to 72 400623 Sensor circuit 64 0 72...

Page 75: ...CKT 13 0 2 AVERAGE 0 MIN 1 MAX 2 400662 Temp calculation algorithm CKT 14 0 2 AVERAGE 0 MIN 1 MAX 2 400663 Temp calculation algorithm CKT 15 0 2 AVERAGE 0 MIN 1 MAX 2 400664 Temp calculation algorith...

Page 76: ...KT 53 0 2 AVERAGE 0 MIN 1 MAX 2 400702 Temp calculation algorithm CKT 54 0 2 AVERAGE 0 MIN 1 MAX 2 400703 Temp calculation algorithm CKT 55 0 2 AVERAGE 0 MIN 1 MAX 2 400704 Temp calculation algorithm...

Page 77: ...F 1 ON 400742 Soft Start 22 0 1 0 OFF 1 ON 400743 Soft Start 23 0 1 0 OFF 1 ON 400744 Soft Start 24 0 1 0 OFF 1 ON 400745 Soft Start 25 0 1 0 OFF 1 ON 400746 Soft Start 26 0 1 0 OFF 1 ON 400747 Soft S...

Page 78: ...400784 Soft Start 64 0 1 0 OFF 1 ON 400785 Soft Start 65 0 1 0 OFF 1 ON 400786 Soft Start 66 0 1 0 OFF 1 ON 400787 Soft Start 67 0 1 0 OFF 1 ON 400788 Soft Start 68 0 1 0 OFF 1 ON 400789 Soft Start 6...

Page 79: ...N OFF 32 0 1 0 ON OFF 1 PID 400825 PID vs ON OFF 33 0 1 0 ON OFF 1 PID 400826 PID vs ON OFF 34 0 1 0 ON OFF 1 PID 400827 PID vs ON OFF 35 0 1 0 ON OFF 1 PID 400828 PID vs ON OFF 36 0 1 0 ON OFF 1 PID...

Page 80: ...1 0 ON OFF 1 PID 400862 PID vs ON OFF 70 0 1 0 ON OFF 1 PID 400863 PID vs ON OFF 71 0 1 0 ON OFF 1 PID 400864 PID vs ON OFF 72 0 1 0 ON OFF 1 PID 400865 TRIP 1 0 1 0 OFF 1 ON 400866 TRIP 2 0 1 0 OFF 1...

Page 81: ...400905 TRIP 41 0 1 0 OFF 1 ON 400906 TRIP 42 0 1 0 OFF 1 ON 400907 TRIP 43 0 1 0 OFF 1 ON 400908 TRIP 44 0 1 0 OFF 1 ON 400909 TRIP 45 0 1 0 OFF 1 ON 400910 TRIP 46 0 1 0 OFF 1 ON 400911 TRIP 47 0 1...

Page 82: ...10 0 1 0 OFF 1 ON 400947 LATCH 11 0 1 0 OFF 1 ON 400948 LATCH 12 0 1 0 OFF 1 ON 400949 LATCH 13 0 1 0 OFF 1 ON 400950 LATCH 14 0 1 0 OFF 1 ON 400951 LATCH 15 0 1 0 OFF 1 ON 400952 LATCH 16 0 1 0 OFF...

Page 83: ...52 0 1 0 OFF 1 ON 400989 LATCH 53 0 1 0 OFF 1 ON 400990 LATCH 54 0 1 0 OFF 1 ON 400991 LATCH 55 0 1 0 OFF 1 ON 400992 LATCH 56 0 1 0 OFF 1 ON 400993 LATCH 57 0 1 0 OFF 1 ON 400994 LATCH 58 0 1 0 OFF...

Page 84: ...E DISABLE CIRCUIT 22 0 1 0 ENABLED 1 DISABLED 401031 ENABLE DISABLE CIRCUIT 23 0 1 0 ENABLED 1 DISABLED 401032 ENABLE DISABLE CIRCUIT 24 0 1 0 ENABLED 1 DISABLED 401033 ENABLE DISABLE CIRCUIT 25 0 1 0...

Page 85: ...0 ENABLED 1 DISABLED 401070 ENABLE DISABLE CIRCUIT 62 0 1 0 ENABLED 1 DISABLED 401071 ENABLE DISABLE CIRCUIT 63 0 1 0 ENABLED 1 DISABLED 401072 ENABLE DISABLE CIRCUIT 64 0 1 0 ENABLED 1 DISABLED 4010...

Page 86: ...31 0 1 0 MANUAL 1 AUTO 401112 AUTO vs MANUAL 32 0 1 0 MANUAL 1 AUTO 401113 AUTO vs MANUAL 33 0 1 0 MANUAL 1 AUTO 401114 AUTO vs MANUAL 34 0 1 0 MANUAL 1 AUTO 401115 AUTO vs MANUAL 35 0 1 0 MANUAL 1 AU...

Page 87: ...1 0 MANUAL 1 AUTO 401150 AUTO vs MANUAL 70 0 1 0 MANUAL 1 AUTO 401151 AUTO vs MANUAL 71 0 1 0 MANUAL 1 AUTO 401152 AUTO vs MANUAL 72 0 1 0 MANUAL 1 AUTO 401153 AUTOTUNE 1 0 1 0 NO 1 YES 401154 AUTOTU...

Page 88: ...0 0 1 0 NO 1 YES 401193 AUTOTUNE 41 0 1 0 NO 1 YES 401194 AUTOTUNE 42 0 1 0 NO 1 YES 401195 AUTOTUNE 43 0 1 0 NO 1 YES 401196 AUTOTUNE 44 0 1 0 NO 1 YES 401197 AUTOTUNE 45 0 1 0 NO 1 YES 401198 AUTOTU...

Page 89: ...m Bits Desc 401236 ALARM REG CKT 8 See Alarm Bits Desc 401237 ALARM REG CKT 9 See Alarm Bits Desc 401238 ALARM REG CKT 10 See Alarm Bits Desc 401239 ALARM REG CKT 11 See Alarm Bits Desc 401240 ALARM R...

Page 90: ...KT 47 See Alarm Bits Desc 401276 ALARM REG CKT 48 See Alarm Bits Desc 401277 ALARM REG CKT 49 See Alarm Bits Desc 401278 ALARM REG CKT 50 See Alarm Bits Desc 401279 ALARM REG CKT 51 See Alarm Bits Des...

Page 91: ...HI TEMP SETPOINT 18 from 80 to 1100 F expressed as integer number 401319 HI TEMP SETPOINT 19 from 80 to 1100 F expressed as integer number 401320 HI TEMP SETPOINT 20 from 80 to 1100 F expressed as int...

Page 92: ...F expressed as integer number 401359 HI TEMP SETPOINT 59 from 80 to 1100 F expressed as integer number 401360 HI TEMP SETPOINT 60 from 80 to 1100 F expressed as integer number 401361 HI TEMP SETPOINT...

Page 93: ...pressed as integer number 401400 LO TEMP SETPOINT 28 from 80 to 1100 F expressed as integer number 401401 LO TEMP SETPOINT 29 from 80 to 1100 F expressed as integer number 401402 LO TEMP SETPOINT 30 f...

Page 94: ...SETPOINT 68 from 80 to 1100 F expressed as integer number 401441 LO TEMP SETPOINT 69 from 80 to 1100 F expressed as integer number 401442 LO TEMP SETPOINT 70 from 80 to 1100 F expressed as integer num...

Page 95: ...mA expressed as integer number 401482 GFEP SETPOINT 38 from 30 to 150 mA expressed as integer number 401483 GFEP SETPOINT 39 from 30 to 150 mA expressed as integer number 401484 GFEP SETPOINT 40 from...

Page 96: ...T 8 0 500 e g 25 2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401525 HI LOAD SPT CKT 9 0 500 e g 25 2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401526 HI LOAD SPT CKT 10 0 500 e g 25 2 5 Amp ex...

Page 97: ...Amps 401564 HI LOAD SPT CKT 48 0 500 e g 25 2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401565 HI LOAD SPT CKT 49 0 500 e g 25 2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401566 HI LOAD SPT CK...

Page 98: ...401605 LO LOAD SPT CKT 17 0 500 e g 25 2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401606 LO LOAD SPT CKT 18 0 500 e g 25 2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401607 LO LOAD SPT CKT 19...

Page 99: ...2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401643 LO LOAD SPT CKT 55 0 500 e g 25 2 5 Amp expressed in tenth Amps e g 56 5 6 Amps 401644 LO LOAD SPT CKT 56 0 500 e g 25 2 5 Amp expressed in tent...

Page 100: ...50 0 Amps expressed in tenth of Amps i e 56 5 6 Amps 300016 Load current 4 from 0 to 50 0 Amps expressed in tenth of Amps i e 56 5 6 Amps 300017 Load current 5 from 0 to 50 0 Amps expressed in tenth...

Page 101: ...deg i e 765 76 5 F 300050 Temperature circuit 2 from 800 to 11000 expressed in tenth of deg i e 765 76 5 F 300051 Temperature circuit 3 from 800 to 11000 expressed in tenth of deg i e 765 76 5 F 30005...

Page 102: ...Output Demand 5 0 100 expressed as integer number 400018 Default Output Demand 6 0 100 expressed as integer number 400019 Default Output Demand 7 0 100 expressed as integer number 400020 Default Outpu...

Page 103: ...7 0 500 expressed as integer number 400056 Derivative Band 8 0 500 expressed as integer number 400057 Derivative Band 9 0 500 expressed as integer number 400058 Derivative Band 10 0 500 expressed as...

Page 104: ...cify sensor from 0 unused up to 77 400095 Sensor circuit 8 0 12 specify sensor from 0 unused up to 78 400096 Sensor circuit 8 0 12 specify sensor from 0 unused up to 79 400097 Sensor circuit 9 0 12 sp...

Page 105: ...1 YES 400130 Soft Start 10 0 1 0 NO 1 YES 400131 Soft Start 11 0 1 0 NO 1 YES 400132 Soft Start 12 0 1 0 NO 1 YES 400133 PID vs ON OFF 1 0 1 0 ON OFF 1 PID 400134 PID vs ON OFF 2 0 1 0 ON OFF 1 PID 4...

Page 106: ...0 ENABLED 1 DISABLED 400174 ENABLED DISABLED CIRCUIT 6 0 1 0 ENABLED 1 DISABLED 400175 ENABLED DISABLED CIRCUIT 7 0 1 0 ENABLED 1 DISABLED 400176 ENABLED DISABLED CIRCUIT 8 0 1 0 ENABLED 1 DISABLED 4...

Page 107: ...G CKT 6 See Alarm Bits Desc 400215 ALARM REG CKT 7 See Alarm Bits Desc 400216 ALARM REG CKT 8 See Alarm Bits Desc 400217 ALARM REG CKT 9 See Alarm Bits Desc 400218 ALARM REG CKT 10 See Alarm Bits Desc...

Page 108: ...30 to 150 mA expressed as integer number 400251 GFEP SETPOINT 7 from 30 to 150 mA expressed as integer number 400252 GFEP SETPOINT 8 from 30 to 150 mA expressed as integer number 400253 GFEP SETPOINT...

Page 109: ...0 to 50 Amps expressed in tenth Amps i e 56 5 6 Amps 400276 LO LOAD CURRENT SETPOINT 8 from 0 to 50 Amps expressed in tenth Amps i e 56 5 6 Amps 400277 LO LOAD CURRENT SETPOINT 9 from 0 to 50 Amps ex...

Page 110: ...Blvd LaVergne TN 37086 Phone 615 793 3900 Customer Service Hotline 1 800 443 2640 For application questions you can 1 Call one of our application engineers for personal assistance at 1 888 996 9258 2...

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