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TechnipFMC ALIV-QT-XP, Installation And Maintenance Manual

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TechnipFMC ALIV-QT-XP Installation And Maintenance Manual Download Page 22

Page 22 • MN06201 ║ Issue/Rev. 0.1 (2/20)

 

5.1.1. 

A4M I/O Special considerations:

 

The terminals on TBK5 labelled as DC digital outputs can be configured as low speed  

pulse outputs as follows:

Table 7. 

Low speed pulse outputs

TBK5

Terminals 1 and 2

Digital output #1 OR Pulse output #3

Terminals 3 and 4

Digital output #2 OR Pulse output #4

Terminals 5 and 6

Digital output #3 OR Pulse output #5

Note:

 For any product or flow controlled additive meters connected to pulse inputs located 

 

on the A4M or A4B, if digital valve control is used, the digital outputs controlling the flow 

control valve must also be located on the A4M or A4B respectively.

 

5.2. 

A4B module (part of the QT and SA models only)

 

Figure 7.

 A4B Connections

Note:

 For any product or flow controlled additive meters connected to pulse inputs located 

 

on the A4M or A4B, if digital valve control is used, the digital outputs controlling the flow 

control valve must also be located on the A4M or A4B respectively.

TB13

BIO In #5

1

Com #5

2

BIO Out #5

3

BIO In #6

4

Com #6

5

BIO Out #6

6

BIO In #7

7

Com #7

8

BIO Out #7

9

BIO In #8

10

Com #8

11

BIO Out #8

12

Enet 

2

Enet 

1

ON

 

S1

1

                    

8

OFF

TB14

HS PRV +

1

HS PRV -

2

NC

3

NC

4

NC

5

NC

6

NC

7

NC

8

Gnd

9

Gnd

10

F1

TB10

1
2
3
4
5
6
7
8
9

10

TB9

1
2
3
4
5
6
7
8
9

10
11
12

TB11

1
2
3
4
5

TB12

BIO In #1

1

Com #1

2

BIO Out #1

3

BIO In #2

4

Com #2

5

BIO Out #2

6

BIO In #3

7

Com #3

8

BIO Out #3

9

BIO In #4

10

Com #4

11

BIO Out #4

12

TB8

1
2
3
4
5
6
7
8
9

10

1+

Pulse In #9

2-

3+

Pulse In #1

0

4-

5+

Pulse In #1

1

6-

7+

Pulse In #12

8-

9+

Pulse In #1

3

10

-

11

+

Pulse In #1

4

12

-

PT1

Ground

2

+24 VDC

1

TB2

AccuLoad IV Installation and Maintenance Manual 

 

 

 

 

 

Wiring Connections

Summary of Contents for ALIV-QT-XP

Page 1: ...Electronic Preset Delivery System Bulletin MN06201 Issue Rev 0 1 2 20 Installation and Maintenance Manual Smith Meter AccuLoad IV MANUAL ...

Page 2: ...ed and programmed for that specific metering system ap plication Disclaimer TechnipFMC hereby disclaims any and all responsibility for damages including but not limited to consequential damages arising out of or related to the inputting of incorrect or improper program or default values entered in connection with the AccuLoad IV Technical Support Contact Information Field Service Response Center 2...

Page 3: ...nternal Address 33 8 2 Communications Serial 39 8 3 AC Digital Input 41 8 4 AC Digital Output 42 8 5 DC Digital Output 42 8 6 DC Digital Input 42 8 7 Analog Inputs 43 8 8 RTD Temperature Probe analog input wiring 43 8 9 Analog Outputs 44 8 10 Meter Pulses Product or Additive Meters 44 8 11 Pulse Outputs 44 8 12 High speed prover output wiring 45 8 13 Additive Meters Digital Inputs 45 9 Input and O...

Page 4: ... 71 13 3 4 Alternate Methods to Initiate a Calibration 74 13 4 Touch Screen Screen Protector Mainte nance 74 13 4 1 Electrostatic Discharge precautions 75 13 4 2 Replacing the screen protector 75 13 5 Touch Screen Screen Protector Mainte nance 76 13 6 AccuLoad IV Clock Battery Replacement Instructions 76 13 6 1 Battery replacement procedure 76 13 7 Circuit board Return Merchandise Authori zation R...

Page 5: ... power control circuits from these external systems shall be wired in series ahead of the AccuLoad to remove power to the ancillary devices Configuration The AccuLoad is shipped from the factory in a completely initialized state and must be properly configured for the specific installation prior to operation The unit will not operate due to alarm conditions until the configuration is completed Usi...

Page 6: ...cific requirements Field I O Wiring Refer to Section 5 for wiring example diagrams to ensure the correct operation Special care must be taken with shielding termination to ensure signal integrity See Section 3 2 for more information The AC and DC wiring should be physically separated do not use the same conduit entry to avoid induced noise The A4M module can supply a maximum of 1 0 amps at 24 VDC ...

Page 7: ...ments vary depending on the region It is a user requirement to verify that the AccuLoad is programmed and operated in a manner consistent with local codes and that proper notification permit for use or registration has been filed with the local authority or jurisdiction AccuLoad IV Installation and Maintenance Manual Introduction ...

Page 8: ...Page 8 MN06201 Issue Rev 0 1 2 20 Page intentionally left blank ...

Page 9: ...vironmental atmospheres See section 13 for additional information All modes of AccuLoad IV In areas where the ambient temperature is very high it is recommended that the equip ment be installed under a canopy sun shield to limit direct sunlight radiation In areas of high humidity tropical or with varying temperature swings it is recom mended to place TechnipFMC P N 647 001 443 or similar desiccant...

Page 10: ...randed copper Note The following recommendations are based on our knowledge of the electrical codes The local electrical codes should be reviewed to ensure that these recommenda tions follow the local code Also installation manuals of all the equipment being wired into theAccuLoad should be reviewed for transmission distances and wire recommendations Table 2 Typical Wire Sizes Equipment Number and...

Page 11: ...s 6 Two separate AC circuits must be provided from the breaker panel One cir cuit will supply isolated power to the AccuLoad electronics instrument power The second circuit will supply power to the external devices See section 7 1 7 For proper operation the AccuLoad must be earth grounded The grounding point should be as close to the unit as possible To ensure proper earth ground the re sistance b...

Page 12: ...Page 12 MN06201 Issue Rev 0 1 2 20 Page intentionally left blank ...

Page 13: ...x d IIB IP 65 certified plug for ATEX and IECEx applications For North American Zone applications the plug must be listed close up type Requirements outlined in Section 10 5 of IEC 60079 14 shall be followed b Installation General Installation to be in accordance with IEC 60079 14 wiring system to be in accordance with section 9 c Special conditions for safe use Select wiring and cable glands suit...

Page 14: ...gree of protection IP65 b Special conditions for Safe Use Select cables and cable glands suitable for operation at 81 C Contact the manufacturer at the address indicated for information on the dimensions of the flameproof joints c Cover Fasteners Special fasteners The EX d enclosure cover mounting bolts must be grade 12 9 steel M8 x 1 25 d Warnings Contains battery powered internal circuits To avo...

Page 15: ...onnections on the terminal blocks are tight d All shields must be connected to terminals 3 13 14 or 15 on terminal block TBE4 on the A4M Board or terminals 9 and 10 on TB14 on the A4B Board All exposed shields must be properly insulated to prevent short circuits to other terminals or to the chassis The shield at the device e g temperature device transmitter etc must be cut back to the insulation a...

Page 16: ...Page 16 MN06201 Issue Rev 0 1 2 20 Page intentionally left blank ...

Page 17: ... Page 17 AccuLoad IV Installation and Maintenance Manual AccuLoad Models 4 AccuLoad Models There are four models of the AccuLoad the ST QT N4 and SA shown in the following figures Figure 1 AccuLoad IV ST Figure 2 AccuLoad IV QT ...

Page 18: ...N06201 Issue Rev 0 1 2 20 AC WIRING TRAY A B C D DC WIRING TRAY DC WIRING TRAY DC WIRING TRAY AccuLoad IV Installation and Maintenance Manual AccuLoad Models Figure 3 AccuLoad Model N4 Figure 4 AccuLoad Model SA ...

Page 19: ...o support additional injectors can be mounted externally in a separate enclosure or internal mount Card Reader Proximity card reader with serial communications interface Integrated only available in models N4 or MMI Standalone version available for Div 1 Zone 1 applications Table 5 Electronic modules by model Model Standard Modules Optional Modules AccuLoad ST THMI A4M External A4I one or two Accu...

Page 20: ... Provides up to 6 dual channel product meter pulse inputs pulse inputs not used for product meters can be used for up to 4 metered injector pulse inputs A4B QT SA FCM 24 VDC Meter Pulse Input Digital I O AC DC Ethernet I O expansion for the QT and SA models A4I Optional internally mounted in ST QT SA FCM or May be mounted in separate enclosure 24 VDC Additive meter pulse input Digital Input DC Dig...

Page 21: ...Enet 3 Enet 2 Enet 4 Enet 1 S1 OFF 1 8 ON OFF 1 4 ON S2 TBK2 1 TX Com 2 232 2 RX 3 COM 4 TX 485 5 TX 6 RX 7 RX 8 COM TBK3 1 TX Com 3 485 2 TX 3 RX 4 RX 5 COM microSD Card TBE2 1 2 3 4 5 6 TBE3 1 2 3 4 5 6 7 8 9 10 11 12 TBE7 1 2 3 4 5 6 7 8 9 10 L1 L2 Gnd TBE1 F1 F2 24 V TBK1 1 TX Com 1 232 2 RX 3 RTS 4 CTS 5 COM 6 TX 485 7 TX 8 RX 9 RX 10 COM TBK4 1 In 1 DC 2 3 In 2 DC 4 5 In 3 DC 6 7 Pulse Out 1...

Page 22: ...s Note For any product or flow controlled additive meters connected to pulse inputs located on the A4M or A4B if digital valve control is used the digital outputs controlling the flow control valve must also be located on the A4M or A4B respectively TB13 BIO In 5 1 Com 5 2 BIO Out 5 3 BIO In 6 4 Com 6 5 BIO Out 6 6 BIO In 7 7 Com 7 8 BIO Out 7 9 BIO In 8 10 Com 8 11 BIO Out 8 12 Enet 2 Enet 1 ON S...

Page 23: ...unications option is provided to facilitate upgrades and maintain backward compatibility Enet 2 Enet 1 S1 OFF 1 8 ON TB9 Out 1 Out 10 TB8 N C 12 N C 11 Out 1 10 Out 2 9 Out 3 8 Out 4 7 Out 5 6 Out 6 5 Out 7 4 Out 8 3 Out 9 2 Out 10 1 CN5 5 3 1 6 4 2 F1 TB5 1 V Out 2 Inj Pulse DC In 1 3 Common 4 V Out 5 Inj Pulse DC In 2 6 Common 7 V Out 8 Inj Pulse DC In 3 TB4 1 Common 2 V Out 3 Inj Pulse DC In 4 ...

Page 24: ...ter power supply voltage to 5 12 or 24 VDC Table 8 A4I jumper settings Transmitter Power Designation Jumpers Description 5V 1 2 24V V Out 12V 3 4 12V V Out 24V 5 6 5V V Out Table 9 A4I switch settings A4M Switch Settings S1 1 Factory Use S1 2 OFF Address 100 ON Address 200 S1 3 OFF Band 9600 ON Band 38 400 S1 4 OFF RS 232 ON RS 485 S1 5 OFF Address 100 ON Address 200 S1 6 Reserved S1 7 Model SA Bo...

Page 25: ...ctor see section 10 Off for all other models S1 8 Model SA Board Set Selector see section 10 Off for all other models TBE5 TBE6 TBE4 AM1 AM2 AM3 AM4 ETH3 ETH2 ETH4 ETH1 AM5 AM6 P4 LMOD1 U22 U28 S2 TBK2 TBK3 PT1 TBK1 TBK4 TBK5 CN6 CN7 U29 P3 S1 SW2 CN4 U38 U41 ACIM1 ACIM2 ACIM3 ACIM4 ACIM5 CN1 CN9 CN8 U2 U3 U1 L1 CN5 SW1 U5 P2 U17 U9 U11 U10 U8 U4 P1 U7 T1 HS1 D11 C119 C94 C95 TBE2 TBE3 TBE7 TBE1 1...

Page 26: ...cial function is complete all switches should be set to OFF for the ST QT and N4 models For the AccuLoad SA SW2 1 and SW2 2 should be set to OFF and SW2 3 SW2 4 should be set according to the board set Table 11 AccuLoad SA SW2 1 and SW2 2 settings SW2 1 SW2 2 SW2 3 SW2 4 0 0 0 0 Normal operation for model ST QT N4 and SA board set A 0 0 0 1 Normal operation for model SA board set B 0 0 1 0 Normal ...

Page 27: ...ed S1 6 Reserved S1 7 Model SA Board Set Selector for SA model see section 10 Off for all other models S1 8 Model SA Board Set Selector for SA model see section 10 Off for all other models SSR16 SSR15 SSR14 SSR13 SSR12 SSR11 SSR6 SSR5 SSR4 SSR10 SSR9 SSR8 SSR7 SSR1 SSR2 SSR3 TB10 TB9 TB8 TB11 ACIM1 ACIM2 ACIM3 ACIM4 C14 TB2 TB13 TB12 PT1 CN1 U14 U3 ETH2 ETH1 TB14 CN2 CN3 S1 S1 U20 U4 U24 U28 U33 U...

Page 28: ... On 38400 S1 4 Serial Mode Off RS232 On RS485 S1 5 Serial Termination resistors Off Disable On Enable S1 6 Reserved S1 7 Model SA Board Set Selector for SA model see section 10 Off for all other models S1 8 Model SA Board Set Selector for SA model see section 10 Off for all other models U22 TB5 TB4 U4 S1 P1 U5 P8 S2 U27 SSR8 SSR18 SSR19 SSR20 SSR17 SSR16 SSR15 SSR14 SSR13 SSR12 SSR11 SSR10 SSR9 SS...

Page 29: ...e instrument power should be clean and must meet the requirements listed in the specification SS06200 The secondAC power input to theAccuLoad is used to drive external AC equipment such as solenoids and therefore will be noisier so it should be supplied to the AccuLoad by a separate circuit from the power panel Figure 12 AC power inputs to AccuLoad A4M board Figure 13 Example of the AC wiring of a...

Page 30: ...nd rod Any ground wires and or shields in the cables connected to devices external to the AccuLoad such as printers analog sensors etc should only be connected to TBE4 terminals 13 14 or 15 at the AccuLoad end of the cable It is very important to ensure this is the only ground point 7 4 Meter Pulses The AccuLoad counts pulses from the meter s to determine the amount of volume or mass that has flow...

Page 31: ...can be inserted to interface to analog sensors or actuators ie Pressure sensor valve Typically these modules are installed at the factory according to the requirements of the installation but changes and replacements of these modules may be done in the field The analog I O points are fully configurable and can be inputs such as temperature or pressure or outputs such as analog valve control There ...

Page 32: ... Insert a module by lining up the pins with the socket holes pushing the module in until it seats against the circuit board and then tightening the retaining screw During initial installation and anytime a module is installed the two calibration numbers Cal 1 and Cal 2 written on the top of the module should be entered into the program ming of the AccuLoad to ensure optimum accuracy Figure 16 Cal ...

Page 33: ...igure illustrates the general approach Note if the AccuLoad IV must be installed on a class A network directly the AccuLoad s internal addressing scheme must be changed to avoid address conflicts See section 8 1 1 for instructions Figure 17 Recommended network strategy 8 1 1 How to Change the AccuLoad IV Internal IP Address From the Accuload IV Ready Screen Press Main in the top left corner From t...

Page 34: ... Typical Wiring Examples Change the parameters to the desired IP addresses then press Program Mode at the top of the screen Example 192 168 1 1 192 168 1 6 respectively Once at the Program Mode menu press Save and Exit A Critical Errors screen will appear Choose Logout with warnings ...

Page 35: ... Page 35 AccuLoad IV Installation and Maintenance Manual Typical Wiring Examples Once this is done you will be brought back to the Main Menu Press Device Settings Then choose MMI Settings The screen will turn white for a moment ...

Page 36: ...Page 36 MN06201 Issue Rev 0 1 2 20 AccuLoad IV Installation and Maintenance Manual Typical Wiring Examples Choose Configuration Choose Configuration Enter the Level 4 pin Default 4444 ...

Page 37: ...Rev 0 1 2 20 MN06201 Page 37 AccuLoad IV Installation and Maintenance Manual Typical Wiring Examples Select Network Settings This section will display the current IP address of the THMI and programmed gateway ...

Page 38: ...nd Maintenance Manual Typical Wiring Examples Change them to the desired new IP settings like the example below Use the new Accuload IV IP address as the Gateway Once completed press the green check mark You will then be returned to this screen Press Connections ...

Page 39: ...t corner of the screen to ensure all settings have saved Once these steps are completed power down the entire AccuLoad IV for one minute and re apply power The new IP settings should take effect 8 2 Communications Serial The AccuLoad provides 4 serial ports as follows Table 15 Serial comm ports Comm Port Name Terminal Locations Description Comm 1 A4M TBK1 RS 232 or RS 485 with flow control Comm 2 ...

Page 40: ...re 18 4 Wire RS485 Serial Wiring AccuLoad Comm 1 2 or 3 Tx Tx Rx Rx AccuLoad A4I or external device A4I TB2 1 Rx 2 Rx 3 Tx 4 Tx Figure 19 2 Wire RS485 Serial Wiring AccuLoad Comm 1 2 3 or 4 Tx Rx Gnd External RS 232 device Rx Tx Gnd Figure 20 RS232 Serial Wiring AccuLoad IV Installation and Maintenance Manual Typical Wiring Examples ...

Page 41: ...3 or 4 Tx Rx Gnd External RS 232 device R x T x G n d External RS 232 device R x T x G n d Figure 21 MultiDrop RS232 Serial Wiring 8 3 AC Digital Input AccuLoad External AC Wiring AC AC AC AC AC AC AC AC AC AC TBE2 1 2 3 4 5 6 In 11 AC In 10 AC In 9 AC In 8 AC In 7 AC L2 AC in Common L2 AC supply L1 Figure 22 AC digital input ...

Page 42: ...nal DC Wiring 24 VDC from A4M TBE4 10 11 or 12 DC Ground from A4M TBE4 13 14 or 15 External DC actuated device i e Valve DC Output DC Output Figure 24 AC digital output 8 6 DC Digital Input DC Ground from A4M TBE4 13 14 or 15 24 VDC from A4M TBE4 10 11 or 12 DC Input DC Input AccuLoad External DC Wiring Figure 25 Digital input AccuLoad IV Installation and Maintenance Manual Typical Wiring Examples...

Page 43: ...ng AccuLoad Red Red Black Black RTD SIG SIG RTD A4M TBE6 13 14 or 15 1 2 3 4 Figure 26 Analog inputs 8 8 4 20mA analog input wiring AccuLoad A4M TBE5 RTD SIG X SIG X RTD Ground TBE4 GND 4 20mA Transmitting Device Figure 27 Active 4 20mA Inputs AccuLoad A4M TBE5 RTD SIG X SIG X RTD Ground TBE4 GND 4 20mA Transmitting Device External Power Figure 28 Passive 4 20mA Inputs ...

Page 44: ...s section 6 1 for meter pulse input terminal locations Note For pulse transmitters requiring 12 VDC i e GPST install the P2412 converter See the P2412 Converter manual MN06117 for details 8 11 Pulse Outputs The AccuLoad can be configured to provide up to 5 pulse outputs as follows Table 16 5 pulse output configurations for the AccuLoad Pulse Output 1 and 2 Frequency range 0 3000 Hz Open collector ...

Page 45: ...ter pulse inputs or as DC digital inputs and 20 AC digital outputs The AC digital outputs are wired using the same method shown for the A4M A4B above However the meter pulse DC digital inputs are wired differently on the A4I versus the A4M A4B as illustrated in the following diagrams Note The A4I module provides outputs to supply power to the additive meter The voltage supplied is selectable 5 12 ...

Page 46: ...Installation and Maintenance Manual Typical Wiring Examples Figure 33 A4I digital input wiring Common Internal Pull Up 12 VDC 5 12 or 24 VDC V Output Monoblock transmitter V Supply Signal Common Signal Input AccuLoad A4I External Meter Pulse Wiring ...

Page 47: ...l Outputs 4 thru 9 TBE4 Serial Comm port RS232 Comm 4 TBE4 DC Digital Input Digital Inputs 4 thru 6 TBE4 24 VDC power 1 Amp max NA TBE4 DC electronic ground NA TBE5 Analog Input Output Analog I O 1 thru 6 TBE6 High Speed prover pulse output NA TBE6 Analog Input Output Analog I O 4 thru 6 TBE7 AC Digital Outputs Digital Outputs 10 thru 14 PT 1 Meter Pulse Inputs Pulse inputs 1 6 PT 2 Meter Pulse In...

Page 48: ... Serial Comm port RS232 485 Inj 8 in OR DC In 27 Pin 3 Inj 9 in OR DC In 28 Pin 6 Inj 10 in OR DC In 29 Pin 9 TB5 Serial Comm port RS485 Inj 5 in OR DC In 24 Pin 2 Inj 6 in OR DC In 25 Pin 5 Inj 7 in OR DC In 26 Pin 8 TB7 AC Digital Outputs AC Out 49 Pin 10 AC Out 50 Pin 9 AC Out 51 Pin 8 AC Out 52 Pin 7 AC Out 53 Pin 6 AC Out 54 Pin 5 AC Out 55 Pin 4 AC Out 56 Pin 3 AC Out 57 Pin 2 AC Out 58 Pin ...

Page 49: ...5 Pin 4 AC Out 66 Pin 3 AC Out 67 Pin 2 AC Out 68 Pin 1 From the factory none of the AccuLoad I O connections or functions are defined De pending on the equipment at the facility and operations to be performed the user must configure the AccuLoad I O points accordingly For example if a digital flow control valve is to be interfaced to the AccuLoad as part of a load rack installation the AccuLoad m...

Page 50: ...B Minus connect to DC Ground 24 VDC Terminal 1 Input power DC Ground Terminal 4 Electronics ground Terminals 5 8 are not used 9 2 3 UPT Transmitter Table 23 UPT Connections AccuLoad Connections UPT Connections Pulse Input A Plus Terminal 5 Signal A Output Pulse Input B Plus dual pulse only Terminal 3 Signal B output Not used for single channel connection Pulse Input A and B Minus connect to DC Gro...

Page 51: ...Pulse Input A Integrity Plus Terminals 6 Signal A Integrity Output Not used for non integrity connection Pulse Input B Integrity Plus Terminals 4 Signal A Integrity Output Not used for non integrity connection 9 2 5 PA 6 Preamp Table 25 PA 6 Connectins AccuLoad Connections PA 6 Connections Pulse Input A Plus Terminal 3 Signal A output Pulse Input Minus DC Ground 24 VDC Red Input power DC Ground Wh...

Page 52: ... 8 Model 83 N and P Model 84 N Note The Promass output option is defined by the last character of the Promass model code 9 2 7 Promass 83 and 84 Coriolis Meters Table 27 Promass Dual Channel Connection AccuLoad Connections Promass 83 and 84 Pulse Input A Plus 24 VDC Pulse Input A Minus Promass Terminal 24 Signal A Output for Promass output options Model 83 M Model 84 M and 1 Note The Promass outpu...

Page 53: ...modules Which pulse input connections to use for each meter is dependent on the configuration of the AccuLoad For product meters the AccuLoad automatically assigns the pulse inputs based on the products defined in the configuration database The number of pulse inputs required for each meter varies based on the type of meter specified in the configuration database Single Channel meter One pulse inp...

Page 54: ... N A N A N A N A N A N A N A N A In 9 In 10 In 11 In 12 In 13 In 14 Single Pulse M4A M5A M6A Pgm Pgm Pgm Dual Pulse M4A M4B M5A M5B Pgm Pgm Dual Integrity N A N A N A N A N A N A Table 30 4 Product Meters AccuLoad IV QT and SA Hardware 4 Product Meters AccuLoad IV QT and SA Hardware In 1 In 2 In 3 In 4 In 5 In 6 In 7 In 8 Single Pulse M1A M2A Pgm Pgm Pgm Pgm Pgm Pgm Dual Pulse M1A M1B M2A M2B Pgm ...

Page 55: ...10 In 11 In 12 In 13 In 14 Single Pulse Pgm Pgm Pgm Pgm Pgm Pgm Dual Pulse Pgm Pgm Pgm Pgm Pgm Pgm Dual Integrity Pgm Pgm Pgm Pgm Pgm Pgm 9 3 2 AccuLoad IV Meter Input Wiring Matrix AccuLoad Models ST and N4 Table 34 6 Product Meters AccuLoad IV ST N4 Hardware 6 Product Meters AccuLoad IV ST N4 Hardware In 1 In 2 In 3 In 4 In 5 In 6 In 7 In 8 Single Pulse M1A M2A M3A M4A M5A M6A Pgm Pgm Dual Pulse...

Page 56: ... A N A N A N A N A Table 38 2 Product Meters AccuLoad IV ST N4 Hardware 2 Product Meters AccuLoad IV ST N4 Hardware In 1 In 2 In 3 In 4 In 5 In 6 In 7 In 8 Single Pulse M1A M2A Pgm M4A Pgm Pgm Pgm Pgm Dual Pulse M1A M1B M2A M2B Pgm Pgm Pgm Pgm Dual Integrity M1A M1B M1Ā M1B M2B M2B M2Ā M2B Table 39 1 Product Meters AccuLoad IV ST N4 Hardware 1 Product Meters AccuLoad IV ST N4 Hardware In 1 In 2 In...

Page 57: ...unit The MMI units are the operator control panels and are located for convenient access by the truck driver The FCM contains all of the I O control electron ics which are connected to the meters valves permissives etc and it can be located where it is convenient for service personnel access Typical installation approaches are shown below Figure 35 Model SA typical installation approaches Ethernet...

Page 58: ...D and are mounted in the FCM enclosure as shown below Figure 36 Model SA FCM components For convenience a factory wired DC distribution terminal block shown above is pro vided in the bottom left corner of the FCM there is one DC distribution terminal block for each of the A4M board s in the FCM The input to this terminal block is factory wired to the associated board set and provides 12 separate s...

Page 59: ...Locations As the minimum the MMI requires power and a communications link to the FCM If the optional AC power supply is installed in the MMI the power connections are made to the input terminals of the AC power supply following the label for the correct terminals When using DC power from the FCM the power is connected to the DC power block as shown below Figure 37 Model SA MMI components Factory W...

Page 60: ...he boards in the set On the A4M there are two switches SW1 and SW2 and the A4B and A4I there is a single switch SW1 which must be set based on which board set A B C or D the board is associated with The location of these switches on each of the boards is shown in section 6 For new equipment these are set at the factory and not need adjustment during installation However any time a module is moved ...

Page 61: ...ev 0 1 2 20 MN06201 Page 61 AccuLoad IV Installation and Maintenance Manual Ethernet Wiring 11 Ethernet Wiring Figure 39 Ethernet connections in AccuLoad ST and N4 Figure 40 Ethernet connections in AccuLoad QT ...

Page 62: ...Page 62 MN06201 Issue Rev 0 1 2 20 Page intentionally left blank ...

Page 63: ...efrontcoverandthemainhousingarenotscratched corroded or otherwise damaged such that the surface contact between them would be compromised 3 Close the cover and tighten the cap screws around the perimeter of the front cover using the sequence shown below The final torque should be 20 FT LB 240 IN LB 27 1 Nm 276 4 Kg cm Be sure to note the locations for the two longer bolts used for the security sea...

Page 64: ...e complete perimeter using a 0 0015 0 0381 mm feeler gauge ALIV QT shown use the same procedure for ALIV ST 12 2 Sealing Each of the AccuLoad enclosures can be sealed using standard seal wires On the AccuLoad ST and QT models the seal wire is threaded through holes in two cover bolts as shown in the following figures Figure 44 AccuLoad ST sealing Seal Wire Cross drilled bolts Standard bolts AccuLo...

Page 65: ...Maintenance Manual Completing the Installation Figure 45 AccuLoad QT sealing To seal any of the NEMA 4 enclosures simply thread the seal wire through any of the cover locking clamps opposite the hinge Standard Bolts Cross drilled bolts Seal wire AccuLoad QT sealing ...

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Page 67: ...ch are defined as the machined flanged surface between the housing and the cover shall be inspected to ensure that they are clean and undamaged no scratches nicks corrosion or other defects that would affect the integrity of the flame path are allowed If defects are detected the equipment should not be placed back into service until the issues are resolved v Verify that all tapped cover bolt threa...

Page 68: ...ks on the A4M 7 Ensure DIP switch S1 2 is OFF to designate A4I 1 8 From kit connect ethernet cable ALIV QT from A4I 1 ETH2 to A4B ETH2 ALIV ST from A4I ETH2 to A4M ETH3 9 From kit install 4 1 5 hex standoffs to retain the first A4I 10 From kit connect additional ethernet cable to A4I 1 ETH1 11 Ensure DIP switch S1 2 is ON to designate this second A4I as A4I 2 12 Align A4I 2 on standoffs with ether...

Page 69: ... Installation and Maintenance Manual Maintenance 13 3 Touch Screen Recalibration Procedures 13 3 1 Equipment and Other Requirements Nylon stylus MFG FTDI PN VA FC STYLUS1 or equivalent WARNING Do not use a pen screwdriver or any other sharp object ...

Page 70: ...eady Mode screen enter the Main menu Step 2 Enter the Device Settings menu Step 3 If firmware is revision 0 10 or higher there will be a Touchscreen Calibration button on this menu Click this button to begin the process skip to the section on Touchscreen Recalibration AccuLoad IV Installation and Maintenance Manual Maintenance ...

Page 71: ... Module as follows 1 Power down the AccuLoad IV unit 2 Remove the front cover bolts and open the unit 3 Remove the Ethernet cable that connects the THMI to the A4M board 4 Re apply power to the unit 5 While the THMI is booting a gear icon will display momentarily 6 Press this button to access the Display Module Main menu 7 Proceed to the Recalibration procedure below 13 3 3 Display Module touch sc...

Page 72: ...2 MN06201 Issue Rev 0 1 2 20 AccuLoad IV Installation and Maintenance Manual Maintenance Step 2 Log in at Security Level 4 using the 4 digit pin 4444 Upon successful login the calibration utility will appear ...

Page 73: ... Calibrate by touching the cursor with the stylus in each of the 5 positions when prompted If this fails restart calibration utility then launch the low level calibration by firmly pressing the same location on the TSLIB calibration utility screen 5 times Step 3a A red bar will be displayed on the LCD ...

Page 74: ... initiate calibration using a remote browser 2 Issue a TC_cal communications command via Smith host protocol 3 Trigger calibration via internal DIP Switch 13 4 Touch Screen Screen Protector Maintenance The touch screen used in the AccuLoad IV is a resistive element with a thin layer of glass as the top most layer to allow the sensor to work when wet when the user is gloved etc and to avoid damage ...

Page 75: ...ed and may need to be replaced 13 4 2 Replacing the screen protector To replace the screen protector remove the existing screen protector carefully First find the edge of the plastic and using a nylon screwdriver or similar tool avoid using metal screwdrivers knife blade or similar tools that can scratch or crack the underlying glass peel back a corner of the screen protector until you can grasp a...

Page 76: ...ia the 4 captive fasteners on the corners of the A4M 4 Locate the hole in the A4M mounting tray that allows access to the RTC battery 5 Battery removal a Position the A4M so the gold tab on the RTC battery socket is pointing toward the technician Function LED Display Description Notes Bootloader Status Bb Bootloader Error Active Refer to Bootloader Errors UU Firmware Update Active Processor firmwa...

Page 77: ...lize ESD safe technical tweezers or needle nose pliers to remove the battery from the assembly 6 Install new replacement battery a Position the A4M so the gold tab on the RTC battery socket faces away from the technician Place RTC battery in hole and under edge of gold tab b Using flathead screwdriver supplied with unit guide RTC battery into the socket 7 Re install the A4M into housing utilizing ...

Page 78: ...ed replaced Do not hot swap analog modules when diagnosing problems they require initialization that is performed during the power up process to work properly Disconnect and retain the long ethernet patch cable Leave the short cable connected to the COM module in place All Terminal Blocks connectors should be removed and retained They are not included with replacement boards THMI DISPLAY MODULE AN...

Page 79: ...ature online_index html When requesting literature from Literature Fulfillment please reference the appropriate bulletin number and title Operator Reference Bulletin MN06200 Modbus Communications Bulletin MN06202 Upgrade for S and Q Bulletin MN06203 Smith Communications Bulletin MN06204L Parts List Bulletin PO06200 Specifications Bulletin SS06200 Calculations Bulletin TP06004 AccuLoad IV Installat...

Page 80: ...pter 8 and 13 have been completely revised since the last revision of this document The specifications contained herein are subject to change without notice and any user of said specifications should verify from the manufacturer that the specifications are currently in ef fect Otherwise the manufacturer assumes no responsibility for the use of specifications which may have been changed and are no long...

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