1. Manuals
  2. Brands
  3. Titan Logix Manuals
  4. Measuring Instruments
  5. FINCH II
  6. Installation and operation manual

Titan Logix FINCH II Installation And Operation Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

FINCH II Installation and Operation Manual
TPM 010, Rev 7.0
PROPRIETARY INFORMATION
The Information disclosed herein contains proprietary rights of Titan Logix Corp.
Neither this document nor the information disclosed herein shall be reproduced or
transferred to other documents, or used or disclosed to others for manufacturing
purposes, or for any other purpose except as specifically authorized in writing by Titan
Logix Corp.

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the FINCH II and is the answer not in the manual?

Questions and answers

Related Manuals for Titan Logix FINCH II

Summary of Contents for Titan Logix FINCH II

  • Page 1 TPM 010, Rev 7.0 PROPRIETARY INFORMATION The Information disclosed herein contains proprietary rights of Titan Logix Corp. Neither this document nor the information disclosed herein shall be reproduced or transferred to other documents, or used or disclosed to others for manufacturing purposes, or for any other purpose except as specifically authorized in writing by Titan Logix Corp.

  • Page 2: Table Of Contents

    Connect to Rack Control Module (Optional) ..................19 2.6.9 Complete the Installtion ........................19 FINCH II Display & High-Level Shutdown Electrical Wiring Instructions ..........20 Single Compartment Crude Oil Trailer with On-board Pump or Bottom Loading Valve Control ... 23 2.8.1 Electrical Installation for high level shutdown system ..............
  • Page 3 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 3.3.1 Configuring Relay Assignments and Alarming States ..............29 System Operation ............................30 Start Up ..............................30 Introduction to Operation ........................30 FINCH II Operator Interface ........................30 Offset Measurement ..........................32 4.4.1...
  • Page 4 Maximum Relay Capacity: ........................57 Hardware Configuration Settings: ......................57 7.9.1 Rotary Switches: ..........................57 7.9.2 Dip Switches ............................ 58 7.9.3 Push Button Switches ........................58 FINCH II and TD100 Transmitter Programming Cable Adapter ..............59 Technical Specifications ..........................60 www.titanlogix.com Pg. 4...

  • Page 5: Introduction

    Introduction About This Manual This document will describe the recommended procedure for installing a FINCH II Display. A Titan Logix system must be installed and operated in accordance with the details described in the Titan Logix manuals, application notes and all other relevant publications.

  • Page 6: Titan System Installation Workflow

    The FINCH II display may need to be programmed. Alarms are assigned to internal relay actions for flexible alarm annunciation and high-level shutdown. The factory settings are appropriate for most applications.
  • Page 7 ***The Rotary Switches in the FINCH II have been disabled. As of FINCH II firmware v2.8.5, decimal point and volume units will be received from the TD100. User will see the units and decimal point placement of the associated strapping table.

  • Page 8: Finch Ii Electrical Wiring Instructions

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 FINCH II Electrical Wiring Instructions Figure 2-3B, FINCH II Terminal Board, Revision B Figure 2-3C, FINCH II Terminal Board 3V3 LED www.titanlogix.com Pg. 8...

  • Page 9: Basic Single Or Dual Compartment Installation (Finch Ii-W)

    Basic Single or Dual Compartment Installation (FINCH II-W) Wiring steps for a basic single or dual TD100 transmitter and FINCH II-W installation. Refer to Figure 2-4 through Figure 2-7 for the wiring diagrams and schematics. Observe the recommended cable routing in Figure 2-5 and Figure 2-7 to minimize external wiring connections.

  • Page 10: Mount The Finch Ii-W Display

    2.5.2 Mount the FINCH II-W Display Attach the mounting tabs to the back of the FINCH II-W display. Mount the display, ensuring that the unit is: - Installed in a location that does not exceed Class 1, Div. 2 hazardous area classification.

  • Page 11: Connect Td 100 To Finch Ii-W

    Figure 2-5-4B, Connection Power, Ground, SV 2.5.5 Connect to Vehicle Power TRAILERS - connect the FINCH II power and ground to the nose box or junction box electrical connector. TANK TRUCKS - connect FINCH II system power to a switched accessory power connection from the battery.

  • Page 12: Connect To Compartments 1 & 2

    2.5.8 Complete the Installation Close and tighten the screws of the FINCH II-W enclosure, ensuring all connections are secure before applying power to the TD100 system. Complete the programming of FINCH II-W following the steps described in FINCH II Programming and Configuration Guide.
  • Page 13 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 2-4 Single TD100 Wiring Schematic for FINCH II External Display www.titanlogix.com Pg. 13...
  • Page 14 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 2-5: Single TD100 Wiring Diagram for FINCH II External Display www.titanlogix.com Pg. 14...
  • Page 15 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 2-6: Dual TD100 Wiring Schematic for FINCH II External Display www.titanlogix.com Pg. 15...

  • Page 16: Multi Compartment Installation (Finch Ii-6W)

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 2-7: Dual TD100 Wiring Diagram for FINCH II External Display Multi Compartment Installation (FINCH II-6W) FINCH II-6W Installation Overview Mount the FINCH II-6W in a suitable location Enable remote display...

  • Page 17: Enable Display

    Black Wire • TD100 Ground (GND) to FINCH II-6W Ground (GND) - White Wire • TD100 SV (SV Bus) to FINCH II-6W SV (SV) - Red or Green Wire Figure 2-6-3, Connect TD100 to FINCH II-6W 2.6.4 Connect to Vehicle Power TRAILERS - connect the FINCH II power and ground to the nose box or junction box electrical connector.
  • Page 18 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 2-6-5A, Connect compartment 1 & 2 Figure 2-6-5B, Connect to TD100 NOTE Some wire harnesses have GREEN colored wired instead of RED. Ensure the color sequence matches what was connected to the TD100 terminal strip.

  • Page 19: Connect To Compartments 5 & 6

    TD100 system. Complete the programming of FINCH II following the steps described in FINCH II Programming and Configuration Guide. iii) Visually confirm if the number of compartments displayed in the FINCH II matches the number of www.titanlogix.com Pg. 19...

  • Page 20: Finch Ii Display & High-Level Shutdown Electrical Wiring Instructions

    The wiring steps described below and in Figure 2-8 and Figure 2-9 are the recommended TD100 Transmitter and FINCH II Display installation for hazardous locations. The most common control devices for high level shutdown are: 1.
  • Page 21 5 The following optional items listed in these following Steps, are mounted in a weather protected enclosure. Grouping these items together allows a common ground wire to the FINCH II display to minimize the number or wires and interconnections inside the FINCH enclosure.
  • Page 22 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 2-8: Dual TD100 Wiring Schematic for FINCH II External Display with High level Shutdown System www.titanlogix.com Pg. 22...

  • Page 23: Single Compartment Crude Oil Trailer With On-Board Pump Or Bottom Loading Valve Control

    Single Compartment Crude Oil Trailer with On-board Pump or Bottom Loading Valve Control Wiring steps for a single TD80/100 transmitter and FINCH II Display installation with a high-level shutdown system. Refer to Figure 2-10 and Figure 2-11 for the wiring schematic and diagram. Observe the recommended cable routing in Figure 2-11 to minimize external wiring connections.

  • Page 24: Electrical Installation For High Level Shutdown System

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 (PTO), brake air pressure or some other device to indicate product loading will take place. The terminal may be permanently connected to GND if this feature is not used. Power may be controlled by an optional brake air pressure switch when Anti- Lock Brake (ABS) power is used for the TD100 system.
  • Page 25 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 2-10: Typical Crude Oil Trailer Wiring Schematic www.titanlogix.com Pg. 25...

  • Page 26: Installation Test & Calibration

    These tests may also be used to confirm correct system operation after repair. Normal responses are indicated for each test. Proceed to troubleshooting if the test results differ from the ones shown. Ensure that the TD100 transmitter and FINCH II have been programmed and configured before proceeding with the tests. www.titanlogix.com...
  • Page 27 4 Set the Fill and Fall alarm as per requirements. 5 Set and verify the FINCH II DIP switches. (See section 9.10 for switch position and settings) 6 Clear all active alarms. 7 a) Confirm that the following occurs when the probe is shorted at selected points: 1) “2 LO”...

  • Page 28: Finch Ii Configuration

    Multicompartment Failsafe Configuration (FINCH II-6W) The FINCH II-6W can monitor tank levels in real time for up to six compartments. (up to 5 compartments with RCM). The FINCH II-6W is shipped from factory preconfigured fail-safe for 6 compartments. This configuration can be changed using SensorLink.

  • Page 29: Finch Ii Relays

    USB to serial converter for the programming cable. All relay settings are permanently stored in the FINCH II and are reconfigurable at any time, in the shop or field using a laptop with SensorLink and the programming cable.

  • Page 30: System Operation

    When power is applied to the FINCH display and TD100 transmitter, the TD100 will run through a 10 second, warm-up cycle. During the warm-up cycle the FINCH II will run its own tests, during which the FINCH display will show the current software revision number, followed by a display test consisting of all five digits and compartment number showing the values from 0 to 9 and A to F.
  • Page 31 The digit flashes when the Auto Compartment Select feature has switched compartment displays due to an activated alarm. The FINCH II display will automatically jump to a compartment if any alarms are triggered on that Auto compartment. For example, if the display were monitoring tank 1 but the Fill alarm were to go off Compartment on compartment 2 then the display would jump automatically to compartment 2.

  • Page 32: Offset Measurement

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 continuously increase the level and after 5 seconds, it will increase in speed. The Set Fall alarm mode is entered by pressing the ▼ arrow for longer than 2 seconds and then releasing.

  • Page 33: Programming The Td100

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 2. If the probe is installed on top of the riser, include the riser height in the Probe Offset distance (see Figure 4-4-2 - Probe Offset with Riser). In this case, the distance is measured from the bottom edge of the probe nut to the outer tank surface (and not the top of the Riser).

  • Page 34: Modes Of Operation

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Figure 4-4-3 SensorLink Modes of Operation Sleep Mode The FINCH display has a feature that allows the user to disable all the alarms on the unit and blank the display to reduce power consumption.

  • Page 35: Alarms

    Spill alarm. The Spill alarm will be stuck if power is turned OFF while unloading from Spill alarm level. Put the unit into offset calibration mode and cycle the power to clear the alarm. NOTE The FINCH II Display will not allow the user to switch operating modes until all Acknowledgeable alarms have been acknowledged. 4.6.2...

  • Page 36: High High Alarm

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 4.6.4 High High Alarm The High High alarm (HH) volume is set when programming the TD100 transmitter. The High High is the maximum safe volume of the tank. It is set to a volume that is a minimum 2 ” below the Spill Level. This alarm can be assigned to the relays.

  • Page 37: Alarm Settings

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Alarm Settings 4.7.1 Coax Probe Alarm Settings Diagrams The alarm level settings vary based on the combination of probe type and whether standard or performance mode. The performance mode offers more accuracy and is the recommended configuration.

  • Page 38: Dual Rod Alarm Settings Diagrams

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 4.7.2 Dual Rod Alarm Settings Diagrams Figure 4-7-2B, Figure 4-7-2A, Dual Rod - Standard Mode Dual Rod - Performance Mode www.titanlogix.com Pg. 38...

  • Page 39: Configuring The Alarms

    5.1.1 Error Codes The TD100 constantly checks the system for errors. Detected errors are shown on the FINCH II display. These error codes assist in diagnosing and repairing the problems. E 80 through E 84 indicate an error caused by an incorrect strapping table or internal transmitter malfunction. For these errors, review the programming information, correct if necessary and reprogram the transmitter.

  • Page 40: High Level Shutdown System Troubleshooting

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 possibly defective transmitter possibly damaged or defective probe E0020 No fiducial detected possible turbulence in the tank possible disconnection of transmitter and probe possible liquid or grease contamination of transmitter...
  • Page 41 Use a test light to test points for i) Check all points from the FINCH II Display back to the battery battery voltage in the following ii) Inspect all junction boxes, plugs and sockets for broken wires and sequence.

  • Page 42: Td100 System Specific Troubleshooting

    The following troubleshooting steps are organized by system or circuit function and symptoms. These are some of the most common system wiring and component failures along with suggested troubleshooting and repair steps. FINCH II Display DIM/SLEEP LED blinks when the PTO is engaged or Display Enable is on. WHAT TO DO:...
  • Page 43 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Loss of SV Bus Communication, FINCH II Display shows “----”. WHAT TO DO: DETAILS: REMEDY: a. “----” displayed on the Finch indicates loss of SV Bus communication with the TD80/100 transmitter.
  • Page 44 FINCH II volume. Display may be faulty, replace the unit. iii) If the FINCH II Display flashes at the alarm setting then troubleshoot the Fill or Fall alarm wiring and components. iv) Clip the test light to power and a.
  • Page 45 Ensure that the FINCH II Display DIM/SLEEP LED blinks when the DISPLAY EN signal is disengaged. v) If the FINCH II displays volume when DISPLAY EN signal is disengaged, test for short circuit to ground on DISPLAY EN signal.
  • Page 46 Error codes 01, 02, 04, 10, 20 and 40 can be combined if there is more than one error code at a time. For example, E 26 is E 02 + E 04 + E 20. E 80 to E 84 will not be combined with any other error codes. FINCH II Display continuously shows “2 LO”. WHAT TO DO: DETAILS: REMEDY: a.
  • Page 47 Hand tighten the transmitter nut until it is at the to probe. securely fastened to the O-ring, then fully tighten with a wrench. probe FINCH II Display shows erratic level measurements or “2 LO” WHAT TO DO: DETAILS: REMEDY: a. FINCH II Display shows...

  • Page 48: Common System Installation Problems

    TD80/100 transmitter power may be independent from the FINCH II Display power. Power must be cycled to the FINCH II Display and TD80/100 at the same time for offset calibration. c. FINCH II Display shows a i) The TD80/100 transmitter may be Replace the TD80/100 transmitter with a level after flashing “CAL”,...
  • Page 49 TPM 010, Rev 7.0 c. Use a test light to test points for i) Check all points from the FINCH II Display back to the battery battery voltage in the following ii) Inspect all junction boxes, plugs and sockets for broken wires and corrosion sequence.
  • Page 50 WHAT TO CHECK: i) Ensure that HH and Spill/Fail alarms are inactive, TD80/100 system is operating normally. ii) Confirm the FINCH II relay assignments and relay alarming states. Verify the settings using SensorLink and correct as necessary. iii) Check for a blown Pump Relay fuse and replace as necessary iv) Check for power at Pump 1.

  • Page 51: Alternate Td100 System Troubleshooting

    Turn on the power and verify that the FINCH II Display powers up normally, then displays “----”. The DIM/SLEEP LED may blink, or the FINCH II Display may continue to display “----” if the DISPLAY EN is permanently wired to ground. Resolve all problems at this point before continuing.

  • Page 52: Finch Ii Relay Tests

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 FINCH II Relay Tests The following tests are used to determine correct operation of optional alarm accessories such as horns, lights, and high level shutdown system. They do not verify correct operation of the TD100 level transmitter, probe, or display.

  • Page 53: Td100 System Test & Verification Checklist

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 TD100 System Test & Verification Checklist Step Power ON Check. Confirm FINCH II display and RCM startup Check FINCH II display for communication with the TD100 Volume display Set the Fill and/ or Fall alarms...

  • Page 54: Coaxial Probe Truck And Trailer Installation

    This Technical Reference is intended to provide a brief overview of the FINCH II and provide information on how to install and use a FINCH II. This section includes information on how to wire the FINCH II as well as a brief overview of the user interface.
  • Page 55 FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Connector 2 (2pos) • Position 1 (PWR SW-) Power Control Switch (PWR SW). • Position 2 (PWR SW+) Connect a dry contact switch between terminals 1 and 2 for WARNING: system ON/OFF control.

  • Page 56: Relay Assignments

    The relays have all contacts, Normally Open (NO), Normally Closed (NC) and Common (COM) contacts available for power or signal control. The TD100 generated alarms, or alarms generated by the FINCH II display can control these relays for various purposes including overfill prevention.

  • Page 57: Relay Alarming States

    SVBus Connections: The FINCH II has connections available for 2 TD100’s via connectors 7 and 8. It also has 1 SV out connector (connector 9) that is intended to be connected to an RCM. The SV out connector can also be used for programming using an SVBus converter box.

  • Page 58: Dip Switches

    Dip switch A contains 4 positions. A-DIP, ON = up, OFF= down. Dip switch B also contains 4 positions. B-DIP, ON = up, OFF= down The FINCH II contains 2 Dip Switch banks that contain 4 switches per bank. Dip Switch B...

  • Page 59: Finch Ii And Td100 Transmitter Programming Cable Adapter

    See Figure 2-2 for the location, labeled connector block 9. Plug the TD100 Programming Cable 4-pin plug into the SV OUT socket on the FINCH II Circuit board. Transmitter selection for programming is by the rocker switch on the 4-pin plug.

  • Page 60: Technical Specifications

    FINCH II Installation & Operation Manual TPM 010, Rev 7.0 Technical Specifications Power: 8-30 VDC Current Consumption: 300mA at 12V Fuse Ratings: 5A (HORN, LIGHT, PUMP/AUX and ENGINE/AUX) 10A (RELAY MAIN) Relay Ratings: 3.3A Max on any individual relay AND 6.6A Max across all 4 relays Ambient Temperature Range: 40°C to +65°C...

Table of Contents