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Titan Logix FINCH 5332 User Manual

Titan Logix FINCH 5332
32 pages
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Instrumentation Solutions that just make sense.
FINCH 5332
Level Monitor
Head Office
Saskatchewan Branch
4130 93 Street Box 460, 103 Cenaiko Street
Edmonton, AB T6E 5P5 Lampman, SK S0C 1N0
Toll Free 1-877-462-4085 Web Site www.titanlogix.com E-Mail sales@titanlogix.com
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Titan Logix FINCH 5332 Specifications

General IconGeneral
BrandTitan Logix
ModelFINCH 5332
CategoryMonitor
LanguageEnglish

Summary

WARRANTY STATEMENT

Introduction

About This Manual

Provides information specific to the Titan Logix Corp. Finch 5332/5332E Level Monitor.

About the Finch 5332 Level Monitor

Explains the TD80 system, Finch 5332 internal and 5332E external displays.

Main Features

Lists key features like enclosure types, input/output, reliability, and programming.

Installation

Environmental

Details ideal and avoid mounting locations based on weather, sunlight, temperature, and wiring accessibility.

Outline

Shows dimensions for Finch 5332 and Finch 5332E models.

Mounting

Describes mounting methods for Finch 5332 internal and 5332E external displays using brackets or bolts.

Interconnection

Illustrates jumper locations and I/O terminals for Finch 5332 internal display and external connections.

Transmitter Power and SVbus

Explains how power is supplied to the TD80 Level Transmitter and level data is sent via SVbus.

PTO and External Acknowledge

Describes the function of the PTO switch for Monitor Mode and external acknowledge for alarms.

High High Alarm Relay Output

Details the use of the HH alarm relay for pump shutdown, its fail-safe operation, and wiring for open/closed circuits.

Fill Alarm Relay Output

Explains the Fill alarm for desired level indication, its fail-safe operation, and the Horn Circuit OK LED.

Fail Alarm Relay Output

Describes the Fail Alarm for system errors, its dry contact nature, and fail-safe operation for spill protection.

Power Input

Advises on correct voltage supply (8-28VDC) and initial setup precautions for the Finch Display.

Operation

Start Up

Describes the power-on sequence, transmitter and display self-diagnostics, and initial relay tests.

Calibration

Outlines the process for calibrating the system using known fluid levels and front panel buttons.

Modes of Operation

Illustrates the transitions between Monitor, Display, Set Fill/Fall, and Off modes based on PTO and button inputs.

Off Mode

Explains the sleep mode where the display is off and how to exit it via buttons or PTO.

Display Mode

Describes showing current level and errors, returning to Off Mode, and conditions for 2 LO or Spill display.

Monitor Mode

Details displaying level, errors, and alarms, and entering other modes via PTO or buttons.

Set Fill / Fall Mode

Explains adjusting Fill/Fall alarm levels using faceplate buttons and the effect of the Fill/Fall Jumper.

Disabling the 2 LO Message

Describes using the 2 LO Disable Jumper to prevent "----" from appearing, with a note on accuracy.

Alarms

Fill / Fall Alarm

Defines the operator-entered Fill/Fall level, its relay activation, and acknowledgement procedure.

High High Alarm

Explains the HH Alarm level set 8" from the top, its use for pump shutdown, and acknowledgement.

Fail Alarm

Describes the Fail Alarm for system errors, loss of communication, or Spill Alarm, and its self-resetting nature.

Spill Alarm

Details the Spill Alarm level set near the top, its effect on the Fail Alarm, and reset conditions.

Error Messages

Troubleshooting

Specifications

Technical Reference

Communications

Explains the proprietary SVbus communication system, its range, and termination requirements.

Data Field Descriptions

Details the structure and meaning of data fields within the 'r' Frame used for level transmission.

'L' Frame

Describes the 'L' Frame data packet sent by the Finch Display to the level transmitter during calibration mode.

'I' Frame

Details the 'I' Frame, a calibration data packet sent by the transmitter to the Finch Display as a reply to an 'L' frame.

Notes