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3. When handling hazardous liquids, always

follow the liquid manufacturer’s safety

precautions.

4. When working in hazardous environments,

always exercise appropriate safety precau-

tions.

5. Always dispose of used cleaning solvents

in a safe manner according to the solvent

manufacturer’s instructions.

6. During turbine removal, liquid may spill.

Follow the liquid manufacturer’s safety

precautions for clean up of minor spills.

7. Do not blow compressed air through the

turbine.

8. Do not allow liquids to dry inside the

turbine.

9. Handle the rotor carefully. Even small

scratches or nicks can affect accuracy.

10. When tightening the turbine, use a wrench

only on the wrench flats.

11. For best results, always verify accuracy

before use.

FTB380 Series Turbines are identified by the 

internal diameter of the inlet and outlet.

A109GMA100NA1

  –  1/2 inch (Low Flow)

 

A109GMA100NA1

  –  1 inch (Mid Flow)

 

A109GMA200NA2

  –  2 inch (High Flow)

Each of these turbines are designed to work 

with on-board display electronics and/or with 

one of several accessory modules that can 

interface to a wide variety of reporting and 

collecting devices.
The CMOS microprocessor-based electronics 

have extremely low power requirements and 

data retention capabilities in both RAM and 

ROM. Information is clearly displayed on 

a large 6-digit LCD readout with two-point 

floating decimal for totals from .01 to 999,999. 

All operations are easily accessed with the two 

buttons on the front panel.

Liquids flow through the turbine housing 

causing an internal rotor to spin. As the rotor 

spins, an electrical signal is generated in the 

pickup coil. The electrical signal provides 

the output necessary to operate the on-board 

display electronics for local indication directly 

on the turbine or one of several accessory 

modules that transmit the signal to external 

equipment.
Upon receipt, examine your meter for visible 

damage. The turbine is a precision measuring 

instrument and should be handled as such.  

Remove  the  protective  plugs  and caps for 

a thorough inspection. If any items are dam-

aged or missing, contact OMEGA Customer 

Service.
Make sure the turbine model meets your spe-

cific needs. Refer to the Specifications Section 

and confirm the following:
1. The flowrate is within the limits of your

model.

2. The liquid is compatible with the turbine’s

wetted components.

3. The system’s pressure does not exceed

the turbine’s maximum pressure rating.

Information specific to your particular turbine, 

including serial number and manufacturing 

date is printed on the bottom of the turbine. 

SN = Serial Number

, a 7-8 digit number that 

identifies this particular turbine.

MFD = Manufacturing Date

 indicating the 

week and year of manufacture.

For your future reference, it might be useful to 

record this information in the manual in case 

it becomes unreadable on the turbine.

All Series FTB380 turbines are designed to 

measure flow in only one direction. The direc-

tion is indicated by the arrow cast-molded in 

the turbine outlet. If the opposite direction is 

desired, and you are using on-board display 

electronics, rotate the display electronics 180 

degrees prior to installation.

INSTALLATION

PRODUCT DESCRIPTION

Summary of Contents for FTB380 Series

Page 1: ...FTB380 SERIES Aluminum Turbine Flowmeters...

Page 2: ......

Page 3: ...Turbine Meter System prior to installation and use If you need assistance contact the Omega Flow Application Department This symbol is used throughout the manual to call your attention to safety messa...

Page 4: ...ine housing causing an internal rotor to spin As the rotor spins an electrical signal is generated in the pickup coil The electrical signal provides the output necessary to operate the on board displa...

Page 5: ...28 Standard Sieve 500 m Alternative Sieve No 35 All Series FTB380 turbines are Factory Mu tualApproved and carry a Class 1 Division 1 Approval for hazardous environments They are tested and calibrate...

Page 6: ...ext rollover occurs the computer will highlight an X100 icon This indicates to the operator that two zeroes must be added to the 6 digits shown Press the DISPLAY button briefly to switch between the T...

Page 7: ...a non standard application Field Calibration Procedures Dispense Display Method 1 Tofieldcalibrate pressandholdtheCALI BRATE and DISPLAY buttons for about 3secondsuntilyouseeFLdCAL Release bothbuttons...

Page 8: ...l Follow the liquid manufacturer s safety precautions for clean up of minor spills WARNING CAUTION Never blow compressed air through the meter It could damage the rotor Follow the liquid manufacturer...

Page 9: ...ery terminals and remove any corrosion 4 Install the new batteries and make sure the positive posts are positioned correctly When the batteries are installed correctly the computer powers on automatic...

Page 10: ...s to Check all electrical connections Reference recording device appropriate installation instructions 10 Accuracy needs verification Complete normal accuracy verification procedures Repeat periodical...

Page 11: ...1 in 2 in Weight with Computer Electronics Pounds 1 35 lbs 1 35 lbs 3 0 lbs Kilograms 61 kg 61 kg 1 36 kg Performance Linear Range for 1 in Low Flow N A Linear Range for 1 in 1 5 of reading Linear Ra...

Page 12: ...the computer electronics Dimensions A C B Display Specifications Input Pulse Rate Minimum Pulse In DC Minimum Coil Input 10 Hz Maximum Raw 1 000 Hz K Factor Minimum 01 pulses unit Maximum 999 999 pul...

Page 13: ...ctor output Except as noted Options and Accessories are for Display Models only and only one Module may be installed per unit All models are supplied with 10 ft cable Cable may be cut or extended as r...

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Page 16: ...M 5065 1111...

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