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Oval ALTI mass CA080 User Manual

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Every OVAL product is fabricated, tested, and inspected under stringent quality control before it
leaves our factory.
To derive maximum benefit from the product, we recommend you to be well familiar with the
information and instructions given in this manual before you place it in service and retain this
manual at the field location for ready reference.
ALTI
mass
Type U/Sophisticated models: CA00A, CA001, CA003, CA006, CA010, CA015
CA025, CA040, CA050, CA080, CA100, CA150
CA15H, CA200, CA20H, CA250
Type S/Straight tube models: CS010, CS015, CS025, CS040, CS050, CS080
CSR50
Type B/Low price, general purpose models:
CB006, CB010, CB015, CB025, CB040, CB050
Transmitter : PA0K
1
Ins. No. L-740-28-E
Type S Type B
Separately mounted
transmitter
Type U
Large size
Type U
Extra low flows
Type U
Type U
Low flows

Table of Contents

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Oval ALTI mass CA080 Specifications

General IconGeneral
BrandOval
ModelALTI mass CA080
CategoryMeasuring Instruments
LanguageEnglish

Summary

1. BEFORE YOU BEGIN

3. SPECIFICATIONS AND PERFORMANCE

3.1 Sensor Unit General Specifications

Detailed technical specifications for sensor units, covering materials, connections, and operating limits.

3.1.4 Transmitter general specifications

General specifications for the transmitter, covering power, communication, outputs, and standards compliance.

3.2.2 Type S general performance

Performance data for Type S with stainless steel tubes, including flow rate and accuracy.

3.2.3 Type B general performance

Performance characteristics for Type B models, including flow rate, accuracy, and density measurements.

3.1.1 Type U sensor unit general specifications

Technical specifications for Type U sensor units, including materials, connections, and operating limits.

Stainless steel tube type (CS010 to CS080)

Performance data for Type S with stainless steel tubes, including flow rate and accuracy.

3.1.2 Type S sensor unit general specifications

Technical specifications for Type S sensor units, detailing material, connections, and performance parameters.

3.2 General Performance

Performance characteristics, including accuracy and repeatability for Type U models.

Titanium tube type (CS010 to CSR50)

Performance data for Type S with titanium tubes, covering flow rate and accuracy specifications.

3.1.3 Type B sensor unit general specifications

Technical specifications for Type B sensor units, including materials, connections, and performance data.

4. PRESSURE LOSSES

5. PART NAMES AND OUTLINE DIMENSIONS

5.1 Type U

Part names and outline dimensions for Type U sensor units.

5.1.9 Ferrule fitting type (integrally and separately mounted models, low temp. explosionproof service models)

Outline dimensions for ferrule fitting sensor units, including integrated and separate types.

5.1.1 CA00A, CA001 and CA003 (separately mounted models)

Outline dimensions and weights for separately mounted CA00A, CA001, and CA003 sensor units.

5.1.3 CA100 thru CA250 (integrally mounted models)

Outline dimensions and weights for integrally mounted CA100 to CA250 sensor units.

5.1.4 CA006 thru CA080 (separately mounted models)

Outline dimensions and weights for separately mounted CA006 to CA080 sensor units.

5.1.5 CA100 thru CA250 (separately mounted models)

Outline dimensions and weights for separately mounted CA100 to CA250 sensor units.

5.1.2 CA006 thru CA080 (integrally mounted models)

Outline dimensions and weights for integrally mounted CA006 to CA080 sensor units.

● Low temp. explosionproof service models (CA025 to CA080)

Outline dimensions for low temp. explosionproof sensor units with ferrule fittings, showing size and weight.

5.2 Type S

5.2.1 Stainless steel tube type (integrally and separately mounted models)

Outline dimensions and weights for Type S stainless steel tube sensor units.

5.2.2 Titanium tube type (integrally and separately mounted models)

Outline dimensions and weights for Type S titanium tube sensor units.

5.2.3 Ferrule fitting type (integrally and separately mounted models)

Outline dimensions for Type S ferrule fitting sensor units, including integrated and separate types.

● Separately mounted type

Outline dimensions for separately mounted sensor units with ferrule fittings, specifying size, weight, and connections.

● Integrally mounted models

Outline dimensions and weights for integrally mounted Type S titanium tube sensor units.

5.3 Type B

Part names and outline dimensions for Type B sensor units.

● Integrally mounted type

Outline dimensions for integrally mounted sensor units with ferrule fittings, including size and weight.

● Separately mounted models

Outline dimensions and weights for separately mounted Type S titanium tube sensor units.

5.3 Type B

5.3.1 Integrally mounted models

Outline dimensions and weights for Type B, integrally mounted sensor units, with various process connections.

5.3.2 Separately mounted models

Outline dimensions and weights for Type B, separately mounted sensor units, showing size and weight.

6. INSTALLATION

6. INSTALLATION

6.5 Installation Guidelines

General guidelines for installing the flowmeter, focusing on flange type connections.

6.5.1 Flange type

Guidelines for installing flange-type sensors, focusing on alignment, gaskets, and bolt tightening.

6.5.3 Screw-in type

Instructions for installing screw-in type sensors for CA00A and CA001 models.

6.5.2 Sanitary fitting type

Procedures for installing sanitary fitting types, including welding companion sleeves and using clamps.

(2) CA003 to CA015

Procedure for sandwiching an O-ring and tightening for CA003 to CA015 screw-in types.

(1) CA00A and CA001

Instructions for installing screw-in type sensors for CA00A and CA001 models.

7. WIRING INSTRUCTIONS

7.1 Wiring Connections

Details on making power and output signal connections to the transmitter housing terminals.

7.1.1 Power and output signal connections (both integrally and separately mounted models)

Details on making power and output signal connections to the transmitter housing terminals.

7.10 Wiring Diagram

Wiring diagram showing connections for transmitter power and output signals.

7.1.2 Connections between separately mounted sensor unit and transmitter

Instructions for connecting the separately mounted sensor unit to the transmitter using the terminal block.

7.10.1 Transmitter power and output signal wiring

Wiring diagram showing connections for transmitter power and output signals.

7.10.2 Separately mounted sensor unit and transmitter wiring

Wiring diagram illustrating the connection between the separately mounted sensor unit and transmitter.

7. WIRING INSTRUCTIONS

9. DESCRIPTION OF INCORPORATED FUNCTIONS

9.6 Comprehensive self-diagnostic Capabilities

9.6.1 Probe check

Procedure for checking the probe circuitry for faults, with corrective actions for detected issues.

9.6.2 Drive coil check

Diagnostic test to verify the integrity of the drive coil and sensor connections.

9.6.3 Transmitter check

Diagnostic test to identify problems within the transmitter, covering various internal components and conditions.

9.6 Comprehensive self-diagnostic Capabilities

9.7 Simulated Signal Input/Output Capabilities

9.8 Zeroing Function

9.8 Zeroing Function

9.8.1 Through LCD display switches

Procedure for performing zeroing using the LCD switches to correct offset drift and ensure accurate measurements.

9.9 Analog Trim Function

9.10 Reset Function

9.12 Pulse Output Function

9.13 Analog Output Function

9.14 Status Output

9.15 Status Input Function

9.15.2 Zero adjustment (Auto Zero)

Automatic zeroing initiated by a status input signal to minimize offset flowrate drift.

9.16 High/Low Alarm Function

9.17 Gas Mixed Flow Alarm Function

10. MAINTENANCE

10.1 Error Messages

A table listing error types, descriptions, coping actions, and influences on output for troubleshooting.

10.4 Explosionproof Specification

Details on explosionproof specifications, including TIIS, ATEX, IECEx, CSA, EAC, and NEPSI standards.

10.4.1 TIIS explosionproof

Details on TIIS explosionproof specifications for integral and separate type converters and detectors.

10.4.2 ATEX, IECEx explosionproof

ATEX and IECEx explosionproof specifications for converters and detectors, covering applicable standards and type symbols.

10.4.4 CSA explosionproof

CSA explosionproof requirements for converters and detectors, including applicable standards and adapter specifications.

10.4.5 EAC explosionproof

EAC explosionproof specifications for converters and detectors, detailing applicable standards and model code explanations.

10.4.6 NEPSI explosionproof

NEPSI explosionproof specifications for converters and detectors, including applicable standards and model code explanations.

10.4.7 ITRI explosionproof

ITRI explosionproof specifications for converters and detectors, covering applicable standards and model code explanations.

10. MAINTENANCE

14. PRODUCT CODE EXPLANATION

14.1 Type U

Explanation of product code structure for Type U models, including model selector charts.

14.2 Type S

Explanation of product code structure for Type S models, including tube types.

14.2.1 Stainless steel tube type

Explanation of product code structure for Type S stainless steel tube models.

● Main code (CA00A to CA080)

Explanation of the main product code structure for Type U models CA00A to CA080.

● Main code

Explanation of the main product code structure for Type B models, detailing size, materials, and connections.

● Main code (CA100 to CA250)

Explanation of the main product code structure for Type U models CA100 to CA250.

15. PRODUCT CODE EXPLANATION OF THE OLD PRODUCT CODE

SAFETY STATEMENT ON RETURNED GOODS

REPAIR REQUEST SHEET

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