THE GAS FLOW CALIBRATOR
li>Scale able Expansion in terms of both Mass Flow and Accuracy.
Able to test flow meters at Atmospheric & Elevated Pressures.
Compatible with common Calibration Gasses.
No Constraints on Test-Section Diameter or Length.
Highly Automated, User-Friendly, MS Windows™-based Software with Sophisticated Data Management and Analysis Capabilities.
FLOW CONTROLLER
Combines the Performance of a Control
Valve and a Flow meter in 1 package
Stand-Alone Operation with Internal or Remote Data Logging Capabilities
Self-Contained Package including Instrumentation
Calibration & Monitoring Windows™-Based Software
TEST SYSTEM FOR THE COMPRESSOR INDUSTRY
Flow Elements : Six (6) Critical Flow Venturis (Sonic Nozzles) with Binary Throat Area Progression
Flow Range: 1 to 36 ICFM (other ranges available).
Accuracy : ± 0.6% of reading, traceable to NIST standards
Repeatability : 0.25 % or better
Accuracy : +/-0.05% to +/- 0.3%
Discharge Pressure Range : 0 to 120 PSIG. (Other ranges available.)
HIGH FLOW CONFIGURATION
Designed for Large Aircraft or Land-Based, Gas Turbine Parts
Highest Flow Rate with Large Turndown
Two Outlet Ports
Accuracy: +/- 0.48%
LOW FLOW CONFIGURATION
Part Pressure Range : 0.5 to 50 psig
Designed for High Through-put of Aircraft Parts
1 or 4 Outlet Ports
Wide range of part test Pressure and Mass flow rates
Accuracy: +/- 0.48%
MINI FLOW CONFRIGURATION
Designed for a Low-Cost Solution
Small Footprint for use in Cellular Manufacturing
Single Flow Port
Accuracy: +/- 0.87%
LIQUID FUEL NOZZLE
H2O Flow range : 0.2 to 14 GPM 70 : 1 Turndown
Part Pressure range : 34 to 390 PSIG 70 : 1 Turndown
Single Flow Port
Accuracy: +/- 0.50%
Cycle Time : 45 to 120 second depending on percent of maximum capacity
PORTABLE AIR FLOW TEST SYSTEM
Accurate; Highly Repeatable Results
Portable or Bench Top Mountable
Flexible Testing for Various Specifications
Wide Range of Part Test Pressures & Mass Flow Rates
Single Flow Port
User-friendly Controller Software
Accuracy: +/- 0.87%
FLOW COMPUTER
Self-Contained Unit, including Instrumentation
Stand-alone Operation w/ Internal or Remote Datalogging
Windows-Based Interface
Ethernet, Analog (2) & Configurable Digital (2) Outputs
Calibration software to maintain internal instruments
BODY LEAKAGE TEST STAND – 2ND GENERATION VEHICLE CABIN AIR LEAKAGE TEST SYSTEM
Provide Pressure, Suction, or Mass Flow Control within the Vehicle Under Test
Highly Repeatable Results
Spreadsheet for Data Corrections and Storage
Measures Air Mass Flow Range:10 to 350 SCFM
User-friendly Test System Controller
Data Output Corrected to Nominal Day Conditions
THROTTLE CHAMBER AIR FLOW TEST SYSTEM
Vacuum Flow at Two Discrete, widely separated Nominal Flow Rates
Automated Control of Throttle Body valve motor positioning
Part Fixturing, including air flow inlet section and mating connector
Database for all Setup and Calibration data, as well as production test results
Meet Production Line Cycle Time Goals of 1 part every 30 sec
FULLY AUTOMATED SYSTEM
Mass flow rate : Range as previously mentioned , ± 0.4% of reading
Repeatability : <±0.25% as defined as 2 standard deviations divided by the mean of 20 identical sample
UUT Voltage : 0-5 VDC , ±0.02% Full scale
0-10 VDC , ±0.02% Full scale
UUT Frequency : 0 to 20kHz , 50ppm
UUT Pressure : 0-150psia , ±0.02% Full scale
UUT Temperature : ±0.5 ◦F
INTAKE / EXHAUST VALVE & MANIFOLD DESIGN
Flow elements : five(5) subsonic venturis
Flow range : 1 to 650 SCFM
Test pressure range : 0.25 – 82 INWC (pressure or vacuum)
Accuracy : ±1% of reading , traceable to NIST standards
Repeatability : Estimated better than 0.25%
Cycle time : Average cycle time for a 10 point is 7 minutes
AUTOMOTIVE MASS AIR FLOW SENSOR PRODUCTION
An Automotive OEM Parts Supplier required a flexible, automated, in-line production test system to provide an accurate metered airflow supply through a new generation of automotive engine Mass Air Flow Sensors. The workstation would need to power, communicate and perform final programming of the Unit-Under-Test (UUT) while concurrently setting mass flow points. Additionally, this workstation had to be fully integrated into a production line that was being simultaneously designed and installed
QUALITY ASSURANCE WORKSTATION
Vacuum flow at nominal flow rates ranging from 0.5 to 1540 kgs/hr.
Unit under test (UUT) control , Power cycling , Communication and programming capabilities
Part fixturing, including air flow inlet and exit tubes
Mechanical/Electrical/Pneumatic mating connector and UT actuators
Expandable and Flexible data acquisition and control sub-system
Contact
Kinetics Corporation Ltd. (TIB)
388 Ratchadapisek Road, Chandrakasem,
Chatuchak, Bangkok 10900 Thailand.
Tel : 662-515-8951
Fax : 662-515-8988
E-mail : tib@kinetics.co.th
Website : www.kinetics.co.th
