Page 124 - 诺霸英文2022

VALVE TESTING

VALVE TESTING & ACTUATION

B.T.O
Degrees B.T.C Torque

R.T

0°-90° Cycle

Time
This diagram represents what we would expect to occur
during a “break to open” to “break to close” cycle of a
typical ball valve, with R.T. being the “run torque”.

Typical example of an
engineered to order
Valve Testing System in
Example of a pneumatically driven PTS-72-1000 Remote fitted with a application
torque and angle transducer as part of a Valve Testing System
VALVE TESTING SYSTEM
Engineered to order Valve Testing System
Typical applications include the testing of Ball Valves requiring
cyclical rotation 0 - 90˚ / 90 - 0˚, whilst recording torque vs
angle data. Testing of Gate Valves / Valve Actuators by opening
& closing whilst recording torque vs angle / turns data. The
test must be remotely controlled from outside of the test
chamber, where the test valve is pressurised.
• 10” touchscreen HMI & PLC housed in painted steel enclosure for
indoor / workshop use
• Test data capture and output in CSV format onto external USB drive,
time & date stamped
• Generate customer test reports and produce graphs
• Real time torque & angle or torque & turns data streaming via
RS232 serial port
• Precision controlled low noise servo drive
• Operates Pneumatic (via solenoid valves), or servo drive tools
• Dedicated input ports for pressure, temperature and proximity
sensors
• Controller available as separate component to upgrade existing
valve testing kits
• Automatic recognition of Smart transducers
• Forward / reverse cycling - user programmable number of cycles,
variable up to 32,000 sweeps
• Emergency stop button and torque overload limit function
• Utilises Norbar's tried and tested PneuTorque multiplier along with
Torque and Angle Transducers - various capacities available
• Torque Range: 100 - 300,000 N·m (capacities up to 500,000 available
on application)
• Powerful brushless motor is quiet and maintenance free

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