The electrical condition of
plant equipment is as important as their mechanical
condition. Electrical failure can be as catastrophic
as the worst mechanical breakdown. Using state-of-the-art
equipment we collect and analyze up to 8 separate parameters
to determine motor condition. We test both AC and DC
motors and coils. Fault analysis includes power quality,
power circuit, insulation, stator, and rotor and air
gap eccentricity. Testing includes phase-phase resistance
and inductance, phase-ground resistance and capacitance.
We help to reduce unplanned shutdowns from premature
motor failures and decrease motor repair and replacement
costs
Motor circuit analysis
is the most complete and accurate test possible on
an electric motor. Our specialists look for turn-to-turn
shorts, coil-to-coil shorts, connection defects,
air gap, rotator defects, and insulation degradation,
all without removing or taking the motor apart.
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Motor Circuit
Analysis a revolutionary and new way to test over every
electrical aspect of a motor without disassembly. It
provides a simple and cost effective way to observe
and record the condition of the machinery and to track
any changes in its condition.
Motor circuit analysis
works on: Distribution Conductors, Distributor Coils,
Transformers, AC & DC Traction Motors, Machine
Tool Motors, Servo Motors, AC /DC Motors, Linear
Motors. |
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Benefits of Dynamic Balancing
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Extend
Bearing Life
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Reduce Shaft Failures
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Minimize Wear In Coupling Components
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Maintain Proper Internal Clearances
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Reduce Power Consumption
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Lower Vibration Levels
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Increase Mechanical Seal Life
Unbalance is broadly accepted as one of the most common
faults found in rotating equipment.
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What
can be accomplished by using precision balancing in
a proactive reliability based maintenance program?
Consider the following
example of the cost of what might appear to be a minor
unbalance in a fan bearing: Calculated bearing life
is proportional to the load on a bearing. Consider
a bearing rated at 1000 lbs with a one ounce unbalance
present at a radius of 22 inches. With a machine speed
of 3600 rpm, this bearing, having a normal life of
two years, will have an expected life of just six months.
Proper balancing can extend the life of this component. |
HVAC Test and Balance are the testing, adjusting,
and balancing of air conditioning ventilation systems
to provide comfortable conditions, safe and efficient
operation, and acceptable air quality.
Balancing the HVAC system ensures that there is correct
flow throughout the building and that the system's
controls are working correctly.
Balancing the system will solve problems occurring
within the space like hot and cold spots and drafts.
A well balanced system is much more efficient to run
therefore financial savings can be achieved by ensuring
that the building systems are balanced correctly.
For
more information, please use our Contact
Form.
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of their respective owners]
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(A joint venture
of ALPS Maintaineering Services Inc of Philippines
and Midwest Vibrations Analysers of Australia)
Unit 506 Richville Corporate
Center 1314 Commerce Ave. Ext. Madrigal Business
Park Ayala Alabang, Muntinlupa City Philippines.
Tel: (0632) 842 1358 - Telefax: (0632)
842 4506 - Fax: (0632) 808 2425
- Mobile: (063917) 803 0845
17 Mudgee Street Wallerawang
NSW Australia.
Tel (AU):: 0061 2 63 551664, Mobile: 0061438608010
Contact
Us
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© Copyright, Asia Pacific Predictive Systems JV, Inc 2006
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