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General| Type | Rotary Screw |
|---|---|
| Motor Power | Varies by model |
| Flow Rate | Varies by model |
| Air Delivery | Varies by model (e.g., 100 to 1500 CFM) |
| Drive Type | Direct Drive |
| Cooling Type | Air |
| Control System | INTELLISYS |
| Noise Level | Varies by model |
| Voltage | Varies by model |
Diagnose issues related to incoming voltage dips, sags, and power disturbances.
Troubleshoot intermittent faults in 16 VAC, ground, and 5 VDC analog circuits.
Address environmental factors like temperature, moisture, and vibration.
Diagnose issues related to incoming voltage dips, sags, and power disturbances.
Troubleshoot intermittent faults in 24 VAC, ground, and 5 VDC circuits.
Address environmental factors like temperature, moisture, and vibration.
Diagnose feed circuit intermittency and membrane faults.
Address communication, environmental, and display issues causing lock-up.
Test Triac outputs using controller-specific methods.
Verify power supply and diagnose limit switch/controller faults.
Troubleshoot motor, valve, coupling, and deflector issues.
Diagnose 1AVPT transducer and sensing line faults.
Inspect gears, coupling, and SG limit switch position.
Diagnose coupling, motor, driver chip, or MPCV faults.
Inspect sensing lines, deflector, silencer, and inlet valve.
Check coolant, filter, and water contamination.
Diagnose component and valve operation issues.
Address coolant, cooler cleanliness, and ambient temperature.
Diagnose valve, thermistor, and airend component faults.
Verify heater selection, overload settings, and wiring.
Analyze amperage, voltage, and starter component conditions.
Troubleshoot overload relay, controller, or ribbon cable.
Verify temperature, coolant status, and valve operation.
Check component energization and operational timing.
Diagnose wiring and auxiliary contact problems.
Measure AC voltages at BTS1 terminals.
Identify faulty E-stop, 1ATS, and verify shutdown wiring.
Verify controller and ribbon cable integrity.
Measure controller voltages and check fuses/transformer.
Address common faults and verify shutdown conditions.
Correct rotation and diagnose airend problems.
Diagnose sensing lines, motor, belts, and related components.
Measure voltage on limit board wires for controller type.
Diagnose controller, cable, and switch faults.
Measure voltage on controller terminals for remote stop.
Diagnose stop contact, cable, or controller faults.
Connect meter to check remote start voltage.
Diagnose start button, PLC, or controller faults.
Inspect pressure, filter, and coolant conditions.
Check component condition and system operation.
Methods to diagnose power outages using measurement tools.
Practical methods to measure ground current and identify issues.
Steps to measure 16 VAC supply and diagnose faults.
Procedure to measure 5 VDC signals and identify shorts.
Visually inspect connections and components for moisture damage.
Test system for temperature related problems using a probe.
Inspect electrical connections for loose wiring due to vibration.
Determine if driver chips are sending signals to the stepper motor.
Check pressure sensor supply and signal voltages.
Test Triac outputs using a light or voltmeter.
Test auxiliary contacts in low voltage circuits.
Diagnose power outages using measurement tools for SG.
Diagnose voltage sags using measurement tools for SG.
Measure 24 VAC supply and diagnose faults.
Measure 5 VDC signals and identify shorts for SG.
Steps to test individual membrane switches with an ohmmeter.
