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Schneider Electric (Erie) 30-118-B Motor Class F 120 VAC

Special Price $61.25 Regular Price $70.44
In stock
SKU
30-118-B
Schneider Electric (Erie) 30-118-B Motor Spring Return 2-Position Class F is a reliable actuator that is applicable for HVAC systems. It operate with the support of a motor with a spring return mechanism to control dampers, or valves in a 2-position app. The actuator is a suitable application for use in HVAC equipment such as air-handling units, rooftop units, and VAVs with accurate control of air flows used for regulation purposes. With a 120 VAC power supply, it facilitates efficient operation energy conservation and durability. Its spring return feature is fail-safe, offering a higher reliability in vital HVAC systems.
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Specifications

  • Voltage/Electrical: 120Vac
  • Frequency: 50/60 Hz
  • Weight: 0.53lbs
Manufacturer Name: Schneider Electric (Erie)
Product Number: 30-118-B
OEM Part Number: 30-118-B
Product Description: 120Vac,S/R Motor 2-Pos,Class F
Weight:0.53lbs/240.4g

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Customer Questions
What maintenance is required for the Schneider Electric (Erie) 30-118-B Motor?

Inspect electrical connections and tighten terminals regularly. Keep the motor clean and free of dust to prevent overheating and lubricate bearings if applicable per manufacturer guidance. Regular checks ensure accurate operation and improve safety during use.

What are common issues with the Schneider Electric (Erie) 30-118-B Motor?

  • Overheating under continuous load or inadequate ventilation.
  • Bearing wear leading to noise and vibration.
  • Insulation degradation or electrical faults due to voltage fluctuations.
  • Reduced torque or inconsistent motor performance.
  • Excessive noise from misalignment or worn components.

Installation Steps

Step 1: Turn off power supply and verify zero voltage before starting.

Step 2: Remove the old motor and clean the mounting area.

Step 3: Align the new motor with the mounting bracket and secure it firmly.

Step 4: Connect wiring according to the manufacturer’s diagram.

Step 5: Check all connections and ensure proper insulation.

Step 6: Restore power and test operation safely.